Advanced spray bottle with synclined floor

A spray bottle assembly for dispensing fluid, with a container having a first side and a second side opposite the first side, the container comprising:

• a) a top collar;
• b) a sidewall having an inner surface and an outer surface opposing the inner surface;
• c) a raised floor;
• d) a first chamber situated between the top collar, the inner surface of the sidewall, and the raised floor;
• e) a bottom edge;
• and
• f) a second chamber situated between the raised floor, the inner surface of the sidewall, and the bottom edge;
• wherein the raised floor comprises an egress permitting the first chamber to access the second chamber.

A spray bottle assembly for dispensing fluid, comprising:

• a) a sprayer assembly comprising:
• 1) a main spray head;
• 2) a sprayer nozzle with a spray port;
• 3) a spray trigger;
• and
• 4) a spray head internal tube attached to the main spray head;
• b) a container, having a first side and a second side opposing the first side, comprising:
• 1) a top collar;
• 2) a sidewall having an inner surface and an opposing outer surface;
• 3) a raised bottom having a downward slope from the first side of the container to the second side of the container;
• 4) a first chamber situated between the top collar, the inner surface of the sidewall, and the raised bottom;
• 5) a bottom edge having a first area;
• 6) a second chamber situated below the first chamber, the second chamber situated between the raised bottom, the inner surface of the sidewall, and the bottom edge;
• 7) an indent situated at the second side of the container;
• c) a swivel adaptor attached to the spray head internal tube;
• d) a curved uptake tube attached to the swivel adaptor, the curved uptake tube comprising a bottom aperture, wherein the bottom aperture is positioned within the sluice channel at the second side of the container;
• e) wherein:
• 1) the sprayer assembly attaches to the container,
• 2) the first side of the container is curved inward toward the second side such that the uptake tube is pushed toward the second side,
• 3) the raised bottom has a syncline shape forming a sluice channel between the first side of the container to the second side of the container, wherein the sluice channel is higher at the first side of the container than at the second side of the container,
• 4) a lowest point of the sluice channel is situated at the second side of the container, and
• 5) the bottom aperture of the uptake tube is angled in proportion to the syncline shape of the raised bottom.