Weiqiao Textile launched the "Textile + AI" workshop

Recently, Weiqiao Textile launched the world's first "textile + AI" workshop. High-tech intervention changed the traditional production mode, making the production workshop more intelligent and helping the industry to transform and upgrade .

There is a phenomenon in the spinning industry: spinning requires high requirements in the workshop environment, such as the need for bright lighting, the temperature of the workshop is kept below 28 degrees Celsius, and the humidity is kept within 55%-65% to ensure product quality . "Production automation", "control system intelligence" and "online monitoring and intelligentization", the realization of "three-oriented" solves the above two major problems, and even realizes the production state of "light-off production, continuous weaving".

“In the entire production line, we installed 150,000 sensors, collected all the first-line data, and then carried out intelligent analysis. The results can be fed back to the system to automatically adjust the production process.” Zhang Hongxia, chairman of Weiqiao Textile, said: “Like a fine yarn. Workshop workers, now there are only 6 people in a class, one person has to look after 20,000 spindles, which was previously unthinkable, because 60 people were used before, and one person took care of 2-3 spindles at most." A more intuitive comparison of data Yes: The number of workers per 10,000 spindles in the textile industry is 100, but at least 10 people are used in Weiqiao Textile.

Wuhan Tianhe Airport launches "Face Recognition" security inspection system

Lei Feng.com news on June 23, the news from Hubei Airport Group said that Wuhan Tianhe Airport has fully launched the latest security information system and enabled the "face recognition" auxiliary verification function, which means that Tianhe Airport has completely realized the "paperless" customs clearance. Not far away.

According to reports, Wuhan Tianhe Airport security inspection "face recognition" auxiliary verification system has covered more than 130 security inspection terminals and more than 90 boarding gates at the airport. Through the camera to capture the face image of the scene passengers, the face recognition system and the face recognition system The security information system is displayed in a computer interface. When the passengers pass the inspection, the system will automatically, quickly and continuously capture the passenger's face image, which is used to compare with the ID card presented by the passenger, and realize the assistant judgment decision of “personal card combination”. In addition to convenience, the face recognition system also assumes the function of “security guard”.

Relevant persons of Hubei Airport Group said that in the next step, Wuhan Tianhe Airport will also implement the “paperless” customs clearance process to realize the QR code scanning verification and identification of the mobile phone at the security check counter and the boarding gate, and passengers no longer need to print the boarding pass. You can quickly clear customs and achieve high quality, convenient and intelligent travel.

Japan developed AI-driven ghost cell analyzer

In a new study, Japanese researchers invented a new cell recognition and sorting system called Ghost Cytometry. This system combines a new imaging technology with artificial intelligence (AI) to identify and sort cells at unprecedented high-throughput speeds. They hope their approach will be used to identify and sort circulating cancer cells in the patient's blood, accelerate drug discovery, and improve the efficacy of cell-based medical therapies. The results of the study were published in the June 15th issue of Science, entitled "Ghost cytometry."

Associate Professor Sadao Ota of the University of Tokyo in Japan said, "Ghost cell analyzers will help researchers who need to classify cells in the laboratory and benefit clinicians who need to quickly and accurately isolate and diagnose cell samples."

In this study, the researchers confirmed that the ghost cell analyzer was able to sort at least two different types of cells of similar size and structure, and that sorting errors were rare. Ghost cell analyzers are capable of recognizing cells at speeds of more than 10,000 cells per second and classifying cells at speeds of thousands of cells per second. Existing cell sorting machines are incapable of distinguishing cell types with similar shapes. Human experts often identify and sort cells at a rate of less than 10 cells per second with the aid of a microscope, and sometimes have poor accuracy.