Shower

A shower assembly comprising:

• a reservoir for receiving a flow of fluid from a source;
• a first plurality of drop outlet ports having a first geometry;
• and
• a second plurality of drop outlet ports having one or more additional geometries that are different from the first geometry;
• wherein the first geometry is configured to produce only discrete fluid drops having a first size, and the one or more additional geometries are configured to produce only discrete fluid drops having sizes that are larger than the first size;
• wherein the reservoir is not pressurized by a supply pressure of the flow of fluid even when the flow of fluid is received by the reservoir at a maximum inlet flow rate and a height of the fluid in the reservoir is above an inlet of each of the first plurality of drop outlet ports;
• and
• wherein at least one of the first plurality of drop outlet ports or the second plurality of drop outlet ports have a collective outlet flow rate that is greater than the maximum inlet flow rate such that the reservoir is not pressurized by the supply pressure of the flow of fluid.

A shower assembly comprising:

• a reservoir for receiving a flow of water from a water source;
• and
• a plurality of drop outlet ports, wherein each drop outlet port of the plurality of drop outlet ports includes an inlet, an outlet, and a bore extending between the inlet and the outlet;
• wherein the reservoir is not pressurized by a supply pressure of the flow of water even when the flow of water is introduced to the reservoir at a maximum inlet flow rate and a height of the water in the reservoir is above each inlet of the plurality of drop outlet ports;
• wherein the diameter of the bore of each of the drop outlet ports is configured for passing water from the reservoir only as discrete drops of water at the maximum inlet flow rate;
• wherein each of the drop outlet ports is formed of silicone;
• wherein a bottom wall of the reservoir comprises a substrate having a plurality of holes therethrough and silicone lining the holes to define the drop outlet ports;
• and
• wherein the drop outlet ports have a collective outlet flow rate that is greater than the maximum inlet flow rate.