Solution for Positioning and Management of Construction Site Personnel

NegotiableUpdate on 08/12

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Construction site personnel positioning management solution Woxu construction site personnel safety management solution, with internationally advanced UWB positioning technology as the core

Product Details

Solution for Positioning and Management of Construction Site Personnel

Woxu's construction site personnel safety management solution is based on internationally advanced UWB positioning technology. Using ToF positioning algorithm to implement tasks, inspections, and visitor personnel
Accurate positioning with an average accuracy of up to 30cm. Smart construction sites have complex environments, with large equipment moving and significant environmental changes. The coverage radius of a single base station is not less than 40m
Algorithms have a certain degree of compatibility with environmental changes. The system can achieve precise personnel positioning, trajectory playback, alarm upload/issue, electronic fence, video linkage, personnel attendance, etc
Function.

Application scenarios

Construction site, construction area.

System Architecture

Positioning device

functional realization

Real time location display:By combining UWB positioning technology with traditional control methods, management personnel can remotely and real-time view the location information and status of on-site construction personnel, and present it on a map
Now, implement visual management.

Historical trajectory query:It can query the activity trajectory of personnel within one year, and play back the trajectory of single or multiple people in a certain area, providing intuitive and visual support for event processing
Decision analysis.

Regional population statistics:Real time statistics of the number and distribution of construction personnel in various areas of the construction site, achieving dynamic management of personnel.

On duty attendance management:Combined with the construction site access control system, statistics are collected on the on duty time, number of on duty personnel, and working hours of construction personnel. Management can quickly check on duty status, monthly
The statistics of working hours can also be directly used as a reference for attendance review based on platform data.

Electronic fence management:Custom electronic fence, including monitoring and alarm functions such as crossing boundaries and detention. When personnel violate regulations, the system will trigger alarm settings and issue timely notifications
Police alert.

Dangerous area alarm:Set the construction area, construction time, information on workers, vehicles, etc., monitor the work area, and the system will automatically enter the relevant area for non workers
Generate a boundary warning and issue a detention warning for personnel or vehicles that have exceeded the operating time.

SOS active alarm:When encountering danger, on-site personnel can use a one click distress button to promptly send out distress alarm information. After receiving the alarm signal, management personnel can monitor it through video surveillance
Control and personnel positioning to determine the location of personnel at risk, and promptly implement on-site emergency response.

Video linkage:The UWB real-time positioning system is linked with the camera, and when an emergency alarm event occurs, the on-site video image can be automatically switched based on the location information, saving a lot of time and effort
Take the time of video surveillance footage and relieve the fatigue of watching video footage.

Large screen display:The linkage large screen function can display personnel status, entry and exit time, etc. on the large screen, effectively improving the safety management efficiency of construction personnel.

More Cases

Case 1: A Renewable Energy Utilization Center in Shanghai

Case 2: Longyan High speed Railway Station Project

Case 3: A certain section project of Tianjin Metro

Case 4: A land project in Tseung Kwan O, Hong Kong