Device for taking air samples for the environmental microbiological control
A device comprises a main body equipped with at least one handle, three sampling chambers that are mounted outside the main body and a control unit. The three sampling chambers are independent of each other and protrude radially from a predefined portion of the main body. The control unit is device can effect multiple environment to be controlled programmed so that the samplings from an in one, two or three different positions in the space, remaining stationary.
1. A portable environmental microbiological control device comprising a main body equipped with at least one handle, wherein the device comprises three sampling chambers independent of each other, which protrude radially from a predefined portion of said main body, wherein each sampling chamber comprises a casing for housing a fan motor assembly and, in an upper part of the casing, a receiving base for receiving a removable sampling support and a removable cover that is equipped with a suction grid; the device further comprising a control unit programmed so that the device can effect multiple samplings from an environment to be controlled in one, two or three different positions in space, while remaining stationary.
2. The device according to claim 1 , wherein said cover is associable with said base by means of a bayonet coupling that comprises, on the cover side, a plurality of pegs and, on the base side, a corresponding plurality of slotted seats for receiving and retaining said pegs.
3. A sampling assembly comprising a device for taking air samples according to claim 2 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
4. The device according to claim 1 , wherein said removable sampling support is associable with said base by means of elastic metal tabs so that sampling supports having different sizes can be associated with the base.
5. A sampling assembly comprising a device for taking air samples according to claim 4 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
6. The device according to claim 1 , comprising a display and a control pushbutton panel configured so as to control simultaneous or sequential actuation of one or more sampling chambers and to control settings relating to recording of detection data.
7. A sampling assembly comprising a device for taking air samples according to claim 6 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
8. The device according to claim 1 , wherein said sampling chambers are oriented so as to provide a range of action of 210° of a surrounding environment.
9. A sampling assembly comprising a device for taking air samples according to claim 8 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
10. The device according to claim 1 , wherein said sampling chambers are removably associable with said main body.
11. A sampling assembly comprising a device for taking air samples according to claim 10 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
12. The device according to claim 1 , comprising wireless data transmission means for data export and identification of a sample without electric connection cables, and further comprising induction means for recharging batteries.
13. A sampling assembly comprising a device for taking air samples according to claim 12 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
14. The device according to claim 1 , comprising a device for calibrating a bell type suction volume with a calibrated hole that is associable with said sampling chambers, said calibration device comprising a transducer.
15. A sampling assembly comprising a device for taking air samples according to claim 14 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging the batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.
16. A sampling assembly comprising a device for taking air samples according to claim 1 , and a support base incorporating internally at least one of the following interaction equipment with said device for taking air samples:
a sensor for positioning said device for taking air samples on said support base, the sensor operative to actuate an induction device for recharging batteries;
a system for controlling current absorption and automatic switching off upon completion of a battery recharge;
a USB connection socket for charging remote devices and for serial data communication;
an automatic calibration device that sends detected data to the chamber to be controlled by cable or wireless Bluetooth serial communication.