SKYLAB has developed and launched the world‘s first intelligent disinfecting and detection system

At present, infectious viruses have caused a large number of people in the world to be infected and hospitalized, and even cause life-threatening. In order to reduce the spread of the virus, intelligent disinfection has become an important part of preventing the spread of the virus.

At present, the main problems encountered in the disinfection work of hospitals are as follows:

(1) In the prior art, it is impossible to automatically detect whether the area is disinfected

(2) The work progress of disinfection cannot be obtained accurately

(3) Serious waste of disinfectant

SKYLAB has developed and launched the world's first intelligent disinfecting and detection system. The system can judge the effective disinfection work status of the hospital. It can effectively detect whether the staff's disinfection work is up to standard and predict the amount of disinfectant used.

Hospital disinfection detection system architecture

The working principle and scene display of the disinfection detection system

(1) Through the humidity terminal sensor, it can be judged whether the indoor place is effectively sterilized.

(2) Through the UWB module in the equipment, real-time monitoring and positioning of disinfecting personnel can be carried out.

(3)Through the flow detection sensor, the usage of disinfectant can be predicted. At the same time, combined with the humidity terminal sensor, it can be judged whether it is effective disinfection.

Advantages of intelligent disinfection detection system

（1）Disinfection detection terminals can be flexibly arranged in various areas.

（2）The weight of the disinfection sprayer only increases by about 200g, which is compact and convenient.

（3）The system can display the location information of disinfecting personnel in real time.

（4）The detection time is short, and it can be displayed on-site within 1 minute whether the disinfection is up to standard.

（5）UWB system positioning and flow sensor measurement are accurate.

Application scenarios of disinfecting detection system

（1）Hospital

（2）Hotel

（3）Airport

（4）School

（5）Shopping Mall

Intelligent Disinfection System Product Introduction

（1）Bluetooth beacon with Acceleration Sensors VDB1611

The VDB1611 is a Bluetooth beacon with an acceleration sensor and a temperature and humidity sensor. Its broadcast protocol conforms to Bluetooth BLE broadcast protocol, including iBeacon (Apple) and Eddystone (Google) two protocols. It is usually installed in a suitable location, sampling temperature, humidity, and acceleration information, and periodically broadcast to its surrounding environment, so that other Bluetooth devices such as Bluetooth gateways can scan and collect their sensor information. It is usually not connected by other BLE host devices, but can be connected through the mobile APP, and modify its broadcast parameters and other contents.

（2）BLE4.2 Low Power Bluetooth Beacon VDB1615

VDB1615 is a Bluetooth Beacon device. It uses a broadcasting protocol which is based on BLE (Bluetooth Low Energy ). VDB1615 broadcasts its general cofig parameters like UUID, Major, Minor, RSSI etc. to surroundings over 37, 38 and 39 BLE channels continuously and non-directionally.

（3）Road Spikes Bluetooth Positioning Beacon VDB1612

VDB1612 is a Bluetooth spike beacon.The beacon USES the BLE low power Bluetooth broadcasting method and USES its supported common properties profile to continuously send astatic broadcast packets over channels 37, 38, and 39.The broadcast content can be read by the APP "Skylab_xbeacon" developed by our r&d team, including UUID, Major, Minor, RSSI and other information.

（4）4G Bluetooth 4.2+Bluetooth 5.0 Gateway VDB2602

VDB2602 is a wireless gateway integrating WIFI and BLE of high-power Bluetooth. It supports 2 way of BLE scanner (BLE4.2+BLE5.0). And it can connect max.8+20 BLE peripherals, which can be flexibly used in various scenarios. For example, remote control of BLE devices, gathering data sent by BLEdevices and uploading to background servers, etc.