Hookah vaporizor machine

Abstract

A high powered electronic cigarette machine in which the atomizer vapor output feeds into a compression chamber via forced fan induction. The compression chamber operates via a motor driven piston and is also assisted via an electromagnet. The compressed vapor is released to the end user for inhalation via a switch operating a release valve downstream of the nozzle or mouthpiece and it's release settings are adjustable via a touchscreen control and display interface.

Claims

1. An electronic hookah machine comprising: A body, shell, or housing of the machine; A hose; A mouthpiece; And a touch screen interface; Wherein created vapor is dispensed from the body, shell, or housing through the hose and mouthpiece for user inhalation;

2. The electronic hookah machine of claim 1 wherein the generated output vapor is pneumatically compressed prior or consistent with its dispense from the machine for user inhalation.

3. The electronic hookah machine of claim 1 further comprising; An atomizer; Wherein the atomizer is located inside of the housing, shell or body, and generates or produces the machines output vapor.

4. The electronic hookah machine of claim 3 wherein after the vapor is generated by the atomizer, it is pneumatically compressed prior to or consistent with its dispense from the machine for user inhalation.

5. The electronic hookah machine of claim 2 further comprising, housed inside of the housing, body, or shell: A piston; A crankshaft; An electric motor; And a vapor compression chamber; Wherein the electric motor drives the crankshaft to motion the compression movement of the piston inside of the chamber, thus compressing the machines vapor prior to or consistent with its dispense from the machine for user inhalation.

6. The electronic hookah machine of claim 4 further comprising, housed inside of the housing, body, or shell: A piston; A crankshaft; An electric motor; And a vapor compression chamber; Wherein the electric motor drives the crankshaft to motion the compression movement of the piston inside of the chamber, thus compressing the machines vapor prior to or consistent with its dispense from the machine for user inhalation.

7. An electronic hookah machine that electronically produces vapor from a substance of matter; Wherein the vapor is pneumatically compressed prior to or consistent with its dispense from the machine for user inhalation.

8. An electronic atomization hookah machine that electronically produces vapor with an atomizer; Wherein the vapor created by atomization is pneumatically compressed prior to or consistent with its dispense from the machine for user inhalation.

9. The hookah machine of claim 7 comprising: A body, shell, or housing of the machine; A hose; and A mouthpiece; Wherein created vapor is dispensed from the body, shell, or housing through the hose and mouthpiece for user inhalation;

10. The hookah machine of claim 8 comprising: A body, shell, or housing of the machine; An atomizer, located inside the machines said housing; A hose; and A mouthpiece; Wherein created vapor is dispensed from the body, shell, or housing through the hose and mouthpiece for user inhalation;

11. the hookah machine of claim 9 further comprising a touchscreen interface.

12. the hookah machine of claim 10 further comprising a touchscreen interface.

13. The electronic hookah machine of claim 9 further comprising, housed inside of the housing, body, or shell: A piston; A crankshaft; An electric motor; And a vapor compression chamber; Wherein the electric motor drives the crankshaft to motion the compression movement of the piston inside of the chamber, thus compressing the machines vapor prior to or consistent with its dispense from the machine for user inhalation.

14. The electronic hookah machine of claim 10 further comprising, housed inside of the housing, body, or shell: A piston; A crankshaft; An electric motor; And a vapor compression chamber; Wherein the electric motor drives the crankshaft to motion the compression movement of the piston inside of the chamber, thus compressing the machines vapor that is created from the atomizer, prior to or consistent with its dispense from the machine for user inhalation.

15. the electronic hookah machine of claim 1 further comprising, inside of the housing shell or body; A computer.

16. the electronic hookah machine of claim 9 further comprising, inside of the housing shell or body; A computer.

17. the electronic hookah machine of claim 10 further comprising, inside of the housing shell or body; A computer.

18. the electronic hookah machine of claim 13 further comprising, inside of the housing shell or body; A computer.

19. the electronic hookah machine of claim 14 further comprising, inside of the housing shell or body; A computer.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0069] FIG. 1 is a component diagram.

[0070] FIG. 2 is a front-view of the machine.

[0071] FIG. 3 is a detailed schematic of electronic process functions.

[0072] FIG. 4 is a simple electronic schematic of the machine.

DESCRIPTION OF EMBODIMENTS

[0073] FIG. 1.1, is the vase/housing of components.

[0074] FIG. 1.2 is the thread-into-vase Battery,

[0075] FIG. 1.3, Computer or chip/ printed circuit part

[0076] FIG. 1.4 is the atomizer coil component.

[0077] FIG. 1.5 is the Compression motor, which drives the motion of the piston.

[0078] FIG. 1.6 is the piston Crankshaft, which is driven by the motor and drives mechanical motion to the compression piston

[0079] FIG. 1.7 is the Connecting Rod, which is part of the piston drive mechanism.

[0080] FIG. 1.8, is the atomizer, which converts the e-liquid into vapor for inhalation.

[0081] FIG. 1.9 is the reservoir for e liquid, which is refillable. This is the tank.

[0082] 1.10 is the induction/fan motor

[0083] FIG. 1.11, atomizer/compression chamber junction/passage.

[0084] FIG. 1.12 is the induction fan

[0085] FIG. 1.13 is the piston,

[0086] FIG. 1.14 is the compression chamber/cylinder.

[0087] FIG. 1.15 is the electronic discharge Valve,

[0088] FIG. 1.16 reservoir/tank fill cap (for E-juice).

[0089] FIG. 1.17 is the wick.

[0090] FIG. 2.1, is the vapor flexible hose.

[0091] FIG. 2.2 is the vase, or housing.

[0092] FIG. 2.3 is the inhalation nipple/mouthpiece.

[0093] FIG. 2.4 is the nipple/remote release switch.

[0094] FIG. 2.5 is the battery.

[0095] FIG. 2.6 is the digitizer touchscreen interface.

[0096] FIG. 310 is the fan motor circuit.

[0097] FIG. 320 is the atomizer coil circuit.

[0098] FIG. 330 is the crankshaft motor circuit

[0099] FIG. 340 is the crankshaft position sensor circuit

[0100] FIG. 350 is the atomizer circuit

[0101] FIG. 360 is the computer process of power branch distribution, based on the psi sensor threshold value function.

[0102] FIG. 370 is the distribution circuit for the electromagnetic rod component.

[0103] FIG. 380 is the processor chip, or computing circuit.

[0104] FIG. 390 is the digitizer/touchscreen circuit.

[0105] FIG. 400 is the psi sensor circuit.

[0106] FIG. 410 is the solenoid distribution branch function.

[0107] FIG. 420 is the electromagnetic rod.

[0108] FIG. 430 indicates the valve/solenoid release control device.

[0109] FIG. 440 is the signal wire of the psi sensor circuit.

[0110] FIG. 450 is the discharge solenoid circuit.

GLOSSARY

[0111] Electronic atomization cigarette—an electronic cigarette that produces smoke-able vapor by the atomization of E-juice.

[0112] Atomizer—a component found in electronic cigarettes that converts E-juice into smoke-able vapor.

[0113] Wick—a component found in Electronic atomization cigarettes that transfers E-juice from a tank to the atomizer.

[0114] E-juice—flavored propylene-glycol mixtures manufactured for use in an electronic atomization cigarette

[0115] Coil—an electronic transformer constructed with a coiled wire.

[0116] Tank—an E-juice storage reservoir in an electronic atomization cigarette

[0117] Digitizer touchscreen—a display screen that doubles as a control interface, responsive to finger motions, for a computer.

[0118] Computer—electronic circuit assembly containing processing and memory functions/parts.

[0119] Chip—printed circuit assembly

[0120] Input function—signal or instruction sent to a computer by an interface.

[0121] Output function—a computers response or reaction to input functions.

[0122] Discharge valve—a valve that releases compressed gas.

[0123] Solenoid—an electromechanical valve containing a spring and a plunger that adjusts its mechanical release levels of gas at levels corresponding to electricity levels applied to it.

[0124] Enclosure—an enclosed, pressure resistant tank or capacity

[0125] Flexible hose—a hose, capable of flexing or bending.

[0126] Compression Piston—mechanical component that's mechanical energy creates compression inside of a chamber.

[0127] Piston drive mechanism—an assembly that facilitates the motion of a piston or set of pistons

[0128] Electric motor—an electric machine that converts electrical energy into mechanical energy.

[0129] Crankshaft—a component, also known as a driveshaft that drives or is driven by a mechanical piston.

[0130] Connecting rod—a mechanical part adjoining a piston to a crankshaft or driveshaft.