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Carbon-carbon composite material spliced thermal insulation cylinder and production process thereof
The invention discloses a carbon-carbon composite material spliced thermal insulation cylinder and a production process thereof, the carbon-carbon composite material spliced thermal insulation cylinder comprises a thermal insulation unit and a fixing unit, the thermal insulation unit comprises a thermal insulation plate group, the thermal insulation plate group comprises a first thermal insulation plate, a second thermal insulation plate, a third thermal insulation plate and a fourth thermal insulation plate, the thermal insulation plates in the thermal insulation plate group are of arc-shaped structures, and the thermal insulation unit further comprises a connecting assembly; the heat-insulating plates in the heat-insulating plate group are spliced through a connecting assembly to form the side wall of the heat-insulating cylinder; the first heat preservation plate, the second heat preservation plate, the third heat preservation plate and the fourth heat preservation plate of different structures are arranged and are connected through the connecting assemblies to be sequentially spliced to form the cylindrical heat preservation barrel side wall, and the connecting strength between the heat preservation plates in the heat preservation plate set is enhanced; the connecting assemblies have the effect of shielding splicing gaps between the heat preservation plates in the heat preservation plate set, the overall heat preservation effect of the heat preservation barrel is enhanced, and the loss of heat emitted from the gaps is reduced.
本发明公开了一种碳碳复材拼接保温筒及其生产工艺,包括保温单元和固定单元,保温单元包括保温板组,保温板组包括第一保温板、第二保温板、第三保温板和第四保温板,保温板组内的保温板均为圆弧形结构,保温单元还包括连接组件,保温板组内的保温板通过连接组件拼接形成保温筒的侧壁;设置不同结构的第一保温板、第二保温板、第三保温板及第四保温板,并分别通过连接组件连接依次拼接形成圆柱形的保温筒侧壁,加强保温板组中各保温板之间的连接强度的同时,连接组件起到对保温板组内的保温板之间的拼接缝隙遮挡的效果,增强保温筒整体的保温效果,减小热量从缝隙中散发的损失。
Carbon-carbon composite material spliced thermal insulation cylinder and production process thereof
The invention discloses a carbon-carbon composite material spliced thermal insulation cylinder and a production process thereof, the carbon-carbon composite material spliced thermal insulation cylinder comprises a thermal insulation unit and a fixing unit, the thermal insulation unit comprises a thermal insulation plate group, the thermal insulation plate group comprises a first thermal insulation plate, a second thermal insulation plate, a third thermal insulation plate and a fourth thermal insulation plate, the thermal insulation plates in the thermal insulation plate group are of arc-shaped structures, and the thermal insulation unit further comprises a connecting assembly; the heat-insulating plates in the heat-insulating plate group are spliced through a connecting assembly to form the side wall of the heat-insulating cylinder; the first heat preservation plate, the second heat preservation plate, the third heat preservation plate and the fourth heat preservation plate of different structures are arranged and are connected through the connecting assemblies to be sequentially spliced to form the cylindrical heat preservation barrel side wall, and the connecting strength between the heat preservation plates in the heat preservation plate set is enhanced; the connecting assemblies have the effect of shielding splicing gaps between the heat preservation plates in the heat preservation plate set, the overall heat preservation effect of the heat preservation barrel is enhanced, and the loss of heat emitted from the gaps is reduced.
本发明公开了一种碳碳复材拼接保温筒及其生产工艺,包括保温单元和固定单元,保温单元包括保温板组,保温板组包括第一保温板、第二保温板、第三保温板和第四保温板,保温板组内的保温板均为圆弧形结构,保温单元还包括连接组件,保温板组内的保温板通过连接组件拼接形成保温筒的侧壁;设置不同结构的第一保温板、第二保温板、第三保温板及第四保温板,并分别通过连接组件连接依次拼接形成圆柱形的保温筒侧壁,加强保温板组中各保温板之间的连接强度的同时,连接组件起到对保温板组内的保温板之间的拼接缝隙遮挡的效果,增强保温筒整体的保温效果,减小热量从缝隙中散发的损失。
Carbon-carbon composite material spliced thermal insulation cylinder and production process thereof
一种碳碳复材拼接保温筒及其生产工艺
LYU LEI (Autor:in) / WEI LIBO (Autor:in) / LI GUOQIANG (Autor:in) / LI FULIN (Autor:in)
07.05.2024
Patent
Elektronische Ressource
Chinesisch
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