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A platform for research: civil engineering, architecture and urbanism
Preparation method of energy-saving thermal insulation concrete
The invention provides a preparation method of an energy-saving thermal insulation concrete, which is completed by cooperation of a bottom frame, a mincing device, a sliding frame, a chopping device,an electric sliding block, a sliding plate, a pressing device and two linkage devices, and can solve the problems that in the cutting process of long fibers, long fibers are usually put into a workingcylinder in a traditional chopping mode, the long fibers in the cylinder are smashed in an axial rotation mode, but in the whole smashing process, due to the fact that the long fibers are placed at will, the long fibers are difficult to cut off comprehensively, a small amount of the long fibers do not make contact with one another or are not cut off completely in the cutting process, and meanwhile due to the fact that the length of the long fibers is large, part of the long fiber yarns are wound on existing smashing equipment before being cut off, work of the existing smashing equipment is easily affected while the long fiber yarns are not cut off, and the long fiber yarns and the existing smashing equipment are difficult to separate in the later period.
本发明提供了一种节能保温混凝土制备方法，由底框、搅碎装置、滑动框、切碎装置、电动滑块、滑动板、压制装置和两个联动装置配合完成的作业，本发明可以解决在对较长纤维的切割过程中，传统的切碎方式通常将长纤维丝放入到工作筒中，通过轴向转动的方式对筒内的长纤维丝搅碎，但是，由于整个搅碎过程中，长纤维丝的放置为任意放置，难以对长纤维丝进行全面的切断，切断过程中容易出现少量未接触或者未完全切断的情况，同时由于长纤维丝长度较长，部分长纤维丝在切断前就缠绕在现有的搅碎设备上，造成未切断的同时容易影响现有搅碎设备的工作，且后期难以将二者分离等问题。
Preparation method of energy-saving thermal insulation concrete
The invention provides a preparation method of an energy-saving thermal insulation concrete, which is completed by cooperation of a bottom frame, a mincing device, a sliding frame, a chopping device,an electric sliding block, a sliding plate, a pressing device and two linkage devices, and can solve the problems that in the cutting process of long fibers, long fibers are usually put into a workingcylinder in a traditional chopping mode, the long fibers in the cylinder are smashed in an axial rotation mode, but in the whole smashing process, due to the fact that the long fibers are placed at will, the long fibers are difficult to cut off comprehensively, a small amount of the long fibers do not make contact with one another or are not cut off completely in the cutting process, and meanwhile due to the fact that the length of the long fibers is large, part of the long fiber yarns are wound on existing smashing equipment before being cut off, work of the existing smashing equipment is easily affected while the long fiber yarns are not cut off, and the long fiber yarns and the existing smashing equipment are difficult to separate in the later period.
本发明提供了一种节能保温混凝土制备方法，由底框、搅碎装置、滑动框、切碎装置、电动滑块、滑动板、压制装置和两个联动装置配合完成的作业，本发明可以解决在对较长纤维的切割过程中，传统的切碎方式通常将长纤维丝放入到工作筒中，通过轴向转动的方式对筒内的长纤维丝搅碎，但是，由于整个搅碎过程中，长纤维丝的放置为任意放置，难以对长纤维丝进行全面的切断，切断过程中容易出现少量未接触或者未完全切断的情况，同时由于长纤维丝长度较长，部分长纤维丝在切断前就缠绕在现有的搅碎设备上，造成未切断的同时容易影响现有搅碎设备的工作，且后期难以将二者分离等问题。
Preparation method of energy-saving thermal insulation concrete
一种节能保温混凝土制备方法
DING XIAOQIAO (author)
2021-03-02
Patent
Electronic Resource
Chinese
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