Tracheostomy monitoring system

A tracheostomy monitoring system, comprising:

• a breathing detection device, comprising:
• a rigid housing comprising a first body and a second body coupled to one another,
• a first tubular body extending outwards from an exterior of the first body, and
• a second tubular body extending outwards from an exterior of the second body,
• wherein proximal ends of the first tubular body and second tubular body interface with one another to define a channel that extends across the housing and is sized to pass air therethrough,
• wherein the first body defines a cavity sized to house a plurality of electrical components comprising at least a microcontroller, a temperature sensor configured to detect a temperature of air passing through the channel, an audio sensor configured to detect a sound of the air passing through the channel, and a transceiver configured to transmit to a computing device temperature data and audio data associated with air passing through the channel, and
• wherein the first body comprises a temperature sensor mount having protrusions that define a first shape to hold the temperature sensor therein such that the temperature sensor interfaces with the channel and that define a second shape to pass temperature sensor wiring into the cavity;
• and
• a computing device comprising a memory storing instructions, a communications module, and at least one processor coupled to the communications module and the memory, the at least one processor configured to execute the instructions to:
• receive temperature data and audio data associated with air passing through the channel of the breathing detection device,
• determine a breath per minute (BPM) associated with each of the received temperature data and the audio data,
• provide and display a first alert on the computing device based on the BPM associated with the temperature data and the audio data being outside a predetermined BPM range for a first threshold period of time,
• provide and display a second alert on the computing device based on the BPM associated with the temperature data and the audio data being zero for a second threshold period of time, and
• provide and display a third alert on the computing device based on the temperature data indicating a decrease in temperature for a third threshold period of time.