Abstract: Disclosed is a transcranial magnetic stimulation (TMS) coil head configured to be placed over a target brain region for treatment, wherein the TMS coil head includes a housing containing one or more coil windings within the housing, wherein said one or more coil windings are configured to generate a maximum magnetic field at a common focal point, and one or more imaging devices including a single camera configured to overlie the common focal point is as to permit direct visualization of a position of the TMS coil head relative to a target position on a patient's head.

Abstract: A transcranial magnetic stimulation system includes a magnetic field generator configured to generate a magnetic field to be applied to a patient's head, the magnetic field generator comprising one or more magnetic induction coils, a housing for the coils, and a Phase Change Material (PCM) in contact with the coils contained in the housing. One or more imaging devices configured to permit direct visualization of the coils on the patient's head are embedded in the housing. The one or more imaging device(s) may include one or more cameras, preferably one or more visible light imaging cameras, one or more ultraviolet light imaging cameras, or one or more infrared imaging cameras.

Abstract: A transcranial magnetic stimulation system includes a magnetic field generator configured to generate a magnetic field to be applied to a patient's head, the magnetic field generator comprising one or more magnetic induction coils, a housing for the coils, and a Phase Change Material (PCM) in contact with the coils contained in the housing. One or more imaging devices configured to permit direct visualization of the coils on the patient's head are embedded in the housing. The one or more imaging device(s) may include one or more cameras, preferably one or more visible light imaging cameras, one or more ultraviolet light imaging cameras, or one or more infrared imaging cameras.

Abstract: Devices and methods for deploying a continuous liquid containment tool is described. The barrier is made up of multiple units that can be connected together. Each unit comprises a long sleeve that contains superabsorbent polymers. When dry, the units are very compact and can lay flat, making it easily storable either in stacks or wound up on a reel. The liquid containment tool is used to prevent water from moving into certain areas by creating a barrier through which water cannot pass. The liquid containment tool can be deployed quickly, continuously, and easily by a single person.