Restraint apparatus

A restraint apparatus comprising:

• a pair of handcuffs, each handcuff of the pair of handcuffs comprising:
• a housing;
• a stationary strand being coupled to and extending away from the housing;
• a movable strand, the movable strand being pivotably coupled to the stationary strand opposite the housing, the stationary strand and the movable strand being positionable with respect to each other in a closed configuration wherein the stationary strand and the movable strand define a receiving space therebetween;
• a lock being mounted in the housing and being engageable to the movable strand to secure the stationary strand and the movable strand in the closed configuration;
• a receiver being releasably couplable to the housing, the receiver defining a cavity in the receiver and an opening to the cavity;
• a protrusion being coupled to the housing, the protrusion being insertable into the cavity of the receiver, the protrusion being complementary in size and shape to the cavity;
• an engagement member being mounted in the receiver, the engagement member being operable to engage the protrusion when the protrusion is inserted into the cavity to secure the receiver to the housing, the engagement member comprising a securement pin and an actuator;
• a processor being mounted in the housing;
• a housing transceiver being mounted in the housing and being operatively coupled to the processor, the processor being configured to wirelessly communicate to a remote electronic device via the housing transceiver;
• a receiver transceiver being mounted in the receiver;
• a fingerprint reader being mounted to the receiver, the fingerprint reader being operatively coupled to the engagement member, the fingerprint reader being configured to cause the engagement member to release from the protrusion when sensing an authorized finger, the fingerprint reader being configured to cause the lock to release from the movable strand when sensing the authorized finger;
• an electric shock element being operatively coupled to the processor, the electric shock element being configured to selectively transmit an electric shock to a body part contained in the receiving space;
• a tamper sensor being coupled to the lock and operatively coupled to the processor, the tamper sensor being configured to detect motions indicative of tampering with the lock, the processor being programmed to cause the electric shock element to activate when the tamper sensor detects motions indicative of tampering with the lock;
• a microphone being mounted to the housing and being operatively coupled to the processor wherein the processor being configured to receive audible commands via the microphone;
• a global positioning system module being mounted in the housing and being operatively coupled to the processor wherein the processor is configured to determine a location of the housing, the processor being configured to selectively transmit the location of the housing to the remote electronic device;
• a housing power supply being electrically coupled to the processor, the housing power supply comprising a housing battery;
• and
• a receiver power supply being electrically coupled to the engagement member, the receiver transceiver, and the fingerprint reader, the receiver power supply comprising a receiver battery;
• and
• a tether being coupled to and extending between the pair of handcuffs, the tether being mounted to said receiver of each handcuff of the pair of handcuffs, the tether comprising a chain.