A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Plastic drainage plate and foundation heating circulation system formed by end connectors of plastic drainage plate
The invention discloses a plastic drainage plate and a foundation heating circulation system formed by end connectors of the plastic drainage plate. The foundation heating circulation system comprises the plastic drainage plate, wherein the plastic drainage plate comprises a core plate and a filter membrane wrapping the core plate; the core plate is formed by connecting a plurality of relatively independent channel pipes side by side; drainage channels are formed in the space between the filter membrane and the outer walls of the channel pipes of the core plate; internal channels are formed in internal channels of the channel pipes; the bottom end of the plastic drainage plate is connected with the bottom end connector; all the channel pipes of the plastic drainage plate communicate with an inner cavity of the bottom end connector; the top end of the plastic drainage plate is connected with the top end connector; the interior of the top end connector is divided into two independent inner cavities; the two inner cavities are provided with leading-out connectors correspondingly; and hot water enters one half of the channel pipes of the plastic drainage plate from a circulation water inlet of the top end connector, flows into the inner cavity of the bottom end connector along the channel pipes, then enters the other half of the channel pipes, circulates back to the top end connector from bottom to top and is drained out of a circulation water outlet of the top end connector.
本发明公开了一种塑料排水板及其端部接头构成的地基加热循环系统，包括塑料排水板，塑料排水板包括芯板和包覆在芯板上的滤膜，芯板由多个相对独立的通道管并排连接组成，滤膜和芯板的通道管外壁之间的空间形成排水通道，通道管自身的内部通道形成内部通道；在塑料排水板的底端连接有底端接头，塑料排水板的所有通道管与底端接头的内腔连通；在塑料排水板的顶端连接顶端接头，顶端接头的内部分为两个独立内腔，两个内腔分别设置有引出接口，热水从顶端接头的循环进水口进入到塑料排水板的一半通道管中，并沿通道管流动至底端接头内腔中，然后再进入到另一半通道管中，自下而上循环回顶端接头，从顶端接头的循环出水口排出。
Plastic drainage plate and foundation heating circulation system formed by end connectors of plastic drainage plate
The invention discloses a plastic drainage plate and a foundation heating circulation system formed by end connectors of the plastic drainage plate. The foundation heating circulation system comprises the plastic drainage plate, wherein the plastic drainage plate comprises a core plate and a filter membrane wrapping the core plate; the core plate is formed by connecting a plurality of relatively independent channel pipes side by side; drainage channels are formed in the space between the filter membrane and the outer walls of the channel pipes of the core plate; internal channels are formed in internal channels of the channel pipes; the bottom end of the plastic drainage plate is connected with the bottom end connector; all the channel pipes of the plastic drainage plate communicate with an inner cavity of the bottom end connector; the top end of the plastic drainage plate is connected with the top end connector; the interior of the top end connector is divided into two independent inner cavities; the two inner cavities are provided with leading-out connectors correspondingly; and hot water enters one half of the channel pipes of the plastic drainage plate from a circulation water inlet of the top end connector, flows into the inner cavity of the bottom end connector along the channel pipes, then enters the other half of the channel pipes, circulates back to the top end connector from bottom to top and is drained out of a circulation water outlet of the top end connector.
本发明公开了一种塑料排水板及其端部接头构成的地基加热循环系统，包括塑料排水板，塑料排水板包括芯板和包覆在芯板上的滤膜，芯板由多个相对独立的通道管并排连接组成，滤膜和芯板的通道管外壁之间的空间形成排水通道，通道管自身的内部通道形成内部通道；在塑料排水板的底端连接有底端接头，塑料排水板的所有通道管与底端接头的内腔连通；在塑料排水板的顶端连接顶端接头，顶端接头的内部分为两个独立内腔，两个内腔分别设置有引出接口，热水从顶端接头的循环进水口进入到塑料排水板的一半通道管中，并沿通道管流动至底端接头内腔中，然后再进入到另一半通道管中，自下而上循环回顶端接头，从顶端接头的循环出水口排出。
Plastic drainage plate and foundation heating circulation system formed by end connectors of plastic drainage plate
一种塑料排水板及其端部接头构成的地基加热循环系统
ZHENG AIRONG (author) / LI WEI (author) / ZHU YAOTING (author) / ZHANG XIAOHAN (author)
2021-04-06
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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