CN109235805B - Autoclaved aerated concrete heat-insulation wallboard and production process - Google Patents

Abstract

The invention is suitable for production and assembly of wallboards, and provides an autoclaved aerated concrete thermal insulation wallboard and a production process thereof. The autoclaved aerated concrete heat-insulating wallboard and the production process provided by the invention are convenient to produce due to the fact that the autoclaved aerated concrete heat-insulating wallboard is formed by pouring through a die; the main wallboard is embedded with the left positioning wallboard and is fixed through the pipe rib A, the right positioning wallboard is attached to the right side of the main wallboard and is connected with the wall body through the pipe rib B, and the buckling rod of the buckling plate is directly buckled in the buckling piece to complete the assembly of the buckling plate, so that the assembly is convenient and the whole body is stable; the whole equipment is convenient, and labour saving and time saving has saved the labour cost among the in-process of equipment, and the deviation can not appear among the in-process of equipment, also does not have the danger of damaging.

Description

Translated fromChinese

一种蒸压加气混凝土保温墙板及生产工艺A kind of autoclaved aerated concrete thermal insulation wall panel and production process

技术领域technical field

本发明属于墙板技术领域，尤其涉及一种蒸压加气混凝土保温墙板及生产工艺。The invention belongs to the technical field of wall panels, and in particular relates to an autoclaved aerated concrete thermal insulation wall panel and a production process.

背景技术Background technique

外墙板又称外墙保温板、外墙装饰板、外墙斑纹装饰板，是工业化生产的大幅面外挂墙板，干法安装施工，耐久性好、维护成本低，集外墙保温与装饰功能与一体，复合建筑节能“模块化”技术发展方向，是目前我国建筑产业现代化的墙体外保温技术领域大力推广的一项先进技术，集保温装饰功能于一体的外墙板是一种可以替代瓷砖、大理石、铝塑板、外墙涂料的新型建材，应用及其广泛。Exterior wall panels, also known as exterior wall insulation panels, exterior wall decorative panels, and exterior wall speckled decorative panels, are industrially produced large-format external wall panels, dry installation and construction, with good durability and low maintenance costs. Function and integration, the development direction of composite building energy-saving "modularization" technology is an advanced technology that is vigorously promoted in the field of external wall insulation technology in the modernization of my country's construction industry. The new building materials that replace ceramic tiles, marble, aluminum-plastic panels and exterior wall coatings are widely used.

但是现有的墙板为一个整板，在安装时十分不方便，在安装的过程中质量难以保证，当前人工费用上涨的形式下，基于传统墙板安装费事费力，因此需要花费大量的安装费；由于施工环境不佳，安装的过程中容易出现偏差，墙板在安装的过程中也存在损坏的风险，基于上述问题，因此提出一种蒸压加气混凝土保温墙板及生产工艺。However, the existing wall panel is a whole panel, which is very inconvenient to install, and it is difficult to guarantee the quality during the installation process. Under the current form of rising labor costs, the traditional wall panel installation is laborious and laborious, so it requires a lot of installation costs. ; Due to the poor construction environment, deviations are prone to occur during the installation process, and the wall panel also has the risk of damage during the installation process. Based on the above problems, an autoclaved aerated concrete thermal insulation wall panel and production process are proposed.

发明内容SUMMARY OF THE INVENTION

本发明实施例提供一种蒸压加气混凝土保温墙板及生产工艺，旨在解决安装费事费力，需花费大量安装费，安装的过程中存在损坏的风险的问题。Embodiments of the present invention provide an autoclaved aerated concrete thermal insulation wall panel and a production process, aiming to solve the problems of laborious and laborious installation, a lot of installation costs, and the risk of damage during installation.

本发明实施例是这样实现的，一种蒸压加气混凝土保温墙板，包括主墙板、左定位墙板、右定位墙板和扣合板，所述左定位墙板和右定位墙板分别卡接在主墙板的左右两侧，所述扣合板扣合在右定位墙板上；The embodiments of the present invention are implemented in this way, an autoclaved aerated concrete thermal insulation wall panel includes a main wall panel, a left positioning wall panel, a right positioning wall panel and a buckle panel, the left positioning wall panel and the right positioning wall panel are respectively It is clamped on the left and right sides of the main wallboard, and the buckle plate is buckled on the right positioning wallboard;

所述主墙板的左侧一体化浇筑有长方形条，长方形条的外侧浇筑有方形凸柱，所述方形凸柱的前端中央固定加装有管筋A，所述主墙板的右侧开有定位孔A，所述定位孔A的内侧固定安装有弹簧，所述弹簧的前端安装有管筋B；所述管筋B前端的主墙板上开有条板定位槽，所述条板定位槽内接触安装有限位条板，所述管筋B压缩弹簧位于定位孔A内，所述管筋B的前端与限位条板的侧端接触连接，所述限位条板的侧端固定安装有拉环；所述主墙板右侧开有扣合杆贯穿孔；The left side of the main wall panel is integrally poured with a rectangular strip, the outer side of the rectangular strip is poured with a square convex column, the center of the front end of the square convex column is fixed with a pipe rib A, and the right side of the main wall plate is open. There is a positioning hole A, a spring is fixedly installed on the inner side of the positioning hole A, and a pipe rib B is installed at the front end of the spring; The limiting strip is installed in contact with the positioning groove, the compression spring of the pipe rib B is located in the positioning hole A, the front end of the pipe rib B is in contact with the side end of the limiting strip, and the side end of the limiting strip is connected A pull ring is fixedly installed; a buckle rod through hole is opened on the right side of the main wall panel;

所述左定位墙板为凹型，左定位墙板的厚度与主墙板的厚度相等，左定位墙板内凹槽长度与主墙板侧端长方形条的厚度相等，左定位墙板的凹槽内对应主墙板方形凸状开有定位孔B，左定位墙板的凹槽内定位孔B内壁正对于管筋A开有辅助定位槽A；The left positioning wall panel is concave, the thickness of the left positioning wall panel is equal to the thickness of the main wall panel, the length of the groove in the left positioning wall panel is equal to the thickness of the rectangular strip at the side end of the main wall panel, and the groove of the left positioning wall panel is equal to the thickness of the main wall panel. There is a positioning hole B in a square convex shape corresponding to the main wallboard, and an auxiliary positioning slot A is opened on the inner wall of the positioning hole B in the groove of the left positioning wallboard just opposite to the pipe rib A;

所述右定位墙板为L型，右定位墙板的厚度与主墙板的厚度相等，右定位墙板内横边长度与主墙板侧端的长条方形块及扣合板厚度和相等，右定位墙板的内边正对管筋B开有辅助定位槽B；右定位墙板的竖边内壁两侧开有固定槽，固定槽内安装有扣合件；The right positioning wall panel is L-shaped, the thickness of the right positioning wall panel is equal to the thickness of the main wall panel, the length of the inner lateral side of the right positioning wall panel is equal to the thickness of the rectangular block and the clasping plate at the side of the main wall panel, and the right Auxiliary positioning grooves B are formed on the inner side of the positioning wall panel facing the pipe rib B; fixing grooves are formed on both sides of the inner wall of the vertical side of the right positioning wall panel, and fasteners are installed in the fixing grooves;

所述扣合板的内侧端固定加装有扣合杆，扣合杆的前端为尖头状，扣合杆贯穿孔扣合在扣合件内。The inner end of the buckling plate is fixedly equipped with a buckling rod, the front end of the buckling rod is pointed, and the through hole of the buckling rod is buckled in the buckling piece.

优选的，方形凸柱呈两排多列等间距浇注在主墙板的左侧；定位孔B呈两排多列对应方形凸柱开设在左定位墙板的凹槽内。Preferably, the square convex columns are cast on the left side of the main wall panel in two rows and multiple columns at equal intervals; the positioning holes B are formed in the grooves of the left positioning wall panel in two rows and multiple columns corresponding to the square convex columns.

优选的，管筋A的长度大于左定位墙板凹槽底端距左定位墙板与墙体面的厚度，管筋B的长度大于右定位墙板内横边距底端的长度。Preferably, the length of the pipe rib A is greater than the thickness of the bottom end of the groove of the left positioning wall panel from the left positioning wall panel and the wall surface, and the length of the pipe rib B is greater than the length of the inner lateral edge of the right positioning wall panel from the bottom end.

优选的，定位孔A呈两排多列开设在主墙板的右侧，辅助定位槽B呈两排多列对应定位孔A开在右定位墙板上。Preferably, the positioning holes A are opened on the right side of the main wall panel in two rows and multiple columns, and the auxiliary positioning slots B are opened in two rows and multiple columns corresponding to the positioning holes A on the right positioning wall panel.

优选的，扣合杆贯穿孔等间距开设在相邻定位孔A间。Preferably, the buckling rod through holes are opened between adjacent positioning holes A at equal intervals.

优选的，管筋A和管筋B均为不锈钢材质构件。Preferably, both the pipe rib A and the pipe rib B are made of stainless steel.

优选的，限位条板为一种硬质塑料材质构件，拉环为不锈钢材质构件，拉环与限位条板活动铰接。Preferably, the limiting strip is a hard plastic material member, the pull ring is a stainless steel member, and the pulling ring and the limiting strip are movably hinged.

优选的，扣合件为弹簧和挡板连接而成的一种构件，弹簧一端与固定槽的内部固定连接，弹簧的另一端与挡板连接，扣合杆前端挤压挡板并穿过挡板后，挡板在弹簧作用下恢复原位，对扣合杆进行固定。Preferably, the buckle is a member formed by connecting a spring and a baffle. One end of the spring is fixedly connected to the interior of the fixing groove, and the other end of the spring is connected to the baffle. The front end of the buckle rod presses the baffle and passes through the baffle. After the plate is installed, the baffle plate is restored to its original position under the action of the spring, and the buckle rod is fixed.

一种蒸压加气混凝土保温墙的生产工艺，包括如下步骤：A production process of autoclaved aerated concrete thermal insulation wall, comprising the following steps:

S1：选用主墙板模具、左定位墙板模具、右定位墙板模具以及扣合板模具，S1: Select the main wall panel mould, left positioning wall panel mould, right positioning wall panel mould and buckle plate mould,

S2：将管筋A等间距呈一条直线插接在主墙板模具的左侧，往主墙板模具内浇筑蒸压加气混凝土，待冷却后在右端定位孔A内放置弹簧，再将管筋B压缩弹簧，将管筋B置于定位孔A内，并通过限位条板对管筋B进行限定；S2: Insert the pipe ribs A in a straight line at equal intervals on the left side of the main wall panel mold, pour autoclaved aerated concrete into the main wall panel mold, and place a spring in the positioning hole A at the right end after cooling, and then place the pipe The rib B compresses the spring, and the pipe rib B is placed in the positioning hole A, and the pipe rib B is limited by the limiting strip;

S3：往左定位墙板模具内浇筑蒸压加气混凝土，待冷却成型后取出成型的左定位墙板；S3: pour autoclaved aerated concrete into the left positioning wall panel mold, and take out the formed left positioning wall panel after cooling and forming;

S4：往右定位墙板模具内浇筑蒸压加气混凝土，待冷却成型后，在固定槽内加装扣合件；S4: Pour autoclaved aerated concrete into the right positioning wall panel mold, and after cooling and forming, add a fastener in the fixing groove;

S5：将扣合杆插接在扣合板模具的侧端，往扣合板模具内浇筑蒸压加气混凝土，待冷却成型后，取出扣合板。S5: Insert the buckle rod on the side end of the buckle plate mold, pour autoclaved aerated concrete into the buckle plate mold, and take out the buckle plate after cooling and forming.

本发明提出的蒸压加气混凝土保温墙板及生产工艺，由于主墙板、左定位墙板、右定位墙板和扣合板分别采用主墙板模具、左定位墙板模具、右定位墙板模具以及扣合板模具浇筑而成，所以生产方便；由于主墙板与左定位墙板嵌接，并通过管筋A进行固定，所以主墙板与左定位墙板组装方便；由于右定位墙板贴合在主墙板的右侧，通过管筋B与墙体进行连接，所以主墙板与右定位墙板组装方便；由于扣合板的扣合杆直接扣接在扣合件内即可完成扣合板的组装，并对主墙板与右定位墙板之间的连接进一步固定，所以扣合板组装方便，并对整体结构进行加固；整体组装方便，组装的过程中省时省力，节省了人工费，组装的过程中不会出现偏差，也不存在损坏的危险。The autoclaved aerated concrete thermal insulation wall panel and the production process proposed by the present invention, because the main wall panel, the left positioning wall panel, the right positioning wall panel and the buckle panel respectively adopt the main wall panel mould, the left positioning wall panel mould and the right positioning wall panel The mold and the buckle plate mold are cast, so the production is convenient; because the main wall panel is embedded with the left positioning wall panel and fixed by the pipe rib A, the assembly of the main wall panel and the left positioning wall panel is convenient; because the right positioning wall panel It is attached to the right side of the main wall panel and is connected to the wall through the pipe rib B, so the main wall panel and the right positioning wall panel are easy to assemble; because the buckle rod of the buckle plate is directly buckled in the buckle, it can be completed. The assembly of the buckle plate and the connection between the main wall plate and the right positioning wall plate are further fixed, so the buckle plate is easy to assemble, and the overall structure is reinforced; the overall assembly is convenient, and the assembly process saves time and labor, saving labor cost, there will be no deviation during the assembly process, and there is no danger of damage.

附图说明Description of drawings

图1是本发明实施例提供的整体结构示意图；1 is a schematic diagram of an overall structure provided by an embodiment of the present invention;

图2是本发明实施例提供的主墙板主视图；2 is a front view of a main wall panel provided by an embodiment of the present invention;

图3是本发明实施例提供的主墙板主向剖视图；3 is a main sectional view of a main wall panel provided by an embodiment of the present invention;

图4是本发明实施例提供的主墙板左视图；4 is a left side view of a main wall panel provided by an embodiment of the present invention;

图5是本发明实施例提供的主墙板右视图；5 is a right side view of a main wall panel provided by an embodiment of the present invention;

图6是本发明实施例提供的左定位墙板右视图；6 is a right side view of a left positioning wall panel provided by an embodiment of the present invention;

图7是本发明实施例提供的右定位墙板主视图；7 is a front view of a right positioning wall panel provided by an embodiment of the present invention;

图8是本发明实施例提供的右定位墙板左视图；8 is a left side view of a right positioning wall panel provided by an embodiment of the present invention;

图9是本发明实施例提供的右定位墙板与扣合板连接图；Fig. 9 is the connection diagram of the right positioning wall plate and the buckle plate provided by the embodiment of the present invention;

图10是本发明实施例提供的主墙板模具主视图；10 is a front view of a main wall panel mold provided by an embodiment of the present invention;

图11是本发明实施例提供的主墙板模具俯视图；11 is a top view of a main wall panel mold provided by an embodiment of the present invention;

图12是本发明实施例提供的左定位墙板模具侧视图；12 is a side view of a left positioning wall panel mold provided by an embodiment of the present invention;

图13是本发明实施例提供的左定位墙板模具俯视图；13 is a top view of a left positioning wall panel mold provided by an embodiment of the present invention;

图14是本发明实施例提供的右定位墙板模具俯视图；14 is a top view of a right positioning wall panel mold provided by an embodiment of the present invention;

图15是本发明实施例提供的扣合板模具俯视图。FIG. 15 is a top view of a buckle plate mold provided by an embodiment of the present invention.

图中：1、主墙板；2、左定位墙板；3、右定位墙板；4、扣合板；5、方形凸柱；6、管筋A；7、定位孔A；8、弹簧；9、管筋B；10、条板定位槽；11、限位条板；12、拉环；13、扣合杆贯穿孔；14、定位孔B；15、辅助定位槽A；16、辅助定位槽B；17、固定槽；18、扣合件；19、扣合杆。In the figure: 1. Main wall panel; 2. Left positioning wall panel; 3. Right positioning wall panel; 4. Buckle panel; 5. Square convex column; 6. Pipe rib A; 7. Positioning hole A; 8. Spring; 9. Pipe rib B; 10. Strip positioning groove; 11. Limit strip; 12. Pull ring; 13. Buckle rod through hole; 14. Positioning hole B; 15. Auxiliary positioning groove A; 16. Auxiliary positioning Slot B; 17. Fixing slot; 18. Fastening piece; 19. Fastening rod.

具体实施方式Detailed ways

为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

参见图1至9所述的蒸压加气混凝土保温墙板的实施方式，本申请提供的一种蒸压加气混凝土保温墙板，包括主墙板1、左定位墙板2、右定位墙板3和扣合板4，左定位墙板2和右定位墙板3分别卡接在主墙板1的左右两侧，扣合板4扣合在右定位墙板3上；主墙板1的左侧一体化浇筑有长方形条，长方形条的外侧浇筑有方形凸柱5，方形凸柱5的前端中央固定加装有管筋A6，主墙板1的右侧开有定位孔A7，定位孔A7的内侧固定安装有弹簧8，弹簧8的前端安装有管筋B9；管筋B9前端的主墙板1上开有条板定位槽10，条板定位槽10内接触安装有限位条板11，管筋B9压缩弹簧8位于定位孔A7内，管筋B9的前端与限位条板11的侧端接触连接，限位条板11的侧端固定安装有拉环12；主墙板1右侧开有扣合杆贯穿孔13；左定位墙板2为凹型，左定位墙板2的厚度与主墙板1的厚度相等，使得左定位墙板2与主墙板1连接后，接触端呈一个平面，使得整个墙板表面平整，左定位墙板2内凹槽长度与主墙板1侧端长方形条的厚度相等，使得主墙板1可稳固套接在左定位墙板2的凹槽内，连接稳固。Referring to the embodiments of autoclaved aerated concrete thermal insulation wall panels described in FIGS. 1 to 9 , an autoclaved aerated concrete thermal insulation wall panel provided by the present application includes amain wall panel 1 , a leftpositioning wall panel 2 , and a right positioning wall panel Theplate 3 and thebuckle plate 4, the leftpositioning wall plate 2 and the rightpositioning wall plate 3 are respectively clamped on the left and right sides of themain wall plate 1, and thebuckle plate 4 is buckled on the rightpositioning wall plate 3; Rectangular strips are poured on the side integrated, and squareconvex columns 5 are poured on the outside of the rectangular strips. The center of the front end of the squareconvex column 5 is fixedly installed with a pipe rib A6. The right side of themain wall panel 1 is provided with a positioning hole A7. The positioning hole A7 A spring 8 is fixedly installed on the inner side of the spring 8, and a pipe rib B9 is installed at the front end of the spring 8; the main wall panel 1 at the front end of the pipe rib B9 is provided with a strip positioning groove 10, and the strip positioning groove 10 contacts and installs a limit strip 11, The compression spring 8 of the pipe rib B9 is located in the positioning hole A7, the front end of the pipe rib B9 is in contact with the side end of the limit strip 11, and the side end of the limit strip 11 is fixedly installed with a pull ring 12; A buckle rod through hole 13 is opened; the left positioning wall panel 2 is concave, and the thickness of the left positioning wall panel 2 is equal to the thickness of the main wall panel 1, so that after the left positioning wall panel 2 is connected with the main wall panel 1, the contact end is A plane, so that the surface of the entire wall panel is flat, and the length of the groove in the left positioning wall panel 2 is equal to the thickness of the rectangular strip at the side end of the main wall panel 1, so that the main wall panel 1 can be securely sleeved in the groove of the left positioning wall panel 2 inside, the connection is solid.

左定位墙板2的凹槽内对应主墙板1方形凸状开有定位孔B14，左定位墙板2的凹槽内定位孔B14内壁正对于管筋A6开有辅助定位槽A15，使得管筋A6可对准插接在辅助定位槽A15；右定位墙板3为L型，右定位墙板3的厚度与主墙板1的厚度相等，使得右定位墙板3与主墙板1连接后，接触端呈一个平面，使得整个墙板表面平整。A positioning hole B14 is opened in the groove of the leftpositioning wall panel 2 corresponding to a square convex shape of themain wall panel 1, and an auxiliary positioning groove A15 is opened on the inner wall of the positioning hole B14 in the groove of the leftpositioning wall panel 2 just for the pipe rib A6, so that the pipe The rib A6 can be aligned and inserted into the auxiliary positioning slot A15; the rightpositioning wall plate 3 is L-shaped, and the thickness of the rightpositioning wall plate 3 is equal to the thickness of themain wall plate 1, so that the rightpositioning wall plate 3 is connected with themain wall plate 1 After that, the contact end is in a plane, so that the entire surface of the wall panel is flat.

右定位墙板3内的横边长度与主墙板1侧端的长条方形块及扣合板4厚度和相等；右定位墙板3内横边长度与主墙板1侧端的长条方形块及扣合板4厚度和相等，右定位墙板3的内边正对管筋B9开有辅助定位槽B16；右定位墙板3的竖边内壁两侧开有固定槽17，固定槽17内安装有扣合件18；扣合板4的内侧端固定加装有扣合杆19，扣合杆19的前端为尖头状，扣合杆19贯穿孔扣合在扣合件内。The length of the horizontal side in the rightpositioning wall panel 3 is equal to the thickness sum of the rectangular block at the side end of themain wall panel 1 and the thickness of thebuckle plate 4; The thickness of thebuckle plate 4 is equal to the sum, and the inner edge of the rightpositioning wall plate 3 is provided with an auxiliary positioning groove B16 facing the pipe rib B9; the two sides of the inner wall of the vertical edge of the rightpositioning wall plate 3 are provided with fixinggrooves 17, and the fixinggroove 17 is installed with Bucklingmember 18; the inner end of thebuckle plate 4 is fixedly installed with abuckle rod 19, the front end of thebuckle rod 19 is pointed, and the through hole of thebuckle rod 19 is buckled in the buckle member.

管筋A6的长度大于左定位墙板2凹槽底端距左定位墙板2与墙体面的厚度，使得管筋A6可穿过左定位墙板2插入墙体内，管筋B9的长度大于右定位墙板3内横边距底端的长度，使得管筋B9可穿过右定位墙板3插入墙体内。The length of the pipe rib A6 is greater than the thickness of the bottom end of the groove of the leftpositioning wall panel 2 from the leftpositioning wall panel 2 and the wall surface, so that the pipe rib A6 can be inserted into the wall through the leftpositioning wall panel 2, and the length of the pipe rib B9 It is greater than the length of the inner lateral edge of the rightpositioning wall panel 3 from the bottom end, so that the pipe rib B9 can be inserted into the wall through the rightpositioning wall panel 3 .

方形凸柱5呈两排多列等间距浇注在主墙板1的左侧，方形凸柱5前端的管筋A6也同样呈两排多列排列；定位孔B14呈两排多列对应方形凸柱5开设在左定位墙板2的凹槽内，管筋A6呈两排多列插接在辅助定位槽A15内，加强了主墙板1和左定位墙板2与墙体连接的稳固性，同理辅助定位槽B16呈两排多列对应定位孔A7开在右定位墙板3上，定位孔A7呈两排多列开设在主墙板的右侧，管筋B9呈两排多列插接在辅助定位槽B16内，加强了主墙板1和右定位墙板3与墙体连接的稳固性。The squareconvex column 5 is cast on the left side of themain wall panel 1 in two rows and multiple columns at equal intervals, and the pipe rib A6 at the front end of the squareconvex column 5 is also arranged in two rows and multiple columns; the positioning holes B14 are in two rows and multiple columns corresponding to the square convex column. Thecolumn 5 is opened in the groove of the leftpositioning wall panel 2, and the pipe rib A6 is inserted into the auxiliary positioning groove A15 in two rows and multiple rows, which strengthens the stability of the connection between themain wall panel 1 and the leftpositioning wall panel 2 and the wall. Similarly, the auxiliary positioning grooves B16 are arranged in two rows and multiple rows corresponding to the positioning holes A7 opened on the rightpositioning wall panel 3, the positioning holes A7 are opened in two rows and multiple rows on the right side of the main wall panel, and the pipe ribs B9 are arranged in two rows and multiple rows. It is inserted into the auxiliary positioning groove B16, which strengthens the stability of the connection between themain wall panel 1 and the rightpositioning wall panel 3 and the wall.

扣合杆贯穿孔13等间距开设在相邻定位孔A7间，每个扣合杆贯穿孔13内均安装扣合杆19，通过多个扣合杆19对扣合板4进行固定，加强了扣合板4安装的稳固性。The buckling rod throughholes 13 are equally spaced between adjacent positioning holes A7, each buckling rod throughhole 13 is installed with a bucklingrod 19, and the bucklingplate 4 is fixed by a plurality of bucklingrods 19, which strengthens the buckle The stability of theplywood 4 installation.

管筋A6和管筋B9均为不锈钢材质构件，不易锈蚀，可长期保证连接的稳固性。The pipe rib A6 and the pipe rib B9 are made of stainless steel, which are not easy to corrode and can ensure the stability of the connection for a long time.

限位条板11为一种硬质塑料材质构件，拉环12为不锈钢材质构件，拉环12与限位条板11活动铰接，限位条板11材质轻，强度高，便于拔出，且成本低。Thelimit strip 11 is a hard plastic material component, thepull ring 12 is a stainless steel component, thepull ring 12 is hinged with thelimit strip 11, thelimit strip 11 is light in material, high in strength, easy to pull out, and low cost.

扣合件18为弹簧和挡板连接而成的一种构件，弹簧一端与固定槽17的内部固定连接，弹簧的另一端与挡板连接，扣合杆19前端挤压挡板并穿过挡板后，挡板在弹簧作用下恢复原位，对扣合杆19进行固定，连接方便稳固。Thebuckle 18 is a member formed by connecting a spring and a baffle. One end of the spring is fixedly connected to the interior of the fixinggroove 17, and the other end of the spring is connected to the baffle. The front end of thebuckle rod 19 presses the baffle and passes through the baffle. After the plate is removed, the baffle plate is restored to its original position under the action of the spring, and thebuckle rod 19 is fixed, so that the connection is convenient and stable.

请参阅图10-15，本申请实施例提供的一种蒸压加气混凝土保温墙的生产工艺。Please refer to FIGS. 10-15 , a production process of an autoclaved aerated concrete thermal insulation wall provided by the embodiment of the present application.

本申请实施例提供的一种蒸压加气混凝土保温墙的生产工艺，包括如下步骤：A production process of an autoclaved aerated concrete thermal insulation wall provided by the embodiment of the present application includes the following steps:

第一步：选用主墙板模具、左定位墙板模具、右定位墙板模具以及扣合板模具，The first step: select the main wall panel mold, the left positioning wall panel mold, the right positioning wall panel mold and the buckle plate mold,

第二步：将管筋A6等间距呈一条直线插接在主墙板模具的左侧，往主墙板模具内浇筑蒸压加气混凝土，待冷却后在右端定位孔A7内放置弹簧8，再将管筋B9压缩弹簧8，将管筋B9置于定位孔A7内，并通过限位条板11对管筋B9进行限定；Step 2: Insert the pipe rib A6 on the left side of the main wall panel mold at equal intervals and in a straight line, pour autoclaved aerated concrete into the main wall panel mold, and place the spring 8 in the positioning hole A7 at the right end after cooling. Then compress the tube rib B9 to the spring 8, place the tube rib B9 in the positioning hole A7, and limit the tube rib B9 through the limitingstrip 11;

第三步：往左定位墙板模具内浇筑蒸压加气混凝土，待冷却成型后取出成型的左定位墙板2；The third step: pour autoclaved aerated concrete into the left positioning wall panel mold, and take out the formed leftpositioning wall panel 2 after cooling and forming;

第四步：往右定位墙板模具内浇筑蒸压加气混凝土，待冷却成型后，在固定槽17内加装扣合件18；The fourth step: pour autoclaved aerated concrete into the right positioning wall panel mold, after cooling and forming, install thefastener 18 in the fixinggroove 17;

第五步：将扣合杆19插接在扣合板模具的侧端，往扣合板模具内浇筑蒸压加气混凝土，待冷却成型后，取出扣合板4。The fifth step: insert thebuckle rod 19 on the side end of the buckle plate mould, pour autoclaved aerated concrete into the buckle plate mould, and take out thebuckle plate 4 after cooling and forming.

该蒸压加气混凝土保温墙板，在使用时，首先确定左定位墙板2和右定位墙板3的安装位，根据辅助定位槽A15的位置进行钻孔，钻的孔贯穿左定位墙板2打进墙体内，在根据辅助定位槽B16的位置进行钻孔，钻的孔贯穿右定位墙板3打进墙体内，然后将主墙板1的左侧端嵌在左定位墙板2的凹槽内，管筋A6插接在左定位墙板2及墙体内钻的孔内，主墙板1的右侧贴附在L型右定位墙板3的内侧边，管筋B9与辅助定位槽B16对齐，通过拉环12拉出限位条板11后，管筋B9在弹簧8弹力的作用下置于右定位墙板3及墙体上钻的通孔内，然后在将扣合板4贴合在L型右定位墙板3的侧边，扣合杆19贯穿扣合杆贯穿孔13和固定槽17与扣合件18紧固扣接，此时即可完成蒸压加气混凝土保温墙板的安装；整体生产方便，组装方便，省时省力，节省了人工费，组装的过程中不会出现偏差，也不存在损坏的危险。When using the autoclaved aerated concrete thermal insulation wall panel, first determine the installation positions of the leftpositioning wall panel 2 and the rightpositioning wall panel 3, and drill holes according to the position of the auxiliary positioning groove A15, and the drilled hole penetrates the leftpositioning wall panel 2 Drive into the wall, drill holes according to the position of the auxiliary positioning groove B16, drill the hole through the rightpositioning wall panel 3 and drive it into the wall, and then embed the left end of themain wall panel 1 in the left positioning wall panel In the groove of 2, the pipe rib A6 is inserted into the leftpositioning wall panel 2 and the hole drilled in the wall, and the right side of themain wall panel 1 is attached to the inner side of the L-shaped rightpositioning wall panel 3. B9 is aligned with the auxiliary positioning groove B16. After the limitingstrip 11 is pulled out through thepull ring 12, the pipe rib B9 is placed in the rightpositioning wall plate 3 and the through hole drilled on the wall under the action of the elastic force of the spring 8. Thebuckle plate 4 is attached to the side of the L-shaped rightpositioning wall plate 3, thebuckle rod 19 penetrates through the buckle rod throughhole 13 and the fixinggroove 17 and is fastened to thebuckle piece 18, and the autoclaving can be completed at this time. The installation of aerated concrete thermal insulation wall panels; the overall production is convenient, the assembly is convenient, time-saving and labor-saving, labor costs are saved, there will be no deviation during the assembly process, and there is no danger of damage.

综上所述：本发明提出的蒸压加气混凝土保温墙板及生产工艺，主墙板1、左定位墙板2、右定位墙板3和扣合板4分别采用主墙板模具、左定位墙板模具、右定位墙板模具以及扣合板模具浇筑而成，生产方便；主墙板1嵌在左定位墙板2的凹槽内，管筋A6的长度大于左定位墙板2凹槽底端距底端的厚度，通过管筋A6与墙体进行连接，方形凸柱5呈两排多列等间距浇筑在主墙板1的左侧；定位孔B14呈两排多列对应方形凸柱5开设在左定位墙板2的凹槽内，使得主墙板1和左定位墙板2与墙体连接紧固，可防止侧向倒塌；主墙体与左定位墙板2安装完毕后，再将L型右定位墙板3贴合在主墙板1的右侧，使得管筋B9与右定位墙板3上钻的孔对齐，主墙板1的右侧与右定位墙板3的内端内端接触连接，拉出限位条板11即可完成主墙板1与右定位墙板3的连接，此时主墙板1、左定位墙板2和右定位墙板3紧密接触连接，再将扣合板4扣合在右定位墙板3上即可完成整个组装，主墙板1、左定位墙板2、右定位墙板3和扣合板4构成整块保温墙板，组装方便，组装的过程中省时省力，节省了人工费，组装的过程中不会出现偏差，也不存在损坏的危险。To sum up: for the autoclaved aerated concrete thermal insulation wall panel and production process proposed by the present invention, themain wall panel 1, the leftpositioning wall panel 2, the rightpositioning wall panel 3 and thebuckle panel 4 respectively adopt the main wall panel mold, the left positioning wall panel The wall panel mold, the right positioning wall panel mold and the buckle plate mold are poured, and the production is convenient; themain wall panel 1 is embedded in the groove of the leftpositioning wall panel 2, and the length of the pipe rib A6 is greater than the bottom of the leftpositioning wall panel 2 groove bottom. The thickness from the end to the bottom end is connected with the wall through the pipe rib A6. The squareconvex column 5 is poured on the left side of themain wall panel 1 in two rows and multiple columns at equal intervals; the positioning hole B14 is in two rows and multiple columns corresponding to the squareconvex column 5. Open in the groove of the leftpositioning wall panel 2, so that themain wall panel 1 and the leftpositioning wall panel 2 are connected to the wall tightly, which can prevent lateral collapse; after the main wall and the leftpositioning wall panel 2 are installed, Attach the L-shaped rightpositioning wall panel 3 to the right side of themain wall panel 1, so that the pipe rib B9 is aligned with the hole drilled on the rightpositioning wall panel 3, and the right side of themain wall panel 1 is aligned with the inner side of the rightpositioning wall panel 3. The inner end of the end is contacted and connected, and the limitingstrip 11 is pulled out to complete the connection between themain wall panel 1 and the rightpositioning wall panel 3. At this time, themain wall panel 1, the leftpositioning wall panel 2 and the rightpositioning wall panel 3 are in close contact and connection. , and then buckle thebuckle plate 4 on the rightpositioning wall plate 3 to complete the whole assembly. Themain wall plate 1, the leftpositioning wall plate 2, the rightpositioning wall plate 3 and thebuckle plate 4 constitute a whole thermal insulation wall plate, which is easy to assemble. , Save time and effort during the assembly process, save labor costs, there will be no deviation during the assembly process, and there is no danger of damage.

以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included in the protection of the present invention. within the range.

Claims (9)

1. An autoclaved aerated concrete heat preservation wallboard is characterized in that: the wallboard fixing device comprises a main wallboard (1), a left positioning wallboard (2), a right positioning wallboard (3) and a buckling plate (4), wherein the left positioning wallboard (2) and the right positioning wallboard (3) are respectively clamped on the left side and the right side of the main wallboard (1), and the buckling plate (4) is buckled on the right positioning wallboard (3);

a rectangular strip is integrally poured on the left side of the main wallboard (1), a square convex column (5) is poured on the outer side of the rectangular strip, a pipe rib A (6) is fixedly additionally arranged in the center of the front end of the square convex column (5), a positioning hole A (7) is formed in the right side of the main wallboard (1), a spring (8) is fixedly installed on the inner side of the positioning hole A (7), and a pipe rib B (9) is installed at the front end of the spring (8); a slat positioning groove (10) is formed in the main wall plate (1) at the front end of the tube rib B (9), a limiting slat (11) is installed in the slat positioning groove (10) in a contact mode, a compression spring (8) of the tube rib B (9) is located in the positioning hole A (7), the front end of the tube rib B (9) is connected with the side end of the limiting slat (11) in a contact mode, and a pull ring (12) is fixedly installed at the side end of the limiting slat (11); a buckling rod through hole (13) is formed in the right side of the main wallboard (1);

the left positioning wallboard (2) is concave, the thickness of the left positioning wallboard (2) is equal to that of the main wallboard (1), the length of an inner groove of the left positioning wallboard (2) is equal to that of a rectangular strip at the side end of the main wallboard (1), a positioning hole B (14) is formed in the groove of the left positioning wallboard (2) corresponding to the square convex shape of the main wallboard (1), and an auxiliary positioning groove A (15) is formed in the inner wall of the positioning hole B (14) in the groove of the left positioning wallboard (2) and is opposite to the pipe rib A (6);

the right positioning wallboard (3) is L-shaped, the thickness of the right positioning wallboard (3) is equal to that of the main wallboard (1), the length of the inner transverse edge of the right positioning wallboard (3) is equal to the sum of the thickness of the long square block and the thickness of the buckling plate (4) at the side end of the main wallboard (1), and an auxiliary positioning groove B (16) is formed in the right-side pair of ribs B (9) of the right positioning wallboard (3); fixing grooves (17) are formed in two sides of the inner wall of the vertical edge of the right positioning wallboard (3), and buckling pieces (18) are installed in the fixing grooves (17);

the inner side end of the buckling plate (4) is fixedly provided with a buckling rod (19), the front end of the buckling rod (19) is in a pointed shape, and the buckling rod (19) penetrates through the buckling rod through hole (13) and is buckled in the buckling piece (18).

2. The autoclaved aerated concrete heat-insulating wallboard as claimed in claim 1, wherein the square convex columns (5) are poured on the left side of the main wallboard (1) in two rows and multiple columns at equal intervals; the positioning holes B (14) are arranged in the grooves of the left positioning wall plate (2) in two rows and a plurality of columns corresponding to the square convex columns (5).

3. The autoclaved aerated concrete heat-insulating wall board as claimed in claim 1, wherein the length of the pipe rib A (6) is greater than the thickness of the bottom end of the groove of the left positioning wall board (2) from the left positioning wall board (2) and the wall surface, and the length of the pipe rib B (9) is greater than the length of the inner transverse edge of the right positioning wall board (3) from the bottom end.

4. The autoclaved aerated concrete thermal insulation wall panel according to claim 1, wherein the positioning holes A (7) are arranged on the right side of the main wall panel (1) in two rows and multiple columns, and the auxiliary positioning grooves B (16) are arranged on the right positioning wall panel (3) in two rows and multiple columns corresponding to the positioning holes A (7).

5. The autoclaved aerated concrete heat-insulating wall panel according to claim 1, wherein the buckling rod through holes (13) are arranged between adjacent positioning holes A (7) at equal intervals.

6. The autoclaved aerated concrete thermal insulation wallboard of claim 1, wherein the pipe rib A (6) and the pipe rib B (9) are stainless steel members.

7. The autoclaved aerated concrete heat-insulating wall panel according to claim 1, wherein the position-limiting slat (11) is a rigid plastic member, the pull ring (12) is a stainless steel member, and the pull ring (12) is movably hinged with the position-limiting slat (11).

8. The autoclaved aerated concrete thermal insulation wallboard as claimed in claim 1, wherein the buckling piece (18) is a member formed by connecting a spring and a baffle, one end of the spring is fixedly connected with the inside of the fixing groove (17), the other end of the spring is connected with the baffle, the front end of the buckling rod (19) extrudes the baffle and penetrates through the baffle, and the baffle is restored to the original position under the action of the spring to fix the buckling rod (19).

9. The production process of the autoclaved aerated concrete heat-insulating wall is characterized by comprising the following steps of:

s1: selecting a main wallboard die, a left positioning wallboard die, a right positioning wallboard die and a buckling board die,

s2: the method comprises the following steps of inserting pipe ribs A (6) at equal intervals in a straight line on the left side of a main wallboard mould, pouring autoclaved aerated concrete into the main wallboard mould, placing springs (8) in positioning holes A (7) at the right end after cooling, compressing the springs (8) by using pipe ribs B (9), placing the pipe ribs B (9) in the positioning holes A (7), and limiting the pipe ribs B (9) through limiting slats (11);

s3: pouring autoclaved aerated concrete into the left positioning wallboard die, and taking out the formed left positioning wallboard (2) after cooling and forming;

s4: pouring autoclaved aerated concrete into the wall plate die towards the right, and after cooling and forming, additionally installing a buckling piece (18) in the fixed groove (17);

s5: and (3) inserting the buckling rod (19) at the side end of the buckling plate mold, pouring autoclaved aerated concrete into the buckling plate mold, and taking out the buckling plate (4) after cooling and forming.

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