Temperature Acquisition Research Articles

Library Temperature and Humidity Remote Control System Based on Micro Controller Unit

This thesis has designed a remote control system which takes Micro controller Unit AT89S51 as the core for library temperature and humidity.The system consists of temperature and humidity data acquisition, wireless transceiver, Micro controller Unit and PC data display modules. The system can detect and control temperature and humidity of library remotely in real time, avoid the traditional manual labor tedious, and contribute to the storage of paper documents.

Temperature Testing and Analysing System for Heating Test of Household Electrical Appliances Base on LabVIEW

Base on LabVIEW software platform,this paper design a temperature testing and analysing system for heating test of household electrical appliances.It realizes the functions of temperature acquisition and processing,temperature curve shown,data analysis and preservation,testing process control.It reduces the complexity of the original testing method,and effectively improve the working efficiency of the testing laboratory.

The New Vehicle Condition Monitoring Indicator VPR and its Short-Time Prediction ARMA Model

The vehicle storage & transportation condition monitoring system focuses on the real time acquisition and processing analyses of life cycle environmental temperature and humidity, shock and vibration stress and the attitude and position information of Vehicle, it is the effective supplement of vehicle equipment maintenance and management. Based on the vehicle storage state information defining a new index early warning rate vehicle predictive rate (VPR), and establish the ARMA forecasting model. The experimental results show that the model can slow the short-term trend fast track prediction to the small capacity samples of the VPR, and that about 12% of high precision. Prediction results help to establish the vehicle equipment maintenance quality management plans for the vehicles those in complex difference transportation environment, and their performance status is not the same.

The Measure and Control System Design for Temperature and Humidity in General Storeroom

Based on the STC89C52 MCU as the core, this paper designs the measure and control system for temperature and humidity in general storeroom. The system includes two parts: hardware circuits design and software design. The hardware circuits include MCU smallest system, temperature and humidity signal acquisition circuit, keyboard circuit, LCD display circuit, control circuit and alarm circuit; the software includes main program and subroutines (temperature and humidity setting, acquisition, display and overrun processing, etc.). Through system function debugging, the system can realize the temperature and humidity information acquisition, display and control.

Design of Remote Temperature Detection System on the Base of GSM SMS Module

The article comes up with a design method of remote temperature detection system which uses GSM SMS module and C8051F020 MCU as core components. Temperature acquisition chip adopts single intelligent temperature sensor DS18B20. Through GSM network, it transfers the temperature value to the main controlling center or operator’s mobile phone. It can realize loop detection of temperature data at multiple points. This system has the many features, such as high integration level, strong controlling function, wide application range, etc. It has certain practical application value.

The Design of Granary Storage Monitoring Node Based on Wireless Sensor Network

Wireless sensor networks can real-time sense, acquire and process the environmental information. Based on the research of the sensor node in grain storage temperature monitoring, the hardware circuit of the node is designed. And according to the feature of DS18B20 , multi-point temperature acquisition of grain storage is designed too. What’s more, based on the TinyOS operating system ,we design the temperature acquisition system for the grain storage monitoring.

Observations of in vitro pollen germination of Prunella vulgaris

To determine the optimal condition of pollen germination. The pollen of Prunella vulgaris was cultured in vitro. Pollen germination rates were recorded using 10% H3BO4, 30% Ca(NO3)2, 20% MgSO4 and 10% KNO3 as the basic mineral medium with PEG of different molecular weight, sucrose of various density and multiple pH value. The rates were also measured under different cultivation temperature and pollen acquisition time. The optimal condition of pollen germination is 10% H3 BO4, 30% Ca(NO3)2, 20% MgSO4, 10% KNO3, and 25% PEG-4000 as the medium, with pH about 6. 5 and pollen acquired at the beginning of blossom.

A No-Pump Cycling Water-Saving System for Solar Water Heater

In order to solve the problem which is very common when we use a solar water heater for a shower but the hot water can not come immediately because of the cooled water remained in the pipeline, a no-pump cycling water-saving equipment is designed based on a pressure-regulated suction device, temperature acquisition control circuit and a water-saving box. The kinematics and mechanics parameters are confirmed on the result of calculation and software simulation, and are tested by doing physical experiment. It can make it come true to economize the water and energy for solar power heater.

Design of Temperature and Humidity Monitoring System for Marine Working Platform

A kind of temperature and humidity monitoring system for Marine working platform is introduced; the Processor of ARM Cortex-M3 as the core work components for the system is used, and the hardware and software architecture of the monitoring system is designed. The system has three component units: Temperature and Humidity monitoring unit, Minimum system unit and Control unit, design of the hardware and software is instructed in detail from these three parts of the system. It is proved by practice that the system can effectively achieve the acquisition of multi-point temperature and humidity monitoring and data management, and the normal work and operation of the instrument in the working platform at sea are ensured.

Design and Implement Wireless Temperature Sensor Network Based on Distributed Platform

Design and implement a distributed platform based on wireless temperature sensor network via mass data storage of distributed platform, distributed computing and machine learning etc., while using a wide range of WCDMA network system and the 3G network’s quickly transmission rate, the advantages of stable signal.The system include the distributed computing storage platform based on hadoop,Using WCDMA DTU and embedded technology to develope wireless remote temperature sensor module, design and implement the temperature data of prison acquisition platform based on web. The results show that using distributed storage platform and WCDMA network to develop temperature sensor module and using web to develop temperature acquisition system that solve the problem of low efficiency, slowly computation speed cause by mass data storage and large data analysis in the temperature sensor network.These all meet the current new requirements of data expansion.

Simultaneous Acquisition of Temperature and Structural Information by X-Ray Diffraction and DSC

Simultaneous Acquisition of Temperature and Structural Information by X-Ray Diffraction and DSC

New insights into the deformation of a Middle Pleistocene glaciotectonised sequence in Norfolk, England through magnetic and structural analysis

Abstract North Norfolk is a classic area for the study of glacial sediments with a complex glaciotectonic deformational history, but the processes leading to the formation of some structures can be ambiguous. Anisotropy of magnetic susceptibility (AMS) analyses, providing quantitative fabric data, have been combined with the analysis of visible structures and applied to the Bacton Green Till Member, exposed at Bacton, Norfolk. Thermomagnetic curves, low temperature susceptibility and acquisition of isothermal remanent magnetism (IRM) reveal that the magnetic mineralogy is dominated by paramagnetic phases. The magnetic foliation is parallel to fold axial planes and weakly inclined to bedding, whilst the magnetic lineation is orientated parallel to stretching, indicated by the presence of stretching lineations and the trend of sheath folds. Variations in the orientation of the magnetic lineation suggest that the Bacton section has been subject to polyphase deformation. After subaqueous deposition, the sequence was overridden by ice and glaciotectonically deformed which involved stretching initially north–south, then east–west. These results show that AMS can be used to detect strain in three dimensions through a glaciotectonite where paramagnetic mineralogy is dominant. This approach therefore provides further support to the use of AMS as a fast, objective and accurate method of examining strain within deformed glacial sediments.

Wireless Temperature and Humidity Acquisition System Based on MSP430F5438

This article has designed an low power granary temperature and humidity acquisition system, used the latest model MSP430F5438 belonging to TI company as the processor of the lower computer, colleceted temperature and humidity by SHT11, transmitted the collected physical data to the host computer through the SIM300 wireless transmission module and received data stored in the database. The host computer was done by using the C + + builder software, analysed the real-time physical datas and made reasonable warnings.

Study on the Temperature and Speed Test System

A kind of multiple parameter data acquisition system was designed based on single-chip microcomputer which can realized the data acquisition of temperature and DC motor speed. The data acquisition system consists of sensor, signal processing circuit, single-chip microcomputer and LED digital tube. The speed signal is acquired by photoelectric sensor, put into the Single-chip microcomputer processed after processed by signal processing circuit, and displayed the value in the digital tubes. The temperature signal is acquired by digital sensor, and the Single-chip microcomputer can read the data directly. Through two independent keyboards, the test system realized the data acquisition and data switch displaying of the multiple parameters.

The Design and Development of a Temperature Testing System in an Electric Fuel Injection Engine

In order to achieve the best engine performance, electronic control unit needs to be provided a different fuel injection and ignition timing corresponding to different engine temperature while in other conditions the parameters is the same, so the temperature of the engine cylinder plays an important role. In this paper, the C8051F020 is used as the main control unit MCU and the data processing unit. The cylinder temperature signal is detected by thermistor temperature sensor and at the same time A/D conversion and data processing are completed. The acquisition temperature values are sent to LED display, while achieving ultra-high temperature alarm and ultra-low temperature alarm. This paper introduced the hardware design of temperature acquisition system, in this section this paper focuses on the choice of the temperature sensor, micro-controller selection and the design of temperature acquisition circuit and temperature display circuit. This paper introduces the software design of the temperature test system. Based on the understanding to C8051F020 MCU, with a micro-controller language this paper assembled a software program of temperature test system including the signal acquisition, A/D conversion and temperature display. This paper also designed a simple structure and processing the data speed of the temperature acquisition system.

The Application of LabVIEW in Data Acquisition System of Solar Absorption Refrigerator

In order to enhance the coefficient of performance of solar absorption refrigerator and analyse the system performance, it was necessary to collect the operation parameters in the system. This paper put forward to combine the technique of visual instrument and the characteristic of solar absorption refrigerator, using National Instrument’s product LabVIEW, to develop an effective data acquisition(DAQ) system. This DAQ system can realize the real-time data acquisition of temperature, water flow rate and pressure as well as data transmission, processing, and display, in addition to provide users with historic data inquire. It saved a lot of labor power and material resources so that it made measurement more convenient and fast.

A Compact Remote Monitoring System for a Three-Phase 10-kVA Energy-Efficient Switchable Distribution Transformer

Remote monitoring has been implemented in many areas. This paper introduces its specific application to a three-phase 10-kVA energy-efficient switchable distribution transformer. A designed embedded system and embedded Ethernet have been implemented to achieve a compact remote condition monitoring for the transformer. The embedded system performs acquisition of voltages, currents, and temperatures, controls the switching devices that connect the tappings of the transformer, and processes acquired data. Client and server applications were developed through the use of embedded Ethernet to enable remote monitoring through a local area network (LAN). Some protocols were developed as parts of software development of the whole system. Experimentation was done by applying the remote monitoring system to the transformer connected to three-phase variable supply voltage and load. Results of the experimentation by using a LAN available in the school revealed that the system can handle remote monitoring and control tasks for the transformer.

Design of the Clutch Friction Plate Temperature Acquisition System Based on Zigbee

The concept of clutch friction plate temperature acquisition system is proposed based on Zigbee wireless technology because the clutch is of high-speed rotation and is hard to be wired. The Zigbee module based on MC13213 is selected as the core unit. The hardware and software of clutch temperature acquisition system are designed. Finally the bench test is conducted, which verifies the feasibility and reliability of the design.

The Design for Multi-Point Wireless Temperature and Humidity Acquisition USB-Based

Wireless temperature and humidity acquisition system is designed in this paper using PT100 thermal resistances and HS1101 sensors. The system is composed of thermal resistances using C8051f330 microcontroller with two-wire resistance measurement circuits, HS1101 frequency output circuits, 2.4 GHz ISM band RF transceiver chips nRF24L01 with multi-point sending and receiving, combination of wireless communication receiver modules CY7C68013. System uses the USB2.0 send temperature and humidity data to the PC, and display the curves of LabWindows / CVI real-time temperature and humidity.

An Improved Method for Acquisition of High-Speed Cutting Zone Temperature Based on Heat Conduction Reverse Seeking

The cutting zone temperature is the basic cutting process physical parameter, how to obtain it accurately is a problem over the years. In the paper, a method combined the artificial thermocouple method with thermal conduction reverse seeking method was proposed. The thermocouple can track the temperature history curve of the tool measured point. Then the tool and cutting process heat conduction models were built up in the ANSYS and AdvantEdge FEM respectively. According to the simulation results, the corresponding relationship between the rake face temperature and the measured point temperature and the shear slip face temperature can be solved. So the first and second deformation zone average temperature was obtained. Shown as the research results, the method proposed in the paper can obtain the small cutting zone temperature effectively. It provides technical support for the study of cutting process deformation and friction behavior.