A face shield includes a clear front portion, stop members, and side portions with pivot holes. A device includes clip members with pivot knobs that extend outward through the pivot holes. The shield pivotably engages the clip members. The clip members are securable to user headgear. The shield can be pivoted between open and closed configurations. Although it is gravity-biased towards the closed configuration, the shield can be pivoted past the stop members into the open configuration. In the open configuration, the stop members withstand the aforesaid gravity-biasing and keep the shield in the open configuration. The stop members can be resiliently deformed to permit pivoting of the shield from the open configuration towards the closed configuration. The shield is formed from a flat plastic sheet, with notches that engage mating tongues to keep it in a folded configuration.

A face shield includes a clear front portion, stop members, and side portions with pivot holes. A device includes clip members with pivot knobs that extend outward through the pivot holes. The shield pivotably engages the clip members. The clip members are securable to user headgear. The shield can be pivoted between open and closed configurations. Although it is gravity-biased towards the closed configuration, the shield can be pivoted past the stop members into the open configuration. In the open configuration, the stop members withstand the aforesaid gravity-biasing and keep the shield in the open configuration. The stop members can be resiliently deformed to permit pivoting of the shield from the open configuration towards the closed configuration. The shield is formed from a flat plastic sheet, with notches that engage mating tongues to keep it in a folded configuration.

A size adjustment unit for a headwear having high decorativeness is provided. The size adjustment unit for a headwear having high decorativeness includes: a first band including a plurality of coupling protrusions; a second band including a plurality of coupling holes arranged to correspond to the coupling protrusions; a first decorative member that is attached to an outer surface of the first band; and a second decorative member that is attached to an outer surface of the second band.

A size adjustment unit for a headwear having high decorativeness is provided. The size adjustment unit for a headwear having high decorativeness includes: a first band including a plurality of coupling protrusions; a second band including a plurality of coupling holes arranged to correspond to the coupling protrusions; a first decorative member that is attached to an outer surface of the first band; and a second decorative member that is attached to an outer surface of the second band.

The disclosed device and method for a test environment monitoring device according to various aspects of the present technology may comprise may comprise a round frame for placing on the test-taker's head, an optical component having an outward facing convex mirror, and a housing having a coupling component configured to connect the optical component to an exterior surface of the round frame proximate the test-taker's forehead to allow the outward facing convex mirror to display an environment directly in front of the test-taker.

The disclosed device and method for a test environment monitoring device according to various aspects of the present technology may comprise may comprise a round frame for placing on the test-taker's head, an optical component having an outward facing convex mirror, and a housing having a coupling component configured to connect the optical component to an exterior surface of the round frame proximate the test-taker's forehead to allow the outward facing convex mirror to display an environment directly in front of the test-taker.

A communication accessory may include an ear cup configured to at least one of send and receive an audio communication. The ear cup may be detachably coupleable to a first accessory coupling system configured to couple to a helmet and a second accessory coupling system configured to couple to a headband.

A communication accessory may include an ear cup configured to at least one of send and receive an audio communication. The ear cup may be detachably coupleable to a first accessory coupling system configured to couple to a helmet and a second accessory coupling system configured to couple to a headband.

A face covering hat assembly for includes a hat for wearing on a user's head. The hat has a head portion and a flap that is coupled to the head portion. The flap is positionable in an exposing position having the head portion is exposed. A mask is provided for wearing on a user's face such that the mask covers the user's mouth and the user's nose. The mask is storable between the flap and the head portion of the hat when the mask in not is worn. A pair of first straps is each coupled to the mask and each of the first straps is releasably matable to the flap. A pair of second straps is each coupled to the mask and each of the second straps is extendable around then user's neck when the mask is worn.

A balloon headdress, having a structure sized to fit a human head. Also, a plurality of engagement units is supported on the outside of the structure and a number of balloon retaining units, are engaged to the engagement units and adapted to receive, support and direct an inflated balloon to extend in a predetermined direction relative to each the balloon retaining unit. Each the balloon retaining unit includes a perimeter wall and a orthogonal septal wall, forming an upper cup and opposed lower cup, separated by the orthogonal septal wall, and wherein a vertical slot is defined in the perimeter wall and the orthogonal septal wall, whereby a tied balloon may be introduced, so that its knot is in the lower cup and a portion of balloon passes through the slot in the orthogonal septal wall and is supported in the upper cup.