47results about How to "Contrastive" patented technology

A storage device for carbon inspection and detection comprises a storage box, at least one first positioning hole and at least one positioning groove are formed in the storage box, and the storage box is used for positioning and installing a gas storage tank; the gas storage assembly is used for conveying detection gas to a gas storage tank, the gas storage assembly comprises a conveying pump, a gas inlet pipeline is fixedly installed at the gas inlet end of the conveying pump, and a gas exhaust pipeline is fixedly installed at the gas outlet end of the conveying pump; the flow meter unit is fixedly arranged on the exhaust pipeline and is used for monitoring the flow of the conveyed gas; the conveying pipeline is fixedly mounted on the storage box, and the conveying pipeline is further connected with the flow meter unit; the control electromagnet is fixedly mounted on the conveying pipeline and is used for controlling the gas conveying direction; the gas storage hose is fixedly installed on the control electromagnetic valve, and a metal pipe head is fixedly installed on the end face of the gas storage hose and used for being connected with a gas storage tank; a stabilizing assembly is further installed on the storage box and used for limiting and fixing the gas storage tank.

The invention provides a natural ecosystem investigation method. The natural ecosystem investigation method comprises the following steps: S1, acquiring a high-resolution remote sensing image and DEM data, and dividing ecosystem types; s2, typical ecological problems of the ecological system are determined, sample plot design and sample plot dynamic arrangement are carried out, investigation points are arranged in a sample plot, and sampling analysis is carried out; and S3, performing data analysis according to the plaque partition map, the sample plot location map and the remote sensing image map. According to the dynamic survey method combining quadrat / transect and sampling point actual ground survey, the mutual verification of ground, remote sensing and model data is realized by combining a satellite remote sensing and model simulation technology with multiple data sources, typical / important ecological problem partitions in a watershed ecosystem range are found out and verified, and a watershed ecological system is established. Support is provided for design and implementation of the ecological engineering project, and a data index basis is provided for acceptance of the ecological engineering project.