Abstract:
Provided is a rotary type tablet dispenser in which drugs can move along a guide track. The tablet dispenser includes a main body having a space part in which tablets are accommodated and including a guide track formed upward from a bottom part along an inner wall in a spiral shape to guide movement of the tablets accommodated in the space part, a vibration part configured to vibrate the main body to move the tablets accommodated in the space part of the main body upward along the guide track, and a tablet conveyance assisting member configured to move along the guide track and convey some of the tablets which cannot be conveyed along the guide track to an upper part of the main body. Accordingly, the tablets can be smoothly conveyed along the guide track by the tablet conveyance assisting member.
Abstract:
A medicine feeding device is configured by providing a first rotor that rotates around a first shaft, a second rotor that rotates around a second shaft, a partition wall extending from the second rotor towards the first rotor, a medicine discharge port provided on the outside of the second rotor, a medicine guide section located in the downstream of a movement section in the medicine transport direction, and a height regulator disposed between the movement section and medicine guide section. In addition, the width regulator that is disposed between the medicine guide section and the height regulator is further provided. Also, a medicine counting device is further provided with a medicine detection means for detecting the medicine that is supplied from the medicine discharge port, and a counting means (central control unit) for counting the medicines based on the detection performed by the medicine detection means.
Abstract:
A medicine feeding device is configured by providing a first rotor that rotates around a first shaft, a second rotor that rotates around a second shaft, a partition wall extending from the second rotor towards the first rotor, a medicine discharge port provided on the outside of the second rotor, a medicine guide section located in the downstream of a movement section in the medicine transport direction, and a height regulator disposed between the movement section and medicine guide section. In addition, the width regulator that is disposed between the medicine guide section and the height regulator is further provided. Also, a medicine counting device is further provided with a medicine detection means for detecting the medicine that is supplied from the medicine discharge port, and a counting means (central control unit) for counting the medicines based on the detection performed by the medicine detection means.
Abstract:
A medicine feeding device is configured by providing a first rotor that rotates around a first shaft, a second rotor that rotates around a second shaft, a partition wall extending from the second rotor towards the first rotor, a medicine discharge port provided on the outside of the second rotor, a medicine guide section located in the downstream of a movement section in the medicine transport direction, and a height regulator disposed between the movement section and medicine guide section. In addition, the width regulator that is disposed between the medicine guide section and the height regulator is further provided. Also, a medicine counting device is further provided with a medicine detection means for detecting the medicine that is supplied from the medicine discharge port, and a counting means (central control unit) for counting the medicines based on the detection performed by the medicine detection means.
Abstract:
A medicine feeding device is configured by providing a first rotor 23 that rotates around a first shaft 24, a second rotor 35 that rotates around a second shaft, a partition wall 18 extending from the second rotor 35 towards the first rotor 23, a medicine discharge port 73 provided on the outside of the second rotor 35, a medicine guide section 65 located in the downstream of a movement section 37 in the medicine transport direction, and a height regulator 41 disposed between the movement section 37 and medicine guide section 65. In addition, the width regulator 52 that is disposed between the medicine guide section 65 and the height regulator 41 is further provided. Also, the medicine counting device is further provided with a medicine detection means 70 for detecting a medicine that is supplied from the medicine discharge port 73, and a counting means (central control unit 83) for counting the medicines based on the detection by the medicine detection means 70.
Abstract:
A vibration-assisted ejection cassette includes: outer plates 11 which align PTP-packaged drugs 20 for storage; a top frame 12 which is provided above an open front and which prevents accommodated drugs from being falling forward; an inner plate 13 which carries the accommodated drugs and advances the drugs when vibrated; and a vibrating member 15 which vibrates the inner plate 13. Thereby, vibration is exploited to maintain the drugs 20 in alignment with each other, advance the drugs while maintaining the drugs in alignment and eject them one by one. Additionally, a retention member 18 for retaining an ejected drug is provided in front of the open front. A control circuit 17 activates or stops activating the vibrating member 15 in accordance with whether or not an ejection detecting member detects that a drug is being retained. In this way, it is ensured that drugs are either manually picked up one by one or ejected by an automatic mechanism in an equally easy and stable manner.
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:
The object of the invention is a turnaround device (18) for a transfer line of products P, in particular pharmaceutical products, comprising at least one turnaround wheel (20) that uses a guide surface Sint, whereby said wheel (20) is mounted so as to rotate around a so-called turnaround axis (30) and at least two belts clamp the products P that are to be turned around, at least one input belt (22) guided by the surface Sint and moving at a speed Vint and at least one output belt (24) moving at a speed Vext, whereby Vint is different from Vext, characterized in that said turnaround device uses guide means (38) that comprise at least one guide surface Sext at the speed Vext of the output belt (24).
Abstract:
A supply station of articles to a plurality of channels opening above a continuous blister strip, of a type comprising supply organs for containing the articles and for dispensing the articles towards conveying means located downstream, which conveying means select and direct the articles in an ordered fashion in an advancement direction towards mouths afforded in the plurality of channels; collection and transfer means, functionally associated to the mouths and receiving and collecting excess articles which accumulate at the mouths, and transferring the excess articles upstream of the mouths, in proximity of a predetermined first zone of the conveying means. In particular the station comprises: directing organs interposed between the supply organs and the conveying organs to release the articles on the conveying organs, in proximity of the first zone; detecting and control organs for detecting a presence or absence of articles and/or excess articles on at least a second zone of the conveying means adjacent to the first zone and for at least temporarily inhibiting the directing organs with a consequent at least temporary interruption of release of the articles by the directing organs in relation to a quantity of articles and/or excess articles present in the second zone, in order to prevent an excess of the articles on the conveying means.
Abstract:
A product transport apparatus is provided that includes a transport section that oscillates in a transport direction and in a vertical direction in order to transport a product; a plurality of oscillation imparting sections including a first cam mechanism for causing the transport section to oscillate in the transport direction and a second cam mechanism for causing the transport section to oscillate in the vertical direction; and a single driving source that drives the plurality of oscillation imparting sections.