Abstract: A display change device is formed by connecting and thereby integrating an installation/removal device and a card display change device together. The card installation/removal device is configured to have at a back side thereof a pressure reception wall, at a further back side of which a position adjustment mechanism part is provided. The position adjustment mechanism part is configured to include a seat member, a moving part, and a drive part. The position adjustment mechanism part is configured to strike and move the card installation/removal device by an eccentric cam. The position adjustment mechanism part moves the eccentric cam far from the pressure reception wall under the condition that a reaction force Fr received by the eccentric cam becomes larger than a force Fa for pulling the moving part toward the pressure reception wall side.

Abstract: A display change device is formed by connecting and thereby integrating an installation/removal device and a card display change device together. The card installation/removal device is configured to have at a back side thereof a pressure reception wall, at a further back side of which a position adjustment mechanism part is provided. The position adjustment mechanism part is configured to include a seat member, a moving part, and a drive part. The position adjustment mechanism part is configured to strike and move the card installation/removal device by an eccentric cam. The position adjustment mechanism part moves the eccentric cam far from the pressure reception wall under the condition that a reaction force Fr received by the eccentric cam becomes larger than a force Fa for pulling the moving part toward the pressure reception wall side.

Abstract: A display change device is formed by connecting and thereby integrating an installation/removal device and a card display change device together. The card installation/removal device is configured to have at a back side thereof a pressure reception wall, at a further back side of which a position adjustment mechanism part is provided. The position adjustment mechanism part is configured to include a seat member, a moving part, and a drive part. The position adjustment mechanism part is configured to strike and move the card installation/removal device by an eccentric cam. The position adjustment mechanism part moves the eccentric cam far from the pressure reception wall under the condition that a reaction force Fr received by the eccentric cam becomes larger than a force Fa for pulling the moving part toward the pressure reception wall side.

Abstract: A display change device is formed by connecting and thereby integrating an installation/removal device and a card display change device together. The card installation/removal device is configured to have at a back side thereof a pressure reception wall, at a further back side of which a position adjustment mechanism part is provided. The position adjustment mechanism part is configured to include a seat member, a moving part, and a drive part. The position adjustment mechanism part is configured to strike and move the card installation/removal device by an eccentric cam. The position adjustment mechanism part moves the eccentric cam far from the pressure reception wall under the condition that a reaction force Fr received by the eccentric cam becomes larger than a force Fa for pulling the moving part toward the pressure reception wall side.

Abstract: A display change device is formed by connecting and thereby integrating an installation/removal device and a card display change device together. The card installation/removal device is configured to have at a back side thereof a pressure reception wall, at a further back side of which a position adjustment mechanism part is provided. The position adjustment mechanism part is configured to include a seat member, a moving part, and a drive part. The position adjustment mechanism part is configured to strike and move the card installation/removal device by an eccentric cam. The position adjustment mechanism part moves the eccentric cam far from the pressure reception wall under the condition that a reaction force Fr received by the eccentric cam becomes larger than a force Fa for pulling the moving part 102 toward the pressure reception wall side.

Abstract: A medicine supply system including a cart supply line (48) on which a plurality of carts (8) are disposed and aligned; a first transport unit for transporting the plurality of carts (8) on the cart supply line (48); a tray discharge unit (2) for storing the trays (7) in the plurality of carts; a second transport unit for transporting the plurality of carts with the trays stored in the tray discharge unit; a cart discharge line (49) on which the plurality of carts transported by the second transport unit are aligned; a tray supply lifter (1) for supplying the trays; a tray transport line (3) for transporting the trays supplied by the tray supply lifter to the tray discharge unit; a medicine dispensing unit (4) for dispensing the medicine to the trays, and a control unit (10) for supplying the trays from the tray supplying lifter 1 based on prescription data, dispensing the medicine into the trays, transporting the trays to the tray discharge unit, and storing the trays into the carts.

Abstract: A tray discharge apparatus which is capable of automatically discharging and storing medicine-filled trays in carts and aligning the carts. The apparatus includes a cart standby portion (13) for putting a cart (8) transported from a cart supply line (48) on standby; and a tray supply portion (14) having a tray shift unit (21) for sequentially storing trays (7) in storage areas (46) of the cart transported from the cart standby portion. The tray supply portion is operable to align the carts with the stored trays relative to a tray discharge line (49) that is juxtaposed to the tray supply line. Also, a cart shift member (15) is provided for moving the cart to the tray supply portion from the cart standby portion.

Abstract: A bucket carrier for carrying buckets (2) to store them in each storage shelf of a cart (4), the bucket carrier comprising a holding means (20) for holding buckets (2), and carrier means (28) for carrying the buckets (2) held by the holding means (20) to each storage shelf (49) of the cart (4). The arrangement is such that the holding means (20) and a transfer means (49) are drive-controlled so that the buckets (2) are stored in the storage shelves (49) obliquely from above. Thereby, the buckets (2) can be automatically stored in the cart (4).

Abstract: A medicine tray storage member (100) capable of storing medicine trays (7) in a stacked condition includes: a tray support member (101) for supporting the medicine trays (7); a tray transport member (102) having a transport mechanism for transporting the medicine trays (7), the tray transport member constituting a part of the tray transport line (3); and a control portion for allowing the tray support member (101) to move down to put the stacked medicine trays (7) on the tray transport member (102), thereby allowing the tray support member (101) to support and move up the next medicine tray (7) positioned above the lowermost one, and allowing the tray transport member (102) to supply the medicine tray (7) situated at the lowermost position to the tray transport line (3). The tray transport member (102) includes cut out portions (11) receiving movable leg portions (125) of a carrier (123) on which the medicine trays (7) in a stacked state are loaded.

Abstract: A medicine supply system of the present invention comprising: a cart supply line 48 on which a plurality of carts 8 are disposed and aligned; a first transport unit for transporting the plurality of carts 8 on the cart supply line 48; a tray discharge unit 2 for storing the trays 7 in the plurality of carts 7; a second transport unit for transporting the plurality of carts 8 with the trays 7 stored in the tray discharge unit 2; a cart discharge line 49 on which the plurality of carts 8 transported by the second transport unit are aligned; a tray supply lifter 1 for supplying the trays 7; a tray transport line 3 for transporting the trays 7 supplied by the tray supply lifter 1 to the tray discharge unit 2; a medicine dispensing unit 4 for dispensing the medicine to the tray 7, the medicine dispensing unit being disposed on the midway of the tray transport line 3; and a control unit 10 for supplying the tray 7 from the tray supplying lifter 1 based on a prescription data, dispensing the medicine into the tray 7

Abstract: The present invention makes it possible to easily set the medicine trays even in a stacked state. A medicine tray storage member 100 capable of storing the medicine tray 7 in a stacked condition includes: a tray support member 101 for supporting the medicine trays 7; a tray transport member 102 having a transport mechanism for transporting the medicine tray 7, the tray transport member constituting a part of the tray transport line 3; and a control portion for allowing the tray support member 101 to move down to put the medicine trays 7 of stacked state on the tray transport member 102, allowing the tray support member 101 to support and move up the next medicine tray 7 positioned above the lowermost one, and allowing the tray transport member 102 to supply the medicine tray 7 situated at the lowermost position to the tray transport line 3.

Abstract: It is an object of the invention to provide an installation/removal device capable of favorably installing and removing a card fitted to a conveyed object; a display change device including the installation/removal device; and a dosing system including the installation/removal device. A display change device 1 is formed by connecting and thereby integrating an installation/removal device 2 and a card display change device 3 together. The card installation/removal device 1 is configured to have at a back side thereof a pressure reception wall 23e, at a further back side of which a position adjustment mechanism part 100 is provided. The position adjustment mechanism part 100 is configured to include a seat member 101, a moving part 102, and a drive part 103. The position adjustment mechanism part 100 is configured to strike and move the card installation/removal device 1 by an eccentric cam 112.

Abstract: The present invention provided a tray discharge apparatus which is capable to automatically discharge and store trays with medicine contained in the cart and align the carts. The apparatus comprises: a cart standby portion 13 for putting a cart 8 transported from a cart supply line 48 on standby; a tray supply portion 14 having a tray shift unit 21 for sequentially storing trays 7 with medicine contained in each of storage areas 46 of the cart 8 transported from the cart standby portion 13, the tray supply portion 14 aligning the carts 8 with the trays 7 stored against a tray discharge line 49 juxtaposed with the tray supply line 48; and a cart shift member 15 for moving the cart 8 to the tray supply portion 14 from the cart standby portion 13.

Abstract: A bucket carrier for carrying buckets (2) to store them in each storage shelf of a cart (4), the bucket carrier comprising a holding means (20) for holding buckets (2), and carrier means (28) for carrying the buckets (2) held by the holding means (20) to each storage shelf (49) of the cart (4). The arrangement is such that the holding means (20) and a transfer means (49) are drive-controlled so that the buckets (2) are stored in the storage shelves (49) obliquely from above.