A helmet body includes an outer shell and an energy management liner with an outer shell lower edge extending between the inner surface and the outer surface of the outer shell. At least two shoulder pad recesses are positioned at a lower edge of the outer shell on a respective left and right sides of the helmet. The energy management liner is adjacent to the inner surface of the outer shell and includes at least two shoulder pads formed of a foamed energy management material. Each of the at least two shoulder pads is received into one of the at least two shoulder pad recesses on the respective left or right side of the helmet, each shoulder pad extending from inside of the outer shell to across at least a majority of a width of the lower edge of the outer shell.

The present invention is a flexible head protector device made of cushioned materials that will singularly reflect the immediate impact of the head with other objects. The device is durable and provides a snug fit allowing it to be worn under items such as motorcycle, hockey or football helmets. At its core the fitted head protect is made of a fitted mesh type of material, able to stretch around a person's head and maintain itself via a rubbery band around the outer edge of the product which allows for a one-size-fits-all. This is to be layered with groups of a type of rubbery pads of roughly one inch diameter positioned on the top, rear, and sides of the head.

Implementations of a helmet liner are provided. In some implementations, the helmet liner may be configured to be worn in conjunction with a helmet and/or a headset (e.g., a communication and/or hearing protection headset). In this way, the helmet liner may be used to provide localized thermal comfort for the wearer's head when a helmet and/or a headset is worn. In some implementations, the helmet liner may have a dome-like shape configured for anatomically fitting the head of a wearer. In some implementations, the helmet liner may comprise a front portion, a top portion, a back portion, a first side portion, and a second side portion. In some implementations, the helmet liner may further comprise a first slot and a second slot that extend through the first side portion and the second side portion, respectively.

Implementations of a helmet liner are provided. In some implementations, the helmet liner may be configured to be worn in conjunction with a helmet and/or a headset (e.g., a communication and/or hearing protection headset). In this way, the helmet liner may be used to provide localized thermal comfort for the wearer's head when a helmet and/or a headset is worn. In some implementations, the helmet liner may have a dome-like shape configured for anatomically fitting the head of a wearer. In some implementations, the helmet liner may comprise a front portion, a top portion, a back portion, a first side portion, and a second side portion. In some implementations, the helmet liner may further comprise a first slot and a second slot that extend through the first side portion and the second side portion, respectively.

Compressible conical springs with unsecured tabs are positioned between an outer helmet and an inner rigid liner to absorb and distribute impact forces to minimize concussion risks and other head injuries.

Compressible conical springs with unsecured tabs are positioned between an outer helmet and an inner rigid liner to absorb and distribute impact forces to minimize concussion risks and other head injuries.

A helmet which includes an impact absorbing liner and a comfort liner. The comfort liner in turn includes at least one adjustable device which during the normal use of the helmet is positioned on the top of the head of the user. The adjustable device is suitable for being fastened to the impact absorbing liner of the helmet by coupling suitable for being removably engaged on the impact absorbing liner of the helmet via a plurality of anchor points. By changing the anchor point where the adjustable device is engaged, the user is allowed to adjust the conformation and slope of the adjustable device of the helmet according to his own needs.

A helmet which includes an impact absorbing liner and a comfort liner. The comfort liner in turn includes at least one adjustable device which during the normal use of the helmet is positioned on the top of the head of the user. The adjustable device is suitable for being fastened to the impact absorbing liner of the helmet by coupling suitable for being removably engaged on the impact absorbing liner of the helmet via a plurality of anchor points. By changing the anchor point where the adjustable device is engaged, the user is allowed to adjust the conformation and slope of the adjustable device of the helmet according to his own needs.

In this publication is described a traditional forest helmet visor (1), plus in accordance with the invention a lightweight and ventilated plastic frame-body (3) that is connected to downparts of the visor (1) and a fabric-curtain (2) fastened into the inner circle of the framebody (3). The true function of the framebody (3) is to position a lightweight and elastic fabric-curtain (2) to an optimal location near the upper part of neck. For setting work mode the backsides of the framebody (3) can be connected either to the hearing protector structure or those can be connected together by express hooks being in each other's endparts. With these solutions the fabric-curtain (2) can be positioned as aimed broadly round the circle of the upper neck. As a result the fabric-curtain (2) is properly interlaced and efficiently supplyes protection for the bare nec and face areas together with the current workwear. Due to the protection a general mobility in brushwoods is getting simpler and that equally enables a rise in working performance. The improved mobility is quite an advantage specially in clearingsaw-work, because it as a workform requires more motion just among branches. In addition the hearing protectors can be equipped with quite a familiar fabric-curtains and hangers as well. In the combimodell the backsides of the framebody (3) can be sized significantly shorter (21) accordingly and there is no purpose for any fastening elements for work mode.

A helmet an include a shell, a liner disposed within the shell, a flexible band disposed between the shell and a portion of the liner to releasably couple the liner to the shell without glue, hook and loop fasteners, or snaps. The helmet can also include an energy-absorbing layer of expanded polystyrene (EPS) including a groove. The comfort liner can be attached to the energy-absorbing layer without glue, hook and loop fasteners, or snaps, and a flexible band can be releasably disposed between the energy-absorbing layer and the comfort liner. The helmet can also include a groove on an inner surface of an outer shell. An energy-absorbing liner can include expanded polypropylene (EPP), and a flexible band can be disposed between the outer shell and the energy-absorbing liner to provide additional energy management, to releasably couple the energy-absorbing liner to the outer shell, or both.