Automatic wall board production device and method

Abstract

The invention discloses an automatic wall board production device and method. The automatic wall board production device comprises a feeding unit, a metering unit, a mixing unit, a conveying unit, a die unit, a core pipe unit and a core pipe inserting and pulling unit. The feeding unit is connected with the metering unit. The metering unit is further connected with the mixing unit. The mixing unitis connected with a discharging unit. The die unit is located below the discharging unit. Eight or more rows of core pipes of the core pipe unit are arranged, and the longitudinal section of each core pipe is in a trapezoid shape. The two ends of the die unit are provided with core pipe passing holes. The two ends of the core pipe inserting and pulling unit are provided with core pipe supportingunits. When the core pipes are pulled out, the process is conducted in a row dividing pulling-out manner. By means of the automatic wall board production device and method, eight or more wall boards can be produced at the same time, and the production time of each wall board is shortened by 20% or above; in addition, the requirement for equipment pull force is lowered by 50% or above, the production efficiency is greatly improved; and meanwhile, the equipment requirement is lowered, and the production cost and equipment investment are saved.

Description

technical field [0001] The invention relates to the field of production equipment for partition wall panels, in particular to an automatic production equipment and method for wall panels. Background technique [0002] The production of partition boards, especially gypsum partition boards, generally includes the step of configuring the slurry, and also includes the step of preparing the mold (including inserting the core tube into the mold cavity), and then injecting the configured slurry into the mold for molding, and then pulling out the core Pipe and remove the mold and other steps. The above-mentioned steps are generally done manually at present, and there are also reports of mechanized production. The current equipment for automatic production of wallboards is generally only suitable for cement slurry, and its composition includes a feeding unit, a metering unit, and a mixing unit. , mold unit, core tube unit, core tube plugging unit, etc. The current automated product...

AI Technical Summary

Problems solved by technology

[0003] First, the production efficiency is low. The reasons for the low production efficiency mainly include: the length of the core tube is long, generally about 3m. Accurate insertion into the core tube groove of the mold cavity requires manual assistance, that is, it takes a long time to insert the tube; still because the core tube is long, after the wallboard has solidified for a period of time after injection, the resistance to be overcome is very large when pulling out the core tube , resulting in the current production equipment, which can only produce up to 5 wallboards at one time, which also results in low production efficiency;

[0004] Second, the requirements for equipment are high, especially for the pulling force of the core tube plugging unit, resulting in high equipment costs and high technical requirements for equipment installation and fixing, which is not conducive to large-scale production

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