Electronic grinder

1. An electronic grinder, comprising:

a main housing removably attached to a chamber, wherein the main housing is sealed at the top by an upper cap and the bottom of the chamber is sealed at the bottom by an openable lower cap;

the main housing including a motor configured to drive a blade;

wherein the blade extends into the chamber;

wherein the blade is removably connected to the motor by a magnetic connection;

wherein, with the lower cap closed, the blade rotates in a first direction to grind material disposed in the chamber;

and wherein, with the lower cap open, the blade rotates in a second direction to generate air flow which facilitates dispensing of the material from the chamber.

2. The electronic grinder of claim 1 , wherein the upper cap includes an LED light strip.

3. The electronic grinder of claim 1 , wherein the lower cap includes a swivel mounted cover to selectively open and close the lower cap.

4. The electronic grinder of claim 3 , wherein the swivel mounted cover is magnetically attached to the lower cap to removably retain the cover against the cap.

5. The electronic grinder of claim 1 , wherein a heating device is located beneath the upper cap between the cap and a top of the main chamber, the heating device configured as a coiled heating element disposed on a sealing plate.

6. The electronic grinder of claim 5 , wherein the heating device is activated by simultaneously pressing lighter buttons disposed on either side of the main housing.

7. The electronic grinder of claim 1 , wherein the main housing includes a microcontroller and a power supply, the microcontroller configured to operate and control the motor.

8. The electronic grinder of claim 7 , wherein the microcontroller includes a communications device operable to communication with an external computing device.

9. The electronic grinder of claim 7 , wherein the microcontroller is operably configured to provide over-load protection, safety protection based on temperature or speed, and can manage smart charging functionality which allows the grinder to be operated while charging.

10. The electronic grinder of claim 9 , wherein the display is configured to display a status of the power supply.

11. The electronic grinder of claim 7 , wherein the main housing includes a display and one or more control buttons, the display and the buttons each in communication with the microcontroller.

12. The electronic grinder of claim 1 , wherein the chamber includes an electronic scale configured to weigh contents inside the chamber.

13. The electronic grinder of claim 1 , wherein the chamber is at least partially transparent.

14. The electronic grinder of claim 1 , wherein the main housing is removably connected to the chamber by a BNC connector.

15. An electronic grinder, comprising:

a main housing removably attached to a chamber;

the main housing sealed at the top by an upper cap and the bottom of the chamber is sealed at the bottom by an openable lower cap;

the lower cap including a swivel-mounted cover;

a heating device located beneath the upper cap between the cap and a top of the main chamber, the heating device configured as a coiled heating element disposed on a sealing plate;

the main housing including microcontroller, a power supply, a display, one or more buttons, and a motor, wherein the microcontroller configured to operate and control the motor to drive a blade attached to the motor by a drive shaft;

wherein the blade extends into the chamber;

wherein the blade is removably connected to the motor by a magnetic connection

wherein the blade is configured to grind material disposed in the chamber when the chamber is closed; and

wherein the blade creates air flow to dispense the material from the chamber when the chamber is open.

16. The electronic grinder of claim 15 , wherein the chamber includes an electronic scale configured to determine the weight of contents inside the chamber and wherein the display is configured to display the weight.