Breath practice and monitoring system

1) A breath practice and monitoring device, comprising:

• a) a mouthpiece configured to be placed in a user's mouth, comprising:
• I. an upper section configured to be placed over the upper teeth, gums, and palate,
• II. a lower section configured to be placed over the lower teeth, comprising:
• i. a front fin configured to be placed between user's front teeth and lower lip, and a pair of side fins configured to be placed between user's lower teeth and inner cheeks on a right and a left sides, wherein the front fin and the side fins are hollow inside, and wherein the font fin is connected to the side fins;
• ii. a sensor space in a shape of a curved chamber with an opening on top, configured to be placed between the user's lower teeth and tongue;
• iii. a pair of L-shaped pipes integrated at the top of the sensor space, one directed toward front of the mouthpiece and the other toward back of the mouthpiece, and
• iv. a lower groove in a shape of the user's lower jaw configured to be placed on the user's lower teeth, wherein said groove is connected to the fins and sensor space,
• wherein the upper section and the lower section are connected together, defining a respiratory pathway in between, whereby the user breathes through the respiratory pathway;
• b) a set of electrical parts housed in the mouthpiece, comprising:
• i. a pressure sensor to measure pressure of the user's breathing air;
• ii. an electrical board to control the system by a micro controller
• iii. a communication module to transmit signals indicative of the said measured pressure via bluetooth, and
• iv. a power supply to provide power to the system;
• c) a portable computing device equipped with a user interface to:
• i. receive signals indicative of the pressure of breathing air from the communication module;
• ii. calculate volume of the breathing air based on the said received signals in real-time, and
• iii. display respiratory patterns indicative of pressure and volume of the breathing air throughout four breathing cycles (inhale,
• hold, exhale, and pause) in real-time through the interface.