Downspout diverter and extension

1 . A device for use with a rain downspout to output water, the device comprising:

an input port configured to receive the water from the rain downspout and having a tubular shape;

a first output port having a tubular shape defining a first central axis;

a second output port having a tubular shape defining a second central axis that is angled at a first acute angle relative to the first central axis;

a third outlet port having a tubular shape defining a third central axis that is angled at a second acute angle relative to the second central axis and at a third acute angle relative to the first central axis, wherein the second outlet port is disposed between the first outlet port and the third outlet port, and wherein the second acute angle is equal to the first acute angle;

a transition section extending between the input port and each of the first output port and the second output port and having a shape transitioning from the tubular shape of the input port to the tubular shapes of the first output port and the second output port; and

a removable cap,

wherein the first output port is configured to output a first portion of the received water in a first direction,

wherein the second output port is configured to output a second portion of the received water in a second direction,

wherein the third output port is configured to output a third portion of the received water in a third direction, and

wherein the removable cap is configured to (i) cover the second output port to close the second output port and (ii) to be removed from the second output port to open the second output port.

2 . The device of claim 1 , wherein the removable cap is an integrated portion of the second output port and is configured to be cut away from the second output port.

3 . The device of claim 1 ,

wherein the removable cap includes a first circumferential thread,

wherein the second output port includes a second circumferential thread corresponding to the first circumferential thread, and

wherein the removable cap is detachably fastenable to the second output port by turning the cap such that the first circumferential thread engages the second circumferential thread.

4 . The device of claim 1 , wherein the first central axis, and the second central axis, and the third central axis are disposed in a common plane.

5 . The device of claim 1 , wherein the tubular shape of the input port defines a fourth central axis that is aligned with the second central axis.

6 . The device of claim 1 , wherein the tubular shape of the input port defines a fourth central axis that extends perpendicular to each of the first central axis, the second central axis, and the third central axis.

7 . A downspout extension for use with a rain downspout, the rain downspout being configured to output water, the downspout extension comprising:

a downspout connector having a downspout connector input portion and a downspout connector output portion, the downspout connector input portion being configured to detachably fasten to the rain downspout to receive the water;

a removable cap;

an input flexible bellows having a first input flexible bellows end and a second input flexible bellows end, the first input flexible bellows end being configured to detachably fasten to the downspout connector output portion to receive the water; and

a multi-directional downspout diverter comprising

a diverter input port configured to detachably fasten to the second input flexible bellows end to receive the water and having a tubular shape,

a first diverter output port having a tubular shape defining a first central axis,

a second diverter output port having a tubular shape defining a second central axis that is angled relative to the first central axis, and

a transition section extending between the diverter input port and each of the first diverter output port and the second diverter output port and having a shape transitioning from the tubular shape of the diverter input port to the tubular shapes of the first diverter output port and the second diverter output port,

wherein the removable cap is configured to (i) cover the second diverter output port to close the second diverter output port and (ii) to be removed from the second diverter output port to open the second diverter output port.

8 . The downspout extension of claim 7 , wherein the removable cap is an integrated portion of the second diverter output port and is configured to be cut away from the second diverter output port.

9 . The downspout extension of claim 7 ,

wherein the removable cap includes a first circumferential thread,

wherein the second diverter output port includes a second circumferential thread corresponding to the first circumferential thread, and

wherein the removable cap is detachably fastenable to the second diverter output port by turning the cap such that the first circumferential thread engages the second circumferential thread.

10 . The downspout extension of claim 7 , further comprising an output flexible bellows having a first output flexible bellows end and a second output flexible bellows end, the first output flexible bellows end being configured to detachably fasten to the first diverter output port.

11 . The downspout extension of claim 10 , wherein the downspout connector, the input flexible bellows, the multi-directional downspout diverter, and the output flexible bellows comprise the same material.

12 . The downspout extension of claim 7 , further comprising:

a third diverter output port,

wherein the third diverter output port is configured to output a third portion of the received water in a third direction.

13 . The downspout extension of claim 7 ,

wherein the downspout connector input portion includes a first connector input portion and a second connector input portion,

wherein the second connector input portion is detachably fastened to the first connector input portion,

wherein the first connector input portion has a first opening having a first cross-sectional area, and

wherein the second connector input portion has a second opening having a second cross-sectional area that is smaller than the first cross-sectional area.

14 . The downspout extension of claim 7 , wherein the downspout connector input portion has a rectangular cross-section.

15 . The downspout extension of claim 7 , wherein the downspout connector input portion has a round cross-section.

16 . The downspout extension of claim 7 , wherein the first central axis and the second central axis define an acute angle therebetween.

17 . The downspout extension of claim 7 , wherein the first central axis and the second central axis are disposed in a common plane.

18 . The downspout extension of claim 7 , wherein the tubular shape of the input port defines a third central axis that is aligned with the first central axis or the second central axis.