Electronic Hookah System
Abstract
A hookah-themed electronic device mimics a traditional coal and water based hookah in appearance via a hookah-shaped body. Power sources are housed inside the hookah-shaped body and used to provide current to attached cartomizers or vaporizers. Attachments are enabled by hoses which engage with a female socket on the hookah-shaped body and provide an adapter at a second end for receiving the cartomizer, with power being transmitted through the hose. A switch is provided on the hose for completing or breaking an electrical connection between an attached cartomizer and the power sources. Several circuits are integrated into the invention, including a voltage-control circuit for adjusting voltage output, a power-charging circuit for recharging the power sources, and a power-remaining sensor circuit for monitoring the remaining charge of the power sources. Decorative elements further simulating non-electronic hookahs are also provided, mimicking effects such as the glow of coals.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . An electronic hookah system comprises:
a hookah-shaped body; a plurality of power sources; an at least one hose; the hookah-shaped body comprises a base, a central portion, a control panel, and an at least one primary adapter; the at least one hose comprises a flexible body, a first end, and a second end; the second end comprises a cartomizer-activating switch and a cartomizer-receiving adapter; the first end being attached to the at least one primary adapter; the plurality of power sources being housed within the hookah-shaped body; and the plurality of power sources being electrically connected to the cartomizer-receiving adapter through the cartomizer-activating switch.
2 . The electronic hookah system as claimed in claim 1 comprises:
the hookah-shaped body further comprises a decorative portion;
the decorative portion comprises a smoke-emulating illumination source, an ambient illumination source, and a printed graphic;
the central portion being adjacently connected to the base;
the decorative portion being adjacently connected to the central portion opposite the base;
the smoke-emulating illumination source being positioned opposite the central portion along the decorative portion;
the ambient illumination source being positioned adjacent to the printed graphic, wherein the printed graphic is illuminated by the ambient illumination source; and
the plurality of power sources being electrically connected to the smoke-emulating illumination source and the ambient illumination source.
3 . The electronic hookah system as claimed in claim 2 comprises:
the smoke-emulating illumination source being electronically connected to the plurality of power sources through the cartomizer-activating switch;
the ambient illumination source being electronically connected to the plurality of power sources through a voltage-control circuit; and
the base being translucent.
4 . The electronic hookah system as claimed in claim 1 comprises:
the at least one primary adapter being positioned on the central portion; and
the first end of the at least one hose being attached to the at least one primary adapter.
5 . The electronic hookah system as claimed in claim 1 comprises:
the control panel being positioned on the central portion;
the control panel being engaged with a potentiometer;
the potentiometer being electrically connected between the plurality of power sources and the cartomizer-receiving adapter; and
the potentiometer being electronically connected to the plurality of power sources through a voltage-control circuit.
6 . The electronic hookah system as claimed in claim 5 comprises:
the control panel comprises a knob;
the knob being axially connected to the potentiometer; and
the knob being externally and rotatably mounted to the central portion.
7 . The electronic hookah system as claimed in claim 5 comprises:
the control panel comprises a voltage gauge;
the voltage gauge being electrically connected to the plurality of power sources; and
the voltage gauge being electronically connected to the voltage control circuit.
8 . The electronic hookah system as claimed in claim 1 comprises:
a charging port;
the plurality of power sources being housed in the central portion;
the charging port being positioned into the hookah-shaped body; and
the charging port being electrically and electronically connected to the plurality of power sources through a power-charging circuit, wherein the plurality of power sources can be recharged via the charging port.
9 . The electronic hookah system as claimed in claim 1 comprises:
a plurality of power-diminishing indicators;
the plurality of power-diminishing indicators being adjacently mounted to the hookah-shaped body;
the plurality of power-diminishing indicators being electrically connected to the plurality of power sources; and
the plurality of power-diminishing indicators being electronically connected to the plurality of power sources through a power-remaining sensor circuit.
10 . The electronic hookah system as claimed in claim 8 comprises:
the plurality of power-diminishing indicators being powered illumination sources, wherein battery life is represented by powered illumination sources.
11 . The electronic hookah system as claimed in claim 1 comprises:
the cartomizer-activating switch being positioned adjacent to the cartomizer receiving adapter.
12 . The electronic hookah system as claimed in claim 1 comprises:
a wireless module;
the wireless module being housed in the hookah-shaped body;
the wireless module being electronically connected to a voltage-control circuit; and
the plurality of power sources being electrically connected to the wireless module.
13 . An electronic hookah system comprises:
a hookah-shaped body; a plurality of power sources; an at least one hose; a charging port; a plurality of power-diminishing indicators; the hookah-shaped body comprises a base, a central portion, a control panel, an at least one primary adapter, and a decorative portion; the at least one hose comprises a flexible body, a first end, and a second end; the second end comprises a cartomizer-activating switch and a cartomizer-receiving adapter; the first end being attached to the at least one primary adapter; the plurality of power sources being housed within the hookah-shaped body; and the plurality of power sources being electrically connected to the cartomizer-receiving adapter through the cartomizer-activating switch.
14 . The electronic hookah system as claimed in claim 13 comprises:
the decorative portion comprises a smoke-emulating illumination source, an ambient illumination source, and a printed graphic;
the central portion being adjacently connected to the base;
the decorative portion being adjacently connected to the central portion opposite the base;
the smoke-emulating illumination source being positioned opposite the central portion along the decorative portion;
the ambient illumination source being positioned adjacent to the printed graphic, wherein the printed graphic is illuminated by the ambient illumination source;
the plurality of power sources being electrically connected to the smoke-emulating illumination source and the ambient illumination source;
the smoke-emulating illumination source being electronically connected to the plurality of power sources through the cartomizer-activating switch;
the ambient illumination source being electronically connected to the plurality of power sources through a voltage-control circuit; and
the base being translucent.
15 . The electronic hookah system as claimed in claim 13 comprises:
the at least one primary adapter being positioned on the central portion; and
the first end of the at least one hose being attached to the at least one primary adapter.
16 . The electronic hookah system as claimed in claim 13 comprises:
the control panel comprises a knob and a voltage gauge;
the control panel being positioned on the central portion;
the control panel being engaged with a potentiometer;
the potentiometer being electrically connected between the plurality of power sources and the cartomizer-receiving adapter;
the potentiometer being electronically connected to the plurality of power sources through a voltage-control circuit;
the knob being axially connected to the potentiometer;
the knob being externally and rotatably mounted to the central portion;
the voltage gauge being electrically connected to the plurality of power sources; and
the voltage gauge being electronically connected to the voltage control circuit.
17 . The electronic hookah system as claimed in claim 13 comprises:
the plurality of power sources being housed in the central portion;
the charging port being positioned into the hookah-shaped body; and
the charging port being electrically and electronically connected to the plurality of power sources through a power-charging circuit, wherein the plurality of power sources can be recharged via the charging port.
18 . The electronic hookah system as claimed in claim 13 comprises:
the plurality of power-diminishing indicators being adjacently mounted to the hookah-shaped body;
the plurality of power-diminishing indicators being electrically connected to the plurality of power sources;
the plurality of power-diminishing indicators being electronically connected to the plurality of power sources through a power-remaining sensor circuit; and
the plurality of power-diminishing indicators being powered illumination sources, wherein battery life is represented by powered illumination sources.
19 . The electronic hookah system as claimed in claim 13 comprises:
the cartomizer-activating switch being positioned adjacent to the cartomizer receiving adapter.
20 . The electronic hookah system as claimed in claim 13 comprises:
a wireless module;
the wireless module being housed in the hookah-shaped body;
the wireless module being electronically connected to a voltage-control circuit; and
the plurality of power sources being electrically connected to the wireless module.Join the waitlist — get patent alerts
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