Abstract: A device for the aseptic collection of urine for subjects who do not have bladder 5 control, which comprises a housing made of water-soluble and absorbent material of flattened cylindrical shape provided with an adhesive zone on its outer surface, and a urine collecting container comprising a bag of flexible material, the base of which has an edge zone with 10 passage holes and a central zone, wherein said bag is made of flexible material and its edge zone is made of an elastic and semi-rigid material, which, in its initial position, is folded, overlaid on itself under tension, and said storage zone, in said initial position, is folded 15 over itself, said bag of flexible material being inserted into said housing of water-soluble and absorbent material.

Abstract: The present application concerns a device for measurement and analysis of the middle ear and ear channel color for the diagnosis of ear infections. The device is composed of a otoscope (1), including two optical fibers (2a and 2b): one for ear illumination and another returning the reflected light. The electronic unit (3) can change linearly the power of emitted light, as well as, its color. The received light is also independently measured, enabling the determination of changes on color and texture associated with the ear inflammations. Command buttons in the otoscope handler (4) enable the user to save the values of the three color components. The combined value of the components is shown in the digital display (5) of the electronic unit, as well as, by a set of LEDs (6) green, yellow and red that gives a diagnosis in a simple and immediate way. The otoscope allows, simultaneously, directly ear view through a magnifying glass (7) applied in the head of the otoscope, with a standard white light.

Abstract: The present application concerns a device for measurement and analysis of the middle ear and ear channel colour for the diagnosis of ear infections. The device is composed of a otoscope (1), including two optical fibers (2a and 2b): one for ear illumination and another returning the reflected light. The electronic unit (3) can change linearly the power of emitted light, as well as, its colour. The received light is also independently measured, enabling the determination of changes on colour and texture associated with the ear inflammations. Command buttons in the otoscope handler (4) enable the user to save the values of the three colour components. The combined value of the components is shown in the digital display (5) of the electronic unit, as well as, by a set of LEDs (6) green, yellow and red that gives a diagnosis in a simple and immediate way. The otoscope allows, simultaneously, directly ear view through a magnifying glass (7) applied in the head of the otoscope, with a standard white light.