Views: 0 Author: Annis from Saintbond company Publish Time: 2022-10-14 Origin: www.cranescaleloadcell.com
In addition, the fuzzy sensor, which has developed extremely rapidly in the past 10 years, is also a new type of non-integrated cantilever beam load cell.
Fuzzy sensors are based on classical numerical measurement, through fuzzy reasoning and intelligent synthesis, and output the measurement results in the form of simulating the description of human natural language symbols. Obviously, the core part of the fuzzy cantilever load cell is to simulate the generation and processing of human natural language symbols.
The "intelligence" of the fuzzy cantilever load cell is that it can simulate the entire process of human perception. Load cell It not only has the general advantages and functions of the cantilever beam load cell, but also has the ability to learn and reason, has the ability to adapt to changes in the measurement environment, and can learn and reason according to the requirements of the measurement task. In addition, the fuzzy sensor also has the ability to exchange information with the superior system, as well as the ability to self-manage and adjust. In layman's terms, the function of the fuzzy sensor should be equal to or even better than that of an experienced measurement worker.
The simple structure and function of the cantilever beam load cell. Among them, the classical numerical measurement unit not only extracts the sensor signal, but also performs numerical preprocessing on it, such as filtering and restoring the signal. The symbol generation and processing unit is the core part of the cantilever load cell. It uses the existing knowledge or experience (usually stored in the knowledge base) to further process the recovered sensor signal to obtain a simulation of human nature that conforms to the objective object. Descriptive information of language symbols. The realization method of the load cell is to use the
Portable vehicle weighing instrument, the full name is portable over-limit and overload vehicle weighing detector, also known as portable over-limit and overload detector, road administration mobile monitoring and over-limiting instrument, portable over-limit detection platform scale, etc.
Shenzhen Zhongluda Automobile Weighing Instrument is one of the super-controlling instruments, and it is also a must-have for car protection.
The advantages of Shenzhen Zhongluda are its thin tabletop, light weight, and easy portability. It is known as the notebook in the electronic truck scale.
Shenzhen Zhonglu Data manages over-limit transportation and is an indispensable tool for the road administration to effectively curb vehicle overload and over-limit.
The advantage of Shenzhen Zhongluda lies in its light weight and easy portability.
Shenzhen Zhongluda is used for highway management over-limit and overload transportation. It is an indispensable tool for road administration and traffic police departments to effectively curb vehicle overload and over-limit.
1. Shenzhen Zhongluda Lightweight: The use of ultra-high carrier frequency digital wireless transmission technology improves the anti-interference ability of the system, provides a technical guarantee for the dynamic measurement accuracy, and overcomes the problem that the wired transmission technology line is easily crushed.
2. Shenzhen Zhongluda automobile weighing instrument has high detection accuracy: the product uses high-precision sensors, and the detection accuracy can reach: static <± 2‰FS, dynamic <± 2%FS.
3. Waterproof: Multi-layer sealing protection of the weighing platform: The sensor is sealed and laser welded, the structure is simple and easy to maintain, and the effect of moisture-proof and waterproof is good, ensuring normal detection in rainy days.
4. Shenzhen Zhongluda automobile weighing instrument is easy to operate: the system adopts Chinese menu operation, the instrument has more complete display, setting, correction, operation, printing, communication and other functions, which is simple and clear to use. A single weighing platform can be used for wheel measurement (static and dynamic), and two weighing platforms can be used for axis measurement (static and dynamic).