CN107700476B - 一种建筑桩 - Google Patents

一种建筑桩 Download PDF

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CN107700476B
CN107700476B CN201710989447.XA CN201710989447A CN107700476B CN 107700476 B CN107700476 B CN 107700476B CN 201710989447 A CN201710989447 A CN 201710989447A CN 107700476 B CN107700476 B CN 107700476B
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parts
pile
feeding
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building
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CN107700476A (zh
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王方庆
陈兴茂
张希翔
张日龙
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Guangzhou zhuojie Construction Engineering Co., Ltd
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Guangzhou Zhuojie Construction Engineering Co Ltd
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    • B28—WORKING CEMENT, CLAY, OR STONE
    • B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B1/00—Producing shaped prefabricated articles from the material
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Abstract

本发明公开一种建筑桩，包括有桩头、桩体和承重机构，所述桩头、桩体和承重机构依次连接，所述桩体底部侧壁上设置有抓地机构，所述桩体内部设置有减震管和两个连接锚管，所述两个连接锚管之间设置有加强柱，所述桩体顶部设置有支架，所述支架上方设置有承重台，所述承重台与支架之间通过弹簧连接，所述承重台上设置有顶柱，所述顶柱顶部设置有顶板，所述顶柱两侧设置有筋板；该建筑桩设计简单、安全、抗震和稳定性高。

Description

一种建筑桩
技术领域
本发明涉及一种建筑桩。
背景技术
在经济不断发展的今天，为了满足各种办公、住宿、娱乐的需要，楼房自然也越盖越多，越盖越高。在兴建建筑之前，在地基上打上建筑桩是常见的建筑施工方法。目前的建筑桩都是在较大的压力下竖直插入地面，如同钉子钉入木头一样，只受到垂直方向的摩擦阻力，而没有水平方向的契合作用，因此不是很稳固。
建筑物建成之后，由于地基下沉等原因，时常有建筑物的室内地面沉陷的情况发生，而由于一般建筑物的室内层高受限，无法采用大型设备在室内成桩，因此，建筑物的室内地面沉陷以后难以得到加固处理，危险性很高，而且时间长了，容易导致整栋楼将被迫停止使用，经济损失也很大。为此，目前建筑施工上出现了很多小型建筑桩体，通常是将预制部分结构后运输至施工现场再进行组装，然而在实际施工过程中，桩基的自身结构性能不足，且桩基的主要结构仍然是采取现场施工技术，但现场浇灌混凝土桩基结构耗用时间长，导致施工周期长，不利于施工成本的节约。
发明内容
本发明要解决的技术问题是提供一种设计简单、安全、抗震和稳定性高的建筑桩。
为解决上述技术问题，本发明采用如下技术方案：
一种建筑桩，包括有桩头、桩体和承重机构，所述桩头、桩体和承重机构依次连接，所述桩体底部侧壁上设置有抓地机构，所述桩体内部设置有减震管和两个连接锚管，所述两个连接锚管之间设置有加强柱，所述桩体顶部设置有支架，所述支架上方设置有承重台，所述承重台与支架之间通过弹簧连接，所述承重台上设置有顶柱，所述顶柱顶部设置有顶板，所述顶柱两侧设置有筋板，所述桩头由按重量份数配比的硅30-40份、铝35-45份、玻璃纤维28-30份、超细砂26-30份、聚丙烯12-18份、二苯醚10-16份、甲乙酮16-18份、三氧化二锑10-14份、三氧化钼12-14份、珍珠岩20-24份、硅藻土22-26份、石墨30-45份、丙烯酸酯10-16份、苯二胺12-14份、苯乙烯10-14份和水20-30份制成。
进一步的，所述桩头与桩体采用螺纹结构连接，利于桩头与桩体的拆装，而且安装牢固。
进一步的，所述承重台与顶柱为一体化设置，让建筑桩更加稳固。
进一步的，所述顶柱表面设置有不锈钢层，防止顶柱因长期接触水和氧气而生锈。
进一步的，所述顶柱内部设置有一条以上的钢筋，提高了顶柱的强度。
桩头的制造方法，包括有以下步骤：
1)取玻璃纤维28-30份和超细砂26-30份送去气流粉碎机中制成粉末，将粉末送入搅拌机中搅拌均匀，再加入水20-30份和聚丙烯12-18份，送入烘干机中，温度升至200-300℃，持续30-50min，备用；
2)取二苯醚10-16份和甲乙酮16-18份，送入加热机中，温度升至85-95℃，持续20-40min，再保温1-2小时，备用；
3)取珍珠岩20-24份送入碎石机中粉碎成小颗粒，加入步骤2)中制得的原料，送入搅拌机中，搅拌均匀，送入800-900℃的焙烧机中焙烧2-3小时，再送入密闭容器中冷却至室温，备用；
4)取三氧化二锑10-14份和三氧化钼12-14份，送入加热器中加热，温度由200℃升至300℃，升温速度为10℃/min，再保温3-4小时，备用；
5)取硅藻土22-26份和石墨30-45份送入气流粉碎机中制成粉末，再加入丙烯酸酯10-16份、苯二胺12-14份和苯乙烯10-14份，送入加热器中加热至50-60℃，备用；
6)将步骤1)、步骤3)、步骤4)和步骤5)中制得的原料混合，加入硅30-40份和铝35-45份，送入熔融炉中，温度升至1200-1300℃，持续2-3小时，备用；
7)将步骤6)中的原料注入模中浇注养护30小时脱模，再常温养护五天，即可得到建筑桩的桩头。
本发明的有益效果为：该建筑桩设计简单，通过在桩头上设置有抓地机构，起到了固定作用，提高了建筑桩的稳定性；通过在承重台与支架之间设置有弹簧，纵向地震波使建筑物上下晃动，弹簧发生形变，避免建筑物上下剧烈晃动，发生破坏，保证建筑物结构的完整性；通过在桩体内设置有减震管，起到了减振作用，提高了安全性。
附图说明
图1为本发明一种建筑桩的结构示意图。
具体实施方式
实施例一
参照图1所示，一种建筑桩，包括有桩头1、桩体2和承重机构3，所述桩头1、桩体2和承重机构3依次连接，所述桩体2底部侧壁上设置有抓地机构4，所述桩体2内部设置有减震管5和两个连接锚管7，所述两个连接锚管7之间设置有加强柱6，所述桩体2顶部设置有支架8，所述支架8上方设置有承重台10，所述承重台10与支架8之间通过弹簧9连接，所述承重台10上设置有顶柱11，所述顶柱11顶部设置有顶板13，所述顶柱11两侧设置有筋板12。
所述桩头1与桩体2采用螺纹结构连接，利于桩头1与桩体2的拆装，而且安装牢固。
所述承重台10与顶柱11为一体化设置，让建筑桩更加稳固。
所述顶柱11表面设置有不锈钢层(未图示)，防止顶柱11因长期接触水和氧气而生锈。
所述顶柱11内部设置有一条以上的钢筋(未图示)，提高了顶柱11的强度。
桩头1的制造方法：
1)取玻璃纤维28份和超细砂26份送去气流粉碎机中制成粉末，将粉末送入搅拌机中搅拌均匀，再加入水20份和聚丙烯12份，送入烘干机中，温度升至200℃，持续30min，备用；
2)取二苯醚10份和甲乙酮16份，送入加热机中，温度升至85℃，持续20min，再保温1小时，备用；
3)取珍珠岩20份送入碎石机中粉碎成小颗粒，加入步骤2)中制得的原料，送入搅拌机中，搅拌均匀，送入800℃的焙烧机中焙烧2小时，再送入密闭容器中冷却至室温，备用；
4)取三氧化二锑10份和三氧化钼12份，送入加热器中加热，温度由200℃升至300℃，升温速度为10℃/min，再保温3小时，备用；
5)取硅藻土22份和石墨30份送入气流粉碎机中制成粉末，再加入丙烯酸酯10份、苯二胺12份和苯乙烯10份，送入加热器中加热至50℃，备用；
6)将步骤1)、步骤3)、步骤4)和步骤5)中制得的原料混合，加入硅30份和铝35份，送入熔融炉中，温度升至1200℃，持续2小时，备用；
7)将步骤6)中的原料注入模中浇注养护30小时脱模，再常温养护五天，即可得到建筑桩的桩头1。
实施例二
参照图1所示，一种建筑桩，包括有桩头1、桩体2和承重机构3，所述桩头1、桩体2和承重机构3依次连接，所述桩体2底部侧壁上设置有抓地机构4，所述桩体2内部设置有减震管5和两个连接锚管7，所述两个连接锚管7之间设置有加强柱6，所述桩体2顶部设置有支架8，所述支架8上方设置有承重台10，所述承重台10与支架8之间通过弹簧9连接，所述承重台10上设置有顶柱11，所述顶柱11顶部设置有顶板13，所述顶柱11两侧设置有筋板12。
所述桩头1与桩体2采用螺纹结构连接，利于桩头1与桩体2的拆装，而且安装牢固。
所述承重台10与顶柱11为一体化设置，让建筑桩更加稳固。
所述顶柱11表面设置有不锈钢层(未图示)，防止顶柱11因长期接触水和氧气而生锈。
所述顶柱11内部设置有一条以上的钢筋(未图示)，提高了顶柱11的强度。
桩头1的制造方法：
1)取玻璃纤维29份和超细砂28份送去气流粉碎机中制成粉末，将粉末送入搅拌机中搅拌均匀，再加入水25份和聚丙烯15份，送入烘干机中，温度升至250℃，持续40min，备用；
2)取二苯醚13份和甲乙酮17份，送入加热机中，温度升至90℃，持续30min，再保温1.5小时，备用；
3)取珍珠岩22份送入碎石机中粉碎成小颗粒，加入步骤2)中制得的原料，送入搅拌机中，搅拌均匀，送入850℃的焙烧机中焙烧2.5小时，再送入密闭容器中冷却至室温，备用；
4)取三氧化二锑12份和三氧化钼13份，送入加热器中加热，温度由200℃升至300℃，升温速度为10℃/min，再保温3.5小时，备用；
5)取硅藻土24份和石墨37.5份送入气流粉碎机中制成粉末，再加入丙烯酸酯13份、苯二胺13份和苯乙烯12份，送入加热器中加热至55℃，备用；
6)将步骤1)、步骤3)、步骤4)和步骤5)中制得的原料混合，加入硅35份和铝40份，送入熔融炉中，温度升至1250℃，持续2.5小时，备用；
7)将步骤6)中的原料注入模中浇注养护30小时脱模，再常温养护五天，即可得到建筑桩的桩头1。
实施例三
参照图1所示，一种建筑桩，包括有桩头1、桩体2和承重机构3，所述桩头1、桩体2和承重机构3依次连接，所述桩体2底部侧壁上设置有抓地机构4，所述桩体2内部设置有减震管5和两个连接锚管7，所述两个连接锚管7之间设置有加强柱6，所述桩体2顶部设置有支架8，所述支架8上方设置有承重台10，所述承重台10与支架8之间通过弹簧9连接，所述承重台10上设置有顶柱11，所述顶柱11顶部设置有顶板13，所述顶柱11两侧设置有筋板12。
所述桩头1与桩体2采用螺纹结构连接，利于桩头1与桩体2的拆装，而且安装牢固。
所述承重台10与顶柱11为一体化设置，让建筑桩更加稳固。
所述顶柱11表面设置有不锈钢层(未图示)，防止顶柱11因长期接触水和氧气而生锈。
所述顶柱11内部设置有一条以上的钢筋(未图示)，提高了顶柱11的强度。
桩头1的制造方法：
1)取玻璃纤维30份和超细砂30份送去气流粉碎机中制成粉末，将粉末送入搅拌机中搅拌均匀，再加入水30份和聚丙烯18份，送入烘干机中，温度升至300℃，持续50min，备用；
2)取二苯醚16份和甲乙酮18份，送入加热机中，温度升至95℃，持续40min，再保温2小时，备用；
3)取珍珠岩24份送入碎石机中粉碎成小颗粒，加入步骤2)中制得的原料，送入搅拌机中，搅拌均匀，送入900℃的焙烧机中焙烧3小时，再送入密闭容器中冷却至室温，备用；
4)取三氧化二锑14份和三氧化钼14份，送入加热器中加热，温度由200℃升至300℃，升温速度为10℃/min，再保温4小时，备用；
5)取硅藻土26份和石墨45份送入气流粉碎机中制成粉末，再加入丙烯酸酯16份、苯二胺14份和苯乙烯14份，送入加热器中加热至60℃，备用；
6)将步骤1)、步骤3)、步骤4)和步骤5)中制得的原料混合，加入硅40份和铝45份，送入熔融炉中，温度升至1300℃，持续3小时，备用；
7)将步骤6)中的原料注入模中浇注养护30小时脱模，再常温养护五天，即可得到建筑桩的桩头1。
实验例
选用实施例一、实施例二、实施例三和普通建筑桩，分为4组，观察各组建筑桩使用一年后的情况。
对比结果见下表：
由此可见，本发明三个实施例中的样品与普通建筑桩相比在耐磨损、倾斜度和结构强度上具有显著提升。
本发明的有益效果为：该建筑桩设计简单，通过在桩头上设置有抓地机构，起到了固定作用，提高了建筑桩的稳定性；通过在承重台与支架之间设置有弹簧，纵向地震波使建筑物上下晃动，弹簧发生形变，避免建筑物上下剧烈晃动，发生破坏，保证建筑物结构的完整性；通过在桩体内设置有减震管，起到了减振作用，提高了安全性。
以上所述，仅为本发明的具体实施方式，但本发明的保护范围并不局限于此，任何不经过创造性劳动想到的变化或替换，都应涵盖在本发明的保护范围内。

Claims (5)

1.一种建筑桩，其特征在于：包括有桩头、桩体和承重机构，所述桩头、桩体和承重机构依次连接，所述桩体底部侧壁上设置有抓地机构，所述桩体内部设置有减震管和两个连接锚管，所述两个连接锚管之间设置有加强柱，所述桩体顶部设置有支架，所述支架上方设置有承重台，所述承重台与支架之间通过弹簧连接，所述承重台上设置有顶柱，所述顶柱顶部设置有顶板，所述顶柱两侧设置有筋板，所述桩头由按重量份数配比的硅40份、铝45份、玻璃纤维30份、超细砂30份、聚丙烯18份、二苯醚16份、甲乙酮18份、三氧化二锑14份、三氧化钼14份、珍珠岩24份、硅藻土26份、石墨45份、丙烯酸酯16份、苯二胺14份、苯乙烯14份和水30份制成，所述桩头的制造方法，包括有以下步骤：
1)取玻璃纤维30份和超细砂30份送去气流粉碎机中制成粉末，将粉末送入搅拌机中搅拌均匀，再加入水30份和聚丙烯18份，送入烘干机中，温度升至300℃，持续50min，备用；
2)取二苯醚16份和甲乙酮18份，送入加热机中，温度升至95℃，持续40min，再保温2小时，备用；
3)取珍珠岩24份送入碎石机中粉碎成小颗粒，加入步骤2)中制得的原料，送入搅拌机中，搅拌均匀，送入900℃的焙烧机中焙烧3小时，再送入密闭容器中冷却至室温，备用；
4)取三氧化二锑14份和三氧化钼14份，送入加热器中加热，温度由200℃升至300℃，升温速度为10℃/min，再保温4小时，备用；
5)取硅藻土26份和石墨45份送入气流粉碎机中制成粉末，再加入丙烯酸酯16份、苯二胺14份和苯乙烯14份，送入加热器中加热至60℃，备用；
6)将步骤1)、步骤3)、步骤4)和步骤5)中制得的原料混合，加入硅40份和铝45份，送入熔融炉中，温度升至1300℃，持续3小时，备用；
7)将步骤6)中的原料注入模中浇注养护30小时脱模，再常温养护五天，即可得到建筑桩的桩头。
2.根据权利要求1所述的建筑桩，其特征在于：所述桩头与桩体采用螺纹结构连接。
3.根据权利要求2所述的建筑桩，其特征在于：所述承重台与顶柱为一体化设置。
4.根据权利要求3所述的建筑桩，其特征在于：所述顶柱表面设置有不锈钢层。
5.根据权利要求4所述的建筑桩，其特征在于：所述顶柱内部设置有一条以上的钢筋。
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