According to the invention, a touch terminal allows a user to know the state of his hearing through a complex process for knowing his hearing threshold for different frequencies. The method uses a slider set (Figure 1) that appears simultaneously and can slide on a scale representing the range of hearing. Each cursor has a frequency and a side. The sliders and the sides are mixed at each beginning of the test to avoid habituation and to bias the test. The sliders are first located at least The test can be performed in free field or calibrated helmet. When the user touches the slider, the unit emits a very faint sound, which is indicated by a blinking light and a change in the shape of the slider (figure 2). As soon as the user removes his finger from the screen the sound stops transmitting. The user brings the cursor so that the sound becomes audible then in the opposite direction to the limit of his hearing for this frequency. The show does not necessarily start at the bottom to trap the simulators. The step of increase is not constant so as not to give an indication to the user As soon as a frequency has been tested the user can choose another one or return to a test already carried out. completed series or another series may appear or the test carried out shows the result In order to have perfect reliability, there may be redundancy in order to check if the test remains completely coherent.The differences for the same frequency and the same ear will give a Test reliability note The ambient noise in the room is saved together with the response in order to check the relevance of the result.The result can be graphical or in dB or percentage value as needed. indicated for mass screening of hearing. Selon l'invention, une borne tactile permet a un utilisateur de connaître l'état de son audition grâce à un procédé complexe permettant de connaître son seuil d'audition pour différentes fréquences. Le procédé utilise un jeu de curseur (figure 1) qui apparait simultan
