Research on the Wireless Multi-Point Temperature Acquisition and SD Card Memory System

Guang Zhi Zhang; Da Jun Yue; Feng Li Ding; Yan Qun Xie

doi:10.4028/www.scientific.net/AMR.295-297.2624

Paper Titles

Quadruple-Arc Gear Design, Digital Processing and Carrying Capacity Test
p.2603

The Application of 2^nd Derivative in NIR and MIR Micro-Imaging of Two Plastic Materials
p.2607

Quality Control in the Process of Drying Forming of Water-Soluble Plastic Film
p.2615

Fatigue Strength Analytical Study of Truck-Mounted Concrete Pump
p.2620

Research on the Wireless Multi-Point Temperature Acquisition and SD Card Memory System
p.2624

Research on Point-by-point Calculation Compensation Algorithm for Scanning Contours of Rapid Prototyping
p.2631

The Key Technology in Extrusion Tapping of Internal Thread
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Analysis of Aromatic Volatiles Utilizing a MEMS-Based Gas Chromatography Column
p.2642

Effect of B₂O₃ and CaF₂ on Viscosity of Ladle Refining Slag
p.2647

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 295-297Research on the Wireless Multi-Point Temperature...

Research on the Wireless Multi-Point Temperature Acquisition and SD Card Memory System

Abstract:

Combining the low power loss technology with SD card, this system is designed, which is convenient for us to obtain the temperature data of the environment and in which the temperature acquisition module and the data receive memory module are included. The temperature acquisition module is responsible for transmitting the acquired valid temperature value into the data receive memory module by wireless, while the data receive memory module mainly stored the received effective data into SD card after being processed. With the wireless temperature acquisition system, it is convenient for us to acquire and record the multi-point temperature values from the environment.