Electrical muscle stimulation (EMS) suit with electrode arrangement that prevents transthoracic electrical current

1. An electrical muscle stimulation (EMS) suit comprising:

a vest portion comprising:

a left front portion comprising a first pair of electrodes corresponding to a first channel of multiple channels, the first pair of electrodes disposed on an inner surface of the vest portion, positioned within a top half of the left front portion, and configured to be disposed on one or more left pectoral muscles of a body when the body is wearing the EMS suit;

a right front portion comprising a second pair of electrodes corresponding to a second channel of the multiple channels, the second pair of electrodes disposed on the inner surface of the vest portion, positioned within a top half of the right front portion, and configured to be disposed on one or more right pectoral muscles of the body when the body is wearing the EMS suit;

a third pair of electrodes corresponding to a third channel of the multiple channels, the third pair of electrodes disposed on the inner surface of the vest portion, wherein:

a first electrode of the third pair of electrodes is positioned within a bottom half of the left front portion and is configured to be disposed on one or more left abdominal muscles of the body when the body is wearing the EMS suit; and

a second electrode of the third pair of electrodes is positioned within a bottom half of the right front portion and is configured to be disposed on one or more right abdominal muscles of the body when the body is wearing the EMS suit;

a back portion comprising:

a fourth pair of electrodes corresponding to a fourth channel of the multiple channels, the fourth pair of electrodes disposed on the inner surface of the vest portion, positioned within a left half of the back portion, and configured to be disposed on one or more left upper back muscles of the body when the body is wearing the EMS suit;

a fifth pair of electrodes corresponding to a fifth channel of the multiple channels, the fifth pair of electrodes disposed on the inner surface of the vest portion, positioned within a right half of the back portion, and configured to be disposed on one or more right upper back muscles of the body when the body is wearing the EMS suit;

a sixth pair of electrodes corresponding to a sixth channel of the multiple channels, the sixth pair of electrodes disposed on the inner surface of the vest portion, positioned within the left half of the back portion, positioned below the fourth pair of electrodes, and configured to be disposed on one or more left middle back muscles of the body when the body is wearing the EMS suit;

a seventh pair of electrodes corresponding to a seventh channel of the multiple channels, the seventh pair of electrodes disposed on the inner surface of the vest portion, positioned within the right half of the back portion, positioned below the fifth pair of electrodes, and configured to be disposed on one or more right middle back muscles of the body when the body is wearing the EMS suit; and

an eighth pair of electrodes corresponding to an eighth channel of the multiple channels, the eighth pair of electrodes disposed on the inner surface of the vest portion, wherein:

a first electrode of the eighth pair of electrodes is positioned within the left half of the back portion, is positioned below the sixth pair of electrodes, and is configured to be disposed on one or more left lower back muscles of the body when the body is wearing the EMS suit; and

a second electrode of the eighth pair of electrodes is positioned within the right half of the back portion, is positioned below the seventh pair of electrodes, and is configured to be disposed on one or more right lower back muscles of the body when the body is wearing the EMS suit;

a first arm band comprising a ninth pair of electrodes corresponding to a ninth channel of the multiple channels, the ninth pair of electrodes configured to be disposed on one or more left upper arm muscles of the body when the body is wearing the EMS suit;

a second arm band comprising a tenth pair of electrodes corresponding to a tenth channel of the multiple channels, the tenth pair of electrodes configured to be disposed on one or more right upper arm muscles of the body when the body is wearing the EMS suit;

a processor; and

memory storing:

pulse parameter settings comprising a frequency parameter set within a range of about 80 Hertz (Hz) to about 120 Hz; and

computer-executable instructions that, when executed by the processor, cause electrical impulses to be delivered via the first pair of electrodes, the second pair of electrodes, the third pair of electrodes, the fourth pair of electrodes, the fifth pair of electrodes, the sixth pair of electrodes, the seventh pair of electrodes, the eighth pair of electrodes, the ninth pair of electrodes, and the tenth pair of electrodes in accordance with the pulse parameter settings.

2. The EMS suit of claim 1 , wherein, during operation of the EMS suit, electrical current resulting from first electrical impulses of the electrical impulses delivered via the first pair of electrodes and second electrical impulses of the electrical impulses delivered via the second pair of electrodes does not cross a midsagittal plane of the body when the body is wearing the EMS suit.

3. The EMS suit of claim 1 , wherein, during operation of the EMS suit, electrical current resulting from first electrical impulses of the electrical impulses delivered via the first pair of electrodes, second electrical impulses of the electrical impulses delivered via the second pair of electrodes, third electrical impulses delivered via the fourth pair of electrodes, and fourth electrical impulses delivered via the fifth pair of electrodes does not cross:

a midsagittal plane of the body when the body is wearing the EMS suit; and

a frontal plane of the body when the body is wearing the EMS suit.

4. The EMS suit of claim 1 , further comprising a pants portion comprising:

an eleventh pair of electrodes corresponding to an eleventh channel of the multiple channels, the eleventh pair of electrodes configured to be disposed on one or more glute muscles of the body when the body is wearing the EMS suit;

a twelfth pair of electrodes corresponding to a twelfth channel of the multiple channels, the twelfth pair of electrodes configured to be disposed on one or more hamstring muscles of the body when the body is wearing the EMS suit; and

a thirteenth pair of electrodes corresponding to a thirteenth channel of the multiple channels, the thirteenth pair of electrodes configured to be disposed on one or more quadricep muscles of the body when the body is wearing the EMS suit.

5. The EMS suit of claim 1 , wherein the electrical impulses are sequentially delivered via the multiple channels.

6. The EMS suit of claim 1 , wherein the pulse parameter settings further comprise a pulse width parameter set within a range of about 175 microseconds (μs) to about 400 μs.

7. The EMS suit of claim 1 , further comprising an external connector disposed on an outer surface of the vest portion and configured to connect to an impulse pack.

8. The EMS suit of claim 1 , wherein each electrode of the first pair of electrodes, the second pair of electrodes, the third pair of electrodes, the fourth pair of electrodes, the fifth pair of electrodes, the sixth pair of electrodes, the seventh pair of electrodes, the eighth pair of electrodes, the ninth pair of electrodes, and the tenth pair of electrodes has a rectangular shape.