Slouching monitoring and alerting system

A slouching monitoring and alerting system, comprising:

• a first patch and a second patch, the first patch adapted to be coupled to the second patch, the first patch having a first tilt sensor configured for sensing tilt of a user's upper back and the second patch having a second tilt sensor configured for sensing tilt of the user's lower back, the first sensor and the second sensor being configured to determine a degree of slouch for an occurrence of a slouch and each of the first timer and the second timer configured to measure a corresponding duration of a corresponding slouch;
• at least one connecting member connecting the first patch to the second patch, the at least one connecting member being adapted to stretch when a movement of a user of the slouching monitoring and alerting system varies from a pre-defined posture to indicate an occurrence of a slouch;
• an adjustment member adapted to adjust the length of the at least one connecting member between the first patch and the second patch so as to position the first patch and the second patch to correspond to the pre-defined posture of the user;
• a first timer associated with the first sensor and a second timer associated with the second sensor, the first timer and the second timer configured to measure a corresponding at least one duration of time of a corresponding at least one slouch;
• an alarm coupled to at least one of the first patch or the second patch, the alarm being configured to generate an alert adapted to notify the user of a movement differing from the pre-defined posture, the alarm being disposed in a circuit having a normally open switch connected to the connecting member so that stretching the connecting member closes the circuit and activates the alarm;
• at least one controller/processor adapted to receive information from the first sensor and the first timer and from the second sensor and the second timer and adapted to communicate information related to an occurrence of at least one slouch with a communication device;
• means for selectively determining by the at least one controller/processor of the slouching monitoring and alerting system if the degree of slouch corresponds to a “Little” slouch associated with movement of the upper back detected by the first sensor or if the degree of slouch corresponds to an “Acute” slouch associated with movement of the upper back detected by the first sensor and movement of the lower back detected by the second sensor, based on information received by the at least one controller/processor from the first sensor and the second sensor;
• and
• means for transmitting information related to at least one occurrence of a slouch to a communication device.

A method for monitoring slouches, the method comprising the steps of:

• (a) coupling a first patch to a second patch of a slouching monitoring and alerting system by at least one connecting member, the at least one connecting member being adapted to stretch when a movement of a user of the slouching monitoring and alerting system varies from a pre-defined posture to indicate an occurrence of a slouch, the first patch having a first sensor and a first timer and the second patch having a second sensor and a second timer, each of the first sensor and the second sensor being configured to determine a degree of slouch for a corresponding at least one slouch, and each of the first timer and the second timer configured to measure a corresponding duration of a corresponding at least one slouch;
• (b) adjusting a length of the at least one connecting member between the first patch and the second patch by an adjustment member so as to position the first patch and the second patch to correspond to the pre-defined posture of the user;
• (c) positioning the first patch on an upper back of the user and the second patch on a lower back of the user corresponding to the pre-defined posture;
• (d) detecting a stretching of the at least one connecting member corresponding to movement of the user that is different from the pre-defined posture;
• (e) when the stretching of the at least one connecting member is detected in step (d), determining, by the first sensor, a degree of slouch of the upper back and activating the first timer to determine a duration of a corresponding slouch of the upper back and, when the stretching of the at least one connecting member is detected in step (d) and an occurrence of a slouch of the lower back is indicated, determining, by the second sensor, a degree of slouch of the lower back and activating the second timer to determine a duration of a corresponding slouch of the lower back;
• (f) selectively generating an alert by an alarm associated with the slouching monitoring and alerting system in response to the detected movement that differs from the pre-defined posture;
• (g) when the stretching of the at least one connecting member is detected in step (d), receiving information by at least one controller/processor of the slouching monitoring and alerting system corresponding to the degree of slouch of the upper back detected by the first sensor and a measured duration of time of the corresponding slouch of the upper back from the first timer and, when the stretching of the at least one connecting member is detected in step (d) and an occurrence of a slouch of the lower back is indicated, receiving information by the at least one controller/processor corresponding to the degree of slouch of the lower back detected by the second sensor and a measured duration of time of the corresponding slouch of the lower back from the second timer;
• (h) selectively determining by the at least one controller/processor of the slouching monitoring and alerting system if the degree of slouch corresponds to a “Little” slouch associated with movement of the upper back detected by the first sensor or if the degree of slouch corresponds to an “Acute” slouch associated with movement of the upper back detected by the first sensor and movement of the lower back detected by the second sensor, based on information received by the at least one controller/processor from the first sensor and the second sensor;
• and
• (i) transmitting information related to at least one occurrence of a slouch to a communication device.