Scope of Services:

Intelligent, information technology development, is to enhance and improve the modern building safety technology technology and driving force, to intelligent information as one of the security integrated platform, has been as the security system engineering in the planning and design of the primary technical topic, our company to network, platform, large-scale, comprehensive development as the direction, deep cultivation in this field and independent research and development of intelligent safety technical defense information as the basic carrying object of the system construction mode and network link system, for customers to solve a series of security needs.

Solution examples:

The HYPOS^® T-Card intelligent registration system is aimed at:

  Epidemic prevention and control - rapid screening of personnel information;

  Sudden danger - quickly identify the information of personnel on board;

  Daily drills - to check the effectiveness of exercises;

  The land office synchronizes personnel information on board;

  and other needs and problems to customize the intelligent security system.

It offers the following functional benefits:

 Personnel information registration is fast, accurate and complete;

Diversified customization of information terminals;

Cloud storage of personnel information;

Automatic statistics of positioning information;

Easy to view in real time on land;

Unaffected by ship power loss;

The information terminal comes with precise positioning function;

Monitor the safety status of staff in a timely manner to ensure the personal safety of staff.

Case 1: LNG terminal personnel and robot inspection and positioning system

1. Case background      

An LNG terminal in Tianjin, with a large area, needs intelligent and digital means to strengthen the efficient management of traditional plants.

2. Project implementation    

Shenzhen Haiyi adopts the self-developed Beidou + Bluetooth positioning technology to achieve high-precision positioning inside and outside the factory, accurately locate the location of inspection personnel in real time, and display the personnel location information and risk partition information on the management interface in the background.

Digitalization, visualization and informatization of personnel behavior management Real-time and accurate grasp of the operation trajectory of inspection personnel Accurately obtain the working status and location information of personnel to achieve real-time supervision;

GIS spatial geographic information technology integration, directional and precise management for some key areas, key time periods for accurate management, efficient and rapid response to events. When an accident occurs, quickly locate the location of personnel, and make command and dispatch at the best rescue time to avoid safety accidents;

Accurate and complete data storage Supervision and inspection work anytime and anywhere (inspection points, inspection areas, inspection routes, inspection duration, inspection records, and retrospective history).

3. System architecture

Case 2: Communication and personnel vehicle positioning system in an uninhabited area in the Middle East

1. Case background        

A geographical exploration project is carried out in the southeast of a certain place in the Middle East, and it is planned to use three types of vehicle clusters: light pickup trucks, heavy trucks and vibrator vehicles to complete the exploration project. The area is located in the uninhabited Gobi area, with no telephone communication and network signal coverage. A system needs to be put in place so that the camp center can monitor the status of vehicles in the work area.

2. Project implementation    

Shenzhen Haiyi uses a tethered UAV with an ad hoc network module as an air relay node to connect the remote operation team and the near-end ground command center to form an ad hoc network covering the entire operation area. The camp center can grasp the information of vehicle location, vehicle speed, vehicle acceleration and shutdown status in real time, communicate with personnel and issue instructions to vehicles.

The command center is equipped with fixed satellite ground station data receiving and receiving equipment, communication devices, front-end operating computers, etc., and its functions include: position monitoring, vehicle trajectory monitoring, vehicle communication, voice call, data sending and receiving and so on of the operating vehicle through the front-end software.

The vehicle terminal comprises a Beidou vehicle-mounted positioning terminal, a vehicle-mounted tablet terminal, a wireless data transceiver device, etc., and its functions include: vehicle positioning, navigation, and alarm are realized through terminal software, and communication between vehicle terminals and personnel and servers and command center terminals is realized through ground relay nodes.

Case 3: Drilling platform electronic safety supervision system

1. Case background      

The working environment of the offshore drilling platform is relatively harsh, the distribution of equipment and operators is complex, and the information exchange between the command center and the drilling operators is relatively difficult, and it is impossible to achieve the safety production requirements only by relying on video surveillance and manual screening.

2. Project implementation    

In cooperation with China University of Petroleum, Shenzhen Haiyi independently developed a video surveillance algorithm to integrate high-precision positioning of personnel, conduct real-time monitoring and warning of non-standard behaviors of on-site personnel, and display alarm information on the management interface of the background, so as to find weak links and potential safety hazards in safety production in a timely and effective manner, and prevent and curb the occurrence of major accidents.

3. System implementation

Video surveillance fuses AI algorithm learning to efficiently identify and analyze various violations; Full staff, whole process, all-weather, all-round video surveillance; Establish a real-time recognition and analysis of video behavior recognition model at the well site production site. Through deep learning algorithm information filtering, it provides accurate early warnings:

(1) The identification rate of fire, personnel falling into the water, pipeline dripping, etc. reaches 99%;

(2) Superior leaders, employees, third-party personnel and other users have the corresponding use of the management interface and authority;

(3) It is compatible with other intelligent and Internet of Things devices of the existing platform and has the characteristics of advancement, ease of use, reliability, scalability and integration.

Personnel positioning and tracking system By laying an explosion-proof intrinsically safe positioning base station on the drilling platform, the accurate positioning of personnel position is realized, including horizontal and elevation positioning; LiDAR, elevation angle sensor, and rotation sensor are installed on the crane to draw an electronic fence in combination with personnel positioning information.

Functions: (1) real-time location positioning of personnel; (2) Video linkage provides early warning of non-standard behaviors; (3) Electronic fence.

Personnel overboard identification Personnel overboard automatically start work immediately, or it can be started manually, and an alarm signal is sent to nearby ships through AIS/DSC-MOB, and nearby ships can know that someone is in distress within 5-10 seconds; After the ship or aircraft receives the alarm signal, the location of the crew in the water is quickly determined through the Beidou positioning system; The search and rescue team quickly went to the scene according to the positioning information and successfully rescued the crew who fell into the water.

Case 4: Low-altitude methane detection solution & customer case and feedback

1. Industry pain points

 Economic loss

Waste of resources: Methane leakage if not detected in time will result in a direct waste of resources.

Increased costs: Leaking methane requires additional disposal, increasing operating costs.

 Security Risks

Explosion risk: Methane is a highly flammable gas that threatens the safety of personnel and facilities.

Health Impacts: Long-term exposure to high concentrations of methane can have an impact on the health of workers.

 The scene is limited

Traditional detection: Handheld and cabinet types cannot meet the requirements of airborne equipment testing scenarios that require air terminals.

 Regulatory pressures

Strict environmental regulations: Methane leaks that exceed standards can result in hefty fines or legal action.

2. Advantages of low-altitude methane detection solutions

 Rapid inspection

Drones can quickly cover large areas and reduce the time required for manual inspections. With the Xinjiang Airport 2, it can automatically change the battery, eliminating the need for pilots, and realizing fully automated gas inspection.

 security

UAVs can be used for inspections in hazardous environments, reducing the risk of manual operations.

 Real-time data transmission

Ability to collect and analyze data in real-time to detect leaks or anomalies in a timely manner.

  Ease of operation

It supports fully automatic and refined inspection routes, and the drone can perform shooting tasks according to the specified path without too much human operation.

  flexibility

The flight path and altitude can be adjusted according to the needs to adapt to different environments and terrains.

 Reduce costs

Compared with traditional detection methods, drone inspection can save manpower and equipment costs.

3. Customer business pain points:

Methane is odorless, cannot be visualized, and it is difficult to locate leaks.

When harmful gases are artificially approached, the personal safety of staff cannot be guaranteed.

4. Our Advantages:

The drone is equipped with HJ-CH4, which can efficiently and accurately detect methane leakage in the oil refining process to ensure production safety.

Through non-contact detection, the potential safety hazards in the traditional inspection method are avoided and the inspection efficiency is improved.

Customer feedback