An pressurized injectable mouthpiece for athletes in contact sports and other activities. The present invention is configured to be used at an pressurized fashion and is able to be injected with an gel-like supplement. The pressurized injectable mouthpiece comprises of an tab at the front base of the mouthpiece. Further, the present invention comprises suction vents throughout the outer base portion of the mouthpiece. The pressurized injectable mouthpiece further comprises air pockets coupled throughout the inner portion of the mouthpiece allowing the present invention to be used at an pressurized fashion.

The present invention provides protective repositioning appliances, accommodating mouth guards, and covering guards that protect an orthodontic patient against impact-induced injuries, as well as related systems and methods. A protective appliance can include teeth receiving cavities shaped to receive and reposition a patient's teeth and can include an occlusal portion having an impact-absorbing compliance. An accommodating mouth guard can include teeth receiving cavities shaped to accommodate a patient's teeth from a first arrangement to a second arrangement and can include an occlusal portion having an impact-absorbing compliance. A covering guard can include a guard segment that covers at least a portion of an appliance. The combination of a guard segment and an appliance can provide an occlusal compliance that absorbs impacts.

There is provided an athletic mouthpiece comprising a tooth guard including a tooth channel, a mounting receiver, a retention element, and a lip guard including a lip shield, a mounting element, a second retention element, wherein the mounting receiver engages the mounting element to removably connect the lip guard to the tooth guard, and wherein the retention element engages the second retention element to secure the lip guard to the tooth guard until a separating force is applied.

The interchangeable mouth shields disclosed herein include a lip-anterior portion and teeth tray that can be releasably coupled together. The lip-anterior portion includes a panel positioned anterior to a lip shield. The panel can be customized to be different shapes and have decorative features. The interchangeable mouth shield includes a vent enabling a user to breathing through the interchangeable mouth shield during use. The teeth tray can be selectively flavored.

An intraoral device and method of use for treating conditions of Temporomandibular joint dysfunction (TMD) and Occlusal Muscle Disorder (OMD). A shell is provided including a channel formed with an opening towards a top surface, the channel containing dental impression material enabled to accept a plurality of maxillary anterior teeth of a user. Placing the channel of the intraoral device over maxillary anterior teeth of a user enabling the dental impression material to surround said teeth, cooling the dental impression material forming a mold. A smooth, rigid plane formed on the bottom surface enabled to make contact with mandibular anterior teeth of the user, wherein with the intraoral device in place on the maxillary anterior teeth, the mandibular anterior teeth make contact with the smooth rigid plane and simultaneously translate freely on the smooth rigid plane.

The interchangeable mouth shields disclosed herein include a lip-anterior portion and teeth tray that can be releasably coupled together. The lip-anterior portion includes a panel positioned anterior to a lip shield. The panel can be customized to be different shapes and have decorative features. The interchangeable mouth shield includes a vent enabling a user to breathing through the interchangeable mouth shield during use. The teeth tray can be selectively flavored.

Mouth guards are designed to protect the teeth of the wearer. Some mouth guards also provide a shield for protecting the lips of a wearer. Unfortunately, the lip protectors of prior mouth guards are not adjustable and are positioned such that they contact the lips of the wearer. The invention provides a mouth guard with an adjustable and removable lip protector.

An pressurized injectable mouthpiece for athletes in contact sports and other activities. The present invention is configured to be used at an pressurized fashion and is able to be injected with an gel-like supplement. The pressurized injectable mouthpiece comprises of an tab at the front base of the mouthpiece. Further, the present invention comprises suction vents throughout the outer base portion of the mouthpiece. The pressurized injectable mouthpiece further comprises air pockets coupled throughout the inner portion of the mouthpiece allowing the present invention to be used at an pressurized fashion.

Mouth guards of varying designs. The mouth guard is generally moldable and has non-planar biting surfaces. In other embodiments, the mouth guard has base members or flanges that have means for retaining medicaments and the like. Other versions have thermochromic elements selected to allow color changes at desired temperatures.

A mouthguard according to an embodiment of the present disclosure includes a teeth engagement portion having a medial surface. An anterior surface is coupled to the teeth engagement portion opposite the medial surface. A first breathing channel extends from the anterior surface to the medial surface. A second breathing channel extends from the anterior surface to the medial surface. A third breathing channel extends from the anterior surface to the medial surface. A first interior wall is disposed between the first breathing channel and the second breathing channel. The first interior wall is configured to be aligned with a first upper incisor of a wearer. A second interior wall is disposed between the second breathing channel and the third breathing channel. The second interior wall is configured to be aligned with a second upper incisor of the wearer.