Housing for an integrated glucose monitoring system

A housing for a glucose monitoring system:

• a first substantially open cavity formed at a top surface of the housing and configured to receive and house a mobile device therein with a friction fit;
• a second closed cavity adjacent the first substantially open cavity configured to fully enclose a glucometer within the housing, the glucometer being configured to electronically couple to the mobile device through an aperture between the first substantially open cavity and the second closed cavity when the mobile device is housed in the housing;
• a test strip aperture through the housing extending between the second closed cavity and an exterior of the housing for receiving a test strip to the glucometer at a test strip port of the glucometer in alignment with the test strip aperture;
• a third substantially open cavity at a bottom surface of the housing opposite the top surface, the third substantially open cavity including:
• a lancet configured to extend through a side of the housing;
• and
• one or more test strips;
• and
• a door covering the third substantially open cavity for enclosing the lancet and the one or more test strips therein.

A glucose monitoring device, comprising:

• a unitary housing including:
• a first substantially open cavity formed at a top surface of the unitary housing;
• a second closed cavity adjacent the first substantially open cavity;
• and
• a third substantially open cavity formed at a bottom surface of the unitary housing opposite the top surface;
• wherein the unitary housing is a continuous single body;
• a mobile device removably positioned in the first substantially open cavity and retained therein with a friction fit, wherein a screen of the mobile device is parallel with the top surface of the unitary housing;
• a glucometer positioned in the second closed cavity and electronically connected to the mobile device through an aperture between the first substantially open cavity and the second closed cavity;
• a lancet slidably coupled to the unitary housing in the third substantially open cavity, wherein, in an extended position, the lancet extends through the unitary housing and, in a retracted position, an entire length of the lancet is located within the third substantially open cavity;
• a sanitizer positioned in the third substantially open cavity and coupled to a button on the bottom surface of the unitary housing configured to release a spray of the sanitizer;
• and
• a door removably connected to the unitary housing at the third substantially open cavity to enclose the third substantially open cavity including the lancet and the sanitizer.

A glucose monitoring device, comprising:

• a housing comprising a unified body made from a single, continuous material, the housing including:
• a first substantially open cavity formed at a top surface of the housing;
• a second closed cavity adjacent the first substantially open cavity;
• and
• a third substantially open cavity formed at a bottom surface of the housing opposite the top surface;
• a smartphone removably positioned in the first substantially open cavity and retained therein, wherein the smartphone is positional within the first substantially open cavity without disassembling the housing;
• a glucometer positioned in the second closed cavity, wherein the glucometer and the smartphone are electronically connected, and wherein the glucometer is physically connected to the smartphone by a latching feature;
• and
• a door removably connected to the housing at the third substantially open cavity, wherein the door encloses with the third substantially open cavity one or more of:
• a lancet;
• one or more test strips;
• or
• a sanitizer.