Screen Holdings Co., Ltd.

Kaisei Kajihara

Mitsuru Tanemoto

The cleaning liquid supply mechanism ejects the cleaning liquid to an ejection target that is one of the cleaning roller and the cap. In particular, the cleaning liquid supply mechanism switches the ejection target between the cap and the cleaning roller and ejects the cleaning liquid to the ejection target. Specifically, if the cap is set as the ejection target, the cleaning liquid is ejected from the cleaning liquid supply mechanism directly to the cap as the ejection target. If the cleaning roller is set as the ejection target, the cleaning liquid is ejected from the cleaning liquid supply mechanism directly to the cleaning roller as the ejection target.

Printer and cleaning liquid supply method

This invention aims to propose a structure excellent in the maintenance operability of a cleaning member in a printing apparatus provided with the cleaning member for cleaning at least one of a wiper and a cap. In a printing apparatus according to the invention, a cleaning member for cleaning a wiper or a cap of a maintenance part is integrated with a printing head in a relative movement between the printing head and the maintenance part and arranged to at least partially overlap a movement path of the object to be cleaned with respect to the printing head and moves to outside the conveyance path integrally with the printing head when the printing head is moved from the inside position to the outside position.

Printing apparatus

The seal member can be held in close contact with the head unit by being elastically deformed according to the shape of the head unit including the head (seal close contact operation). Accordingly, the drying of the nozzles can be prevented by isolating the nozzles inside the seal members from the atmosphere outside the seal members. Further, the cap can be brought into contact with the head unit while the seal member is separated from the head unit (cap contact operation). In this cap contact operation, the cap in contact with the head unit allow air flows between the outside and inside of the cap. At the time of purging, the cap contact operation is performed, whereby the cap is caused to face the nozzles and the ink flowing out from the nozzles is received by the cap.

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Kyoto, Japan

Kaisei Kajihara