An adjustment system for a display mechanism including a wheel arranged to pivot with an arbor, the wheel having a peripheral part defining a central opening for receiving the arbor; an information display rigidly connected to the peripheral part of the wheel; a friction mechanism having a friction portion at the central opening and including friction zones around the arbor to hold the wheel on the arbor; at least two resiliently deformable arms, the arms connecting the friction portion to the peripheral part of the wheel in order to clamp the arbor and prevent rotation and/or translation of the wheel on the arbor below a predefined force.

An adjustment system for a display mechanism including a wheel arranged to pivot with an arbor, the wheel having a peripheral part defining a central opening for receiving the arbor; an information display rigidly connected to the peripheral part of the wheel; a friction mechanism having a friction portion at the central opening and including friction zones around the arbor to hold the wheel on the arbor; at least two resiliently deformable arms, the arms connecting the friction portion to the peripheral part of the wheel in order to clamp the arbor and prevent rotation and/or translation of the wheel on the arbor below a predefined force.

The present application provides a timer, including a base, a driving shaft, and an indicator arm. The driving shaft is rotatably mounted on the base and selectably rotates relative to the base. The indicator arm includes a second support and a plurality of hour blocks. The second support is rotatably connected to the driving shaft. The hour blocks each include a second block body and a second gear. The second block body is rotatably connected to the second support. The second gear is fixedly connected to the second block body. Second protrusion is correspondingly arranged on a rotation path of the second gear around the driving shaft. The second gear has second tooth grooves. The second protrusion selectably extends into the second tooth grooves to drive the second gear to rotate relative to the second support so as to drive the hour blocks to rotate relative to the second support.

The present application provides a timer, including a base, a driving shaft, and an indicator arm. The driving shaft is rotatably mounted on the base and selectably rotates relative to the base. The indicator arm includes a second support and a plurality of hour blocks. The second support is rotatably connected to the driving shaft. The hour blocks each include a second block body and a second gear. The second block body is rotatably connected to the second support. The second gear is fixedly connected to the second block body. Second protrusion is correspondingly arranged on a rotation path of the second gear around the driving shaft. The second gear has second tooth grooves. The second protrusion selectably extends into the second tooth grooves to drive the second gear to rotate relative to the second support so as to drive the hour blocks to rotate relative to the second support.

A horological display mechanism (100) for a timepiece (1000), including a plurality of three-dimensional display supports (10), each of which is arranged for the simultaneous display of at least a first variable on a first three-dimensional display (901) under the action of a first control mechanism, and of a second variable on a second three-dimensional display (902) under the action of a second control mechanism. The first display (901) surrounds the second display (902), or vice-versa, and the first control mechanism and the second control mechanism are capable of being maneuvered independently of one another, and constitute separate mechanisms, one for controlling the translational motion and the other the rotational motion, or vice-versa.

A horological display mechanism (100) for a timepiece (1000), including a plurality of three-dimensional display supports (10), each of which is arranged for the simultaneous display of at least a first variable on a first three-dimensional display (901) under the action of a first control mechanism, and of a second variable on a second three-dimensional display (902) under the action of a second control mechanism. The first display (901) surrounds the second display (902), or vice-versa, and the first control mechanism and the second control mechanism are capable of being maneuvered independently of one another, and constitute separate mechanisms, one for controlling the translational motion and the other the rotational motion, or vice-versa.

A horological display mechanism (100) for displaying variables on separate unit display supports (10), each enclosing a display indicator (901; 902) which is a first display (901) capable of moving in translation, or a second display (902) capable of moving in rotation, all of these unit supports (10) include indicators (901; 902) of the same kind, which are either first displays (901) for displaying a first variable, or second displays (902) for displaying a second variable, or both first displays (901) and second displays (902), all visible to the user, the display mechanism (100) includes a control mechanism (300) arranged to drive wheels or rod systems for driving the different display wheel sets and includes a first carrier (111) for driving, by itself, all of the first displays (901), and/or a second carrier (112) for driving, by itself, all of said second displays (902).

A horological display mechanism (100) for displaying variables on separate unit display supports (10), each enclosing a display indicator (901; 902) which is a first display (901) capable of moving in translation, or a second display (902) capable of moving in rotation, all of these unit supports (10) include indicators (901; 902) of the same kind, which are either first displays (901) for displaying a first variable, or second displays (902) for displaying a second variable, or both first displays (901) and second displays (902), all visible to the user, the display mechanism (100) includes a control mechanism (300) arranged to drive wheels or rod systems for driving the different display wheel sets and includes a first carrier (111) for driving, by itself, all of the first displays (901), and/or a second carrier (112) for driving, by itself, all of said second displays (902).