Ripelocker LLC

George Frank Lobisser

G Kyle Lobisser

Eric Levi

Justin Chase Bothell

Todd Kristian Hansen

Yong-Ki Kim

Andrew B Harrah

Alexander Keith Tellekson

David Shock

Thomas Owen Mitchell

Ricardo I Diaz-Carcamo

Methods, apparatus, and system to measure and control respiration of a perishable commodity in a vacuum chamber, including for purposes of extending a shelf life of a perishable commodity therein, including.

Measurement and control of respiration of perishable commodities in low absolute pressure method, system, and apparatus

Systems, methods, and apparatus for storing perishable items under reduced pressure conditions. Total atmospheric pressure within a vacuum chamber containing a perishable item is reduced below a total pressure limit. Oxygen partial pressure and total pressure within the vacuum chamber are monitored. When oxygen partial pressure falls below a lower oxygen partial pressure limit, an oxygen-containing gas is admitted to raise oxygen partial pressure above the lower oxygen partial pressure limit. When the total atmospheric pressure reaches or exceeds the total pressure limit, total pressure is once again reduced. The vacuum container or chamber comprises a section of cylindrical pipe open at both ends, a first end cap and a second end cap, and formed of a plastic material. Notwithstanding that the pipe and end caps are formed of plastic, they are formed with a structure capable of withstanding pressure created by a high vacuum in the vacuum container.

Vacuum storage of perishables and cyclindrical storage vessel method, system, and apparatus

Methods, apparatus, and system for storing perishable products in a vacuum container. An atmosphere control system is coupled to the vacuum container for measuring and maintaining controlled atmospheric conditions within the vacuum container. The atmosphere control system includes a plurality of monitors configured to monitor atmospheric conditions within the vacuum container. The atmosphere control system further includes a vacuum pump configured to reduce total absolute pressure in the vacuum chamber to below a total gas pressure limit, an ozone generator configured to generate gaseous ozone, and an inlet valve coupled to the ozone generator and configured to admit an ozone-containing gas into the vacuum container.

System, apparatus, and method for ozone-containing vacuum storage of perishable products

Methods, apparatus, and system to manage an atmosphere and/or an antimicrobial inside a vacuum chamber or container, including via at least one of valves, sensors, manifold, antimicrobial delivery unit, antimicrobial sachet, vacuum pump, and an atmosphere control.

Atmosphere and or atmosphere composition control in vacuum chamber method, system, and apparatus

A system and method for storing perishable items under controlled atmospheric conditions is provided. Total atmospheric pressure within a vacuum chamber containing the perishable items is reduced to below a predetermined total pressure limit. Oxygen partial pressure within the chamber is monitored. When the Oxygen partial pressure falls below a predetermined lower Oxygen partial pressure limit, an Oxygen-containing gas is admitted to the vacuum chamber to raise the Oxygen partial pressure above the lower Oxygen partial pressure limit. Total atmospheric pressure within the chamber is also monitored. When the total atmospheric pressure reaches or exceed the predetermined total pressure limit, total pressure within the vacuum chamber is once again reduced below the predetermined total pressure limit.

Procedures for operating a vacuum to store perishables by controlling pressure and oxygen levels independent of each other as well as setting floor and ceiling operating parameters

A system and method for transporting and storing post-harvest fruits, vegetables and other perishable commodities under controlled atmospheric conditions is provided. One or more transportable vacuum containers are packed with the perishable commodity. Thereafter, the controlled atmospheric condition is created within the container. The atmospheric condition is maintained while the container is transported from one location to another. Part of the controlled atmospheric condition includes the formation of a vacuum within the container. Internal structure is provided within the container to resist collapse of the container when the vacuum is formed therein. A plurality of containers can be provided. A central control, coupled to each of the containers can be provided to maintain the desired atmospheric condition within each of the containers.

System and method for transporting and storing post-harvest fruits, vegetables and other perishable commodities under controlled atmospheric conditions

Growing community of inventors

Bainbridge Island, WA, United States of America

George Frank Lobisser