A protective frame of a mask includes: a first frame unit integrally formed as one piece, and including a first protective part for protecting a portion of a face of a user, and a first connecting part integrally connected to the first protective part; and a second frame unit integrally formed as one piece, and including a second protective part for protecting another portion of the face of the user, and a second connecting part integrally connected to the second protective part. The first connecting part is connected to the second connecting part, and the first frame unit and the second frame unit are connected together to constitute the protective frame.

A removable accessory for a fencing mask provided with a mesh having an array of apertures is provided. The accessory can include a main body having a first surface, and a plurality of projections extending from the first surface of the main body. Each projection is configured to be removably insertable into an aperture of the mesh. Therefore, the accessory may be removably attached to the fencing mask, without damaging the fencing mask.

Electrically conductive apparatus obviates the need for a traditional fencing “Mask Cord” while still permitting a satisfactorily resilient connection between a conventional electric fencing Mask and a target vest/jacket (“Lame”), and offers many advantages including “effortless” connectivity and positioning—in a preferred embodiment, situated between a conventional fencing Mask Bib and Lame—whereby enhanced safety is achieved during play by making the Mask even harder to tip upwards, thereby reducing the chances for injury due to neck exposure.

A protective mask includes a main frame body made of magnesium alloy and having an imaginary vertical central line. The main frame body has a plurality of first rods arranged along the central line, a plurality of second rods, and at least one first protrusion. Each of the first rods has spaced-apart first front and rear surfaces, and two opposite first connecting surfaces interconnecting the first front and rear surfaces. A thickness between the first front and rear surfaces is larger than a thickness between the first connecting surfaces. Each of the second rods is connected between two adjacent ones of the first rods. The first protrusion protrudes from the first front surface of one of the first rods.

Disclosed herein is an anti-shaking fencing mask equipped with air pads. The anti-shaking fencing mask includes: a fencing mask body configured to protect the head of a wearer in a fencing competition; a plurality of air pads configured to be provided inside the fencing mask body and to expand when air is injected thereinto; and an air injector configured to inject air into the air pads. When air is injected via the air injector, the air pads expand, come into close contact with the head of the wearer, and prevent shaking within the fencing mask body.

Disclosed herein is a fencing mask equipped with a score light indicator device. The fencing mask includes: a fencing mask body configured to protect the head of a fencer in a fencing competition; a forehead protector configured to be provided inside the fencing mask body and to protect the forehead of the fencer; and a lighting module configured to be located between the inside of the mask body and the forehead protector. The lighting module includes a plurality of light sources, and the light sources constituting the lighting module selectively emit light in response to electric signals generated by a fencing weapon that is used in fencing.

Implementations describe systems and methods for wireless signaling for electronic scoring for fencing competitions. A method of one embodiment of the disclosure includes establishing, by a signaling device, an electrical connection to a scoring apparatus. A wireless connection is also established to a receiving device. The signaling device receives a first signal from the scoring apparatus indicating that a fencer has touched a weapon to an opponent during a fencing competition. The signaling device transmits a second signal to the receiving device where the receiving device causes a light source of a light source arrangement to be illuminated. The signaling device receives a third signal from the receiving device indicating whether the second signal was received by the receiving device. An isolation unit of the signaling device prevents the third signal from being transmitted to the scoring apparatus.

A protective mask includes a main frame body made of magnesium alloy and having an imaginary vertical central line. The main frame body has a plurality of first rods arranged along the central line, a plurality of second rods, and at least one first protrusion. Each of the first rods has spaced-apart first front and rear surfaces, and two opposite first connecting surfaces interconnecting the first front and rear surfaces. A thickness between the first front and rear surfaces is larger than a thickness between the first connecting surfaces. Each of the second rods is connected between two adjacent ones of the first rods. The first protrusion protrudes from the first front surface of one of the first rods.

A removable accessory for a fencing mask provided with a mesh having an array of apertures is provided. The accessory can include a main body having a first surface, and a plurality of projections extending from the first surface of the main body. Each projection is configured to be removably insertable into an aperture of the mesh. Therefore, the accessory may be removably attached to the fencing mask, without damaging the fencing mask.

A smart garment and a control method of a smart garment are provided. The smart garment includes a control module, a flexible sensor, and a flexible display. The flexible sensor and the flexible display are both electrically connected with the control module. When the flexible sensor detects a touch signal, the control module controls the flexible display to indicate a touch location corresponding to the touch signal.