Visor assembly (1) comprising an outer shield (2) and an inner shield (6) which is arranged at a distance therefrom and lies within the periphery of the outer shield, wherein a spacer (7) extending along the periphery of the inner shield is provided in order to hold the inner shield at a predetermined distance from the outer shield, wherein mechanical fixing means (10, 12) are arranged between the two shields for mutual fixation thereof, wherein the inner shield is formed at the position of its periphery such that a protrusion (7) from the inner shield is obtained, this protrusion forming the spacer.

The present invention provides a laminated substrate for use as an anti-fogging insert for an eye shield, more particularly for use as a heated anti-fogging insert for a visor or goggles.

The present invention is to provide a full-frame adhesive anti-fog film structure, comprising: an anti-fog film, which has a front side and a back side opposing the front side; and an adhesive, which is disposed at an edge of the back side and arranged along the edge so as to be frame-shaped. The anti-fog film of the present invention is attachable to a planar, cylindrical or spherical lens through the full frame-shaped adhesive so that not only can the anti-fog film be fully attached to the lens but the full attachment of film also prevents bubbles from forming between the two attached surfaces. Also, an airtight space is formed between the full-frame adhesive anti-fog film structure and the lens to stop heat transfer and prevent fog from being formed, so as to not only provide good vision to users but also reduce the chance that the user will fall prey to an accident if the user's view is blocked.

A multifunctional lens assembly includes a functional transparent plate and a layered adhesive body. The functional transparent plate includes spaced apart through holes disposed in an outer peripheral region thereof. Each through hole extends through two opposite surfaces of the outer peripheral region. The layered adhesive body is attached to the functional transparent plate for adhering the functional transparent plate to a face shield of a mobile helmet. The layered adhesive body has a first layer 61 disposed on one of the two opposite surfaces of the outer peripheral region facing toward the face shield, and connection studs respectively extending through the through holes and integrally connecting the first layer.

A multifunctional lens assembly includes a functional transparent plate and a layered adhesive body. The functional transparent plate includes spaced apart through holes disposed in an outer peripheral region thereof. Each through hole extends through two opposite surfaces of the outer peripheral region. The layered adhesive body is attached to the functional transparent plate for adhering the functional transparent plate to a face shield of a mobile helmet. The layered adhesive body has a first layer 61 disposed on one of the two opposite surfaces of the outer peripheral region facing toward the face shield, and connection studs respectively extending through the through holes and integrally connecting the first layer.

An eye protection device is disclosed that includes a lens, a first transparent conductive layer (TCL) coupled to the lens and that covers a first heating area on the lens and a second TCL coupled to the lens and that covers a second heating area on the lens. The second TCL and second heating area are spaced from the first TCL and first heating area. The first TCL and second TCL are electrically connected to one another in series.

A protective helmet (200) adapted for the external display of controllably selectable images, comprising: an outer portion (202); and a display module (212) comprising a flexible electronic display screen (214); wherein the outer portion comprises a recess (206) configured to receive the display module; and wherein the display module is positioned within the recess such that an outer surface (213) of the display module continues a profile of the outer portion.

A protective helmet (200) adapted for the external display of controllably selectable images, comprising: an outer portion (202); and a display module (212) comprising a flexible electronic display screen (214); wherein the outer portion comprises a recess (206) configured to receive the display module; and wherein the display module is positioned within the recess such that an outer surface (213) of the display module continues a profile of the outer portion.

Visor assembly .[.(1, 21) consisting of.]. .Iadd.having .Iaddend.an inner shield .[.(6, 26).]. and an outer shield .[.(2, 22).].. In the use position these shields are some distance apart. With this arrangement the inner shield .[.(6, 26).]. is located within the peripheral confines of the outer shield .[.(2, 22).].. The inner shield .[.(6, 26).]. is provided with an elevation .[.(7, 27).]. which extends close to the periphery thereof and which acts as a spacer with respect to the outer shield. This elevation .[.(7, 27).]. is preferably made of silicone material which is snack to the inner shield .[.(6, 26).]. but is not stuck to the outer shield .[.(2, 22).].. Fixing to the outer shield .[.(2, 22).]. takes place .[.by means (10, 12) of.]. .Iadd.via .Iaddend.mechanical fixing .[.means.]..

Visor assembly .[.(1, 21) consisting of.]. .Iadd.having .Iaddend.an inner shield .[.(6, 26).]. and an outer shield .[.(2, 22).].. In the use position these shields are some distance apart. With this arrangement the inner shield .[.(6, 26).]. is located within the peripheral confines of the outer shield .[.(2, 22).].. The inner shield .[.(6, 26).]. is provided with an elevation .[.(7, 27).]. which extends close to the periphery thereof and which acts as a spacer with respect to the outer shield. This elevation .[.(7, 27).]. is preferably made of silicone material which is snack to the inner shield .[.(6, 26).]. but is not stuck to the outer shield .[.(2, 22).].. Fixing to the outer shield .[.(2, 22).]. takes place .[.by means (10, 12) of.]. .Iadd.via .Iaddend.mechanical fixing .[.means.]..