Automation module for the manual introduction and pick up of biological specimens to be urgently interfaced with a testing module for laboratory diagnostics
There is described an automation module for the manual introduction and pick up of biological specimens to be directly urgently interfaced with a testing module for laboratory diagnostics, comprising a pair of main lanes and one of secondary lanes on which carrying devices travel for carrying tubes containing said biological specimens. The automation module is provided with separate points for the introduction and the pickup of said tubes into/from said carrying devices, said points being along the secondary lane opposite to that interfaced with said testing module.
1. An automation module for the manual introduction and pick up of biological specimens to be directly interfaced with a testing module for laboratory diagnostics of an automation system, wherein
said automation module comprises a first and a second main lane, two U-shaped turning modules and a first and a second secondary lane on which single-tube carrying devices travel, each single-tube carrying device being able to contain a tube for said biological specimens,
the first secondary lane being provided with a specimen manual introduction point to introduce said tubes into said single-tube carrying devices, and a specimen manual pickup point to remove said tubes from said single-tube carrying devices,
the specimen manual pickup point and the specimen manual introduction point being in a sequence along the same first secondary lane,
the specimen manual pickup point being before the specimen manual introduction point to make the single-tube carrying device move from the specimen manual pickup point to the specimen manual introduction point,
said specimen manual pickup point being after diverting the single tube carrying device with the tube to be manually picked-up, from the first main lane to the first secondary lane, said specimen manual introduction point being before returning the single tube carrying device with the tube manually introduced, from the first secondary lane to the first main lane,
the first and the second main lanes and said two U-shaped turning modules, present at the ends thereof, being adapted to keep said single-tube carrying devices in continuous circulation along a waiting path in order for being routed towards the secondary lanes,
said second secondary lane being directly interfaced with said testing module and suitable for serving as preferential testing lane for said single-tube carrying devices,
said single-tube carrying devices outgoing from the testing module being suitable for queuing along the first secondary lane at the specimen manual pickup point,
said specimen manual introduction point comprising a first stopping gate, a first antenna intended for detecting said single-tube carrying devices, a first sensor for detecting said tubes and a rotation apparatus provided with a motor which provides the rotation of said single-tube carrying devices for detecting a barcode, printed on labels glued on said tubes, by a barcode reader,
said specimen manual pickup point comprising a second stopping gate, a second antenna intended for detecting said carrying devices, and a second sensor for detecting said tubes.
2. The automation module according to claim 1 , wherein it comprises a central control unit for managing the routing of said single-tube carrying devices along the whole module.