先进智能传感器应用与解决方案

欢迎来到智能传感器应用中心。ISSR 专注于高精度超声波传感器和换能器，以及先进的微波雷达和压电陶瓷技术。我们的使命是提供创新的解决方案，积极满足您的行业需求。从液位测量和卷筒纸导向到双张纸检测和 AGV 避障，请了解我们的多样化传感技术如何助力您的业务。.

智能城市

智能垃圾桶

智能垃圾桶中的超声波传感器用于检测手是否靠近垃圾桶，从而自动打开桶盖。它具有非接触、卫生和操作安全的特点。与红外线传感器相比，它不受光线、灰尘或颜色的影响，性能更稳定，使用寿命更长。此外，超声波传感器的检测范围可调，灵敏度高，抗干扰能力强，是自动开盖系统的理想选择。.

F77 接近开关

包装与印刷

纸张印刷双张检验

Ultrasonic double sheet detection sensors are widely used in paper feeding and handling processes in industries such as printing, packaging, and paper processing. They are used to detect the status of single or multiple sheets during the paper feeding process in real time. The sensor can effectively identify double or multiple sheets stacked and immediately issue an alarm signal when an anomaly is detected, thereby avoiding paper jams, printing misalignments, or material waste, ensuring production continuity and print quality. Its detection principle involves emitting signals from the ultrasonic transmitter, which are received by the receiver. The receiver analyzes the energy attenuation of the ultrasonic waves as they pass through the paper medium, thus accurately determining the number of paper layers, achieving stable, non-contact online detection.

M12 超声波双片检测传感器

M18 超声波双片检测传感器

纸张堆叠高度检测

Short-profile ultrasonic distance detection sensors are widely used in the printing, packaging, and paper processing industries for real-time monitoring and control of paper stack height. The sensor emits ultrasonic signals and receives the reflected echoes from the paper surface, calculating the round-trip time difference of the sound waves to accurately measure the height of the paper stack. This sensor effectively ensures high consistency during material feeding or stacking, preventing feeding difficulties, printing misalignment, or equipment malfunctions caused by uneven stacking, thus improving production efficiency and printing quality.

500 毫米超声波距离传感器

汽车电子

倒车辅助雷达

Mid-range ultrasonic distance detection sensors are widely used in automotive electronics, primarily for intelligent driving systems such as automatic parking, parking assistance, and reversing radar. The sensor emits ultrasonic signals and receives the echo signals reflected from the surface of obstacles, calculating the round-trip time difference of the sound waves to accurately measure the distance between the vehicle and the obstacle, providing real-time obstacle avoidance information. This sensor features moderate detection distance, high measurement accuracy, and fast response speed, effectively improving parking safety and the reliability of driving assistance systems.

中档超声波距离测量探头

水文和气象

湖泊和河流水位监测

Ultrasonic level sensors are widely used in hydrological and meteorological monitoring, primarily for real-time water level measurement in lakes, rivers, and reservoirs. The sensors emit ultrasonic signals and receive the echo signals reflected from the water surface, calculating the time difference of the sound waves’ round-trip propagation to accurately determine the water level, providing reliable hydrological data support for monitoring stations. This series of sensors offers multiple measurement ranges and output modes, featuring high measurement accuracy, fast response speed, insensitivity to medium color, long lifespan, and strong stability, significantly improving the reliability and data accuracy of hydrological monitoring systems.

风速和风向监测

Ultrasonic anemometer probes are widely used in meteorological monitoring and environmental observation, primarily for real-time measurement of outdoor wind speed and direction. A typical structure consists of multiple probes arranged at a certain angle, transmitting and receiving ultrasonic signals to analyze the differences in energy propagating in different directions, thereby accurately calculating wind speed and direction. This probe features fast response, high measurement accuracy, stable performance, and strong anti-interference capabilities. It can operate reliably for extended periods in complex outdoor environments, providing accurate wind field data support for meteorological monitoring systems.

风速计探头

橡胶塑料锂电池

双层电极检测

Ultrasonic double-layer sensors are widely used in the lithium battery industry, primarily for detecting double-layer stacking of electrode sheets, separators, and other materials during transport or stacking. This sensor can accurately identify single, double, or multiple stacked sheets and immediately issue an alarm signal upon detecting anomalies, effectively preventing material overlap, equipment jamming, or production waste. Its detection principle involves an ultrasonic transmitter emitting a signal, a receiver receiving the ultrasonic waves after they pass through the material, and then analyzing the energy attenuation characteristics of the waveform signal to accurately determine the number of material layers, thus achieving highly stable, non-contact online detection.

M12 双张纸检测传感器

M18 双张纸检测传感器

边缘检测和偏差修正控制

超声波边缘检测和偏差校正传感器广泛应用于锂电池生产线，主要用于电极片、隔膜和其他轧制材料的边缘检测和轧辊直径控制。其工作原理如下：传感器内部的发射探头向被测轧制材料发射超声波信号，另一个探头接收信号。通过分析超声波能量的衰减，传感器可以确定轧制材料对声束的阻挡程度，从而准确计算出轧制材料边缘的位置。传感器将检测结果实时反馈给控制系统，驱动收卷设备自动调整速度或偏移量，实现高精度的自动纠偏控制。.

校正传感器

物流仓储

AGV 避障

Mid-range ultrasonic distance sensors and their transducer probes are widely used in warehousing and logistics, automated guided vehicles (AGVs), and industrial automation for obstacle avoidance and path control. The sensors emit ultrasonic signals and receive echo signals reflected from obstacles or other mobile devices, calculating the round-trip propagation time of the sound waves to accurately measure the distance to the target and achieve real-time obstacle avoidance. This series of sensors features stable measurement, high accuracy, fast response, and strong environmental adaptability, effectively improving the operational safety and automation level of AGVs and intelligent logistics systems.

AGV 避障传感器

收发器分体式避障传感器

货物堆叠高度

Ultrasonic distance sensors are widely used in warehousing and logistics, primarily for height detection and monitoring of goods and materials during handling and stacking. The sensors emit ultrasonic signals and receive the echo signals reflected from the material surface, calculating the time difference of the sound wave’s round-trip propagation to accurately measure the stacking height. This provides real-time location information and height control data for automated warehousing systems. This series of sensors offers multiple measurement ranges and output modes, featuring high measurement accuracy, fast response speed, strong resistance to environmental interference, insensitivity to color and material, long lifespan, and high reliability. These characteristics significantly improve the operational efficiency and stability of warehousing and logistics monitoring systems.