CROSS-REFERENCE TO RELATED APPLICATION

This patent application claims priority to Provisional Application Serial No. 63326879 filed on April 3, 2022 now pending.

TECHNICAL FIELD

[ 1 ] The present invention relates to a combined misting and drinking system.

PRIOR ART

[2] The present inventor is not aware of any prior art patents or published patent applications which identically disclose the present invention or would make the present invention obvious.

SUMMARY OF THE INVENTION

The present invention relates to an electric Drink and Mist Bottle Cap apparatus and system.

The Drink and Mist Bottle Cap apparatus and system is the first electric operated mister that you can also drink from tire drinkware container without changing misting or drinking components, fittings or fitting settings. The present invention includes a pump, a rechargeable battery', a draw tube in a water tight container, a control board, an ultra-fine removable mist nozzle, a cap on top of the draw tube, a charge port and, adaptors that allow the Drink and Mist Bottle Cap to attach to the top of various bottom containers.

The Drink and Mist Bottle Cap further includes a thread that can be retrofitted to many of the most popular bottles. It is also understood that an adapter will allow mating with various other external containers.

The unique features include:

1. A micro pump (also referred to as pump);

2. A water proof tube for the pump;

3. A high-pressure line;

4. Delivery of mist particles having a diameter within a range of 10 to 100 Microns for an ultra-fine mist;

5. A draw tube with a watertight weighted fighting at the bottom of the tube to capture all the water on the bottom of the bottle;

6. Pump tube positioning / location;

7. The pump and tubing are also located in the casing tube; and

8. The pump housing is integrally formed with no joints. The prior art in this field that allow combined drinking and misting are typically manually operated. Additionally, other prior art delivers a less fine and higher volume of misVspray. This causes use of more water while misting/ spraying and tends to waste water. The prior art also typically needs to be paired with a specific bottle and cannot be easily retrofitted to existing water bottles.

The Drink and Mist Bottle Cap apparatus and system is an improvement over similar products because it fits to existing water bottles from many different manufacturers, so you do not need to stop using your favorite water bottle. It offers a fine mist that is cooling and designed to not saturate the user. The mist generation is electric, so it is much easier to operate and delivers a continuous cooling mist without the need to manually pump or squeeze it. You can naturally drink, and mist from the same water bottle. The Drink and Mist Bottle Cap apparatus and system has additional unique features that include:

1. A universal thread or thread adapter that can be retrofitted to a multitude of bottles.

2. An electric operated mister that allows a user to mist or drink without changing fittings or fitting settings.

3. A micro pump (also referred to as pump) that delivers up to 70 PSI with a touch of an on/off electrical button/actuator located on the cap for easy access. This micro pump generates the mist. The pump has two speeds approximately at 40PSI and 60PSI. The pump is powered by a rechargeable battery. The battery is charged through a mini-USB port located on or in the cap.

4. The pump and battery are located in a waterproof tube that fits to the cap by mechanical means. The tube housing is made to have the lowest profile possible so that it does not displace more than 3 OZ of water when placed into the water.

5. A high-pressure line and/or fitting runs from the pump’s output port to a hole in the lid and has threads or other mechanical means to attach an ultra-fine removeable mist nozzle.

6. The pump pressure combined with the mist nozzle design is capable of delivering a mist having particle size in the range of 10 to 100 Microns in diameter while only using about 1 OZ of water for every minute of continuous misting. This mist nozzle design will not over saturate the user or other surfaces with water. Further, the nozzle is a removeable nozzle that can be replaced and cleaned. This is important because in order to achieve 10 to 100 microns, the orifice size must be less than 0.4 millimeter making the nozzle subject to easy clogging.

7. A draw tube is attached to the pump’s input port and routed in a fashion to go down the inside of the water-resistant pump tube and out a watertight fighting at the bottom of the tube.

8. The pump tube is positioned to one side of the underneath side of the cap in a way for a drinking port to allow water to flow freely when tipped upside down.

9. The pump and tubing are also located in the casing tube.

Further novel features and other objects of the present invention will become apparent from the following detailed description, discussion and the appended claims, taken in conjunction with the drawings.

DETAILED DESCRIPTION OF EMBODIMENTS OF THE INVENTION

Although specific embodiments of the present invention will now be described with reference to tire drawings, it should be understood that such embodiments are by way of example only and merely illustrative of but a small number of the many possible specific embodiments which can represent applications of the principles of the present invention. Various changes and modifications obvious to one skilled in the art to which the present invention pertains are deemed to be within the spirit, scope and contemplation of the present invention as further defined hr the appended claims.

Referring to Figures 1 to 5, the present invention drink and mist bottle cap 10 comprises an exterior cap 310, a drink spout cap 50, a first semicircular battery housing 102 and a second semicircular battery housing 142 with said first semicircular battery housing 102 having an interior concaved surface 104 and said first semicircular battery housing 102 having a first end 106 having two female openings 108 and 110 sized to receive two male protrusions 144 and 146 affixed to a first end 148 of second semicircular battery housing 142.

Said second semicircular battery housing 142 has a second end 150 having one male protrusion 152 sized to mate with one female opening 132 on second end 116 of first semicircular battery housing 102. Said Interior concaved surface 104 further comprises a first vertical wall 112 a second vertical wall 114, and a horizontal wall 116 extending from said concaved Interior surface 104 with said first vertical wall 112 and said second vertical wall 114 sized to receive a battery 300.

Semicircular battery housing 102 further comprises a Universal Serial Bus (USB) Port Housing 160 having a first circular opening 162, a second horizontal oval opening 164, and a third vertical oval opening 166. The USB Port allows a user to recharge the battery for misting operations. Said USB Port housing is further sized to receive a USB Port water resistant cover 200 having a first frustrum protrusion 202, a second horizontal oval protrusion 204, and a third vertical oval protrusion 206. This forms a water-resistant closure to protect the battery during use but allows user to open for recharging of the battery.

Further referring to Figures 1 to 5, said exterior cap 310 has an exterior surface 316, and integrally formed drink spout 312 with said exterior surface 316 having an opening of equal size to nozzle fitting 400. Said nozzle fitting 400 further contains an opening 402 sized to receive removable nozzle 420. Said exterior cap 310 further comprises an upper portion having a concave section 320 sized to receive handle 450 having a convex portion.

Rotatable Handle 450 forms a smooth connection to Exterior cap 310 when in the down position. Said handle 450 further comprises a first end 454 and a second end 456 with both first end 454 and second end 456 having a circular opening 460 sized to receive female hinge pin 470. Said female hinge pin 470 has an opening 472 sized to mate and accept male hinge pin 480 to rotatable affix handle 450 to said exterior cap 310.

The present invention drink and mist bottle cap 10, further includes a tether 500 having an opening 502 that is sized to receive said female hinge pin 470 and a cylindrically shaped integrally formed pump housing 600 having an exterior surface 602 and an interior chamber 604 sized to receive pump 650. Said pump housing 600 further has a lower portion 610 having an outlet 612 that is direct connection with first end 642 of intake tube 640. Said intake tube 640 has a lower portion 644 that connects to intake weighted strainer 660. During use the drink and mist bottle cap 10 removable attaches to a separate container (not illustrated) to allow a user to drink or mist. Said Exterior Cap 310 has a lower portion that contains a universal thread 315 for mating with various external bottles. A user can activate the pump by pressing the on/off actuator (also referred to as actuator, or pump actuator) 190. The actuator 190 is controlled by a printed circuit board. Actuator 190 receives a signal from a printed circuit board to turn the pump off by command, turn the pump off if actuator not used after 60 seconds, or control the speed of the pump.

It also understood that an adapter can be used for mating with various diameters for the external bottles. Then, the user may drink by opening the drink spout. Or, the user may activate the misting operation by pressing the pump actuator. When the pump actuator is pressed, the pump is activated causing water to be pulled from the lower container through the tubing to the mist nozzle where tire water molecules are atomized to form a mist for the user.

Of course the present invention is not intended to be restricted to any particular form or arrangement, or any specific embodiment, or any specific use, disclosed herein, since the same may be modified in various particulars or relations without departing from the spirit or scope of the claimed invention hereinabove shown and described of which the apparatus or method shown is intended only for illustration and di sclosure of an operative embodiment and not to show all of the various forms or modifications in which this invention might be embodied or operated.