A welding helmet (1) with a head suspension system, a protective shield (2) and a movable visor (3). The protective shield forms a see-through window. The welding helmet further has a first neck shield (6). The protective shield forms a lower end at which the first neck shield is removably attachable.

A welding helmet (1) comprising a head suspension unit and a protective shield (2), the protective shield being pivotally mounted on the head suspension unit between a lowered position in which the protective shield covers a wearer's face, and an upraised position in which the protective shield uncovers the wearer's face, the head suspension unit comprising a head cover (100) for covering the wearer's head, wherein the head suspension unit includes a removable configurable scrape guard (110) to protect the wearer's head from impact.

An eye protection device including: a viewing material; and a frame connected to the viewing material. Wherein the frame includes at least one contact body projecting from the frame, the at least one contact body having at least one contact surface, the at least one contact surface being configured to project from the frame at an angle of 30° to 150° relative to a surface of the viewing material, wherein the at least one contact body comprises at least one frame magnet integrated into the at least one contact body and configured to magnetically couple with a headgear.

A head top has a frame for mounting on a user's head. The frame has a viewing opening for a user to see out of the frame. A shield is mounted to the frame, and can be moved between a open and closed positions. A pivot arm connects the shield to the frame and is mounted to the inside of both the frame and shield to avoid exposure. An outer mount and inner mount can also be provided to automatically adjust the width of the head top. A hinge connects them allowing the inner mount to laterally pivot with respect to the outer mount to accommodate users with different head sizes. A forehead member also adjusts to a user's forehead

A weight compensating bracket to releasably and pivotably mount a protective face shield to a helmet. The bracket has an adapter, which places the pivot of the cap bracket to which the face shield is mounted, rearwardly from the releasable connector to the helmet, enabling the face shield to be well balanced when in the stowed position above the helmet.

Disclosed is a hair-protective hat with a hat body, an adjustable band, and a stabilizing member. A facial barrier may also be included. The hat body consists of a plurality of layers including a protective barrier and an inner layer. The protective barrier has moisture-resistant properties and protects the wearer's hair from being ruined by rain, humidity or other environmental effects. The inner layer is made from a soft material for comfort. A rim portion of the hat body delineates its opening, and the stabilizing member is perimetrically connected to the rim portion to provide structural support for the facial barrier. The adjustable band is positioned around the opening to adjust its size. The protective barrier may further include a water-repellent coating, a fabric layer, and a waterproof lining superimposed onto each other. An interior storage pouch allows the hat body to be packed into a stored configuration.

The present invention is a safety helmet with two rounded safety visors. The back visor is fixed, the front visor—movable up and down. This new safety helmet with lift-able front visor and fixed back visor enables people to socialize, while reducing risk of getting infected by Covid-19 virus or other airborne viruses. The lifting of the front visor could be achieved with a help of a handle or other means.

Visor for a protective helmet, having two retaining arms and two bearing devices for the retaining arms which are attached to a helmet shell of a helmet in order to pivot the visor between two end positions corresponding to an operational position and a parked position in which the visor is folded up and is disposed on the outer surface of the helmet shell. The visor is provided with a soft lip, preferably made from TPU or TPE, at the location where it comes into contact with the helmet shell in the end positions. When the visor is manually activated to pivot out of an end position, the visor is accelerated by resilient pretensioning in the direction of the other end position until the lip is in contact with the helmet shell substantially without recoil. The lip damps the movement momentum of the visor and additionally has a sealing function.

A facial shield for a protective headgear system includes a polymeric sheet having an upper portion configured to be coupled to a support and a lower portion having a lower extremity, wherein the upper portion includes a first hole, a second hole, and a third hole, each one of the first, second, and third holes laterally spaced from the other two of the first, second, and third holes, and the first hole including a first section having a first hole gap and a second section laterally adjacent the first section and having a second hole gap, wherein the first hole gap of the first hole is greater than or equal to the maximum vertical dimension of a first hook of the support, and wherein the second hole gap of the first hole is greater than a vertical base thickness of a base of the first hook and is less than the maximum vertical dimension of the first hook.

There is provided a welding helmet (1) that has a protective shield (2) and a head suspension system (6). The protective shield and the head suspension system are pivotally connected to each other for swiveling the protective shield relative to the head suspension system about a pivot axis in opposite directions upward or downward between a protective position, in which the protective shield covers a wearer's face, and an up-raised position, in which the protective shield uncovers the wearer's face. The welding helmet further has a stop mechanism that restricts downward swiveling beyond the protective position. The stop mechanism (10) is adjustable by a worm gear mechanism (11, 12) between a low position and a high position. In the low position the protective position of the protective shield is offset downward with respect to the high position.