Mutoh Industries Ltd.

Mutch Industries Ltd.

Toshiaki Miyasaka

Shinya Nozawa

Takeshi Namiki

Tsuyoshi Ohtani

At least both sides of the recording medium (,) are sandwiched by means of the drive roller (,) and the pinch roller (,), and the recording medium (,) is carried onto the drafting member (,) by the rotation of the drive roller (,). The recording head (,) reciprocatingly shifts in a direction perpendicular to the carrying direction of the recording medium (,) on the drafting position of the drafting member (,). The suction force is generated by the suction device (,) in a predetermined range of the drafting member and surrounding the drafting member (,), and the recording medium (,) is attracted to the drafting member (,). The unevenness guide unit (,) having the suction holes is formed on the drafting member (,), and the recording medium (,) is adsorbed to the unevenness guide unit (,) by means of the suction force of the suction device (,). The unevenness guide unit (,) comprises a plurality of convex stripes disposed in a row which extend in an X-axis direction in parallel with the carrying direction of the recording medium (,) and concave grooves that are adjacent to the convex stripes, and the floating of the recording medium (,) over the drafting member (,) is prevented by the mutual operation of the suction forces of the unevenness guide unit (,) and the suction device (,).

Inkjet printer

A spindle head 28 is liftably supported on a transfer member 6 which is capable of moving in an XY axis direction to a table 4, and a spindle 32 is rotatably journalled on the spindle head 28. A pickup 54 is liftably journalled on the spindle head 28, and the pickup 54 is disposed at the lower end of a tool 46 near the tip of the tool 46 which is fixed detachably to the spindle 32. The relative lifting motion of the pickup 54, against the head 28, is detected by a sensor 70. Prior to the processing of the work, a distance D, between the lower end of the pickup 54 and the tip of the tool 46, is measured, and is stored in the controller. The head 28 descends, and when the pickup 54 abuts on the work, this abutting condition is detected by the sensor 70. The height of the tip of the tool 46 against the work 2 is detected by the foregoing detection. After the lower end of the pickup 54 abuts on the work 2, if the head 28 is made to descend by the distance D, the tip of the tool 46 reaches the upper end of the work 2, and this position is used as the origin base of the Z axis. Then the engraving processing of a predetermined depth of cut is applied to the work 2 by the tool 46.

Three-dimensional processing machine and a method of processing a

A waste toner conveyer of an image forming apparatus has a screw for conveying powdery toner along a toner conveying passage defined in the conveyer. The screw includes a plurality of strip-like spring members which are reciprocally moved along a longitudinal direction of the waste toner conveyer. The screw is secured to a rotary shaft. A pin fixed to the shaft rotates and slides along an irregular surface of a cam so as to reciprocate the screw horizontally during the rotation of the shaft. Accordingly, waste toner is shaken from the screw by an extension and retraction of the screw along the longitudinal axis so that such waste toner can fall through a waste toner outlet.

Waste toner conveying apparatus

A controller receives data transferred thereto from a host computer to control a photosensitive drum, a writing head, and a thermal setting device. Futher, the controller detects whether or not the data from the host computer is being transferred. When there is no transference of data, the temperature of a heater of the thermal setting device is set to a pre-heating temperature. When data is being transferred to the controller, the heater temperature of the thermal setting device is set to a setting temperature which is higher than the pre-heating temperature.

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Tokyo, Japan

Toshiaki Miyasaka