4 results about "Web handling" patented technology

The invention provides a method and system for detecting an unauthorized URL of a website based on automatic operation of a common user, belongs to the technical field of network security, and can at least partially solve the problems of low detection efficiency, poor accuracy and excessive dependence on manual operation in the prior art. Automatically logging in a website by using the registration information, processing a verification link, and obtaining session information; obtaining a JS file through a web crawler in a normal user login state; analyzing the JS file, extracting static, dynamic and relative URLs in combination with lexical analysis, grammatical analysis and sandbox simulation execution, and unifying the static, dynamic and relative URLs as absolute URLs; de-duplicating and normalizing the URL; accessing the URL through a common user session by using a network test tool, obtaining response data, comparing the response data with a high-authority user reference response, and judging an unauthorized URL; the method has the beneficial effects that automatic and comprehensive detection of the unauthorized URL is realized, and the detection efficiency and accuracy are remarkably improved.

A method (300) for monitoring and holding web (102) of packaging material using a web processing device (100), the web processing device (100) comprising a first roller (104) and a second roller (108), wherein the first roller (104) and the second roller (108) are spaced apart by a distance (D) from each other to form a web relaxation section (112), wherein a first motor (106) is positioned upstream or inside the first roller (104), and a second motor (110) is positioned on the second roller (108). Downstream or inside of 108), wherein a first sensor (114) for detecting a mark (116) on a web (102) is positioned between a first motor (106) and a first roller (104), and a second sensor (118) for detecting a mark (116) is positioned between a second roller (108) and a second motor (110), the method comprising: receiving (302) first speed data (120) from the first motor (106); receiving (302) first speed data (120) from the second motor (110); receiving (302) first speed data (120) from the second motor (110). 304) Second speed data (122); Receive (306) Initial web slack data (126) representing the initial web slack (WS-I) at the first time point; Determine (308) the uncompensated length of the web slack (112) at the second time point based on the first speed data (120) and the second speed data (122) during the time period from the first time point to the second time point and the initial web slack data (126); Receive (310) first registration data (128) from the first sensor (114), the first registration data (128) being related to the detection of a marker (116) at the first time point; Receive (312) second registration data (130) from the second sensor (118), the second registration data (130) being related to the detection of a marker (116) at the third time point; and Determine (314) the compensated length of the web slack (112) at the third time point based on the uncompensated length and the time difference between the second time point and the third time point.

Multi-zone nonwoven materials are disclosed that have an excellent combination of absorbency, fluid handling characteristics, and web handling characteristics. The nonwoven materials can be made through a foam forming process. The fiber components selected for each zone of the nonwoven material produces nonwoven materials with a relatively high toughness in combination with a relatively high peak load for improved processability.

Embodiments of the present application provide a website processing method, device, equipment and medium, relate to the technical field of Internet, the method is applied to electronic equipment, and low-quality root domain name data is maintained in the electronic equipment. The method comprises the following steps: obtaining a uniform resource locator of a webpage to be crawled based on a dark web search engine crawler, determining whether the root domain name of the uniform resource locator matches the low-quality root domain name data, if yes, rejecting to crawl the webpage to be crawled, and if not, processing the webpage to be crawled, thereby realizing the early identification of low-quality webpages, reducing the invalid collection of low-quality webpages, and reducing resource waste.