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    • 1. 发明申请
    • RADON TREATMENT SYSTEM AND METHOD
    • RADON治疗系统和方法
    • WO1990015290A1
    • 1990-12-13
    • PCT/US1990003174
    • 1990-06-05
    • FRANMAN, INC.
    • FRANMAN, INC.DYKMAN, K., RandFRANCIS, Thomas
    • F24F07/06
    • B08B9/0495E02D31/008E02D31/06E03C1/30E03F9/00F24F7/06Y10S454/909
    • The system for removing the soil gas from the ground surrounding the building structure (12), includes a drain tile system (10), a clean-out pipe (64), an air duct system (46), and a fan (60). The air duct system is securable to a clean-out pipe, and the fan is installed inside the air duct system. The air duct system is disconnected from the clean-out pipe during the cleaning of the drain tile system. A pressurized fluid projecting through the tip of a rocket nozzle (32), removes any obstructions in the drain tile, and the pressurized fluid projecting rearward from the nozzle, propels the rocket nozzle through the drain tile system. The air duct system is then connected to the clean-out pipe. The venting of air away from the drain tile system creates a negative pressure, which draws the soil gas into the porous drain tile whereby the soil gas is effectively prevented from entering the building structure.
    • 用于从围绕建筑结构(12)的地面除去土壤气体的系统包括排水瓦系统(10),清理管道(64),风道系统(46)和风扇(60) 。 风道系统可安装到清洁管道上,风扇安装在风道系统内。 在清洁排水瓦系统期间,风道系统与清洁管道断开连接。 通过火箭喷嘴(32)的尖端突出的加压流体消除了排水瓦中的任何障碍物,并且从喷嘴向后突出的加压流体推动火箭喷嘴穿过排水瓦系统。 然后将风道系统连接到清洁管道。 从排水瓦系统排出空气产生负压,将负压压入多孔排水瓦,从而有效地防止土壤气体进入建筑结构。
    • 2. 发明申请
    • FOUNDATION DRAIN CLEANING APPARATUS AND METHOD
    • 基金会清洁装置和方法
    • WO1990012661A1
    • 1990-11-01
    • PCT/US1990001661
    • 1990-03-30
    • FRANMAN, INC.
    • FRANMAN, INC.FRANCIS, ThomasDYKMAN, K. Rand
    • B08B03/02
    • E03F9/00B08B9/0495E03C1/30
    • This is a new apparatus and method for cleaning debris from the inside of a foundation drain tile, the drain tile being in the immediate proximity of the perimeter of a building structure. A rocket nozzle which is in fluid communication with flexible tubing and a high pressure water supply, and a foot pedal control valve is used for starting and stopping the fluid flow. An opening in the tip of the nozzle enables pressurized water to be discharged through the tip in a forward direction. At least two apertures are disposed along a nozzle recess. The tubing is secured to the nozzle and is in fluid communication with the nozzle. An on-off foot pedal control valve is used to start and stop the water flow into the tubing and into the nozzle. As pressurized water is supplied to the nozzle and projected through the apertures, the nozzle is propelled in a forward direction through the drain tile. The flow of the pressurized water through the nozzle causes the pressurized water to be projected through the opening in the nozzle tip. As the nozzle is propelled through the drain tile, the water flowing through the nozzle tip is continually directed at the debris at sufficient force to separate the debris from the drain. To assist in cleaning the drain tile, a series of cleanout pipes are installed near the juncture of the drain tile and conventional pipes located underneath the basement floor.
    • 这是一种用于从基础排水瓦的内部清洁碎屑的新的设备和方法,排水砖在建筑结构的周边的紧邻附近。 与柔性管道和高压水源流体连通的火箭喷嘴和脚踏板控制阀用于启动和停止流体流动。 喷嘴尖端的开口使得加压水能够通过尖端向前方排出。 沿着喷嘴凹部布置至少两个孔。 管道固定到喷嘴并与喷嘴流体连通。 开关踏板控制阀用于启动和停止进入管道和进入喷嘴的水流。 当加压水被供应到喷嘴并通过孔突出时,喷嘴沿向前的方向推进通过排水瓦。 加压水通过喷嘴的流动导致加压水通过喷嘴尖端中的开口突出。 当喷嘴通过排水砖推进时,流过喷嘴尖端的水以足够的力连续地指向碎屑,以将碎屑与排水口分离。 为了协助清洁排水瓦,在排水瓦和位于地下室底部的常规管道的接合处附近安装了一系列清洁管道。