Yuyama Mfg. Co., Ltd.

Kabushiki Kaisha Yuyama Seisakusho

Toshihiro Amatsu

Shoji Yuyama

Tsuyoshi Kodama

Hiroyuki Yuyama

Yasuhiro Shigeyama

Katsunori Yoshina

Toru Tanaka

Reiji Kitagawa

Satoshi Asada

Ayumu Saito

Tetsuo Hiraya

Takahiro Kitakura

A medicine packing apparatus in which a packing sheet () can be printed with predetermined information by a printing device (). In the apparatus medicine can be fed into the packing sheet () by a medicine feeder (), and the packing sheet () can be sealed by a sealing device () to pack the medicine in a single package. The sealing device () is provided with conveyance portion () for conveying the packing sheet (). In the middle of a conveyance path from the printing device () to the sealing device (), there are provided a moving mechanism () which comes into contact with the packing sheet () and moves so that the tension of the packing sheet () is held at a constant value, and a position detector () which detects a moved position of the moving mechanism (). After the packing sheet () is conveyed by the conveyance portion () and the position detector () detects a predetermined moved position, printing by the printing device () is started.

Medicine packaging device

On each of a plurality of disposed racks, an injection drug storing container is each detachably mounted. The injection drug storing container includes a transportation device for transporting a stored injection drug in one direction. The injection drug transported by the transportation device is housed in each housing portion formed on a circumferential portion of a rotating body one by one. The injection drug in each housing portion is sequentially delivered one by one by rotation of the rotating body.

Injection drug feeding device

A support member ( ) is positioned at a lower part of a storage container ( ). The support member ( ) supports a second medicine container ( ) placed on the lowermost medicine container so that the lowermost medicine container falls off by its own weight. The discharge member ( ) discharges the medicine container which fell off from the support member ( ). The collecting mechanism ( ) conveys the medicines containers discharged from the discharge member ( ) to one position.

Medicine feed apparatus

The present invention provides a multi-connected ampoules dispensing apparatus which is compact and have a high operation reliability. The dispensing portion comprises a pair of rotors each of which has a substantially C shape of cross section and is formed with a cutting edge on one side edge. The rotors are disposed in a vertical direction with a predetermined distance. The rotors are synchronized to rotate from a receiving position to a cut-off position and return to the receiving position, whereby in the receiving position the rotors can receive the first ampoule and then cut off and dispense it. The second ampoule adjacent to the first ampoule is positioned in the waiting position by the positioning member synchronized with the dispensing portion

Multi-connected ampoules dispensing apparatus

A drawer is provided with a collecting mechanism for collecting medicines discharged from the storage containers . The body frame is provided with a recovery box for recovering medicines collected by the collecting mechanism . The collecting mechanism has a first passage and a second passage which can be used interchangeably. The first passage allows the medicines discharged from the storage containers to be conveyed to the recovery box , when the drawers are contained in the body frame , while the second passage allows the medicines discharged from the storage containers to be conveyed to the recovery box when the drawers are drawn out of the body frame

An ampule transfer device for receiving ampules from a first conveyor and transferring them to a second conveyor. The device includes a stocker that is vertically movably mounted and a guide that is pivotally mounted. The stocker has a base member, an end member and a lid plate for closing the opening between the base member and the end member. The lid plate is biassed to its closed position. When the lid plate is disengaged from the base member due to movement of the member, the lid plate is fully opened under the weight of ampules. As the end member is moved in an opening direction, the ampules are gradually discharged toward the second conveyor.

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Toyonaka, Japan

Toshihiro Amatsu