A coated shell-less cooked egg product and method for making same. The coated product includes a shell-less cooked egg product. And, a strip encircling at least 50% of a circumference of the egg product, the egg product having a first end and a second end. Also, a coating enclosing (i) substantially all of a surface area of the egg product and (ii) at least 75% of the strip and as much as 100% of the strip. At least a first end of the strip extends away from the egg product so the first end of the strip can be grasped to assist in removal of the coating from the egg product during a peeling phase. The coating may include a first coating layer and a second coating layer.

This disclosure provides a package for a product, including a capsule body configured to accommodate a predetermined amount of the product; a handle connected to one side of the capsule body; and a lid, wherein the capsule body is sealed with the lid. The capsule body, the handle, and the lid are made of an oxygen-proof, lightproof, moisture-proof, and sustainable material, e.g., aluminum. A modified atmosphere packaging technique is used during the packaging process to extend shelf life.

A device for providing support for a workpiece on an embroidery machine. The device has a base that is configured to fit on a rod of the embroidery machine, wherein the rod of the embroidery machine is located beneath a bobbin arm. First and second sides extend upward from the base and form a channel therebetween, the channel being configured to receive the bobbin arm of the embroidery machine. The first and second sides have upper edges that are configured to provide a support structure for a workpiece placed thereon, and preferably extend to a height that is substantially the same height as a top of the bobbin arm.

A container includes a bottom box and a top lid. The bottom box includes a containing space adapted to contain the contents. The bottom box has a tilted shape wherein the bottom box has one side height greater than another side height. The top lid includes an integrally formed lens and formed with a plurality of air holes on a top surface thereof. The top lid is removably assembled with the bottom box.

An organizer for a plurality of metallic objects has a nonmetallic housing and a magnetic core. The nonmetallic housing has opposing top and bottom external surfaces. A ridge projects from a periphery of the top external surface. The magnetic core attracts metal towards the geometric center of the top external surface and towards the ridge at the periphery of the top external surface. In some implementations, portions of the magnetic field attract metal in the directions: (i) perpendicular to the geometric center of the top external surface; (ii) outward from the geometric center of the top external surface; and (iii) toward the ridge on the top external surface. Implementations have the magnetic core with a square cross section and north and south poles separated by a distance substantially less than the width of the substantially square cross section, and with its magnetic field in the shape of a torus.

A packaged food product may incorporate an angled back card to improve stability by providing an enlarged footprint when the package is standing upright, i.e., vertically oriented. The angled back card can provide a wider base of support between the front of the product and the back card to improve the ability of the package to be self-supporting in an upright position, i.e., to stand up reliably on a shelf without leaning on other structures for external support. The package may be generally dumbbell-shaped as viewed from the front and/or from other angles, and may comprise a center portion that is narrower and/or shallower than adjacent end portions. This may facilitate handling of the product by the consumer and also may help to provide the product with an impactful appearance and theme at retail when the product is viewed from the front and/or from other angles. The product may include high-protein food items, consistent with the theme established by the shape, and may include prominently-displayed information about the protein content of the food items.

A food kit may include a food item, a shaped food seasoning product, and a container. In some examples, the shaped food seasoning product defines a three-dimensional shape and includes a binder material binding the shaped food seasoning product together to define the three-dimensional shape and seasoning. The seasoning may form greater than 20 weight percent of the shaped food seasoning product. The container may enclose the food item and the shaped food seasoning product so that the food item and the shaped food seasoning product are contained inside the container. During use, a consumer may transfer the contents of the food kit to a cooking container and add liquid to the container, causing the shaped food seasoning product to dissolve and release the seasoning bound in the seasoning product.

Containers for holding particulate materials are provided. The containers may be formed from molded pulp. The containers may included molded pulp shaped or threaded features formed integrally on the container that may aid in providing closure to the device. The containers may optionally include a fitment and/or liner, or may be free of fitments and liners. The containers may optionally have inner load bearing members. The containers may be stackable.

A carrier tape, cover tape or static shielding bag for transportation of electronic components is constructed of polymers and carbon nanotubes being between 0.01% and 3% by weight. The carbon nanotubes may have any number of walls and any desired size of diameter dimension which is less than approximately 100 nm. The carrier tape, cover tape or bags including the carbon nanotubes have a static dissipative range measured between 1×10.sup.5 and 1×10.sup.12 Ω/sq and a light transmittance value of between 60% and 90%. The carrier tape, cover tape or bags including the carbon nanotubes reduce surface defects, high density entanglements and agglomerations. The static shielding bags including the carbon nanotubes may be formed as sheets which are manufactured into a desired size of bag.

The present application is directed to a packaging for a powdered explosive-detection training aid which may include first and second opposing flexible sheets heat sealed together along less than a periphery thereof and defining a storage compartment therebetween, wherein an unsealed portion of the periphery defines an opening to the storage compartment, wherein at least a portion of the first opposing flexible sheet is a semipermeable material permeable to a vapor emitted from the powdered explosive-detection training aid, with the second opposing flexible sheet being impermeable to the powdered explosive-detection training aid vapor; and a sealing member, wherein the sealing member is secured to the first opposing flexible sheet and, in a closing position, covers the semipermeable portion of the first opposing flexible sheet.