The invention herein is related to the recycling industry in general, it is specifically related to a plastic container, preferably made of PET (polyethylene terephthalate), which can be molded, preferably, through blown air, defined by a back face, a front face, two lateral face, a lower face and an upper face, the multipurpose jaba-type agricultural container, and its manufacturing process, is cut manually or with a machine, and the front face is removed, to define an internal cavity and form the jabs-type container defined by a back wall and four perimeter walls, it has enough resistance to hold the weight of the products it contains, it also has a perimeter tab, on the external face of the lower edge, which allows the vertical stacking of several containers, with enough strength to evenly fold the weight, when being stacked, such container also contains several vertical ribs on the perimeter walls, and a main perimeter rib used as reinforcement elements, as well as holes on the sides that allow the release of gas generated by the products inside the container.

A modular container comprising a housing, a contained volume defined within the housing, and a door panel providing access to the contained volume in an open position and preventing access to the contained volume in a closed position. One or more interengagement features can be provided with the container such that a plurality of containers can be stacked atop each other to define a plurality of stacked containers. In some example embodiments, the container comprises at least one fan and one or more lights.

Systems and methods for airflow management around palletized cases of goods in a warehouse storage facility are provided, in which airflow around each individual layer of cases is facilitated while airflow spillage around the sides, top or bottom of pallet assemblies is minimized or eliminated. One exemplary device for such airflow management includes palletized product spacers disposed between respective layers of vertically stacked cases, in which the product spacers facilitate a substantially unidirectional longitudinal airflow. Another exemplary airflow management device is a series of automatically adjustable air dams disposed at the tops of respective pallet assemblies which prevent air spillage and establish intermediate air manifold spaces. Yet another device is a lateral pallet spacer prevents direct abutment of the side surfaces of neighboring pallet assemblies and thereby ensures that the air manifold spaces are in fluid communication with the spacers of multiple pallet assemblies.

A container apparatus having at least one containment member is disclosed that may include a bottom and at least one sidewall, an interior and an open end. The container may also include a flange that extends around a free end of the at least one side wall, and a plurality of wall members (or castellations) connected to/formed with/that extend from the flange. The plurality of wall members may be separated by ventilation apertures, with the plurality of wall members and the ventilation apertures extending around the perimeter of the free end. A sealing material, such as a removable film, may extend over the open end to enclose the containment member.

According to at least one exemplary embodiment, optimized packaging may be provided. Optimized packaging may be used, for example, as packaging for leafy green products, produce, or other food items. The optimized packaging may have a frame element and one or more film surfaces.

The improved laundry basket comprises a laundry basket and a plurality of product containers. The laundry basket may be operable to carry laundry to and/or from a laundry area. The plurality of product containers may detachably couple to the laundry basket. Each of the plurality of product containers may hold a laundry product. As non-limiting examples, the laundry product may be a liquid product, a granular product, or a powdered product. The plurality of product containers may fit into a plurality of container recesses that may be exposed on the exterior of the laundry basket. Each of the plurality of product containers may be held in place by a positioning clip. As non-limiting examples, the laundry products may be detergents, bleaches, fabric softeners, stain removers, and sanitizers.

A storage container stores produce in an automated storage and retrieval system. The storage container includes a base panel; four side panels extending from the base; and a top panel provided above the four side panels. The base panel, the four side panels, and the top panel define a storage compartment. The storage container includes an adjustable ventilation opening provided in the base panel, the top panel, or one of the four side panels.

Disclosed is a venting device configured for venting a wrapping material wrapped around an item and comprises a top element and a base element. The top element comprises a dome portion and a depending portion extending away from the dome portion where the depending portion defines at least one cutting element configured to cut an access point in the wrapping material. The base element defines a conduit and annular ring where the conduit is inserted into the access point and the annular ring is mechanically associated with the wrapping material. The top element then clips to the base element to provide a cover.

An optimized package for holding a perishable produce that balances between optimum aerobic and anaerobic conditions. The package has a body, formed of a package film having a first size and shape, formed with laser micro perforations formed according to a relationship between a shelf life of said first contents in said package for different oxygen transfer rates expressed as volume of oxygen per time period per package per atmosphere. This is set to optimize between anaerobic conditions and aerobic conditions. There are a number and size of micro perforations, to obtain an optimum oxygen transfer rate. The micro perforations can be formed in a location of the package which retains airflow through the micro perforations when multiple of said packages are stacked. There can also be a humidity reduction device, which can be a valve, or a vapor transmitting film, or a hydroscopic salt on the exterior of the film.

Provided is a food degassing bag which has a stable gas venting operation in response to carbon dioxide gas produced in different amounts and by which a gas venting effect can be obtained even when the internal pressure of a storage bag is low. The storage bag is composed of a packaging film layer 1 and a degassing layer 2. A polyethylene layer 2A and an oxygen barrier layer 2B compose the degassing layer 2. In the degassing layer 2, gas venting through-pores 4 are opened. An adhesive layer 3 adheres the packaging film layer 1 and the polyethylene layer 2A of the degassing layer 2 together. The adhesive layer 3 is formed sequentially with non-adhesive portions showing a stripe pattern. The non-adhesive portions form degassing vents leading to the outside of the storage bag.