Brother Kogyo Kabushiki-Kaisha

Brown Manufacturing Group, Inc.

Stephen McGavin Harpold

Hans Peter Broeckert

Shuichi Tamaki

Akira Shinoda

The present disclosure relates to a pretreatment device capable of increasing a number of media on which a pretreatment can be performed within a fixed period. The pretreatment device includes a platen, a pretreatment portion configured to perform the pretreatment on a medium set on the platen, and a belt configured to convey the platen from a set position to the set position via the pretreatment portion. The medium is placed on the platen at the set position. Thus, since the belt conveys the platen on which the medium is set, the pretreatment device is able to perform the pretreatment on a plurality of the media within the fixed period.

Pretreatment apparatus

An ink curing apparatus for curing ink on an object and method includes at least one thermal imaging sensor that is configured to image thermal radiation of the object and at least one heating element that is configured to generate heat energy. A control responsive to the imaging sensor controls the heating element. The control controls the heating element as a function of the thermal radiation of the object to heat the object to a particular radiation level. The method may be used to cure ink on the object. The object may be made of a textile. The method may be used with at least one chosen from screen printing, digital printing, sublimation ink printing, discharge ink printing, and pad printing.

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Grand Rapids, MI, United States of America

Stephen McGavin Harpold