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stress sensor
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  stress sensor
In this report, the static and dynamic responses of one device of this class (the K-Scan piezoresistive contact stress sensor) are formally characterized using a specially made pressure vessel that provides spatially homogeneous contact stress.
      
The p53 is known to act as a cellular stress sensor and triggers apoptosis.
      
Taken together, our findings indicate that RTN3 is directly involved in the ER-constituents trafficking events through dually acting as an essential and important ER-stress sensor, and a trigger for the Bcl-2 translocation.
      
This paper describes a stress sensor using a piezoelectric element which was developed to monitor features of the stress history of a structural member.
      
A possible application is an InP-based integrated optical stress sensor.
      
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Based on the load carrying features of a powered support, the method for its load measurement by the magnetoelastic principle is advanced. According to the structures of the powered support, a cross bridge type magnetoelastic stress sensor (MSS) is developed to measure different parts of the powered support. The subsequent application of it to the experiment of single body hydraulic pillars and simulated linkage specimens shows that an approximate linear relationship exists between the values of MSS...

Based on the load carrying features of a powered support, the method for its load measurement by the magnetoelastic principle is advanced. According to the structures of the powered support, a cross bridge type magnetoelastic stress sensor (MSS) is developed to measure different parts of the powered support. The subsequent application of it to the experiment of single body hydraulic pillars and simulated linkage specimens shows that an approximate linear relationship exists between the values of MSS output signal and the loads born by hydraulic pillars and linkage specimens. On the basis of the experimental results, the feasibility of load carrying measurement of powered supports with MSS is discussed.

液压支架是煤矿开采中的支护设备,其载荷的检测问题一直是没有得到很好解决.根据液压支架的受载特点,提出了应用磁弹性原理检测其外载荷的方法;根据支架的结构特点,研制了适合测量支架上不同受力构件的十字桥式磁弹性应力传感器,并以此对单体液压支柱和模拟连杆试件进行了加载检测试验.结果表明,液压支柱及连杆在不同载荷下,传感器的输出信号与载荷之间具有近似线性关系的规律性.进而讨论了用磁弹性应力传感器检测支架载荷的可行性.

According to the technological mining conditions of the roof and bottom pillar in Xincheng gold mine, the calculation formula of maximum deformation and horizontal critical load on artificial roof have been deduced by applying limit analytical method. The stability of the roof and bottom pillar has been monitored. During the test, the YZY of drilling hole stress sensor with strain and rigidity and the astrictive meter have been used and tested separately the variation of stress in the rock and the...

According to the technological mining conditions of the roof and bottom pillar in Xincheng gold mine, the calculation formula of maximum deformation and horizontal critical load on artificial roof have been deduced by applying limit analytical method. The stability of the roof and bottom pillar has been monitored. During the test, the YZY of drilling hole stress sensor with strain and rigidity and the astrictive meter have been used and tested separately the variation of stress in the rock and the cooling strain in the drift road. A effective method has been tracked out for monitoring the stability of the analogical pillars.

根据新城金矿顶底柱开采的技术条件 ,应用极限分析法导出了人工假顶最大变形量和水平临界载荷计算式 ,并据此对新城金矿顶底柱开采稳定性进行了监测。试验研究期间 ,运用YZY型应变式刚性钻孔应力传感器、收敛计分别对回采过程中岩体内应力变化、进路的收缩变形进行实测 ,为类似条件下矿柱开采的稳定性监测探索出一种行之有效的方法

According to the conditions that the very broken crown and sill pillars in Xincheng gold mine are difficult to be mined safely, the dynamic monitoring of the law of stope ground-pressure was carried out. The change of stope ground-pressure was measured by use of Model YZY borehole stress sensor and the secondary receiver, and the electronic digitally-displayed convergence indicator was used to measure a deformation of surrounding rock, so as to obtain a general law of ground pressure in the mining of crown...

According to the conditions that the very broken crown and sill pillars in Xincheng gold mine are difficult to be mined safely, the dynamic monitoring of the law of stope ground-pressure was carried out. The change of stope ground-pressure was measured by use of Model YZY borehole stress sensor and the secondary receiver, and the electronic digitally-displayed convergence indicator was used to measure a deformation of surrounding rock, so as to obtain a general law of ground pressure in the mining of crown and sill pillars. This provides a scientific basis for selecting the rational pillars mining scheme and the ground-pressure control measures.

针对新城金矿极破碎顶底柱难以安全采出的情况,开展了采场地压规律的动态监测。应用YZY型钻孔应力传感器和二次接收仪测量采场地压变化,采用电子数显式收敛计量测围岩变形,得出了顶底柱开采地压变化的一般规律,为选择合理的矿柱开采方案和地压控制措施提供了科学的依据。

 
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