Patent ID: 9463890
Filing Date: 2016-10-11
CPC Classification: B65B

Claim Text:
1. A vacuum and ultraviolet light exposure system comprising: a) a main body comprising: b) a door comprising; c) a vacuum motor assembly comprising: d) a programmable circuit board; e) a first-button; f) a second-button; g) a top-mounted UV light assembly comprising: h) a motion sensor; i) a lighted screen; and j) a vacuum bag k) wherein said port-sealing door is structured and arranged for covering said external vacuum port/door assembly port; l) wherein said vacuum bag is structured and arranged for containing an UV sterilized and vacuum sealed food product; m) wherein said first re-sealable interior volume is structured and arranged for the UV-vacuum-processing food product; n) wherein said second seal is structured and arranged for removably vacuum-sealing said external vacuum port/door assembly port and further structured and arranged for to enable said external vacuum port/door assembly port for use with said vacuum bag; o) wherein said second re-sealable interior volume is structured and arranged for enabling evacuating air from within said first re-sealable interior volume; p) wherein said glass center is structured and arranged to withstand a differential pressure of room pressure on a side-exterior to said system and a vacuum on a side-interior to said system; q) wherein said wire mesh is structured and arranged to structurally support said glass center; r) wherein said reflective material is optically structured and arranged so as to be transparent from a side-exterior to said vacuum and ultraviolet light exposure system and further structured and arranged to disallow a motion said motion sensor to operate based on an any motion outside of said vacuum and ultraviolet light exposure system; s) wherein said frame is structured and arranged with no separations between said door-inside and said door-circumference; t) wherein said door-seal is structured and arranged with for removably vacuum-sealing between said door and said main body; u) wherein said main body, said door, and said door-seal comprise a re-sealable vacuum chamber; v) wherein said openings are structured and arranged with said main body for securing said two-phase sealed vacuum motor to said main body; w) wherein said two-phase sealed vacuum motor is structured and arranged at said rear bottom right side of said main body; x) whereby enabling said vacuum motor assembly to move into a negative pressure phase and channel air from said first sealed interior volume and further enable back-filling of air into said first sealed interior volume during a re-pressurization phase when said second-button is pressed; y) wherein said first-button is structured and arranged on said main body; z) wherein said first-button is structured and arranged with said door said programmable circuit board and said vacuum motor assembly so that when said first-button is pressed by an operator, said door is enabled to be opened by the operator; aa) wherein said second-button is structured and arranged on said main body adjacent to said external vacuum port/door assembly; bb) wherein said second-button is further structured and arranged so that when said second-button is pressed by the operator, said second-button activates said two-phase sealed vacuum motor, whereby enabling evaluating said vacuum bag; cc) wherein said UV light is structured and arranged in the top rear of said first re-sealable interior volume; dd) wherein said is UV light is structured and arranged a short distance from the top of said first re-sealable interior volume; ee) wherein said UV light is further structured and arranged with regard to said first re-sealable interior volume to enable said UV light to shine throughout said first re-sealable interior volume including in front of said UV light and down back of said UV light and between said back side and said edge of said protective glass shield; ff) wherein said two clips are structured and arranged opposite said two ends of said protective glass shield, and clip-attaching said two ends of said protective glass shield to said top and said rear of said first re-sealable interior volume; gg) whereby said protective glass shield is structured and arranged to physically protect said UV light; hh) wherein said motion sensor is structured and arranged adjacent to and below said top-mounted UV light assembly; ii) wherein said motion sensor is structured and arranged to sense any movement of any object within said first re-sealable interior volume; and jj) wherein said motion sensor is electrically structured and arranged with said vacuum motor assembly said programmable circuit board and said motion sensor such that when a movement of any object is sensed: kk) wherein said lighted screen is visually structured and arranged to visually indicate to the operator multiple status of operation of said vacuum and ultraviolet light exposure system comprising: