Ergonomic sensor pad with feedback to user and method of use
A portable system is provided for sensing and training a user to maintain correct posture while seated in a chair with a seat portion and a back portion. The system includes a first pad attachable to the seat portion of a chair, said first pad having a front area and a rear area, and a second pad attachable to the back portion of a chair and having a lower area and an upper area. There is a first sensor located in the first pad capable of sensing that a user is seated in the seat portion of the chair, a second sensor located in the first pad capable of sensing whether the lower posterior portion of the user's body is in contact with the rear area of the first pad, a third sensor operably attached to the lower area of the second pad capable of sensing whether the user's lumbar region is in contact with the second pad, a fourth sensor operably attached to the upper area of the second pad capable of sensing the distance between the user's upper back and the upper area of the second pad and a neck-position sensor operably attached to the second pad and capable of sensing the distance between the neck-position sensor and the user's neck. The system also includes a microprocessor operably connected to the first sensor, second sensor, third sensor, fourth sensor and neck-position sensor and capable of collecting data from each of the first sensor, second sensor, third sensor, fourth sensor and neck position sensor. The system also includes software for a personal computer, which configures the personal computer to receive the data from the microprocessor and to display the data received from the microprocessor, so that the user can utilize the ergonomic seat pad to receive feedback regarding his posture and over time, improve his posture.
1. A portable system for sensing and training a user to maintain correct posture while seated in a chair with a seat portion and a back portion comprising:
a first pad attachable to the seat portion of a chair, said first pad having a front area and a rear area;
a second pad attachable to the back portion of a chair and having a lower area and an upper area;
a first sensor located in the first pad capable of sensing that a user is seated in the seat portion of the chair;
a second sensor located in the first pad capable of sensing whether the lower posterior portion of the user's body is in contact with the rear area of the first pad;
a third sensor operably attached to the lower area of the second pad capable of sensing whether the user's lumbar region is in contact with the second pad;
a fourth sensor operably attached to the upper area of the second pad capable of sensing a distance greater than zero between the user's upper back and the upper area of the second pad;
a neck-position sensor operably attached to the second pad and capable of sensing a distance greater than zero between the neck-position sensor and the user's neck, wherein the height of the neck position sensor is adjustable, thereby enabling the system to be used by users of different heights and further comprises:
a sheath incorporated into the second pad;
an acrylic shaft that is slidably inserted into said sheath;
a fixation means for holding the acrylic shaft in a fixed position; and
wherein the neck position sensor is mounted upon the top end of the acrylic shaft;
a microprocessor operably connected to the first sensor, second sensor, third sensor, fourth sensor and neck-position sensor and capable of collecting data from each of the first sensor, second sensor, third sensor, fourth sensor and neck position sensor; and
wherein the microprocessor is configured to transmit the data to a personal computer.