A protection system (100) for providing an alarm sound to deter an attack, said protection system (100) consisting of:
- (a) a housing (102);
- (b) an audio output device (108) disposed on the housing (102);
- (c) an alarm activator (104) disposed on the housing (102), the alarm activator (104) can move between at least an inactive position and an active position;
- (d) an external detector receptacle (106) disposed on the housing (102), the external detector receptacle (106) can move between an inactive state and an active state;
- (e) an external audio output receptacle (110) disposed on the housing (102), the external audio output receptacle (110) functions to connect an external speaker and allows transmission of audio to the external speaker;
- (f) a power switch (112) disposed on the housing (102), the power switch (112) can move between an on position and an off position respectively turning on and off the system (100);
- (g) a power source (302) housed in a battery compartment (114) disposed in the housing (102);
- (h) a microprocessor (304) operatively connected to each the alarm activator (104), the external detector receptacle (106), the audio output device (108), the power source (302), and the power switch (112);
- (i) a memory component (306) operatively connected to the microprocessor (304), the memory component (306) consists of at least one audio file of a recording of a sound;
- (j) a clip (206) disposed on the housing (102) consisting of a body (208) with a downwardly extending arm (210), wherein the body (208) consists of an upwardly facing surface (214) and a downwardly facing surface (216), wherein the upwardly facing surface (214) and the downwardly facing surface (210) consists of beveled edges at their outermost ends, wherein the clip (206) functions to facilitate attachment of the housing (102) to a person or an object;
- and
- (k) a bead (226) disposed at the bottommost end of the arm (210) facing the housing (102);
- wherein when the alarm activator (104) is moved to the activated position the alarm activator (104) sends a first input signal to the microprocessor (304) whereupon the microprocessor sends a first output command to the audio output device (108) and the external audio output receptacle (110) causing the audio output device (108) and the external audio output receptacle (110) to emit the sound from the audio file of the memory component (306);
- wherein when the external detector receptacle (106) is moved to the activated state the external detector receptacle (106) sends a second input signal to the microprocessor (304) whereupon the microprocessor sends the first output command to the audio output device (108) and the external audio output receptacle (110) causing the audio output device (108) and the external audio output receptacle (110) to emit the sound from the audio file of the memory component (306).