Bedpan system

1. A bedpan assembly comprising:

a main housing having a side wall and bottom wall defining a main housing interior cavity;

a flexible polymer-based liner assembly coupled to the main housing and having a bottom wall surrounded by sidewalls, the bottom wall and sidewalls including an inner surface defining an interior cavity for housing a fluid therein, the liner assembly disposed within the main housing interior cavity;

a sensor assembly including at least one sensor interposed between and adjacent to both the bottom wall of the liner assembly, outside of the interior cavity defined by the inner surface of the liner assembly, and the bottom wall of the main housing, the sensor assembly protected by and housed within a sensor protector assembly; and

at least one of an audio indicator and a visual indicator operatively associated with said sensor to indicate, through actuation of either a sound or light of the least one of an audio indicator and a visual indicator, respectively, the presence of a weight of a fluid on the bottom wall of the liner assembly, whereby the actuation of either the sound or light provides a user an indication for removal of the liner assembly by uncoupling the liner assembly from the main housing.

2. The assembly of claim 1 constructed wherein said main housing has a rear elevation angle of about 6-10 degree, a front edge degree of curvature between about 30-40 degrees, and a non-curved surface immediately adjacent to said front end degree of curvature with an elevation of about 5-10 mm and free of any curvature.

3. The assembly of claim 1 wherein said sensor is operatively associated with at least one transmission device that is paired with at least one receiver configured for indicating said sensor being actuated.

4. The assembly of claim 1 including a pair of length edge bay structures congruently positioned along opposing lengths of said housing.

5. The assembly of claim 4 wherein each of said pair of length edge bay structures is constructed to form an angle between about 70 to 80 degrees.

6. The assembly of claim 1 including a rear bay structure having a width between about 90-100 mm.

7. The assembly of claim 1 wherein said housing has a width between about 300-360 mm.

8. A bedpan system comprising:

a main housing having a side wall and bottom wall defining a main housing interior cavity, said main housing constructed and arranged with a rear elevation angle of about 6-10 degree measured from a tangent line extending outward from a final rear point of said assembly, with an upper surface profile having a rear upward curvature, a front edge degree of curvature between about 30-40 degrees, and a non-curved surface between and immediately adjacent to said front end degree of downward curvature and said rear upward curvature, said noncurvature surface with an elevation of about 5-10 mm and free of any curvature, whereby the ratio of the linear distance of said front end downward curvature: non-curved surface: rear upward curvature is about 1:0.9-1.1:4.8-5.2;

a flexible polymer-based liner assembly coupled to the main housing and having a bottom wall surrounded by sidewalls, the bottom wall and sidewalls including an inner surface defining an interior cavity configured for placement and removal from said housing cavity, the liner assembly disposed within the main housing interior cavity;

a sensor assembly including at least one sensor interposed between and adjacent to both the bottom wall of the liner assembly, outside of the interior cavity defined by the inner surface of the liner assembly, and the bottom wall of the main housing, the sensor assembly of a weight sensor and protected by and housed within a sensor protector assembly;

at least one indicator actuatable by the presence of a weight of a fluid on the bottom wall of the liner assembly by said sensor and selected from the group consisting of a light indicator, a sound indicator, a transmitter associated with a remote receiver, or combinations thereof, wherein said indicator is controlled by a PCB board configured for actuating said indicator at the command of said sensor, whereby the actuation of the indicator provides a user an indication for removal of the liner assembly by uncoupling the liner assembly from the main housing;

a pair of length edge bay structures formed on and congruently positioned along opposing lengths of said housing, wherein each of said pair of length edge bay structures is constructed to form an angle between about 70 to 80 degrees;

a rear bay structure having a width between about 90-100 mm; and

wherein said housing has a width between about 300-360 mm.

9. A bedpan assembly comprising:

a portable main housing having a side wall and bottom wall defining a main housing interior cavity surrounded by a cushion assembly, the cushion assembly defining an interface at a rear end of the main housing;

a flexible polymer-based liner assembly coupled to the main housing and having:

an upper edge defining an upper opening;

an inner surface disposed within the interior cavity of the main housing and defining an interior cavity spatially coupled to the upper opening of the liner assembly; and

a receiving access member having a first end coupled to the upper edge of the flexible liner assembly, a second free end, opposing the first end, and a receiving access member length separating the first and second ends, the receiving access member disposed within the interface of the cushion assembly along the receiving access member length and the second free end of the receiving access member protruding from the cushion assembly for grasping by a user; and

a sensor assembly including at least one sensor interposed between and adjacent to both the bottom wall of the liner assembly, outside of the interior cavity defined by the inner surface of the liner assembly, and the bottom wall of the main housing, the sensor assembly protected by and housed within a sensor protector assembly; and

at least one of an audio indicator and visual indicator operatively associated with said sensor to indicate, through actuation of either a sound or light of the least one of an audio indicator and a visual indicator, respectively, the presence of a weight of a fluid on the bottom wall of the liner assembly, whereby the actuation of either the sound or light provides a user an indication for removal of the liner assembly by uncoupling the liner assembly from the main housing.