Perpetual calendar watch having two motors

An electronic watch which comprises:

• a time-keeping circuit able to generate a time base signal;
• a first motor activatable by said time base signal;
• analogue hour-display means arranged to be driven by said first motor;
• means for deriving, from said time base signal, a daily signal at the end of each day;
• a perpetual calendar circuit comprising day, month and year counters connected in series and activatable by the daily signal, means for setting, in response to the state of the month and year counters, at the end of each month of less than 31 days, the day counter to the state that corresponds to the first day of the following month, and means for generating, at the end of each month, an end of month signal providing the complement to 31 of the state of the day counter;
• a second motor;
• analogue day of the month display means arranged to be driven by said second motor;
• a control circuit for said second motor able to issue to the latter, in response to the daily signal and to the end of month signal, a first control signal enabling it to change the day of the month display by one day at the end of 31-day months and, at the end of less-than-31-day months, by the number of days corresponding to the end of month signal;
• call means for generating a month calling signal;
• and
• a reading circuit connected to said day and month counters and able to issue to said second motor, in response to said call signal, a second control signal representative of the gap between the states of these two counters that enables the day of the month display means to be set in a position in which the number shown is the number of the month, and then a third control signal, also representative of the gap between the states of said counters, that enables the day of the month display means to revert to a position in which the number displayed is the number of the day.