Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Tandem suspension type fire-resistant heat-insulating brick
The invention discloses a tandem suspension type fire-resistant heat-insulating brick which comprises a lower brick body, an upper sealing cover, a supporting column, fire-resistant heat-insulating balls, heat-insulating penetrating connection columns, high-temperature-resistant wires, a bottom connecting plate and a connecting buckle body. According to the tandem suspension type fire-resistant heat-insulating brick, the structure of a traditional fire-resistant and heat-insulating brick is changed, the multiple high-temperature-resistant wires are connected between the upper sealing cover and the bottom connecting plate; the multiple fire-resistant and heat-insulating balls and the heat-insulating penetrating connection columns are connected with the high-temperature-resistant wires in a penetrating mode; and the fire-resistant and heat-insulating balls and the heat-insulating penetrating connection columns are sequentially and alternately distributed, so that the multiple fire-resistant heat-insulating balls and the multiple fire-resistant penetrating connection columns are distributed in the lower brick body in a suspended mode, and a heat insulation structure similar to a forest structure is formed in the lower brick body; the mass of the interior of the lower brick body is reduced through distances between the multiple high-temperature-resistant wires, so that the light weight purpose is achieved; and the supporting column is used for supporting in the middle of an interior between the lower brick body and the upper sealing cover, so that stable structural strength is formed, and therefore the characteristics of heat insulation, high strength and light weight are formed.
本发明公开了一种串接悬浮式耐火隔热砖，包括下砖体、上封闭盖、支撑柱、耐火隔热球体、隔热穿接柱体、耐高温丝、底部连接板、连接扣体；本发明改变了传统耐火隔热砖的结构，在上封闭盖和底部连接板之间连接多个耐高温丝，在耐高温丝上分别穿接多个耐火隔热球体和隔热穿接柱体，并且耐火隔热球体和隔热穿接柱体依次相间分布，如此使得多个耐火隔热球体和耐火穿接柱悬浮式的分布在下砖体的内部，如此使得下砖体内部形成近似“森林”结构的隔热结构，而且多个耐高温丝上之间的间距减轻了下砖体内部的质量，达到了轻质的目的，通过支撑柱在下砖体和上封闭盖之间的内部中间进行支撑，形成了稳定的结构强度，如此形成了隔热、高强、轻质的特性。
Tandem suspension type fire-resistant heat-insulating brick
The invention discloses a tandem suspension type fire-resistant heat-insulating brick which comprises a lower brick body, an upper sealing cover, a supporting column, fire-resistant heat-insulating balls, heat-insulating penetrating connection columns, high-temperature-resistant wires, a bottom connecting plate and a connecting buckle body. According to the tandem suspension type fire-resistant heat-insulating brick, the structure of a traditional fire-resistant and heat-insulating brick is changed, the multiple high-temperature-resistant wires are connected between the upper sealing cover and the bottom connecting plate; the multiple fire-resistant and heat-insulating balls and the heat-insulating penetrating connection columns are connected with the high-temperature-resistant wires in a penetrating mode; and the fire-resistant and heat-insulating balls and the heat-insulating penetrating connection columns are sequentially and alternately distributed, so that the multiple fire-resistant heat-insulating balls and the multiple fire-resistant penetrating connection columns are distributed in the lower brick body in a suspended mode, and a heat insulation structure similar to a forest structure is formed in the lower brick body; the mass of the interior of the lower brick body is reduced through distances between the multiple high-temperature-resistant wires, so that the light weight purpose is achieved; and the supporting column is used for supporting in the middle of an interior between the lower brick body and the upper sealing cover, so that stable structural strength is formed, and therefore the characteristics of heat insulation, high strength and light weight are formed.
本发明公开了一种串接悬浮式耐火隔热砖，包括下砖体、上封闭盖、支撑柱、耐火隔热球体、隔热穿接柱体、耐高温丝、底部连接板、连接扣体；本发明改变了传统耐火隔热砖的结构，在上封闭盖和底部连接板之间连接多个耐高温丝，在耐高温丝上分别穿接多个耐火隔热球体和隔热穿接柱体，并且耐火隔热球体和隔热穿接柱体依次相间分布，如此使得多个耐火隔热球体和耐火穿接柱悬浮式的分布在下砖体的内部，如此使得下砖体内部形成近似“森林”结构的隔热结构，而且多个耐高温丝上之间的间距减轻了下砖体内部的质量，达到了轻质的目的，通过支撑柱在下砖体和上封闭盖之间的内部中间进行支撑，形成了稳定的结构强度，如此形成了隔热、高强、轻质的特性。
Tandem suspension type fire-resistant heat-insulating brick
一种串接悬浮式耐火隔热砖
FAN QIUGUAN (Autor:in)
29.06.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
| Europäisches Patentamt | 2022