Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Drain hole drainage pipe extending device
The invention relates to the technical field of drainage, in particular to a drainage hole drainage pipe extending device which comprises a containing mechanism, a drainage hole drainage pipe extending mechanism, a drainage hole drainage pipe extending mechanism and a drainage hole drainage pipe extending mechanism, and the containing mechanism comprises a top water receiving hopper and a top pipe arranged at the bottom of the top water receiving hopper; the adjusting mechanism comprises an adjusting component arranged on the top pipe, a movable component arranged on the adjusting component and a propping component arranged on the movable component; the liquid discharging mechanism comprises a liquid discharging pipe arranged on the adjusting mechanism, a transition pipe arranged at the bottom of the liquid discharging pipe and a penetrating bottom pipe arranged at the bottom of the transition pipe, water can be effectively received, limited and guided to a top pipe through the arrangement of a top water receiving hopper, the water can be effectively guided to the liquid discharging pipe through the arrangement of the top pipe, and therefore the water discharging effect is improved. Water in the liquid discharging pipe can be guided into the penetrating bottom pipe through the arrangement of the transition pipe, the distance between the penetrating bottom pipe and the top pipe can be effectively adjusted through the adjusting mechanism, and therefore the length of the device can be adjusted according to scene requirements, and it is avoided that water splashing affects the attractiveness.
本发明涉及排水技术领域,特别是一种排水孔引排管延伸装置,包括,容置机构,其包括顶部接水斗,设置于所述顶部接水斗底部的顶管;调节机构,其包括设置于所述顶管上的调节部件,设置于所述调节部件上的活动部件,设置于所述活动部件上的抵触部件;排液机构,其包括设置于所述调节机构上的排液管,设置于所述排液管底部的过渡管,设置于所述过渡管底部的贯穿底管,顶部接水斗的设置可以有效的接收水体,将水体进行限位,使其导向顶管,顶管的设置可以有效的将水体导向排液管,过渡管的设置可以将排液管中的水导入贯穿底管中,调节机构可以有效的调节贯穿底管与顶管之间的间距,从而可以根据场景需要调节该装置的长度,以免溅水影响美观。
Drain hole drainage pipe extending device
The invention relates to the technical field of drainage, in particular to a drainage hole drainage pipe extending device which comprises a containing mechanism, a drainage hole drainage pipe extending mechanism, a drainage hole drainage pipe extending mechanism and a drainage hole drainage pipe extending mechanism, and the containing mechanism comprises a top water receiving hopper and a top pipe arranged at the bottom of the top water receiving hopper; the adjusting mechanism comprises an adjusting component arranged on the top pipe, a movable component arranged on the adjusting component and a propping component arranged on the movable component; the liquid discharging mechanism comprises a liquid discharging pipe arranged on the adjusting mechanism, a transition pipe arranged at the bottom of the liquid discharging pipe and a penetrating bottom pipe arranged at the bottom of the transition pipe, water can be effectively received, limited and guided to a top pipe through the arrangement of a top water receiving hopper, the water can be effectively guided to the liquid discharging pipe through the arrangement of the top pipe, and therefore the water discharging effect is improved. Water in the liquid discharging pipe can be guided into the penetrating bottom pipe through the arrangement of the transition pipe, the distance between the penetrating bottom pipe and the top pipe can be effectively adjusted through the adjusting mechanism, and therefore the length of the device can be adjusted according to scene requirements, and it is avoided that water splashing affects the attractiveness.
本发明涉及排水技术领域,特别是一种排水孔引排管延伸装置,包括,容置机构,其包括顶部接水斗,设置于所述顶部接水斗底部的顶管;调节机构,其包括设置于所述顶管上的调节部件,设置于所述调节部件上的活动部件,设置于所述活动部件上的抵触部件;排液机构,其包括设置于所述调节机构上的排液管,设置于所述排液管底部的过渡管,设置于所述过渡管底部的贯穿底管,顶部接水斗的设置可以有效的接收水体,将水体进行限位,使其导向顶管,顶管的设置可以有效的将水体导向排液管,过渡管的设置可以将排液管中的水导入贯穿底管中,调节机构可以有效的调节贯穿底管与顶管之间的间距,从而可以根据场景需要调节该装置的长度,以免溅水影响美观。
Drain hole drainage pipe extending device
一种排水孔引排管延伸装置
FU RUYU (Autor:in) / HOU GUANGQIANG (Autor:in) / LUO TONGQIANG (Autor:in) / LIU YAO (Autor:in) / ZHOU YUCHENG (Autor:in)
02.01.2024
Patent
Elektronische Ressource
Chinesisch