The following pictures are meant to display possible physical characteristics of the present invention and are not to be taken in a limiting sense. It is understood that other embodiments may be utilized and that structural changes may be made without departing from the scope of the invention.

LIST OF REFERENCE NUMERALS 10 present invention 30 response module 12 headset 32 database setup 14 voice command 34 operating sequence 16 cellular phone 36 message 18 tranceiver 38 call forwarding 20 user 40 call termination 22 prior art 42 call answering 24 cellular phone of 22 43 voice mail 26 voice module 44 method for operating audible caller ID and automatic call response 28 command module

FIGURE 1 Figure 1 is an illustrative view of prior art 22. Shown is the user 20 in the process of driving and having to look at the cell phone 24 to determine who is calling in order to decide what to do with the call which can cause a distraction and a dangerous situation. FIGURE 2 Figure 2 is an illustrative view of the present invention 10. Shown is an illustrative view of the mobile telephone and headset 12 communication system for the present invention 10. The communication system for the present invention 10 provides for a mobile telephone and headset 12 with audio caller identification, a preprogrammed response module, and a voice response module. The Bluetooth technology of today allows for hands free driving as the headset 12(or earpiece) usually just requires the driver 20 to press a button disposed thereon to answer the phone rather than locate the mobile phone and press the correct button as is done when using standard cell phones and hands-free sets. Unfortunately, the user 20 still needs to locate the phone and look at the display if they wish to determine whether or not to answer the phone. The present invention 10 enables the user 20 to hear an audible caller ID as to who is calling and answer the phone through voice commands 14 and program specific numbers to be handled accordingly. The communication system of the present invention 10 provides improved means for multitasking in a safe and secure manner. FIGURE 3 Figure 3 is an illustrative chart of the present invention 10. Shown is an illustrative chart of the components for a mobile telephone 16 and headset 12 communication system for the present invention 10. The cell phone 16 includes a transceiver 18, voice module 26 and a programmable command module 28. The headset 12 comprises a voice module 26 and a transceiver 18. FIGURE 4 Figure 4 is an illustrative chart of the present invention 10. Shown is the cell phone 16 receiving a call and the caller ID recognizing the number calling and verbally communicating to the headset 12 where the call is coming from. The user 20 then has the option to verbally accept the call or let the phone handle the pre-programmed response for that specific number. FIGURE 5 Figure 5 is a block diagram of the present invention's 10 communication system comprising an audio caller ID command module 28, a preprogrammed response module 30 and a voice response module 26. FIGURE 6 Figure 6 is a block diagram of the present invention's 10 communication system components.. Shown is a block diagram of the components for a mobile telephone 16 and headset 12 communication system for the present invention 10. The cell phone 16 includes a transceiver 18, voice module 26 and a programmable command module 28. The headset 12 comprises a voice module 26 and a transceiver 18. FIGURE 7 Figure 7 is a block diagram of the present invention's 10 communication system. The cell phone 16 receives an incoming call, the command module 28 recognizes the incoming phone number and the phones transceiver 18 sends an audio signal to the headset 12 to inform the user of the origin of the call. FIGURE 8 Figure 8 is a block diagram of the present invention's voice command response module 26 having a database setup 32 and an operational sequence 34. FIGURE 8A Figure 8a is a block diagram of the present invention's voice response module database setup 32. Shown is a block diagram of the present invention's voice response module database setup. Various messages 36, call forwarding 38, call termination 40 and answering 42 of incoming call are assigned and recorded. FIGURE 8B Figure 8b is a block diagram of the present invention's voice response module operational sequence 34. Shown is a block diagram of the present invention's voice response module operational sequenced . Once the incoming call is identified, the call is audibly directed to a recorded massage, call forwarded, answered, or terminated. FIGURE 9 Figure 9 is a block diagram of the present invention's preprogrammed response module 30 with database setup 32 and operational sequence 34. Shown is a block diagram of the modules for a mobile telephone and headset communication system for the present invention. The communication system for the present invention provides for a mobile telephone and headset with audio caller identification, a preprogrammed response module, and a voice response module. The communication system of the present invention provides improved means for multitasking in a safe and secure manner. FIGURE 9A Figure 9a is a block diagram of the present invention's preprogrammed response module database setup 32. Shown is a block diagram of the present invention's preprogrammed response module database setup. The user enters desired numbers into a database, various messages 36 are recorded and then the user assigns the response such as call forwarding 38, call termination 40, voice mail 43 or call answering 42 to each number or group of numbers. FIGURE 9B Figure 9b is a block diagram of the present invention's preprogrammed response module 30 operational sequence 34. Once the incoming call to the mobile phone 16 is identified by the command module 28, the call is automatically directed by transceiver 18 to the headset 12 to allow the user to override the preprogrammed action in the command module 28. FIGURE 10 Figure 10 is a block diagram depicting the method of operation of the Bluetooth audio caller ID and voice command 44.