Honda Giken Kogyo Kabushiki Kaisha

Hiroki Tahira

Kazutoshi Takada

Tetsuo Sugizono

Katsumune Inaki

Katsuyuki Nakajima

Takaji Mukumoto

Hideshi Sato

Koji Saito

Osamu Takenaka

Atsushi Demachi

Masao Nitta

Yasuhisa Saito

Teruyuki Oka

Toratsugu Kuwahara

Satoshi Tabuchi

Toshiyuki Kubo

Ken Onuma

A production system capable of further improving production efficiency and quality. The ring management system includes size measurement unit for measuring size of the ring, first convey unit for moving the ring w whose size has been measured, a first stocker having a plurality of storage positions for storing rings conveyed by the first convey unit, a second convey unit for conveying out the rings from the first stocker means for stacking, and a control unit. The control unit includes memory means for storing the rings size measured by the size measurement means in association with the storage position in the first stocker, first selection means for selecting a ring constituting a stacked ring according to the ring size stored in the memory means, and first instruction means to instruct the second convey unit to convey out the ring selected by the first selection means from the storage position pj in the first stocker.

Ring management system

The present invention provides a production system capable of further improving production efficiency and quality. The ring management system comprises size measurement unitfor measuring size (l, t) of the ring w, first convey unitfor moving the ring w whose size has been measured, a first stockerhaving a plurality of storage positions for storing rings conveyed in by the first convey unit, a second convey unitfor conveying out the rings from the first stockermeans for stacking, and a control unit. The control unitincludes memory meansfor storing for each of the rings wi, size (li, ti) measured by the size measurement means in association with the storage position pi in the first stocker, first selection meansfor selecting a ring wj constituting a stacked ring according to the ring size stored in the memory means, and first instruction meansto instruct the second convey unitso as to convey out the ring selected by the first selection meansfrom the storage position pj in the first stocker

A part housing or extracting apparatus is here disclosed which comprises a housing shelf which has a plurality of cylindrical bodies coaxially laminated in a vertical direction and equipped with at least one stage of a part housing unit the peripheral edge of which is partitioned into many columns so that the outer peripheral edge surface of the part housing unit may be opened, the respective cylindrical bodies being independently rotatable; at least one part housing or conveying means which has first part holding means disposed opposite to the outer peripheral surface of the housing shelf so that the part held by the first part holding means may be conveyed to a predetermined part housing unit and then housed therein; and at least one part extracting or conveying means which has second part holding means disposed opposite to the outer peripheral surface of the housing shelf so that the part housed in the predetermined part housing unit may be held and extracted by the second part housing means and then conveyed to a predetermined position; the respective cylindrical bodies and the respective part holding means being relatively movable along the outer peripheral surface of the housing shelf.

Device for stocking/extracting part

In a hybrid power supply device constituted such that a secondary battery ( ) is charged by a fuel battery ( ) and electric power is supplied from the secondary battery ( ) to a load ( ), even when there are variations among residual capacities of individual unit secondary batteries ( ) constituting the secondary battery ( ), the secondary battery ( ) can be charged properly without causing overcharging in each of unit secondary batteries ( ). The fuel battery ( ) is divided into a plurality of unit fuel batteries ( ), each consisting of a predetermined number of cells, and each unit hybrid power supply ( ) is constituted by connecting each unit fuel battery ( ) with each unit secondary battery ( ) through each charging switch ( ) in parallel. The charging switch ( ) is controlled independently for each unit hybrid power supply ( ) on the basis of the residual capacity of each unit secondary battery ( ) to perform charging of the unit secondary battery ( ) by the unit fuel battery ( ).

Hybrid power supply device

Growing community of inventors

Sayama, Japan

Hiroki Tahira