Smart grinder
A electronic grinder includes a main body and a grinding and dispensing chamber. The top of the main body open but covered by a cap. The main chamber includes a motor connected to a magnetically attached removable blade and propeller. The blade and propeller extend into the chamber when the grinder is assembled. When the cap is closed, the blade and propeller grinds material placed in the chamber and pull air down toward the blade and propeller. When the cap is opened, the blade and propeller function as a fan to generate airflow toward the top of the chamber to dispense ground material out of the chamber. The grinder can also include a microcontroller, a communications device, an infrared volume sensor, a scale, an audible buzzer, a vibration buzzer, and one or more sanitizing LED lights.
1. An electronic grinder, comprising:
a main housing delimiting a chamber, wherein a distal end of the main housing is sealed by a cap;
the main housing including a motor;
a blade and a propeller removably connected to the motor, wherein the blade and the propeller extend into the chamber;
wherein, with the cap closed, the blade and propeller rotate in a first direction to grind material disposed in the chamber;
and wherein, with the cap open, the blade and propeller rotate in a second direction to generate air flow away from the blade and propeller and toward the distal end which facilitates dispensing of the material from the chamber.
2. The electronic grinder of claim 1 , wherein the blade and propeller generate air flow toward the blade and propeller when rotating in the first direction.
3. The electronic grinder of claim 1 , wherein the blade includes one or more curved blade elements.
4. The electronic grinder of claim 1 , wherein the blade and propeller are removably connected to the motor by a magnetic connection.
5. The electronic grinder of claim 1 , wherein the blade and propeller are replaced by a cleaning brush, the cleaning brush connected to the motor and configured to agitate and clean the inside of the chamber.
6. The electronic grinder of claim 1 , including one or more LEDs disposed in the chamber, the LEDs configured to emit light in the range of 100-280 nm effective to kill microorganisms inside the chamber.
7. The electronic grinder of claim 1 , including an air pump disposed in the chamber to generate air flow toward the distal end thereof.
8. The electronic grinder of claim 7 , including an air tube in flow communication with the air pump to disperse air flow inside the chamber.
9. The electronic grinder of claim 1 , including a heating device on the housing configured as a lighter.
10. 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.
11. The electronic grinder of claim 10 , wherein the microcontroller includes a communications device operable to communicate with an external computing device.
12. The electronic grinder of claim 10 , 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.
13. The electronic grinder of claim 10 , wherein the main housing includes a display and one or more control buttons, the display and the buttons each in communication with the microcontroller.
14. The electronic grinder of claim 13 , wherein the display is configured to display a status of the power supply.
15. The electronic grinder of claim 10 , wherein the chamber includes an electronic scale in communication with the microcontroller and configured to weigh contents inside the chamber.
16. The electronic grinder of claim 10 , wherein the chamber includes an infrared volume sensor in communication with the microcontroller and configured to detect the volume of contents inside the chamber.
17. The electronic grinder of claim 10 , including one or more timers in communication with the microcontroller to monitor usage of the motor, blade, and propellor.
18. The electronic grinder of claim 10 , including an audible buzzer in communication with the microcontroller configured to trigger based on predetermined inputs and outputs of the microcontroller.
19. The electronic grinder of claim 10 , including a vibration motor in communication with the microcontroller configured to trigger based on predetermined inputs and outputs of the microcontroller.
20. The electronic grinder of claim 10 , wherein the microcontroller is configured to adjust the speed of the motor for at least a grinding setting, a dispensing setting, and a cleaning setting, wherein the in the cleaning setting the rotational speed of the motor is less than both the grinding setting and the dispensing setting.