Provided is a storage container for a liquid cartridge, including: a main body having a storage portion in which to store the liquid cartridge, and an opening portion through which to put the liquid cartridge in and out; and at least one first rib being flexible and arranged in a gap space formed between the storage portion and the liquid cartridge in a state where the liquid cartridge is stored in the storage portion, the at least one first rib being arranged in the gap space so as to protrude in a direction along an inner surface of the storage portion and in an inward direction from the inner surface of the storage portion and extend from around a bottom of the storage portion facing the opening portion toward the opening portion.

The present disclosure provides a protector device (1) for containers (C), and especially for containers (C), such as bottles or cans, containing beverages. The protector device (1) comprises: a plurality of receptacles (2), each of which is configured to receive and hold a respective container (C). Each of the receptacles (2) is configured to extend at least partially around a circumference or periphery of the respective container and comprises a material that is adapted to isolate the respective container from impacts or shocks.

A protective sleeve, adapted to receive at least a first light bulb, includes parallel first and second panels, wherein at least the second panel includes a plurality of apertures. The package also includes a pair of sidewalls generally perpendicular to and connecting the panels, wherein the first panel, second panel and sidewalls together define an interior space. A second sleeve is adapted to receive at least a second light bulb. When the sleeve and the second sleeve are received together into the outer shell in an inverted orientation relative to each other sleeve, the respective second panels of the sleeve are adjacent each other, and the bulb portion of each of first and second light bulbs positioned with the sleeve intrudes into an interior space of the adjacent sleeve through at least one of the plurality of apertures of each of the sleeves.

A part-gripping carrier is an apparatus that carries a particular automobile part through several progressions of the manufacturing process. In addition to carrying the automobile part through the manufacturing process, the part-gripping carrier can then be used to ship the part, thus reducing the risk of accidentally damaging the part through the manufacturing process and the shipping. The part-gripping carrier includes a base panel, a first lateral-bracing portion, a second lateral-bracing portion, a first tapered panel, and a second tapered panel. The base panel acts as a support surface for a particular automobile part. The first lateral-bracing portion and the second lateral-bracing portion act as gripping elements to maintain the particular automobile part inside of the present invention. The first tapered panel and the second tapered panel provide cushion distance which protect the ends of the particular automobile part when inside of the present invention.

A substrate tray for accommodating at least one ceramic substrate therein including: an accommodation part including a first opening part of which the upper side is open so that the ceramic substrate can be accommodated and withdrawn; and a support part formed on the circumference of the accommodation part so as to support the side wall circumference of the ceramic substrate, wherein the support part includes: an inner wall in contact with at least one surface of the ceramic substrate; an outer wall spaced a predetermined distance from the inner wall; an upper surface for connecting the inner wall to the outer wall; and a second opening part formed to be open in the direction opposite to the first opening part at a location facing the upper surface between the inner wall and the outer wall.

A system and method for providing a screen protector to a portable handheld electronic device or cell phone with a user facing surface comprises a mold having an outer surface matching a user facing surface. A stack of layers including the screen protector is disposed over the outer surface of the mold. A vacuum bag receives and surrounds the stack of layers disposed over the mold. The vacuum bag is sealed and evacuated of air. The screen protector is heated and/or cured while in the vacuum bag to shape the screen protector over the mold to have curved lateral edges matching curved lateral edges of the outer surface of the mold and the user facing surface of the display screen of the cell phone. The vacuum bag maintains the curved lateral edges of the screen protector against the curved lateral edges of the outer surface of the mold.

The invention described herein generally pertains to dunnage apparatus for securing an object in a vertical orientation for shipment. The apparatus includes a carton having a cutout portion adapted to at least partially receive an object to be supported. The apparatus secures the object during a stretch wrap process which joins the apparatus and the object together as a unit.

The present disclosure provides a facial mask kit in which an appropriate amount of a skin care agent is uniformly distributed on a facial mask sheet, thereby increasing the convenience of use of the facial mask and reducing the waste of the skin care agent. The present disclosure further provides a facial mask kit capable of increasing the efficacy of each component of the skin care agent by distributing the skin care agent having a plurality of components on the facial mask sheet immediately before use.

Packing tray for protecting fragile hollow conical objects, such as conical ice cream cones, which allows a stack of such conical objects to be held securely in a pocket of the packing tray, and which allows a plurality of stacked trays and objects to be packaged in cartons. The packing tray is a plastic foam sheet having a top wall and one or more recessed elongated pockets extending downwardly from the top wall, each pocket holding a stack of conical objects. Each pocket includes a floating bottom and flexible and fluted sidewall pleats for dissipating exterior applied forces and snugly engaging a stack of cones held in the pocket, thereby improving product protection, in a relatively low cost and lighter weight construction.

A bioimplant package according to an embodiment of the present invention includes a sealing body to vacuum seal a bioimplant therein, and an inner box to accommodate the sealing body therein. The sealing body vacuum seals the bioimplant so that the bioimplant is located at a middle part of the sealing body. The inner box is made of an approximately rectangular-shaped sheet material divided into a mounting part to mount thereon the middle part of the sealing body, and a pair of winding parts which windingly fix a side part of the sealing body extending outward from the mounting part and come into linear contact with the sealing body in the vicinity of a boundary part with the mounting part. A bioimplant packaging method according to an embodiment of the present invention is a method for packaging a bioimplant by using a bioimplant package according to the above embodiment.