Patent ID: 11921097
Assignee: SICHUAN YANGDI SHIKONG TECHNOLOGY CO., LTD
Field: Measurement (Instruments)
Classification: CPC G  Y | IPC G

Claim 5:
6. The method for dynamic measurement of individual tree carbon sink according to claim 5, wherein the system for dynamic measurement of individual tree carbon sink comprises:
a user login module: configured to log in to the system for dynamic measurement of individual tree carbon sink;
an individual tree map display, browse and query module: configured to provide interactive modes based on map operations and provide map operation functions comprising translation, zoom in, zoom out, hierarchical display, individual tree attribute information query, and individual tree coordinate positioning;
a survey table and default data configuration module: configured to configure a field tree survey attribute table, the tree height curve, the binary volume table, and default data;
a communication relay device equipment and state management module: configured to query an equipment number, equipment type and coordinate position of the communication relay device and number information of a sample plot, view an operating state, a battery capacity and a sensor measured data of the communication relay device, and configure a monitoring frequency, the wake-up time and the wake-up duration for the communication relay device;
a tree diameter measuring sensor equipment and state management module: configured to query an equipment number of the tree diameter measuring sensor and number information of individual trees, view an operating state, a battery capacity and a sensor measured data of the tree diameter measuring sensor, and configure the wake-up time and the wake-up duration for the tree diameter measuring sensor;
an individual tree carbon storage summarization and computation module: configured to summarize the data of the tree diameter measuring sensor transmitted back by each communication relay device through the communication receiving device, and compute a carbon storage result of an individual tree by using the tree height curve, the binary volume table, and the default data;
a carbon storage variation analysis module: configured to collect statistics on the summarized and computed individual tree data, analyze survey accuracy and carbon sink quantity, quality, structure and distribution output by region and type, and compare statuses of each monitoring object before and after a monitoring cycle, comprising output growth, consumption, and dynamic changes;
a carbon sink measurement result visual display module: configured to display monitoring data by using three-dimensional maps, visual charts, and time series axes, to intuitively reflect dynamic changes of monitoring results.