Mitsubishi Heavy Industries Machinery Technology Corporation

Mitsubishi Heavy Industries Machinery Systems, Ltd.

Mitsubishi Heavy Industries Limited

Kunio Matsunaga

Hiroaki Yoneda

Makoto Tachibana

Tatsuya Ueda

Yasutaka Seimoto

Mitsuru Morita

Jiro Agawa

Hideki Fukuda

Yoshikatsu Hineno

Morihiro Imamura

Koji Shintani

Keiichi Tomoto

Tomoyuki Iwamoto

Joji Yusa

Yoshikazu Nishihara

A master disk which simulates a tire and is used at the time of confirmation or correction of measurement accuracy of a geometry measuring device for measuring the surface shape of a tire, of a tire testing machine, includes: a simulated tire section simulating a tire; a lower tubular section having a cylindrical shape, in which the tip side thereof is connected to the lower end side of the simulated tire section so as to be coaxial with the simulated tire section and a guide surface inclined in a tapered shape so as to have a larger diameter toward the base end side is formed on the base end side of an inner peripheral surface; and a neck section and a flange section which are provided on the upper end side of the simulated tire section and detachably engaged with test rim moving and exchanging means of a tire holding device of the tire testing machine.

Master disk, master disk mounting method, and master disk removal method

A tire inspection device according to the present invention includes a support portion which supports a tire such that a center axis of the tire is positioned along a vertical direction, a lifting and lowering portion which moves the tire and a rim relative to each other in the vertical direction to fit the rim to the tire, a position detection unit which detects a position of a surface of the tire in the vertical direction at three or more detection points, and a posture detection unit which detects posture information of the tire based on position information detected by the position detection unit.

Tire inspection device and tire posture detection method

This tire marking apparatus is a tire marking apparatus for performing marking in a tire. The tire marking apparatus includes a disk part having a central axis that is adjusted substantially perpendicularly to a printing surface of the tire; a plurality of printing parts that are provided in the disk part so as to be capable of moving forward and backward with respect to the printing surface and are arranged around the central axis; and a printing driving unit that moves at least one printing part arranged at a printing position that faces the printing surface of the tire forward.

Tire marking apparatus

This printing device includes a first supply roller and a second supply roller that supply the pair of ink ribbons; a first winding roller and a second winding roller that are pulled out from the first supply roller and the second supply roller and wind the pair of ink ribbons passing through a printing position; and a roller driving unit that rotates the first winding roller and the second winding roller. The roller driving unit includes one rotational driving device in which a rotating shaft is rotatable in a normal direction and a reverse direction, a first transmission mechanism that transmits only the rotation of the rotating shaft in the normal direction to the first winding roller, and a second transmission mechanism that transmits only the rotation of the rotating shaft in the reverse direction to the second winding roller.

Printing device and tire marking apparatus

Provided are a tire vulcanizer and a method for transporting or packaging the same whereby, even in cases where the overall height direction dimension of the vulcanizer exceeds size limits for domestic transportation or export packaging, the vulcanizer can easily clear said limits and be transported or packaged. A tire vulcanizer comprising tie rods extending upward from a base plate, said tie rods receiving squeezing force applied to a bolster plate and a top mold when vulcanizing a tire and guiding lifting/lowering of the bolster plate and the top mold when opening and closing the top mold. In such a tire vulcanizer, the tie rods are configured so as to be vertically dividable into at least two or more sections at a position in the length direction thereof.

Tire vulcanizer and method for transporting or packaging the same

A tire holding apparatus which holds a tire using an annular rim that is detachably mounted, includes: a body section having a support surface which supports the rim; an inflation gas supply portion which has an inflation flow passage that passes from an inner portion of the body section to a center portion of the rim and supplies inflation gas into a tire supported by the rim; and a clamping portion which is mounted on the body section and clamps the rim to the support surface of the body section by using pressure of the inflation gas that flows through the inflation flow passage as a drive force.

Tire holding apparatus

What is provided is a tire vulcanizer, in which the stress force during engagement of the teeth can be reduced and teeth damage can be suppressed, allowing down-sizing, light-weighting, and simplifying at the same time. It includes: an upper mold attaching part () to which an upper mold is attached; a lower mold attachment part to which a lower mold pressed on the upper mold is attached; a supporting part () that supports the upper mold attaching part () and the lower mold attaching part; a fixed side rack () having first teeth () arranged in a height direction and provided to the supporting part (); a movable-side rack () having second teeth () engaging with the first teeth and provided to the upper mold attaching part (); and a tilting restriction part () restricting tilt of the movable-side rack () derived from the height direction.

Tire vulcanizer

The tire vulcanizer is featured by including a slide back mechanism configured such that the upper metal mold separated and lifted from the lower metal mold installed to be fixed to a base is moved by an operation of a movable carriage so as to reciprocate between a vulcanization position at which the upper metal mold is pressed toward the lower metal mold, and a waiting position at which the green tire can be carried in the lower metal mold and at which the cured tire can be carried out from the lower metal mold, and is featured in that the upper metal mold is attached below, via a squeezing cylinder mechanism, to a beam integrated with a tie rod which is vertically moved by an operation of a lifting/lowering cylinder along a guide hole provided in the movable carriage.

Growing community of inventors

Hiroshima, Japan

Kunio Matsunaga