CN104806029B - A kind of brick wall masonry device and using method thereof - Google Patents
A kind of brick wall masonry device and using method thereof Download PDFInfo
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- CN104806029B CN104806029B CN201510262526.1A CN201510262526A CN104806029B CN 104806029 B CN104806029 B CN 104806029B CN 201510262526 A CN201510262526 A CN 201510262526A CN 104806029 B CN104806029 B CN 104806029B
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- 239000011449 brick Substances 0.000 title claims abstract description 44
- 238000000034 method Methods 0.000 title claims abstract description 10
- 239000004570 mortar (masonry) Substances 0.000 claims abstract description 33
- 238000001179 sorption measurement Methods 0.000 claims description 2
- 239000012467 final product Substances 0.000 claims 1
- 239000011440 grout Substances 0.000 claims 1
- 238000010276 construction Methods 0.000 abstract description 4
- 230000009286 beneficial effect Effects 0.000 abstract description 2
- 238000009435 building construction Methods 0.000 abstract description 2
- 241000252254 Catostomidae Species 0.000 abstract 3
- 235000014820 Galium aparine Nutrition 0.000 abstract 1
- 240000005702 Galium aparine Species 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 4
- 235000007237 Aegopodium podagraria Nutrition 0.000 description 3
- 244000045410 Aegopodium podagraria Species 0.000 description 3
- 235000014429 Angelica sylvestris Nutrition 0.000 description 3
- 239000002699 waste material Substances 0.000 description 3
- 229910000838 Al alloy Inorganic materials 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 2
- 239000011469 building brick Substances 0.000 description 2
- 238000003912 environmental pollution Methods 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 239000010959 steel Substances 0.000 description 2
- 239000004035 construction material Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
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Abstract
Description
技术领域technical field
一种砖墙砌筑装置及其使用方法,是为改进砖墙砌筑质量而设计的,属于建筑施工领域。A brick wall masonry device and a use method thereof are designed for improving the quality of brick wall masonry and belong to the field of building construction.
背景技术Background technique
我国砌筑工程几千年来都是采用拉水平线,“上跟线,下跟棱”的砌筑方法,水平灰缝厚度控制在8-12毫米之间,,允许偏差为4毫米,砌筑精度差;砌筑水平的高低,受制约于砌筑作业人员水平的高低;For thousands of years, masonry projects in our country have adopted the masonry method of pulling horizontal lines, "upper heel line, lower heel edge". The thickness of horizontal mortar joints is controlled between 8-12 mm, and the allowable deviation is 4 mm. Poor accuracy; the level of masonry is restricted by the level of masonry workers;
由于人为影响因素大,每年要花费大量的人力、物力、财力对砌筑作业人员进行培训;国家为了刺激砌筑作业人员钻研砌筑技术,还经常组织全国性的砌筑比赛,一般规定,取得1-3名的授予“全国劳动模范”、“全国技术能手”称号,4-6名的授予“全国中央企业劳动模范”、“全国中央企业技术能手”称号,7-9名的授予“各集团企业(部委级)劳动模范”、“各集团企业(部委级)技术能手”称号;这些比赛近年还时有组织;足见国家对砌筑作业人员水平的高低的重视;Due to the large number of human factors, it takes a lot of manpower, material resources and financial resources to train masonry workers every year; in order to stimulate masonry workers to study masonry technology, the state often organizes national masonry competitions. The 1st to 3rd place will be awarded the titles of "National Model Worker" and "National Technical Expert", the 4th to 6th place will be awarded the titles of "National Central Enterprise Model Worker" and "National Central Enterprise Technical Expert", and the 7th to 9th will be awarded the titles of Group Enterprise (Ministry and Commission Level) Model Worker" and "Group Enterprise (Ministry and Commission Level) Technical Expert" titles; these competitions have been organized from time to time in recent years; it shows that the state attaches great importance to the level of masonry workers;
尽管这样,由于对于一幢建筑物来说,砌筑质量的高低最终取决于全体砌筑作业人员的高低,只要有一人砌筑水平不高,整体砌筑质量就会受影响。因此,减少人为影响因素是提高砌筑质量的根本。In spite of this, because for a building, the quality of masonry ultimately depends on the level of all masonry workers, as long as there is one person whose level of masonry is not high, the overall quality of masonry will be affected. Therefore, reducing human-influenced factors is fundamental to improving the quality of masonry.
另一方面,由于砌筑时竖向灰缝中的灰浆是靠砌筑时,作业人员将水平灰缝的灰浆挤上去的,由于砌筑墙体两边没有遮挡,挤灰时,灰浆容易洒落,造成很大的浪费;试验表明,砌筑现场的落地灰约占总灰浆量的15-30%,这些落地灰既造成了灰浆浪费,又造成了环境污染,解决落地灰造成的浪费与环境污染问题,一直是工程界想解决而又无法解决的难题。On the other hand, since the mortar in the vertical mortar joints during masonry is built by the operator, the mortar in the horizontal mortar joints is squeezed up. Since there is no shelter on both sides of the masonry wall, the mortar is easy to spill when squeezing the mortar. Causes a lot of waste; tests show that the ground ash on the masonry site accounts for about 15-30% of the total mortar volume. These ground ash not only cause mortar waste, but also cause environmental pollution. Solve the waste and environmental pollution caused by the ground ash The problem has always been a difficult problem that the engineering community wants to solve but cannot solve.
本发明提供的砖墙砌筑装置可以解决这些问题。The brick wall masonry device provided by the invention can solve these problems.
发明内容Contents of the invention
为了解决上述问题,本发明提供了一种砖墙砌筑的方法,是借助于一种砖墙砌筑装置来完成的,这种砖墙砌筑装置如图1所示,由砌筑槽1、立柱2、横杆3、调平装置4、铰5和真空吸盘6组成;其中,砌筑槽1如图3所示,由砌筑槽板11和砌筑槽可调拉杆12组成,通过砌筑槽可调拉杆12联成整体;立柱2如图4所示,由多个立柱伸缩节组成;砌筑槽1与立柱2上端的立柱伸缩节21固结;横杆3由横杆件31与横杆连接板32组成,横杆3通过横杆连接板32与立柱2固结;调平装置4由调平旋钮41与气泡装置42组成;调平旋钮41安装在砌筑槽1的一侧,气泡装置42安装在砌筑槽1的顶部;真空吸盘6在立柱2的立柱伸缩节21的端部,通过铰5与立柱2的立柱伸缩节21固结。In order to solve the above problems, the present invention provides a method for building brick walls, which is completed by means of a brick wall building device. As shown in Figure 1, the brick wall building device consists of a , column 2, cross bar 3, leveling device 4, hinge 5 and vacuum suction cup 6; wherein, the masonry tank 1 is composed of a masonry tank plate 11 and a masonry tank adjustable pull rod 12 as shown in Figure 3, through The adjustable pull rod 12 of the masonry groove is connected as a whole; the column 2 is composed of a plurality of column expansion joints as shown in Figure 4; the masonry groove 1 is consolidated with the column expansion joint 21 at the upper end of the column 2; 31 and the cross-bar connecting plate 32, and the cross-bar 3 is consolidated with the column 2 through the cross-bar connecting plate 32; the leveling device 4 is composed of a leveling knob 41 and an air bubble device 42; the leveling knob 41 is installed in the On one side, the air bubble device 42 is installed on the top of the masonry tank 1; the vacuum suction cup 6 is fixed at the end of the column expansion joint 21 of the column 2 through the hinge 5 and the column expansion joint 21 of the column 2.
砖墙盘角或在地面砌筑施工时,将真空吸盘6与地面吸牢,砖墙砌筑装置就被安放牢固;通过调节砌筑槽可调拉杆12,可以调节砌筑槽板11的间距,使砌筑槽1的宽度符合墙厚的砌筑要求;通过调平装置4,使砌筑槽板11处于水平状态,就可以进行砌筑;砌筑时,先向砌筑槽1中铺灰浆,使灰浆面与砌筑槽可调拉杆12顶面持平;砌筑槽可调拉杆(12)处于砖缝位置,再砌砖挤浆,使竖向灰缝饱满,用瓦刀轻轻敲击砖面,使砖顶面与砌筑槽板11顶面持平,砌筑完毕后砂浆凝固前,将砌筑槽(1)上升到待砌筑的位置。The corner of the brick wall or the ground masonry construction, the vacuum suction cup 6 is sucked firmly to the ground, and the brick wall masonry device is placed firmly; by adjusting the adjustable pull rod 12 of the masonry groove, the distance between the masonry groove plates 11 can be adjusted , so that the width of the masonry groove 1 meets the masonry requirements of the wall thickness; through the leveling device 4, the masonry groove plate 11 is in a horizontal state, and then the masonry can be carried out; Mortar, so that the mortar surface is equal to the top surface of the adjustable tie rod 12 of the masonry groove; the adjustable tie rod (12) of the masonry groove is at the position of the brick joint, and then bricks are laid and grouted to make the vertical mortar joint full. Hit the brick surface, make the brick top surface and the 11 top surfaces of the masonry slab flat, before the mortar is solidified after the masonry is completed, the masonry groove (1) is raised to the position to be masonry.
所述的砌筑槽1的砌筑槽板11是板状部件,优先推荐采用空心铝合金板制作,但本发明不限于此种材料制作;The masonry trough 11 of the masonry trough 1 is a plate-shaped part, and it is preferably recommended to be made of a hollow aluminum alloy plate, but the present invention is not limited to this material;
进一步地,2块砌筑槽板11通过砌筑槽可调拉杆12联成整体后的净空距离等于待砌筑的墙体的厚度;一侧砌筑槽板11与两端立柱2固结;2块砌筑槽板11与砌筑槽可调拉杆12固结,砌筑槽1上安装有调平装置4,调平装置4与砌筑槽板11固结。Further, the clearance distance after the two masonry slabs 11 are integrated through the adjustable pull rod 12 of the masonry trough is equal to the thickness of the wall to be built; the masonry slab 11 on one side is consolidated with the columns 2 at both ends; The two masonry troughs 11 are consolidated with the adjustable pull rods 12 of the masonry trough, and the leveling device 4 is installed on the masonry trough 1, and the leveling device 4 is consolidated with the masonry trough 11.
所述的砌筑槽1的砌筑槽可调拉杆12是可以进行长短调节的杆系部件,砌筑槽可调拉杆12的长度可以根据墙体砌筑厚度的需要调整,使砌筑槽1的宽度等于待砌筑墙体的厚度;砌筑槽可调拉杆12将2块砌筑槽板11固结成整体;砌筑槽可调拉杆12在2块砌筑槽板11中间的净长度为待砌筑的墙体的厚度。The adjustable masonry groove pull rod 12 of the masonry groove 1 is a rod system part that can be adjusted in length, and the length of the adjustable masonry groove pull rod 12 can be adjusted according to the thickness of the wall body, so that the masonry groove 1 The width of the wall is equal to the thickness of the wall to be built; the adjustable pull rod 12 of the masonry groove consolidates the two masonry groove plates 11 into a whole; the net length of the adjustable pull rod 12 in the middle of the two masonry groove plates 11 is the thickness of the wall to be built.
所述的立柱2是长度可调的杆系部件,优先推荐采用C型钢制作,立柱2的上端立柱伸缩节与砌筑槽1固结,中部的两个立柱伸缩节21通过横杆连接板32与横杆杆件31固结,下部立柱伸缩节21与铰5固结,并通过铰5与真空吸盘6铰接。The column 2 is a length-adjustable member of the rod system, which is preferably made of C-shaped steel. The upper column expansion joint of the column 2 is consolidated with the masonry groove 1, and the two column expansion joints 21 in the middle pass through the cross bar connecting plate 32. It is consolidated with the cross bar member 31, and the telescopic joint 21 of the lower column is consolidated with the hinge 5, and is hinged with the vacuum suction cup 6 through the hinge 5.
所述的调平装置4的调平旋钮41是调平装置4的重要部件,安装在砌筑槽1的一侧,旋转调平旋钮41可以调节砌筑槽1的位置。The leveling knob 41 of the leveling device 4 is an important part of the leveling device 4, which is installed on one side of the masonry tank 1, and the position of the masonry tank 1 can be adjusted by rotating the leveling knob 41.
所述的调平装置4的气泡装置42是调平装置4的重要部件,观察气泡装置42就可知砌筑槽1是否处于水平状态;当砌筑槽1处于水平状态时,气泡装置42的气泡居中,当气泡装置42的气泡不居中时,旋转调平旋钮41可以就可以使气泡居中,砌筑槽1就被调节到水平位置。The bubble device 42 of the leveling device 4 is an important part of the leveling device 4, and it can be known whether the masonry tank 1 is in a horizontal state by observing the bubble device 42; Centering, when the bubbles of the bubble device 42 are not in the center, the rotation of the leveling knob 41 can make the bubbles in the center, and the masonry tank 1 is adjusted to a horizontal position.
所述的铰5是立柱2与真空吸盘6之间的连接部件,通过旋转铰5可以调整真空吸盘6的位置。The hinge 5 is a connecting part between the column 2 and the vacuum chuck 6, and the position of the vacuum chuck 6 can be adjusted by rotating the hinge 5.
所述的真空吸盘6是立柱2与地面或墙面之间的连接部件,通过旋转铰5可以调整真空吸盘6的位置,当需要将立柱2垂直固定与地面时,旋转铰5,使真空吸盘6与地面真空吸附;当需要将立柱2固定在墙面时,旋转铰5,使真空吸盘6与墙面真空吸附。The vacuum chuck 6 is a connecting part between the column 2 and the ground or the wall. The position of the vacuum chuck 6 can be adjusted by the rotary hinge 5. When the column 2 needs to be vertically fixed to the ground, the rotary hinge 5 can make the vacuum chuck 6 is vacuum-adsorbed with the ground; when the column 2 needs to be fixed on the wall, the hinge 5 is rotated so that the vacuum suction cup 6 is vacuum-adsorbed with the wall.
墙体砌筑的铺灰厚度完全由砌筑槽可调拉杆12的顶面高度控制,水平灰缝厚度可确保均匀一致;砖的顶面高度与砌筑槽板11顶面持平,且多余的砌筑灰浆被控制在砌筑槽1中,不会产生流淌。The thickness of the plastering of the wall masonry is completely controlled by the height of the top surface of the adjustable tie rod 12 of the masonry groove, and the thickness of the horizontal mortar joint can ensure uniformity; the height of the top surface of the brick is equal to the top surface of the masonry groove plate 11, and the redundant The masonry mortar is controlled in the masonry tank 1 without flowing.
本发明的有益效果是对砌筑人员的砌筑水平没有要求,水平灰缝的允许偏差将由现在的4毫米,变到小于1毫米的精度,且不会产生灰浆滴漏的现象,使砌筑质量大大提高,使环境大大改善,同时也节约了建筑施工用料,提高了工程建设的经济性。The beneficial effect of the present invention is that there is no requirement for the masonry level of the masonry personnel, the allowable deviation of the horizontal mortar joint will be changed from the current 4 mm to an accuracy of less than 1 mm, and the phenomenon of mortar dripping will not occur, which improves the quality of the masonry. Greatly improved, greatly improved the environment, but also saved construction materials and improved the economics of engineering construction.
附图说明Description of drawings
下面结合附图和具体实施例对本发明作进一步详细描述。The present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments.
图1砖墙砌筑装置示意图;Fig. 1 schematic diagram of brick wall masonry device;
图2砖墙砌筑装置工作示意图;Fig. 2 schematic diagram of the work of the brick wall masonry device;
图3砌筑槽示意图;Fig. 3 schematic diagram of masonry tank;
图4立柱构造示意图;Figure 4 Schematic diagram of column structure;
图中:1-砌筑槽;11-砌筑槽板;12-砌筑槽可调拉杆;2-立柱;21-立柱伸缩节;3-横杆;31-横杆杆件;32-横杆连接板;4-调平装置;41-调平旋钮;42-气泡装置;5-铰;6-真空吸盘。In the figure: 1-masonry groove; 11-masonry groove plate; 12-adjustable tie rod of masonry groove; 2-column; 21-column expansion joint; 3-horizontal bar; Rod connecting plate; 4-leveling device; 41-leveling knob; 42-bubble device; 5-hinge; 6-vacuum suction cup.
具体实施方式detailed description
实施例Example
某工程采用砖墙砌筑装置对墙体进行砌筑,砌筑作业人员有从未进行过砌筑作业的,也同样能保证砌筑质量。现有的砌筑是每个作业人员一次砌筑5-7米一段,采用这种砖墙砌筑装置后,人员按照砌筑这种砖墙砌筑装置的长度安排,同步作业。A certain project uses a brick wall masonry device to build the wall. Some of the masonry workers who have never done masonry work can also guarantee the quality of the masonry. Existing masonry is that each operator builds a section of 5-7 meters at a time. After adopting this brick wall masonry device, personnel are arranged according to the length of this brick wall masonry device to work synchronously.
在地面砌筑施工时,如图1、图2所示将真空吸盘6与地面吸牢,砖墙砌筑装置就被安放牢固;通过调节砌筑槽可调拉杆12,可以调节砌筑槽板11的间距,使砌筑槽1的宽度符合墙厚的砌筑要求;通过调平装置4,使砌筑槽板11处于水平状态,就可以进行砌筑;砌筑时,先向砌筑槽1中铺灰浆,使灰浆面与砌筑槽可调拉杆12顶面持平;再砌砖挤浆,使竖向灰缝饱满,用瓦刀轻轻敲击砖面,使砖顶面与砌筑槽板11顶面持平,即可。During the ground masonry construction, as shown in Figure 1 and Figure 2, the vacuum suction cup 6 is firmly sucked to the ground, and the brick wall masonry device is placed firmly; by adjusting the adjustable pull rod 12 of the masonry groove, the masonry groove plate can be adjusted 11, so that the width of the masonry groove 1 meets the masonry requirements of the wall thickness; through the leveling device 4, the masonry groove plate 11 is in a horizontal state, and then the masonry can be carried out; 1. Spread mortar in the middle so that the mortar surface is equal to the top surface of the adjustable tie rod 12 of the masonry groove; The top surface of the slot plate 11 is flat.
一种砖墙砌筑的方法,是借助于一种砖墙砌筑装置来完成的,这种砖墙砌筑装置如图1所示,由砌筑槽1、立柱2、横杆3、调平装置4、铰5和真空吸盘6组成;其中,砌筑槽1如图3所示,由砌筑槽板11和砌筑槽可调拉杆12组成,通过砌筑槽可调拉杆12联成整体;立柱2如图4所示,由多个立柱伸缩节21组成;砌筑槽1与立柱2的立柱伸缩节固结;横杆3由横杆件31与横杆连接板32组成,横杆3通过横杆连接板32与立柱2固结;调平装置4由调平旋钮41与气泡装置42组成;调平旋钮41安装在砌筑槽1的一侧,气泡装置42安装在砌筑槽1的顶部;真空吸盘6在立柱2的立柱伸缩节21的端部,通过铰5与立柱2的立柱伸缩节21固结。A method for building brick walls is accomplished by means of a brick wall building device. As shown in Figure 1, the brick wall building device consists of a masonry groove 1, a column 2, a horizontal bar 3, an adjusting Flat device 4, hinge 5 and vacuum sucker 6 are made up; Wherein, masonry groove 1 is shown in Figure 3, is made up of masonry groove plate 11 and masonry groove adjustable pull rod 12, is formed by the masonry groove adjustable pull rod 12 As a whole; the column 2 is composed of a plurality of column expansion joints 21 as shown in Figure 4; the masonry groove 1 is consolidated with the column expansion joints of the column 2; The rod 3 is consolidated with the column 2 through the cross bar connecting plate 32; the leveling device 4 is composed of a leveling knob 41 and an air bubble device 42; the leveling knob 41 is installed on one side of the masonry tank 1, and the air bubble device 42 is installed on the masonry The top of the groove 1; the vacuum chuck 6 is fixed at the end of the column expansion joint 21 of the column 2 through the hinge 5 and the column expansion joint 21 of the column 2.
所述的砌筑槽1的砌筑槽板11是板状部件,采用20毫米厚的空心铝合金板制作;2块砌筑槽板11通过砌筑槽可调拉杆12联成整体后的净空距离等于待砌筑的墙体的厚度;一侧砌筑槽板11与两端立柱2固结;2块砌筑槽板11与砌筑槽可调拉杆12固结,砌筑槽1上安装有调平装置4,调平装置4与砌筑槽板11固结。The masonry trough 11 of the masonry trough 1 is a plate-shaped part, which is made of a 20 mm thick hollow aluminum alloy plate; the clearance after the 2 masonry troughs 11 are connected as a whole by the adjustable pull rod 12 of the masonry trough The distance is equal to the thickness of the wall to be built; the masonry channel plate 11 on one side is consolidated with the columns 2 at both ends; There is a leveling device 4, and the leveling device 4 is consolidated with the masonry groove plate 11.
筑槽1的砌筑槽可调拉杆12是可以进行长短调节的杆系部件,砌筑槽可调拉杆12的长度可以根据墙体砌筑厚度的需要调整,使砌筑槽1的宽度等于待砌筑墙体的厚度;砌筑槽可调拉杆12将2块砌筑槽板11固结成整体;砌筑槽可调拉杆12在2块砌筑槽板11中间的净长度为待砌筑的墙体的厚度。The adjustable masonry groove pull rod 12 of the masonry groove 1 is a bar system part that can be adjusted in length, and the length of the adjustable masonry groove pull rod 12 can be adjusted according to the thickness of the wall, so that the width of the masonry groove 1 is equal to the The thickness of the masonry wall; the adjustable pull rod 12 of the masonry groove consolidates the two masonry groove plates 11 into a whole; the net length of the adjustable pull rod 12 in the middle of the two masonry groove plates 11 is the thickness of the wall.
立柱2是长度可调的杆系部件,采用C型钢制作,立柱2的上端立柱伸缩节与砌筑槽1固结,中部的两个立柱伸缩节21通过横杆连接板32与横杆杆件31固结,下部立柱伸缩节21与铰5固结,并通过铰5与真空吸盘6铰接。The column 2 is a length-adjustable member of the rod system, which is made of C-shaped steel. The upper column expansion joint of the column 2 is consolidated with the masonry groove 1, and the two column expansion joints 21 in the middle are connected to the cross bar member through the cross bar connecting plate 32. 31 is consolidated, and the bottom column expansion joint 21 is consolidated with the hinge 5, and is hinged with the vacuum suction cup 6 through the hinge 5.
调平装置4的调平旋钮41是调平装置4的重要部件,安装在砌筑槽1的一侧,旋转调平旋钮41可以调节砌筑槽1的位置。The leveling knob 41 of the leveling device 4 is an important part of the leveling device 4, and is installed on one side of the masonry tank 1, and the position of the masonry tank 1 can be adjusted by rotating the leveling knob 41.
调平装置4的气泡装置42是调平装置4的重要部件,观察气泡装置42就可知砌筑槽1是否处于水平状态;当砌筑槽1处于水平状态时,气泡装置42的气泡居中,当气泡装置42的气泡不居中时,旋转调平旋钮41可以就可以使气泡居中,砌筑槽1就被调节到水平位置。The air bubble device 42 of the leveling device 4 is an important part of the leveling device 4, and it can be known whether the masonry tank 1 is in a horizontal state by observing the air bubble device 42; When the air bubbles of the air bubble device 42 are not centered, the air bubbles can be centered by rotating the leveling knob 41, and the masonry tank 1 is adjusted to a horizontal position.
所述的铰5是立柱2与真空吸盘6之间的连接部件,通过旋转铰5可以调整真空吸盘6的位置。The hinge 5 is a connecting part between the column 2 and the vacuum chuck 6, and the position of the vacuum chuck 6 can be adjusted by rotating the hinge 5.
真空吸盘6是立柱2与地面或墙面之间的连接部件,通过旋转铰5可以调整真空吸盘6的位置,当需要将立柱2垂直固定与地面时,旋转铰5,使真空吸盘6与地面真空吸附;当需要将立柱2固定在墙面时,旋转铰5,使真空吸盘6与墙面真空吸附。Vacuum suction cup 6 is the connecting part between column 2 and the ground or wall, the position of vacuum suction cup 6 can be adjusted by rotating hinge 5, when it is necessary to vertically fix column 2 to the ground, rotating hinge 5 makes vacuum suction cup 6 and the ground Vacuum adsorption; when the column 2 needs to be fixed on the wall, the hinge 5 is rotated to make the vacuum suction cup 6 and the wall vacuum adsorb.
墙体砌筑的铺灰厚度完全由砌筑槽可调拉杆12的顶面高度控制,水平灰缝厚度可确保均匀一致;砖的顶面高度与砌筑槽板11顶面持平,且多余的砌筑灰浆被控制在砌筑槽1中,不会产生流淌。The thickness of the plastering of the wall masonry is completely controlled by the height of the top surface of the adjustable tie rod 12 of the masonry groove, and the thickness of the horizontal mortar joint can ensure uniformity; the height of the top surface of the brick is equal to the top surface of the masonry groove plate 11, and the redundant The masonry mortar is controlled in the masonry tank 1 without flowing.
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