Water sheeting manifold

A water sheeting manifold, comprising:

• an enclosure having a hollow interior, water inlet means for conveying a flow of water into the hollow interior, and water outlet means for conveying the flow of water out of the hollow interior in the form of a sheet of water;
• the enclosure including opposite first and second ends and first and second sides extending between the first and second ends;
• the first and second ends combining with the first and second sides to cooperatively enclose and define the hollow interior of the enclosure;
• and
• the first and second sides including a plurality of bends extending between the first and second ends that divide the first and second sides into a plurality of sections;
• and
• the plurality of sections cooperating with the first and second ends to define the hollow interior so that the hollow interior includes at least first, second, and third water-spreading chambers and at least first, second, and third chamber-connecting passageways such that the water inlet means is in fluid communication with the first water-spreading chamber, the first chamber-connecting passageway extends between the first and second water-spreading chambers, the second chamber-connecting passageway extends between the second and third water-spreading chambers, and the third chamber-connecting passageway provides fluid communication between the third water-spreading chamber and the water outlet means;
• whereby the first, second, and third water-spreading chambers and the first, second, and third chamber-connecting passageways are defined by the plurality of sections and the first and second ends without chamber-defining structure and passageway-defining structure within the hollow interior of the enclosure.

A water sheeting manifold, comprising:

• an enclosure having a hollow interior, water inlet means for conveying a flow of water into the hollow interior, and water outlet means for conveying the flow of water out of the hollow interior in the form of a sheet of water;
• the enclosure including opposite first and second ends and first and second sides extending between the first and second ends;
• the first and second sides including a plurality of bends extending between the first and second ends that divide the first and second sides into a plurality of sections;
• and
• the plurality of sections cooperating with the first and second ends to define the hollow interior so that the hollow interior includes at least first, second, and third water-spreading chambers and at least first, second, and third chamber-connecting passageways such that the water inlet means is in fluid communication with the first water-spreading chamber, the first chamber-connecting passageway extends between the first and second water-spreading chambers, the second chamber-connecting passageway extends between the second and third water-spreading chambers, and the third chamber-connecting passageway provides fluid communication between the third water-spreading chamber and the water outlet means;
• whereby the first, second, and third water-spreading chambers and the first, second, and third chamber-connecting passageways are defined by the plurality of sections and the first and second ends without other chamber-defining structure and passageway-defining structure within the hollow interior of the enclosure;
• wherein:
• the plurality of bends includes at least eleven bends and the plurality of sections includes at least twelve sections;
• a first section of the twelve sections is about 2.125 units wide using a selected linear measurement unit, which first section extends to a first bend of the eleven bends;
• a second section of the twelve sections is about 0.75 units wide and extends to a second bend of the eleven bends at an angle facing the hollow interior between the first and second sections of about 135 degrees;
• a third section of the twelve sections is about 2.125 units wide and extends from the second bend to a third bend of the eleven bends at an angle facing the hollow interior between the second and third sections of about 90 degrees;
• a fourth section of the twelve sections is about 2.0 units wide and extends from the third bend to a fourth bend of the eleven bends at an angle facing the hollow interior between the third and fourth sections of about 100 degrees;
• a fifth section of the twelve sections is about 0.875 units wide and extends from the fourth bend to a fifth bend of the eleven bends at an angle facing the hollow interior between the fourth and fifth sections of about 260 degrees;
• a sixth section of the twelve sections is about 2.25 units wide and extends from the fifth bend to a sixth bend of the eleven bends at an angle facing the hollow interior between the fifth and sixth sections of about 260 degrees;
• a seventh section of the twelve sections is about 1.25 units wide and extends from the sixth bend to a seventh bend of the eleven bends at an angle facing the hollow interior between the sixth and seventh sections of about 155 degrees;
• an eighth section of the twelve sections extends from the seventh bend toward the water outlet at an angle facing the hollow interior between the seventh and eighth sections of about 215 degrees;
• a ninth section of the twelve sections is about 3.0 units wide and extends from an eighth bend of the eleven bends that is located between the first and ninth sections to a ninth bend of the eleven bends at an angle facing the hollow interior between the first and ninth sections of about 135 degrees;
• a tenth section of the twelve sections is about 2.25 units wide and extends from the ninth bend to a tenth bend of the eleven bends at an angle facing the hollow interior between the ninth and tenth sections of about 80 degrees;
• an eleventh section of the twelve sections is about 0.625 units wide and extends from the tenth bend to an eleventh bend of the eleven bends at an angle facing the hollow interior between the tenth and eleventh sections of about 280 degrees;
• and
• a twelfth section of the twelve sections extends from the eleventh bend toward the water outlet at an angle facing the hollow interior between the eleventh and twelfth sections of about 90 degrees.

A water sheeting manifold, comprising:

• an enclosure having a hollow interior, water inlet means for conveying a flow of water into the hollow interior, and water outlet means for conveying the flow of water out of the hollow interior in the form of a sheet of water;
• the enclosure including opposite first and second ends and first and second sides extending between the first and second ends;
• the first and second sides including a plurality of bends extending between the first and second ends that divide the first and second sides into a plurality of sections;
• and
• the plurality of sections cooperating with the first and second ends to define the hollow interior so that the hollow interior includes at least first, second, and third water-spreading chambers and at least first, second, and third chamber-connecting passageways such that the water inlet means is in fluid communication with the first water-spreading chamber, the first chamber-connecting passageway extends between the first and second water-spreading chambers, the second chamber-connecting passageway extends between the second and third water-spreading chambers, and the third chamber-connecting passageway provides fluid communication between the third water-spreading chamber and the water outlet means;
• whereby the first, second, and third water-spreading chambers and the first, second, and third chamber-connecting passageways are defined by the plurality of sections and the first and second ends without other chamber-defining structure and passageway-defining structure within the hollow interior of the enclosure;
• wherein:
• the plurality of bends includes at least eleven bends and the plurality of sections includes at least twelve sections;
• a first section of the twelve sections is about 2.125 units wide using a selected linear measurement unit, which first section extends to a first bend of the eleven bends;
• a second section of the twelve sections is about 0.75 units wide and extends from the first bend to a second bend of the eleven bends at an angle facing the hollow interior between the first and second sections of about 135 degrees;
• a third section of the twelve sections is about 2.125 units wide and extends from the second bend to a third bend of the eleven bends at an angle facing the hollow interior between the second and third sections of about 90 degrees;
• a fourth section of the twelve sections is about 2.0 units wide and extends from the third bend to a fourth bend of the eleven bends at an angle facing the hollow interior between the third and fourth sections of about 100 degrees;
• a fifth section of the twelve sections is about 0.875 units wide and extends from the fourth bend to a fifth bend of the eleven bends at an angle facing the hollow interior between the fourth and fifth sections of about 260 degrees;
• a sixth section of the twelve sections is about 2.25 units wide and extends from the fifth bend to a sixth bend of the eleven bends at an angle facing the hollow interior between the fifth and sixth sections of about 260 degrees;
• a seventh section of the twelve sections extends from the sixth bend toward the water outlet at an angle facing the hollow interior between the seventh and eighth sections of about 155 degrees;
• an eighth section of the twelve sections is about 3.0 units wide and extends from a seventh bend of the eleven bends that is located between the first and eighth sections to an eighth bend of the eleven bends at an angle facing the hollow interior between the first and eighth sections of about 135 degrees;
• a ninth section of the twelve sections is about 2.25 units wide and extends from the eighth bend to a ninth bend of the eleven bends at an angle facing the hollow interior between the eighth and ninth sections of about 80 degrees;
• a tenth section of the twelve sections is about 0.625 units wide and extends from the ninth bend to a tenth bend of the eleven bends at an angle facing the hollow interior between the ninth and tenth sections of about 280 degrees;
• an eleventh section of the twelve sections is about 1.25 units wide and extends from the tenth bend to an eleventh bend of the eleven bends at an angle facing the hollow interior between the tenth and eleventh section of about 90 degrees;
• and
• a twelfth section of the twelve sections extends toward the water outlet at an angle facing the hollow interior between the eleventh and twelfth sections of about 215 degrees.

A water sheeting manifold, comprising:

• an enclosure having a hollow interior, water inlet means for conveying a flow of water into the hollow interior, water outlet means for conveying the flow of water out of the hollow interior in the form of a sheet of water, opposite first and second ends, and first and second sides extending between the first and second ends;
• the first and second sides of the enclosure including at least eleven bends extending between the first and second ends of the enclosure that divide the first and second sides into at least twelve sections;
• and
• the twelve sections cooperating with the first and second ends to define the hollow interior so that the hollow interior includes first, second, and third water-spreading chambers and first, second, and third chamber-connecting passageways such that the water inlet means is in fluid communication with the first water-spreading chamber, the first chamber-connecting passageway extends between the first and second water-spreading chambers, the second chamber-connecting passageway extends between the second and third water-spreading chambers, and the third chamber-connecting passageway extends between the third water-spreading chamber and the water outlet means;
• a first section of the twelve sections that is about 2.125 units wide using a selected linear measurement unit, which first section extends to a first bend of the eleven bends;
• a second section of the twelve sections that is about 0.75 units wide and extends to a second bend of the eleven bends at an angle facing the hollow interior between the first and second sections of about 135 degrees;
• a third section of the twelve sections that is about 2.125 units wide and extends from the second bend to a third bend of the eleven bends at an angle facing the hollow interior between the second and third sections of about 90 degrees;
• a fourth section of the twelve sections that is about 2.0 units wide and extends from the third bend to a fourth bend of the eleven bends at an angle facing the hollow interior between the third and fourth sections of about 100 degrees;
• a fifth section of the twelve sections that is about 0.875 units wide and extends from the fourth bend to a fifth bend of the eleven bends at an angle facing the hollow interior between the fourth and fifth sections of about 260 degrees;
• a sixth section of the twelve sections that is about 2.25 units wide and extends from the fifth bend to a sixth bend of the eleven bends at an angle facing the hollow interior between the fifth and sixth sections of about 260 degrees;
• a seventh section of the twelve sections that is about 1.25 units wide and extends from the sixth bend to a seventh bend of the eleven bends at an angle facing the hollow interior between the sixth and seventh sections of about 155 degrees;
• an eighth section of the twelve sections that extends from the seventh bend toward the water outlet at an angle facing the hollow interior between the seventh and eighth sections of about 215 degrees;
• a ninth section of the twelve sections that is about 3.0 units wide and extends from an eighth bend of the eleven bends that is located between the first and ninth sections to a ninth bend of the eleven bends at an angle facing the hollow interior between the first and ninth sections of about 135 degrees;
• a tenth section of the twelve sections that is about 2.25 units wide and extends from the ninth bend to a tenth bend of the eleven bends at an angle facing the hollow interior between the ninth and tenth sections of about 80 degrees;
• an eleventh section of the twelve sections that is about 0.625 units wide and extends from the tenth bend to an eleventh bend of the eleven bends at an angle facing the hollow interior between the tenth and eleventh sections of about 280 degrees;
• and
• a twelfth section of the twelve sections that extends from the eleventh bend toward the water outlet at an angle facing the hollow interior between the eleventh and twelfth sections of about 90 degrees;
• whereby the water-spreading chambers and the chamber-connecting passageways are defined by the plurality of sections and the first and second ends without other chamber-defining structure and passageway-defining structure within the interior of the enclosure.

A water sheeting manifold, comprising:

• an enclosure having a hollow interior, water inlet means for conveying a flow of water into the hollow interior, water outlet means for conveying the flow of water out of the hollow interior in the form of a sheet of water, opposite first and second ends, and first and second sides extending between the first and second ends;
• the first and second sides of the enclosure including at least eleven bends extending between the first and second ends of the enclosure that divide the first and second sides into at least twelve sections;
• and
• the twelve sections cooperating with the first and second ends to define the hollow interior so that the hollow interior includes first, second, and third water-spreading chambers and first, second, and third chamber-connecting passageways such that the water inlet means is in fluid communication with the first water-spreading chamber, the first chamber-connecting passageway extends between the first and second water-spreading chambers, the second chamber-connecting passageway extends between the second and third water-spreading chambers, and the third chamber-connecting passageway extends between the third water-spreading chamber and the water outlet means;
• a first section of the twelve sections that is about 2.125 units wide using a selected linear measurement unit, which first section extends to a first bend of the eleven bends;
• a second section of the twelve sections that is about 0.75 units wide and extends from the first bend to a second bend of the eleven bends at an angle facing the hollow interior between the first and second sections of about 135 degrees;
• a third section of the twelve sections that is.about 2.125 units wide and extends from the second bend to a third bend of the eleven bends at an angle facing the hollow interior between the second and third sections of about 90 degrees;
• a fourth section of the twelve sections that is about 2.0 units wide and extends from the third bend to a fourth bend of the eleven bends at an angle facing the hollow interior between the third and fourth sections of about 100 degrees;
• a fifth section of the twelve sections that is about 0.875 units wide and extends from the fourth bend to a fifth bend of the eleven bends at an angle facing the hollow interior between the fourth and fifth sections of about 260 degrees;
• a sixth section of the twelve sections that is about 2.25 units wide and extends from the fifth bend to a sixth bend of the eleven bends at an angle facing the hollow interior between the fifth and sixth sections of about 260 degrees;
• a seventh section of the twelve sections that extends from the sixth bend toward the water outlet at an angle facing the hollow interior between the seventh and eighth sections of about 155 degrees;
• an eighth section of the twelve sections that is about 3.0 units wide and extends from a seventh bend of the eleven bends that is located between the first and eighth sections to an eighth bend of the eleven bends at an angle facing the hollow interior between the first and eighth sections of about 135 degrees;
• a ninth section of the twelve sections that is about 2.25 units wide and extends from the eighth bend to a ninth bend of the eleven bends at an angle facing the hollow interior between the eighth and ninth sections of about 80 degrees;
• a tenth section of the twelve sections that is about 0.625 units wide and extends from the ninth bend to a tenth bend of the eleven bends at an angle facing the hollow interior between the ninth and tenth sections of about 280 degrees;
• an eleventh section of the twelve sections that is about 1.25 units wide and extends from the tenth bend to an eleventh bend of the eleven bends at an angle facing the hollow interior between the tenth and eleventh section of about 90 degrees;
• and
• a twelfth section of the twelve sections that extends toward the water outlet at an angle facing the hollow interior between the eleventh and twelfth sections of about 215 degrees;
• whereby the water-spreading chambers and the chamber-connecting passageways are defined by the plurality of sections and the first and second ends without other chamber-defining structure and passageway-defining structure within the interior of the enclosure.