JP2019152375A5 - - Google Patents

Claims (6)

Generating an air flow fan, has this body provided with a control unit for controlling the fan makes the chromophore at the distal end over motor rotates, and before liver over data,
The main body is provided with an external interlocking terminal into which signals output by other devices are input.
The control unit generates the airflow in the fan only in the normal operation mode in which the fan generates the airflow regardless of the signal input to the external interlocking terminal and in the state where the signal is input to the external interlocking terminal. blowing device and controls the liver over data before switching between standby mode to. Wherein, in the standby mode, the drives Liver over data before on the basis of the ON input signal of the external interlocking pin, driving of the external interlocking liver over data before based off of the input signal at the terminal The blower according to claim 1, wherein the blower is stopped. Wherein the control unit is configured to drive the front Liver over data from when the input signal is turned on the external interlocking pin after the first set time, the input signal of the external interlocking pin from getting off the second blower according to claim 2, characterized in that stops the driving of the pre-liver over data after during setting. Equipped with a remote controller that emits wireless signals
The main body includes a receiving unit that receives the wireless signal and outputs an electric signal based on the received wireless signal to the control unit.
The remote controller
Operation stop switching button and
Air volume switching button and
Mode switching button and
The wireless signal for switching between operation and stop is transmitted based on the operation of the operation stop switching button, and the wireless signal for switching the air volume of the airflow generated by the fan is transmitted based on the operation of the air volume switching button. It has a transmitter that transmits the wireless signal that switches between the normal operation mode and the standby mode based on the operation of the mode switching button.
The transmitter
When the air volume switching button is normally pressed, the radio signal for switching the air volume generated by the fan is transmitted.
When the air volume switching button is pressed and held, the wireless signal for switching the first set time is transmitted.
When the mode switching button is normally pressed, the wireless signal for switching between the normal operation mode and the standby mode is transmitted.
The blower according to claim 3, wherein when the mode switching button is pressed and held for a long time, the radio signal for switching the second set time is transmitted. The body is equipped with a tactile switch and
The control unit is characterized in that when the tactile switch is normally pressed, the air volume of the airflow is switched, and when the tactile switch is long pressed, the normal operation mode and the standby mode are switched. The blower according to any one of claims 1 to 4. The main body includes a non-volatile storage device that stores an operating state.
The control unit is any one of claims 1 to 5, wherein when the control unit is stopped due to a power failure, the control unit returns to the same operating state as before the power failure based on the information stored in the non-volatile storage device. Blower as described in.