Horological movement comprising a mechanism for adjusting the position of displays

A horological movement comprising a driving wheel set kinematically linked to a first and to a second display mechanism respectively intended to drive a first and a second display of a time value, a mechanism for adjusting the position of these displays including a sliding-gear assembly and a control member adapted to assume an adjusting position wherein the control member is engaged with the sliding-gear assembly and wherein:

• when urged in a first direction of rotation, the control member drives the sliding-gear assembly into a first correction position wherein the sliding-gear assembly is able to cooperate with the first display mechanism so as to modify the position of the first display, and
• when urged in a second direction of rotation, the control member drives the sliding-gear assembly into a second correction position wherein the sliding-gear assembly is able to cooperate with the second display mechanism so as to modify the position of the second display,
• the first display mechanism including a click mechanism having a click wheel capable of kinematically linking the driving wheel set and a display wheel carrying the first display so as to transmit the rotation of the driving wheel set to the first display, said click wheel being movable in a plane orthogonal to its axis of rotation when the control member is operated to modify the position of the first display, so as to interrupt the kinematic link between the first display mechanism and the driving wheel set.