Body force alarming apparatus and method

1. A body force alarming apparatus for warning of excessive impact on a user to prevent injuries comprising:

a housing;

a power supply;

a piezo sensor;

a controller;

an output generator; and

a microcontroller;

wherein said piezo sensor is accommodated within a user's shoe and connected to said controller;

wherein said piezo sensor, controller and said output generator are connected to said power supply;

wherein said controller, output generator and power supply are accommodated within said housing;

wherein said controller is connected to said output generator,

wherein said controller is set to generate a signal to the output generator when a threshold level of force signal is received from said piezo sensor;

wherein said sensor signals said controller when force from an impact is applied to said piezo sensor; and

wherein said controller signals said output generator when one or more signals indicating threshold levels of force have been reached; and

wherein said output generator generates a perceivable signal indicative of excessive impact in response to a signal from said controller and wherein said microcontroller, once activated by a user with a switch, performs the steps of:

recording one or more amounts of impact for a predetermined period of time;

averaging said amounts of impact recorded over said period of time; and

setting the controller's feedback threshold to an amount based on the average value.

2. A body force alarming apparatus of claim 1 , wherein said microcontroller, once activated by a user with a switch, performs the steps of:

setting the controller's feedback threshold to an amount above, equal to, or below the average value.

3. A body force alarming method for warning of excessive impact on a user to prevent injuries comprising the steps of:

setting a controller to generate a signal to an output generator when a threshold level of force signal is received from a piezo sensor;

signaling said controller with said sensor when an amount force from an impact is applied to said sensor;

signaling said output generator when one or more signals from said sensor indicate that one or more predetermined threshold levels of force have been sensed; and

generating a perceivable signal indicative of excessive impact with said output generator in response to a signal from said controller wherein the steps are performed using an apparatus comprised of:

a housing;

a power supply;

said piezo sensor;

said controller;

said output generator; and

a microcontroller;

wherein said piezo sensor is accommodated within a user's shoe and connected to said controller;

wherein said piezo sensor, controller, microcontroller and said output generator are connected to said power supply;

wherein said controller, output generator, microcontroller and power supply are accommodated within said housing; and

wherein said controller is connected to said output generator; and

wherein said microcontroller, once activated by a user with a switch, performs the steps of:

recording one or more amounts of impact for a predetermined period of time;

averaging said amounts of impact recorded over said period of time; and

setting said controller's feedback threshold to an amount based on the average value.

4. A body force alarming apparatus of claim 3 , wherein said microcontroller, once activated by a user with a switch, performs the steps of:

setting the controller's feedback threshold to an amount above, equal to, or below the average value.