近几年来，随着社会的不断发展，各种高精尖科技日新月异，围绕的中心是工业自动化以及人工智能化产业。如今我们生活的这个时代，新事物层出不穷，市场更迭不断。人们对生活和工作的便利度的要求也随之提高，整体趋势更加现代化、智能化。此外，国家工信部也在规划中明确了这几年的重点发展方向，种种利好条件都为科技的高速发展铺路，未来一切将以智能化为起点。

    以往的温度传感器属于接触式传感器，传感器需要接触表面温度来感知并输出信号，应用非常广泛，在市场中占有一席之地。近期欧姆龙推出了MEMS非接触式温度传感器，其中融入的科技把未来的智能生活一一展现在我们的眼前。下面就让我们进一步了解欧姆龙MEMS接触式传感器，深切感知未来工作和生活的“黑科技”带给我们的便利。

小而精的设计足以打动

这款传感器采用欧姆龙独创的MEMS技术，将热点堆元件和ASIC封装在一起，实现了小型化，超出我们想象的小，简单，高精度的特点。它的工作原理是由热电堆元件接收来自对象物的红外线热能，从而以非接触的方式检测对象物表面温度的传感器。

多种多样的可感知对象物

人体检测：

欧姆龙温度传感器通过检测人和周边环境之间的温度差和温度变化来检测人体指标，无比细微的差异都可以感知出来。在日常生活中，主要应用于空调设备，照明设备，安防系统和护理看护领域。

物体检测：

欧姆龙温度传感器通过对对象物温度如针尖点一样的温度也有精确的捕捉到。在日常生活，主要应用于环境空气检测，交通运输检测，医疗卫生事业，安保消防检测，温度计产品，冰箱产品，微波炉等加热产品， 电磁烹饪产品，数据中心设备以及其他工业设备。

非接触式传感器应用的意义

通过非接触式的工作原理，我们可以通过欧姆龙温度传感器的“黑科技”来快速检测我们所要检测的事物温度，提前预知危险，降低危险性的发生几率，同时也可以为节能环保做出不可估量的贡献。

杭州科赛控制技术有限公司专业从事欧姆龙传感器,欧姆龙继电器，欧姆龙连接器和欧姆龙开关代理销售为一体的欧姆龙代理商，欧姆龙销售服务热线：0571-87207399 官方网站：http://www.hzkskz.com

Recent years, with the continuous development of society, various high-precision and cutting-edge technologies have changed rapidly. The core around them is industrial automation and artificial intelligence. Today we live in an era of endless new things and market changes. People's requirements for living and working conditions are also raised, and the overall trend is to be more modern, automated, and intelligent. In addition, the National Ministry of Industry and Information Technology has also made clear the key development directions for the past few years in its planning. All kinds of favorable conditions have paved the way for the rapid development of science and technology. In the future, everything will be smart as a starting point.
    In the past, temperature sensors were contact sensors. Sensors need to contact surface temperature to perceive and output signals. They are widely used and occupy a place in the market. Recently, OMRON issued the MEMS non-contact temperature sensor, which incorporates technology to show the future of intelligent life in front of our eyes. Here's how to learn more about the OMRON MEMS contact sensor, and how the "black tech" of future work and life can help us in advance.

Small and refined design will impress you

The sensor uses OMRON original MEMS technology to encapsulate the hot spot reactor elements and ASIC together to achieve miniaturization, which is beyond the small, simple, and high-precision features we have imagined. Its working principle is that the thermal reactor element receives infrared heat energy from the object to detect the surface temperature of the object in a non-contact manner.

A variety of perceivable objects

Human testing:

OMRON temperature sensors detect human indicators by detecting temperature differences and temperature changes between people and the surrounding environment. Infinitesimal differences can be detected. In daily life, it is mainly used in air-conditioning equipment, lighting equipment, security system and nursing care.

Object detection:
  The OMRON temperature sensor also accurately captures the temperature of the object as the point of the needle. In daily life, it is mainly used in environmental air testing, transportation testing, health care, security fire testing, thermometer products, refrigerator products, microwave oven and other heating products, electromagnetic cooking products, data center equipment and other industrial equipment.

Significance of Application of Non-Contact Sensors
  Through the non-contact working principle, we can use the "black tech" of the OMRON temperature sensor to quickly detect the temperature of the things we want to detect, predict the danger in advance, and reduce the chance of danger. Meantime, it can also make invaluable contributions to energy conservation and environmental protection.