Electronically regulated temperature compression brace

A therapeutic device comprising

• a composite textile, a plurality of fasteners, and a controller;
• wherein the plurality of fasteners is configured to attach the composite textile to an appendage of a patient;
• wherein the composite textile is a temperature controlled textile used to generate a heat exchange between the therapeutic device and the appendage;
• wherein the therapeutic device is configured to be placed around the appendage;
• wherein the pressure of the therapeutic device against the appendage is adjustable;
• wherein the therapeutic device is a thermal device;
• wherein the therapeutic device applies to the appendage a therapy process selected from the group consisting of a heating therapy and a cooling therapy;
• wherein the plurality of fasteners control the pressure applied by the composite textile to the appendage;
• wherein the temperature of the selected therapy is regulated and controlled;
• wherein the therapeutic device uses a refrigerant based heat exchange mechanism during the selected therapy process;
• wherein the controller manages the temperature and flow of the refrigerant during the therapy process;
• wherein the controller comprises a housing, a fluid management system, and a regulation system;
• wherein the regulation system comprises a master switch, a timing circuit, a thermostat, a Peltier module, a double pole double throw switch, a power system, a first diode, and a second diode;
• wherein the master switch controls the flow of electricity through the controller;
• wherein the timing circuit is an electrical circuit;
• wherein the timing circuit is a countdown timer;
• wherein the timing circuit limits the amount of time the controller can operate by limiting the amount of time electric power can flow through the controller;
• wherein the thermostat is a feedback device;
• wherein the thermostat controls the temperature of the refrigerant;
• wherein the Peltier module is an electrical device that heats the refrigerant;
• wherein the Peltier module is an electrical device that cools the refrigerant;
• wherein the double pole double throw switch is a pole double throw switch;
• wherein the double pole double throw switch selects between a refrigerant heating mode and a refrigerant cooling mode;
• wherein the first diode is an electrical device that prevents the flow of electricity from a first lead of the pump to a first lead of the double pole double throw switch;
• wherein the second diode is an electrical device that prevents the flow of electricity from the first lead of the pump to a second lead of the double pole double throw switch.