The utility model discloses a turntable caching station for goods pipeline transportation, which comprises a main pipe for goods transportation, a Roots blower, a first-stage shunt branch pipe, a second-stage shunt branch pipe and a rotary disc pipeline buffer system. The inner cavity of the main pipe for goods transportation is a conveying cavity A. The main pipe for goods transportation is movably equipped with a switch valve placed in the conveying cavity A. A Roots blower is connected at the rear end of the switching valve of the goods conveying main pipe; the goods conveying main pipe is connected with several first-stage diversion branches through the goods diversion converter A, and each first-stage diversion branch pipe is connected with several second-stage diversion branches through the goods diversion converter B; the rotary disc pipeline buffer system is buffered by several rotary disc pipelines with the same structure. The rotary disc type pipeline buffer system is formed by parallel and overlapping connection of the rotary disc. The rotary disc type pipeline buffer rotary disc near the side of the second stage branch pipe is the first stage rotary disc type pipeline buffer rotary disc. The first stage rotary disc type pipeline buffer rotary disc includes a rotary disc seat, a storage bin containing a rotary disc and a motor. The rotary disc seat is equipped with a motor, and the power output shaft of the motor is fixed on the storage bin capacity. There are several groups of storage warehouse groups on the rotating disk of the storage warehouse. All storage warehouse groups are circularly distributed with the center of the storage warehouse containing the rotating disk. Each storage warehouse group constitutes the radius of the circle. The storage warehouse group consists of several storage warehouses. The number of storage warehouses in the storage warehouse group is in phase with the number of all secondary shunt branches in the rotating disk buffer station. Equivalent and corresponding position.
【技术实现步骤摘要】
一种用于物品管道运输的转盘式缓存站
本技术涉及一种物品运输搬运及缓存
,尤其涉及一种用于物品管道运输的转盘式缓存站。
技术介绍
现阶段的智能仓物品运输方式都是靠机器人及少数人工进行搬运,其缺陷如下:运作慢、效率低、安全低、运输效率低。
技术实现思路
针对现有技术存在的不足之处,本技术的目的在于提供一种用于物品管道运输的转盘式缓存站,具有可靠性高、空间利用率低等优点。本技术的目的通过下述技术方案实现:一种用于物品管道运输的转盘式缓存站,包括物品输送总管、罗茨风机、第一级分流支管、第二级分流支管和转盘式管道缓冲系统,所述物品输送总管的管内腔为物品输送腔A,所述物品输送总管上活动安装有置于物品输送腔A中的开关阀门,所述物品输送总管在位于开关阀门的后端连通设有罗茨风机;所述物品输送总管通过物品多向转换器A连接有若干个第一级分流支管,每个第一级分流支管通过物品分流转换器B连接有若干个第二级分流支管;所述转盘式管道缓冲系统由若干个结构相同的转盘式管道缓冲转盘并排重叠连接而成,所述转盘式管道缓冲系统靠近第二级分流支管一侧的转盘式管道缓冲转盘为第一级转盘式管道缓冲转盘,所述第一级转 ...
【技术保护点】
1.一种用于物品管道运输的转盘式缓存站,其特征在于:包括物品输送总管(1)、罗茨风机(3)、第一级分流支管(5)、第二级分流支管(7)和转盘式管道缓冲系统,所述物品输送总管(1)的管内腔为物品输送腔A,所述物品输送总管(1)上活动安装有置于物品输送腔A中的开关阀门(2),所述物品输送总管(1)在位于开关阀门(2)的后端连通设有罗茨风机(3);所述物品输送总管(1)通过物品多向转换器A(4)连接有若干个第一级分流支管(5),每个第一级分流支管(5)通过物品多向转换器B(6)连接有若干个第二级分流支管(7);所述转盘式管道缓冲系统由若干个结构相同的转盘式管道缓冲转盘并排重叠连接 ...
【技术特征摘要】
1.一种用于物品管道运输的转盘式缓存站,其特征在于:包括物品输送总管(1)、罗茨风机(3)、第一级分流支管(5)、第二级分流支管(7)和转盘式管道缓冲系统,所述物品输送总管(1)的管内腔为物品输送腔A,所述物品输送总管(1)上活动安装有置于物品输送腔A中的开关阀门(2),所述物品输送总管(1)在位于开关阀门(2)的后端连通设有罗茨风机(3);所述物品输送总管(1)通过物品多向转换器A(4)连接有若干个第一级分流支管(5),每个第一级分流支管(5)通过物品多向转换器B(6)连接有若干个第二级分流支管(7);所述转盘式管道缓冲系统由若干个结构相同的转盘式管道缓冲转盘并排重叠连接而成,所述转盘式管道缓冲系统靠近第二级分流支管(7)一侧的转盘式管道缓冲转盘为第一级转盘式管道缓冲转盘(8),所述第一级转盘式管道缓冲转盘(8)包括转盘座、储存仓容纳转动盘和电机,所述转盘座上安装有电机,电机的动力输出轴固定于储存仓容纳转动盘中心,所述储存仓容纳转动盘上设有若干组储存仓组,所有储存仓组以储存仓容纳转动盘中心为圆心呈圆形分布,所述储存仓组由若干个储存仓(82)组成,储存仓组的储存仓(82)数量与转盘式缓存站中的所有第二级分流支管(7)数量相等且位置相对应。2.按照权利要求1所述的一种用于物品管道运输的转盘式缓存站,其特征在于:所述第一级转盘式管道缓冲转盘(8)外部滑动安装有定位滑板(81),所述转盘式缓存站中的所有第二级分流支管(7)的出物端均固定于定位滑板(81)上。3.按照权利要求1所述的一种用于物品管道运输的转盘式缓存站,其特征在于:...
【专利技术属性】
技术研发人员:戴霄波,
申请(专利权)人:四川虫洞科技有限公司,
类型:新型
国别省市:四川,51
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