The invention of the current application is directed to a handbag protective cover device and an attachment mechanism for a handbag protective cover uses a thin hook and loop fastener strip which are attached to a handbag protective cover. The attachment mechanism also includes pull tabs which are easily gripped by a user and allow a user to pull the hook and loop fastener strip apart by pulling on the pull tabs.

A travel accessory is provided for carrying and protecting multiple objects including luggage, documents, and other personal items. The travel accessory may include a mounting aspect with mounting panels, attachment aspect with straps, and storage aspect. Electromagnetic shielding may reduce communication of radio frequency transmissions. A method for carrying and protecting multiple objects, luggage, documents, and personal items using the travel accessory is also provided.

A housing of a device comprises a screw boss that extends outwardly from a first base plate proximate to a corner of the housing. Additionally, the housing of the device includes a force dissipation member. The force dissipation member includes a central portion that is sized to detachably attach around the screw boss. The force dissipation member further includes at least two arms that extend outwardly from the central portion, wherein each arm of the at least two arms is attached to a different side of the two walls of the housing.

A luggage cover includes: a front panel, a rear panel, a top panel, a bottom panel, a first side panel, a second side panel, and a carrying element affixed to a top portion of the rear panel, wherein: the bottom panel includes a first panel coupled to an edge portion of the front panel and a second panel coupled to an edge portion of the rear panel; the first panel includes a first fastening element that can be coupled to a second fastening element of the second panel such that the bottom panel can be in a closed configuration or in an open configuration based on whether or not the first fastening element and the second fastening element are coupled; and the luggage cover is configured to receive the luggage container in the open configuration and is formed from pliable material to permit folding.

A quick access shroud at least partially encapsulates a sport glove and/or a ball for storage and portability, while enabling facilitated access to the glove and/or ball through two uniquely positioned fastening mechanisms. The shroud is formed in a general shape of the sport glove, such as a baseball glove. A first panel and a second panel join together at a perimeter region. A section of the perimeter region is not permanently fastened to enable passage of the glove and/or ball through a perimeter fastener. The first panel comprises a central portion that detachably attaches to a central region of the first panel. A hole forms in the first panel when the central portion is detached. The hole enables quick access to only the ball. A central fastener regulates passage through the hole. An oil may coat the inner surface of the panels to lubricate the glove.

An electronic device includes a housing including a through hole, a sheet which is impermeable to water, permeable to air, and located to cover the through hole, and a cover which is attached to the housing and partially covers an outer surface of the housing while the cover covers the through hole. The housing includes a first portion not covered with the cover even while the cover is attached to the housing. The cover and the housing include at least one recess and at least one projection which can be fitted to the recess, in any of them respectively, so as to function as a shield in at least a part between the first portion and the through hole.

A protective jacket for portable computing device in accordance with one example includes a strap removably attached to the jacket by a pair of attachment members. The strap include a plurality of holes and the jacket includes a pair of connectors. The pair of attachment members is coupled to the pair of connectors via the plurality of holes, to removably attach the strap to the jacket.

A carrying case utilizes a layer of phase change materials and a thermal insulation layer in order to provide a temperature-stabilized environment for enclosed payloads such as musical instruments during transport through an environment in which temperatures differ greatly from those to which they are normally exposed. In one aspect, the phase change materials and thermal insulation provide an extended period of temperature constancy, without the addition of either active thermal control or excessively bulky insulation.

A phone cover with rotary latch including a first frame, a second frame, a limiting piece, and limiting grooves is provided. The first frame and the second frame are separated structures. A limiting hole and a positioning post are configured at the frame connecting ends disposed at the two sides of the first frame respectively. A limiting post and a positioning post are configured at the frame connecting ends disposed at the two sides of the second frame. A positioning hole is disposed in middle of the limiting piece, limiting protrusions are disposed in two ends of the limiting piece. The limiting hole is disposed corresponding to the limiting post, and the limiting post is embedded in the limiting hole. Limiting grooves are disposed at one connecting end of the first frame and one connecting end of the second frame respectively, and each limiting groove is configured with the limiting protrusion.

A hanging system for displaying, storing, and protecting handbags. The hanging system comprises a curved holder, a mounting system, and protective cover. The system ensures handbags are protected and maintain their original integrity by providing for adequate aeration, proper positioning, and protection from dust and light. The channels on the holder may hold the handles of the cover in place. The holder may have aeration holes to prevent mold growth and moisture buildup on the stored handbag. In mounting the holder a spacer ensures the bags hang without interference from the environment. The hanging system may be mounted to various substrates in a variety of configurations compatible with horizontal and vertical orientation based on user preference.