Surgical apparatus

1. A surgical apparatus, comprising:

a system controller;

a hand-held scalpel assembly;

a first communication link interconnecting said hand-held scalpel assembly with said system controller;

an actuator;

a second communication link interconnecting said actuator with said system controller;

wherein said system controller comprises:

a system processor;

a first computer readable medium in communication with said system processor;

system microcode encoded in said first computer readable medium;

a visual display device in communication with said system processor;

wherein said hand-held scalpel assembly comprises:

a scalpel processor;

a power source interconnected to said scalpel processor;

a second computer readable medium interconnected to said power source;

scalpel microcode encoded in said second computer readable medium;

a motorized micrometer interconnected to said scalpel processor and interconnected to said power source, wherein said motorized micrometer comprises a rotatable thimble, a barrel having a first end attached to said rotatable thimble, and a spindle comprising a distal end extending outwardly from a second end of said barrel;

a surgical blade attached to said distal end, wherein said surgical blade comprises a surgical blade tip;

a housing formed to include an open end, wherein said scalpel processor, said power source, said computer readable medium, and said motorized micrometer, are disposed within said housing; and

wherein said scalpel processor can cause said thimble to rotate in a first direction, thereby causing said spindle to move inwardly into said barrel, thereby causing said surgical blade tip to retract within said housing through said open end; and

wherein said scalpel processor can cause said thimble to rotate in a second direction, thereby causing said spindle to move outwardly from said barrel, thereby causing said surgical blade tip to extend outwardly from said housing through said open end;

wherein said motorized micrometer comprises:

a extension lead distance comprising a distance said spindle moves inwardly upon a 360 degree rotation of said thimble in said first direction;

a retraction lead distance comprising a distance said spindle moves outwardly upon a 360 degree rotation of said thimble in said second direction;

wherein:

said actuator is disposed in a first configuration;

said actuator can be moved from a first configuration to a second configuration;

said actuator provides an actuator signal to said system processor if said actuator is moved from said first configuration to said second configuration;

said actuator comprises, a base, a pivotable member having a first end pivotally attached to said base;

when said actuator is disposed in said first configuration said pivotable member extends slopingly upwardly from said base;

when said actuator is disposed in a second configuration said pivotable member is parallel to said base;

wherein said actuator further comprises:

an actuator controller comprising an actuator processor, a third computer readable medium, and actuator microcode encoded in said third computer readable medium;

a restoring means to move said second end of said pivotable member upwardly from said second configuration to said first configuration

wherein said actuator controller provides said actuator signal to said system controller when said pivotable member is moved from said first configuration to said second configuration.

2. The surgical apparatus of claim 1 , wherein said actuator microcode comprises computer readable program code comprising a series of computer readable program steps to effect providing said actuator signal to said system controller when said pivotable member is moved from said first configuration to said second configuration.

3. The surgical apparatus of claim 1 , wherein:

when said system controller receives an actuator signal, said system controller provides an activation signal to said scalpel processor;

when said scalpel processor receives an activation signal, said scalpel processor causes said rotatable thimble make a single 360 degree rotation.

4. The surgical apparatus of claim 3 , wherein said system microcode comprises computer readable program code comprising a series of computer readable program steps to effect providing an activation signal to said scalpel processor when said system controller receives an actuator signal.

5. The surgical apparatus of claim 4 , wherein said scalpel microcode comprises computer readable program code comprising a series of computer readable program steps to effect rotating said thimble a single 360 degree rotation when said scalpel processor receives an activation signal.

6. The surgical apparatus of claim 4 , wherein when said scalpel processor receives an activation signal, said scalpel processor causes said rotatable thimble to make a single 360 degree rotation thereby moving said surgical blade tip outwardly from an existing distance from said open end to a new distance from said open end, wherein said new distance from said open end equals said existing distance from said open end plus said extension lead distance.

7. The surgical apparatus of claim 6 , wherein said controller further comprises a speaker in communication with said system processor, said method further comprising audibly announcing said new distance using said audio device.

8. The surgical apparatus of claim 7 , wherein said system microcode comprises computer readable program code comprising a series of computer readable program steps to effect audibly announcing said new distance using said audio device.

9. The surgical apparatus of claim 4 , wherein said system microcode comprises computer readable program code comprising a series of computer readable program steps to effect moving said surgical blade tip to a retracted configuration when said system controller is powered on.