2results about How to "Avoid getting too close" patented technology

The utility model provides a kind of earthworm breaking device, including cauldron body, it is equipped with a rotating shaft in it, multiple broken components with the included angle being equipped with rotating shaft are sequentially arranged along the length direction of rotating shaft, the first cantilever is at least extended out to the top of rotating shaft, the second cantilever corresponding with the first cantilever is extended out to the bottom of rotating shaft, and scraper is equipped between the two cantilevers, the blade part of scraper is in contact with the inner wall of cauldron body, and the plane where scraper is located forms the included angle between cauldron body inner wall, and when rotating shaft rotates, the scraper can move along the tip direction of included angle. The utility model is equipped with scraper set in the inner wall of cauldron body, so that earthworm remains can be scraped down promptly and projected to the inside of cauldron body, so that the earthworm remains adhered to the inner wall can be contacted by broken component, and further improve the breaking effect of remains, to more conveniently extract the material in earthworm debris in later stage.

The present application relates to the field of tire processing technology, and more particularly to a double-joint automatic avoiding device and method for a feeding frame of a building machine, comprising the following steps: after the cord is rectified and the joint is detected, the cord enters a cutting mechanism; when it is detected that the joint is too close, a half piece of material of a pre-cut length is cut and sent to a rejection belt; the rejection belt switches a channel, temporarily stores the half piece of material in a temporary storage belt, and then resets; the next complete piece of material is continuously cut and sent to a normal channel; a control module calculates the third cutting length as a standard fixed length minus the pre-cut length; the rejection belt cooperates with the temporary storage belt to convey the half piece of material to a splicing belt; the third piece of material is also sent to the splicing belt; and a splicing mechanism splices the half piece of material and the third piece of material into a complete single piece of cord and then outputs it. The present application realizes automatic recognition of double joints and lossless recombination of the material, has a multi-layer cord orthogonal cross misalignment correction function, significantly improves the quality of tire products, and can run automatically in the whole process, improving production efficiency.