A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of municipal drainage, in particular to a garbage collection and treatment device for a drainage channel. The garbage collection and treatment device for the drainage channel comprises an arc-shaped grid plate, an arc-shaped leakage plate, a synchronous driving assembly, a multi-channel collecting assembly, a feeding roller and a collecting well, wherein the arc-shaped grid plate and the arc-shaped leakage plate are arranged at the top end in the drainage channel side by side and adjacently and coaxially along a water flow direction, grid bars coaxial with the arc-shaped leakage plate are uniformly distributed on the arc-shaped grid plate, an inner arch of the arc-shaped grid plate is vertically downward, and an inner arch of the arc-shaped leakage plate is vertically upward; the synchronous driving assembly and the multi-channel collecting assembly are horizontally arranged at the two ends of the arc-shaped grid plate and the two ends of the arc-shaped leakage plate correspondingly; the feeding roller is coaxially and rotationally arranged on the arc-shaped leakage plate, one end of the feeding roller is in synchronous transmission connection with an output end of the synchronous driving assembly, the other end of the feeding roller communicates with the multi-channel collecting assembly, and a one-way threaded sheet is coaxially arranged on the outer circumferential surface of the feeding roller; the collecting well with an upward opening is buried in one side of the drainage channel, a discharging end of the multi-channel collecting assembly communicates with the collecting well. The garbage collection and treatment device for the drainage channel is low in manufacturing cost and easy to install.
本发明涉及市政排水技术领域，具体是涉及一种用于排水渠的垃圾收集处理装置，包括有：弧形栅板和弧形漏板，并排且相邻同轴向沿水流方向均设在排水渠内部顶端，所述弧形栅板上均布有与弧形漏板同轴向的栅条，所述弧形栅板内拱竖直朝下，所述弧形漏板内拱竖直朝上；同步驱动组件和多通道收集组件，所述同步驱动组件和多通道收集组件分别水平设置在弧形栅板和弧形漏板两端；送料辊，所述送料辊同轴转动设置在弧形漏板上，且送料辊一端与同步驱动组件输出端同步传动连接，且其另一端与多通道收集组件连通，送料辊外圆周面同轴设置有单向螺纹片；收集井，开口朝上埋设在排水渠一侧，且所述多通道收集组件出料端与收集井连通，该装置造价低，安装简单。
The invention relates to the technical field of municipal drainage, in particular to a garbage collection and treatment device for a drainage channel. The garbage collection and treatment device for the drainage channel comprises an arc-shaped grid plate, an arc-shaped leakage plate, a synchronous driving assembly, a multi-channel collecting assembly, a feeding roller and a collecting well, wherein the arc-shaped grid plate and the arc-shaped leakage plate are arranged at the top end in the drainage channel side by side and adjacently and coaxially along a water flow direction, grid bars coaxial with the arc-shaped leakage plate are uniformly distributed on the arc-shaped grid plate, an inner arch of the arc-shaped grid plate is vertically downward, and an inner arch of the arc-shaped leakage plate is vertically upward; the synchronous driving assembly and the multi-channel collecting assembly are horizontally arranged at the two ends of the arc-shaped grid plate and the two ends of the arc-shaped leakage plate correspondingly; the feeding roller is coaxially and rotationally arranged on the arc-shaped leakage plate, one end of the feeding roller is in synchronous transmission connection with an output end of the synchronous driving assembly, the other end of the feeding roller communicates with the multi-channel collecting assembly, and a one-way threaded sheet is coaxially arranged on the outer circumferential surface of the feeding roller; the collecting well with an upward opening is buried in one side of the drainage channel, a discharging end of the multi-channel collecting assembly communicates with the collecting well. The garbage collection and treatment device for the drainage channel is low in manufacturing cost and easy to install.
本发明涉及市政排水技术领域，具体是涉及一种用于排水渠的垃圾收集处理装置，包括有：弧形栅板和弧形漏板，并排且相邻同轴向沿水流方向均设在排水渠内部顶端，所述弧形栅板上均布有与弧形漏板同轴向的栅条，所述弧形栅板内拱竖直朝下，所述弧形漏板内拱竖直朝上；同步驱动组件和多通道收集组件，所述同步驱动组件和多通道收集组件分别水平设置在弧形栅板和弧形漏板两端；送料辊，所述送料辊同轴转动设置在弧形漏板上，且送料辊一端与同步驱动组件输出端同步传动连接，且其另一端与多通道收集组件连通，送料辊外圆周面同轴设置有单向螺纹片；收集井，开口朝上埋设在排水渠一侧，且所述多通道收集组件出料端与收集井连通，该装置造价低，安装简单。