Abstract: A system for closing tamper-resistant containers, each container having a base portion, a sidewall extending upward from the base portion, and a lid having a peripheral groove on an upper surface of the lid. The system comprises a substantially planar surface supporting the base portion of the container and a sealing mechanism having a lower surface with a peripheral flange configured to engage the peripheral groove of the lid of the container and to exert a closing force on the lid in a direction perpendicular to the planar surface to seal the container by attaching the lid to the sidewall.

Abstract: A tamper-resistant container with tamper-evident features which includes a cover portion defining a outwardly extending peripheral flange, a base portion defining an upper peripheral edge, a hinge joining the outwardly extending peripheral flange with the base portion and an engagement mechanism for maintaining the peripheral flange adjacent to the upper peripheral edge when the container is closed. The upper peripheral edge includes an upwardly projecting bead extending substantially about the perimeter of the base portion that is configured to render the outwardly extending flange of the cover portion relatively inaccessible when the container is closed. The hinge includes a frangible section, which upon severing, provides a projection that extends out beyond the upwardly projecting bead of the upper peripheral edge of the base portion, for facilitating the disengagement of the engagement mechanism and removal of the cover portion from the base portion to open the container.

Abstract: By providing two endless loop belt drive assemblies forming a belt driven sealing section, a highly efficient and effective automatic, universally applicable, container closing system has been achieved which is capable of securely lockingly engaging both locking lug/receiving well containers and perimeter seal containers. In the present invention, the two cooperating endless loop belt drive systems are mounted in juxtaposed, spaced, cooperating relationship with each other and are positioned for simultaneously closing and securely engaging the entire locking elements formed on the flanges of one side of the container. In addition, the spaced distance between the two belt drive assemblies is adjustable, as well as the position of the spaced distance relative to a conveyor. In this way, all containers are to be closed by this system.

Abstract: By providing an elongated, flexible hinge which extends between one edge of the base and an adjacent edge of the lid or cover, with the hinge being constructed for controlling the arcuate pivoting movement of the lid relative to the base, a uniquely constructed, self-sealing, perimeter, clam-shell container is realized. By precisely controlling the arcuate path through which the lid moves relative to the base, as well as maintaining precisely controlled positions and orientations, automatic engagement of the cooperating ridge and groove of each component is realized, and complete engagement of the ridge and groove is attained.

Abstract: By providing a system for controllably applying and wrapping a label into direct, secure, affixed adhesive engagement with the flange or lip of a container, a dependable, effective, and reliable label applying apparatus and label application method is realized which securely affixes a tamper evident label in its entirety to a product container on a continuous production basis, totally eliminating unwanted tenting of labels. By employing the present invention, a product holding container, having a forwardly protruding lip or flange, is advanced towards a label dispensing zone with the label positioned for contacting the top surface of the forwardly protruding flange. Once the label is attached thereto, the label bearing flange/lip is advanced into contact with the label wrapping cam means for placing the label in the desired position.

Abstract: A unique, lockable or closable, reusable product holding and displaying container system which virtually eliminates breakage of fragile products is achieved by providing a product holding supporting base and a ramped, sloping product support surface cooperatively associated therewith and extending upwardly from the base. By employing the present invention, each of the products distributed and retained in the container system is maintained in a side-by-side, contacting relationship, angularly disposed relative to the supporting base, with the angle defined by the ramped, support surface. In this way, each product is in direct, contacting, engagement with each adjacent product, with each product fully supported in this position. As a result, no product is placed in a position wherein unwanted stress or breakage points exist which would otherwise cause the fragile product to be broken.

Abstract: A unique, multi-purpose, reusable and disposable product holding and displaying container system is achieved by providing a base member which incorporates locking means and a product display member which comprises a product holding zone and locking means constructed for rapid engagement and disengagement with the locking means of the base member. In the preferred embodiment, the product holding and displaying container system is formed from thermoformed or vacuum-formed plastic material, and is constructed to hold any desired product, particularly, baked goods and rack or hook display items. In one embodiment, the container system is constructed for being completely separated from any support panel, thereby providing a container which is easily reused for product storage until the product is fully consumed.