Abstract: One or more sensors to determine a location of an input. The data related to the location of the input, such as a character, may be displayed on an application on a display device. In addition, data that is related to the proximate areas of the location of the input may also be displayed, such as surrounding characters. If the user desires to enter the character into the application, the displayed character may be selected. If the user does not wish to select the character, the user may move the input to a new location and data related to the new location may be displayed on the application on the display device and the data related to the new location may be selected and entered in the application.

Abstract: One or more sensors to determine a location of an input. The data related to the location of the input, such as a character, may be displayed on an application on a display device. In addition, data that is related to the proximate areas of the location of the input may also be displayed, such as surrounding characters. If the user desires to enter the character into the application, the displayed character may be selected. If the user does not wish to select the character, the user may move the input to a new location and data related to the new location may be displayed on the application on the display device and the data related to the new location may be selected and entered in the application.

Abstract: An ear canal flushing device includes a main body with a cavity for storing a liquid and a temperature sensor for indicating when the liquid is within a selected temperature range that will not adversely affect the patient when the liquid contacts the tympanic membrane. A nozzle is removably attachable to the main body where the nozzle includes a distal portion adapted for insertion into the ear canal and an internal nozzle lumen in fluid communication with the opening in the main body. The nozzle also includes at least one discharge port in fluid communication with the internal nozzle lumen wherein when pressure is applied to the main body a volume of the cavity decreases and liquid is forced out of the at least one discharge port such that the ear canal can be rinsed.