Exemplary embodiments described herein include a method of administering a simulation energy to the user. The stimulation energy may be any combination of electrical, magnetic, light, sound, or vibrational energy. The stimulation energy may be applied at a frequency. Exemplary embodiments may include any combination of interfaces, instructions, or controls for controlling the stimulation energy and/or providing information about the system described herein. For example, a mobile device may be used as a handheld controller that may communicate wireless to a head mountable device for administering stimulation energy. Exemplary embodiments of the head mountable device may also include electrodes for detective electrical activity of a user.

Exemplary embodiments described herein include a method of administering a simulation energy to the user. The stimulation energy may be any combination of electrical, magnetic, light, sound, or vibrational energy. The stimulation energy may be applied at a frequency. Exemplary embodiments may include any combination of interfaces, instructions, or controls for controlling the stimulation energy and/or providing information about the system described herein. For example, a mobile device may be used as a handheld controller that may communicate wireless to a head mountable device for administering stimulation energy. Exemplary embodiments of the head mountable device may also include electrodes for detective electrical activity of a user.

A therapeutic orthopedic mattress for pets includes a top cover, a first layer covered by the top cover, and a second layer underlying the first layer. The mattress also includes an antennae comprising an elongated wire having a first end positioned proximate a first end of the first layer and a second end longitudinally spaced apart from the first end proximate a second opposing end of the first layer. The antennae is spread out between the first layer and the top cover. In addition, the method includes a microprocessor coupled to the first end of the antennae and is configured to distribute a plurality of sequences of intermittent electrical signals along the antennae to the second end. The mattress also includes a plurality of magnetic discs and far infrared radiation discs dispersed over a top surface of the first layer.

A therapeutic orthopedic mattress for pets includes a top cover, a first layer covered by the top cover, and a second layer underlying the first layer. The mattress also includes an antennae comprising an elongated wire having a first end positioned proximate a first end of the first layer and a second end longitudinally spaced apart from the first end proximate a second opposing end of the first layer. The antennae is spread out between the first layer and the top cover. In addition, the method includes a microprocessor coupled to the first end of the antennae and is configured to distribute a plurality of sequences of intermittent electrical signals along the antennae to the second end. The mattress also includes a plurality of magnetic discs and far infrared radiation discs dispersed over a top surface of the first layer.

A therapeutic covering for a horse having a mesh material that is infused with ceramic mineral powder (emitting far-infrared wavelengths) and magnets coupled to the mesh material. The mesh material can have a mesh size that provides therapeutic effect, is breathable, and is bug resistant.

A therapeutic covering for a horse having a mesh material that is infused with ceramic mineral powder (emitting far-infrared wavelengths) and magnets coupled to the mesh material. The mesh material can have a mesh size that provides therapeutic effect, is breathable, and is bug resistant.

An improved apparatus and technique for realizing the benefits of magnetic therapy in the medical field, in which permanent magnet devices and optional accoutrements are positioned against various human body parts and portions. Preferably, the magnetic apparatus is relatively thin, and formed of ferrous and/or non-ferrous materials. The therapeutic effects of the magnetic apparatus are maximized, and the pad is maintained in contact with the body part through a specific treatment regime, providing a simple and economical way of realizing the benefits of magnetic therapy.

An improved apparatus and technique for realizing the benefits of magnetic therapy in the medical field, in which permanent magnet devices and optional accoutrements are positioned against various human body parts and portions. Preferably, the magnetic apparatus is relatively thin, and formed of ferrous and/or non-ferrous materials. The therapeutic effects of the magnetic apparatus are maximized, and the pad is maintained in contact with the body part through a specific treatment regime, providing a simple and economical way of realizing the benefits of magnetic therapy.

Implantable bone fixations apparatus comprising a pair of plates (1 and 1′) provided with holes (11, 12, 13) for receiving compression and/or locking screws and with longitudinal slots (15), characterized by a union element (3) disposed between the plates (1, 1′) such as to bridge the bone parts that need to be united, the union element (3) comprising rods that cooperate with the longitudinal slots (15) of the plates (1, 1′).

A customizable respiratory protection device, including a mouth portion, including a mouth body to cover a mouth and a nose of a user, a filter receiving portion disposed on at least a portion of a rear surface of the mouth body to store an air filter therein, and an aperture disposed on an end of the filter receiving portion to receive the air filter therethrough, an attachment portion to cover eyes and a forehead of the user; and at least one fastener removably disposed on at least a portion of the mouth body to receive the attachment portion thereon, such that the attachment portion connects to the mouth body.