An article carrier bag, in particular of the fastfood takeaway type, the bag comprising a bottom and sides (F12, F13) defining inside walls bounding an inside storage space, and being characterized in that at least one gusset element (E1) in a folded state is fitted to and fastened on at least one inside wall of the sides (F12, F13) in two adjacent fastener zones that are separated by a frangible zone (F15) provided in association with at least one side (F12, F13), so as to be capable of bringing the gusset element (E1) into an unfolded state after breaking the frangible zone (F15).

An article carrier bag, in particular of the fastfood takeaway type, the bag comprising a bottom and sides (F12, F13) defining inside walls bounding an inside storage space, and being characterized in that at least one gusset element (E1) in a folded state is fitted to and fastened on at least one inside wall of the sides (F12, F13) in two adjacent fastener zones that are separated by a frangible zone (F15) provided in association with at least one side (F12, F13), so as to be capable of bringing the gusset element (E1) into an unfolded state after breaking the frangible zone (F15).

The present invention relates to improvements for T-shirt bags formed from a side gusseted tube of polymeric film. In particular, the embodiments of the invention provide means for reinforcing the handle seals of a T-shirt bag while limiting the amount of scrap material generated in the manufacturing process. In one embodiment, at least two seals are provided for forming each of the opposing two handles of the T-shirt bag. In further embodiments, a curved lower seal is provided as part of each handle's seal. In additional embodiments, a single seal of a continuous area is provided for each handle.

A device including a container; a plurality of compartments disposed in the container; a plurality of walls that are configured to form the plurality of compartments; an opening portion disposed at a proximate bottom section of each of the plurality of compartments; a plurality of tray components configured to be disposed at the proximate bottom portion of each of the plurality of compartments, wherein each of the tray component is further configured to be inserted and removed through the opening portion; an extension or tab implement for assisting in the removal or insertion of each tray component through the opening portion; a plurality of legs disposed at each proximate corner of the container; and at least two holdings or handles disposed widthwise on opposite sides of the container operable for holding, moving, or carrying the container.

A device including a container; a plurality of compartments disposed in the container; a plurality of walls that are configured to form the plurality of compartments; an opening portion disposed at a proximate bottom section of each of the plurality of compartments; a plurality of tray components configured to be disposed at the proximate bottom portion of each of the plurality of compartments, wherein each of the tray component is further configured to be inserted and removed through the opening portion; an extension or tab implement for assisting in the removal or insertion of each tray component through the opening portion; a plurality of legs disposed at each proximate corner of the container; and at least two holdings or handles disposed widthwise on opposite sides of the container operable for holding, moving, or carrying the container.

A process for manufacturing a container with a closure-release mechanism relates to thermoforming a plastic sheet to form a container with a clam shell locking system in order to facilitate a secure closure and easy opening packaging container. The clam shell locking arrangement comprises a post which is secured in an aperture when the container is in closed state. The post is a projection or protrusion in a vertical or nearly vertical sidewall of the cover of the thermoformed package and fits securely into the aperture, which is a cut-out made in the outer, and optionally also the inner, wall segments of the vertical or nearly vertical surfaces of the base section of the thermoplastic containers.

A method for installing a covering relative to a frame of an architectural structure includes unfolding a package defining a cavity configured to store the covering, with the package including an alignment tool. Furthermore, the method includes positioning the alignment tool relative to the frame such that a first panel of the tool is positioned adjacent to a vertically-extending surface of the frame and a second panel of the tool is positioned adjacent to horizontally-extending surface of the frame. Additionally, the method includes forming mounting holes in one of the vertically-extending surface at first mounting hole locations identified by apertures defined by the first panel or the horizontally-extending surface of the frame at second mounting hole locations identified by apertures defined by the second panel.

Modular meter units for distributing particulate material from an applicator can be configured to combine with each other without the use of tools to provide specific meter assembly lengths based on desired flow rates. In one aspect, modular meter unit housings with interlocking features can provide build options for assembling different sized meter assemblies. The modular meter unit housings can allow stacking and connecting multiple adjacent meter units to make a meter assembly of a particular length/volume/flow rate. Each meter unit housing can have a longitudinal bore that opens through opposing end walls and define a cylindrical cavity or chamber that can receive a cylindrical/tubular sleeve or liner. Matching openings on opposite top/bottom walls of the modular meter unit housing can align with openings of the liner to define an inlet and outlet for the meter unit.

A system may include at least one multipurpose container with a bottle portion and a cap portion, and the bottle portion may include a bottle wall about the interior and forming an outer surface. The outer surface may have primary faces configured to permit vertical stacking of the container on another container in a stack of containers, and secondary faces. Alignment features may facilitate alignment of the bottle portions in a stack of containers, and at least a pair of the alignment features may be located on the primary faces. The alignment features may include at least one aligning lug located on and protruding from the first primary face and at least one aligning recess located on and depressed into the second primary face to removably receive the at least one aligning lug of a said container in the stack of containers.

A cardboard box assembly includes a box that is comprised of a corrugated cardboard material thereby facilitating the box to be filled with products or produce for shipping. The box includes a lid portion that is removable from the box for accessing an interior of the box. The lid portion has indicia printed thereon comprising a logo of a company. A plurality of mating members is each coupled to the lid portion. Each of the mating members engages a support surface to display the lid portion and the indicia on the support surface for ornamental purposes.