Underneath hundreds of meters deep, the roar of coal mining intertwines with the sweat of miners to create a unique industrial symphony. In this dark alleyway, an invisible gas - carbon dioxide - is quietly threatening the safety of miners' lives. According to statistics, safety accidents caused by harmful gases account for more than 15% of underground disasters in China's coal mines every year, among which suffocation and poisoning incidents caused by excessive carbon dioxide concentration cannot be ignored. In this battle against invisible killers, mining carbon dioxide sensors play a crucial role.

The six dimensional torque sensor has shown great potential for applications in various fields such as robotics, aerospace, and medical rehabilitation due to its unique advantages. A six dimensional torque sensor, also known as a six axis force/torque sensor or a six axis force sensor, is an advanced sensor that can simultaneously measure three force components (Fx, Fy, Fz) and three torque components (Mx, My, Mz). This article will delve into the structure, working principle, and current research status of six dimensional torque sensors, in order to provide valuable references for practitioners and technical enthusiasts in related fields.

The 4th China Industrial Equipment Intelligent Operation and Maintenance Conference and Innovation Achievement Exhibition, hosted by the China Machinery Industry Federation and the China Association of Mechanical and Electrical Equipment Maintenance and Transformation Technology, will be grandly held in Hangzhou from April 16th to 18th. At that time, Shenzhen Senther Technology Development Co., Ltd. will showcase a series of cutting-edge products and technologies independently developed, designed and manufactured, with booth number B42.

Resistance strain sensor is a widely used sensor in industrial automation, mechanical manufacturing, building structure monitoring and other fields. It utilizes the strain effect of materials to convert changes in physical quantities (such as force, pressure, displacement, etc.) into changes in resistance values, which are then converted into electrical signals through circuits to achieve accurate measurement of physical quantities. This article will provide a detailed introduction to the principle and application of resistance strain sensors.

As an important member of the sensor field, photoelectric sensors, with their unique optical principles, can accurately detect key parameters such as the presence, position, speed, and movement of objects. The following is a deep analysis of the types and working principles of photoelectric sensors.

Recently, SentherTime's new office in Beijing was officially put into use, marking a crucial step forward for the company's sustainable development and embarking on a new journey.