Abstract: Upon detection of an error such as a malfunction occurring at a drive mechanism, a sensor transmits an error signal to a control section. The control section selects character information about details of the error corresponding to the error signal and an image representing the drive mechanism where the error occurs and a position of the sensor in the drive mechanism, and reads out the character information and the image from a storage part. Then, the control section allows a liquid crystal display device to display error information in which a first image of character information is combined with a second image of an error occurrence site in the drive mechanism. Then, error correction is sequentially performed in accordance with details of an error displayed as an uppermost layer on a screen.

Abstract: Upon detection of an error such as a malfunction occurring at a drive mechanism, a sensor transmits an error signal to a control section. The control section selects character information about details of the error corresponding to the error signal and an image representing the drive mechanism where the error occurs and a position of the sensor in the drive mechanism, and reads out the character information and the image from a storage part. Then, the control section allows a liquid crystal display device to display error information in which a first image of character information is combined with a second image of an error occurrence site in the drive mechanism. After correction of the error, an operator touches a GUI on a screen to thereby check an operation of the drive mechanism.

Abstract: Upon detection of an error such as a malfunction occurring at a drive mechanism, a sensor transmits an error signal to a control section. The control section selects character information about details of the error corresponding to the error signal and an image representing the drive mechanism where the error occurs and a position of the sensor in the drive mechanism, and reads out the character information and the image from a storage part. Then, the control section allows a liquid crystal display device to display error information in which a first image of character information is combined with a second image of an error occurrence site in the drive mechanism. Then, error correction is sequentially performed in accordance with details of an error displayed as an uppermost layer on a screen.

Abstract: Upon detection of an error such as a malfunction occurring at a drive mechanism, a sensor transmits an error signal to a control section. The control section selects character information about details of the error corresponding to the error signal and an image representing the drive mechanism where the error occurs and a position of the sensor in the drive mechanism, and reads out the character information and the image from a storage part. Then, the control section allows a liquid crystal display device to display error information in which a first image of character information is combined with a second image of an error occurrence site in the drive mechanism. After correction of the error, an operator touches a GUI on a screen to thereby check an operation of the drive mechanism.

Abstract: For detection of an adhesive film adhesively provided on a base tape of a film supply tape, a front end of the adhesive film is detected based on the detection of a predetermined displacement amount of a roller contactor of a detection sensor, the roller contactor being displaceable in a direction of thickness of the adhesive film. Based on a detection signal from the detection sensor, feeding rollers and others are controlled to feed the film supply tape by a predetermined feeding amount until the front end of the adhesive film comes to near a fold-back point of the base tape by a guide member.