Industrial

XRay visual attention detection
XRay energy saving
Who pick up the luggage
Cloud service and connection with third party systems
“Who is inside” information shown on the LED
Smart parking lock
Inspection of chassis
Automatic license plates verification (with LPR camera)
Access control and LPR attendance tracking
Real time parking lot monitoring
Limit entry by time zone
Global anti-passback
Who is inside
Flexible group scheduling

Energy saving for X-Ray machine

The machines are energy-efficient. The X-ray generator is only activated when the sensor identifies an object’s presence on the conveyor belt; otherwise, the conveyor belt will stop moving.

International Museum of the Baroque

Who picks up the luggage?

The system will take pictures for records when a traveler placed his/her luggage on the conveyor belt from one side and when he/ she picked up the luggage from the other side to ensure each traveler collects his/her own belongings.

Cloud service and connection with third party systems

There is a software development kit(SDK) of the entrance control which allows user to connect the product with third party applications for further software development. When people go through the turnstile, electronic entry records will be stored in the cloud. Third parties, such as police officers, medical staff, will know who is inside the construction site.

Automation System for petrol stations

Our comprehensive solutions for gas stations include advanced Automation Systems, featuring cutting-edge capabilities such as attendants' identification, real-time sales monitoring, allocation of fuel cards, and optimized fuel management. With integrated payment solutions, robust security features, and sophisticated data analytics, our systems are meticulously designed to enhance operational efficiency. Trust us to provide tailor-made solutions that not only streamline daily operations but also ensure a secure, technologically advanced, and data-driven environment for your gas station.

Smart parking lock

Plock 2 disallows drivers to park at a specific parking spot unless the vehicle has the authority to get access to the parking lot. The arm of Plock 2 can rotate back and forth when the parking lock receives signals from the sensor.

Inspection of chassis

Such inspection is to detect threats such as bombs that can easily be hidden underneath vehicles. As a vehicle arrives the checkpoint and gets over the imaging unit, cameras installed will capture images of the undercarriage and transmit them to the control unit which displays them on a monitor. It can be located in close proximity to the checkpoint or the exit area.

Automatic license plates verification (with LPR camera)

LPR technology is an application of computer video image recognition technology in license plate identification area. Its operation starts when the vehicle is located at the entrance of the parking lot, the LPR camera will scan the license plate characters, and its recognition technology will identify the license plate number, color and other information. If the number on the license plate is valid, the car park barrier will lift for access; otherwise, no access will be allowed.

Limit entry by time zone

As an administrators you may define active time periods of the access control on specific days. For example, you may disallow access on public holidays.

Global anti-passback

Global Anti-Passback is an advanced security function extending security level towards unregistered access. If any person enters the security area without authentication including tail-gating just like the red colored person in the image below, then that person will be locked up in the security area, even if the person has the access rights.

Who is inside

By using the "Who is inside" function, administrators can check how many persons still remain in the specific area/room, with their detailed information such as the personnel ID, first name, last name, department name and access time.

Gas Stations

Gas stations sell vehicle fuels such as gasoline and diesel, and condensed gas. Fuel dispensers are used
to pump the fuel into vehicles. Gasoline and diesel are obviously highly flammable, presenting a significant
fire risk. The detection systems must be highly reliable and cost effective, with the ability to swiftly detect
hydrocarbon flames.

Power Generation / Transformer Stations

Gas detection requirements for power generation can vary widely based on the fuel source, which may be
coal, oil, natural gas, or nuclear. Hydrogen gas is found in two main areas of the power
plant:

Generators
Lead Acid Battery Rooms

Detection systems must be able to detect the presence of hydrogen gas in generators, turbine rooms, and lead battery rooms. In coal-fired power plants, detectors must enable effective detection of coal dust and methane gas in areas such as coal chutes, conveyers, and employee tunnels.

Pharmaceutical Fcailities

From the outside, pharmaceutical production looks controlled and safe. Every production process involves a carefully maintained and sterile working environment. However, drug production and processing often involves exposure to combustible or toxic industrial chemicals. The main detection risk in the pharmaceutical plant is that of solvent vapors and fugitive emissions. As surveillance and safety is of utmost importance in the pharmaceutical industry, explosion-proof video cameras should be installed in hazardous areas.

Our Detection and suppression solutions must detect the presence of both combustible and toxic chemicals and gases, including hydrogen gas, in different processing areas

Food and Beverage | Refrigeration Facilities

The processes involved in the food and beverage industry often utilize flammable or toxic materials that present a risk to equipment and the health and safety of personnel, if left to accumulate.

Refrigeration facilities in the food and beverage industry are used to keep food cool for long periods of time. These facilities often use ammonia based cooling systems, as ammonia is efficient and economical for large scale food processing and storage. Ammonia is flammable if released in an enclosed space, with a source of ignition present, or if a vessel of anhydrous ammonia is exposed to fire. Its primary hazard, however, is toxicity. The explosive range of ammonia is from 16% (LEL) to 25% (UEL) when mixed with air.

Our Gas monitoring systems must be in place to detect the presence of ammonia before it reaches dangerous concentrations.
Our system also detect Natural gases in the process of baking, drying, and industrial steam generation