chrispeng [ad_1]
1. System implementation background
In order to ensure the product quality and drug safety of drugs in the production, storage, circulation, and operation of drugs, the pharmaceutical industry has increasingly higher requirements for the drug storage and transportation environment. The drug regulatory department has clearly required historical environmental monitoring data for drug warehouses. To ensure that the drug storage environment meets the relevant storage regulations.
The temperature and humidity requirements for drug storage are as follows: drug storage should be set up in warehouses with different temperature and humidity conditions. Among them, the temperature of cold storage should reach 2～10℃; the temperature of cool storage should not exceed 20℃; the temperature of room temperature storage should be 0～30℃; the relative humidity of each warehouse should be kept between 45～75%RH.
The “Pharmaceutical Business Quality Management Standards” was reviewed and approved by the Ministry of Health on November 6, 2012, and is hereby promulgated. It will come into force on June 1, 2013, clearly stipulating:
1. Effectively monitor and control the temperature and humidity of the warehouse; the warehouse should be equipped with equipment that automatically monitors and records the temperature and humidity of the warehouse, and the enterprise should establish relevant records of drug temperature and humidity monitoring.
(1) Store drugs according to the temperature requirements indicated on the packaging. If the specific temperature is not indicated on the packaging, store them in accordance with the storage requirements specified in the Pharmacopoeia of the People’s Republic of China;
(2) The relative humidity of the stored medicine is 35% to 75%;
2. The refrigerated drugs are placed in the refrigerating equipment to monitor and record the temperature according to the regulations, and ensure that the storage temperature meets the requirements;
3. During the transportation of refrigerated and frozen medicines, the temperature data in the refrigerated truck, refrigerated container or incubator shall be monitored and recorded in real time. Relevant records shall be established for temperature and humidity monitoring during transportation, storage and transportation, so as to be true, complete, accurate, effective and traceable. Those that do not meet the temperature requirements shall be rejected.
4. The enterprise shall monitor and control the temperature of the business premises so that the temperature of the business premises meets the requirements of normal temperature.
To achieve comprehensive temperature and humidity monitoring, traditional manual recording is far from meeting the requirements. The “Smart Drug Administration Internet of Things System” uses advanced sensor measurement technology, digital communication technology, computer network technology, automated control technology, etc., using wireless cloud sensor network temperature and humidity recorders and smart collection nodes as measurement terminals, combined with data collectors, The controller and other components are specially used in the temperature and humidity monitoring system of the pharmaceutical industry to realize effective monitoring and management of drugs in all aspects.
The Smart Drug Administration Internet of Things system and related products are very suitable for environmental monitoring of drug warehouses, drug production, temperature and humidity monitoring in drug business and circulation, and it is also very conducive to the smooth progress of GMP and GSP certification.
For this reason, Beijing Chuangyi Xingsheng Technology Development Co., Ltd. has developed a variety of lora products, such as lora control terminal CY-LRB-102, lora detection terminal CY-LRB-101 and other product models, and many other products are under development. The lora narrowband IoT technology realizes the monitoring of the environment in the drug storage place, including pm2.5, CO2 content, light, dust particle concentration, environmental temperature, humidity and air pressure, etc., to create a lora drug storage environment monitoring IoT system, through the monitoring of the environment Realize early warning of environmental conditions, and realize the transition from passive tolerance to active defense.
A lora control terminal can connect 16-32 environmental sensors. Lora’s long-distance communication greatly reduces the cost of relaying. This system can be applied to various scenarios that need to monitor real-time environmental status, such as common drugs, dangerous drugs and chemicals, and realize real-time monitoring and early warning of the environment.
2. Smart cloud monitoring of drug safe storage environment
The real-time smart cloud monitoring IoT system solution for drug safe storage environment uses a wireless smart network monitoring system, which is controlled by sensors, lora control terminal CY-LRB-102, lora detection terminal CY-LRB-101, and drug safe storage environment real-time smart cloud monitoring IoT The system data management cloud platform is composed of several parts. The monitored points can use sensors and lora control terminal CY-LRB-102, increase the number of monitoring points at any time as needed, and upload the data to the cloud platform via the Internet. The management personnel can view the relevant data at any time through computers, mobile phones and other terminals .
The intelligent monitoring system for drug storage environment ensures the normal and independent operation of various functions of the monitoring system, such as: data monitoring, data storage, SMS alarm, power failure alarm, etc., through monitoring equipment with independent management functions.
It has truly realized the monitoring system’s full operation under various conditions such as working days and statutory holidays.
The system can realize computer software alarm, on-site measurement point sound and light alarm, preset location (duty room) sound and light alarm, mobile phone text message alarm and other monitoring data exceeding limit alarm.
The system can realize computer software alarm, on-site measurement point sound and light alarm, preset location (duty room) sound and light alarm, mobile phone text message alarm and other monitoring data exceeding limit alarm.
3. Smart cloud monitoring of drug transportation and storage environment
The real-time smart cloud monitoring IoT system for the safe storage of medicines can also be connected to the cloud platform through the mobile network base station and the cloud platform through the lora monitoring terminal CY-LRB-102 (with temperature and humidity sampling function) with GPRS communication and GPS positioning functions. Realize the monitoring of the temperature and humidity of mobile environments such as vehicles and mobile refrigerators. Through the GPS module, the geographic positioning of the monitored vehicle is realized.
Smart cloud monitoring of drug transportation storage environment is to transmit refrigerated vehicles to remote server via GPRS in real time. Users can remotely monitor the speed, time, mileage, temperature in the vehicle and other status information about the vehicle through IE. Being able to record vehicle transportation in real time can play an important role in curbing serious traffic violations such as fatigue driving and speeding, restraining bad driving behavior of drivers, preventing road traffic accidents, ensuring vehicle safety, and improving operational management. And will provide raw data for accident analysis and identification.
Features:
1. Location query
2. In-car and remote real-time temperature query
3. Humidity query
4. Mileage statistics
5. Remote data export
6. Automatic adjustment of temperature upper and lower limit settings
7. Temperature over-limit alarm (3 SMS alarms)
8. Printing function
9. Two temperature measurement points in the car (less than 20 cubic meters in the car).
Four, system composition
The Smart Drug Administration IoT system consists of the following parts:
1. Modbus/bacnet wireless communication protocol
2. Lora control terminal CY-LRB-102, lora detection terminal CY-LRB-101
3. Data management cloud platform for smart drug supervision IoT system
The detailed transmission diagram of the monitored data is shown below:
Five, system technical advantages
1. No need to construct wiring, reduce construction cost;
2. The system is controlled and managed through the cloud, which is easy to expand and has good compatibility;
3. Using Web presentation mode, it can support various end devices to access and browse (such as PC, mobile phone, Pad, etc.);
4. The communication adopts the communication protocol with independent intellectual property rights, which has high security and good reliability;
5. Ultra-low power consumption software and hardware design, the system continues to work for a long time;
6. Standard communication protocol and interface mode are adopted to facilitate user access.
Six, product introduction
6.1 lORA control terminal CY-LRB-102
Product Image
DO1~DO8: Switch control interface, which can control the switch status of relay terminals 1~8.
DI1~DI5: It is the detected switch, which will map the switch status detected by the terminal.
Power indicator: It is the power indicator.
Signal control feedback light: Every time the control terminal changes, it will be accompanied by a signal feedback, and the light will flash once.
Product specifications
6.2 lORA monitoring terminal CY-LRB-101
Product Image
Product specifications
[ad_2]
