| 摘要 |
The present invention provides a bubble remover with which bubbles in hot water are absorbed into the hot water in a hot-water storage tank and naturally disappear. According to the present invention, a hot-water feeding pipe is attached to a hot-water storage tank and feeds hot water to the hot-water storage tank. The leading portion of the hot-water feeding pipe is curved downward to form a vertical first main pipe, with the leading end of the vertical first main pipe further extending therefrom. A vertical second main pipe is provided parallel to and sideward of the vertical first main pipe. A plurality of supply piping spans between the vertical first main pipe and the vertical second main pipe at a predetermined interval. The respective base ends of the supply piping are attached so as to open to the vertical first main pipe, and the respective leading ends of the supply piping extend to the vertical second main pipe. Portions of the supply piping neighboring said leading ends are curved so as to be parallel to the vertical second main pipe. The lower end of the vertical second main pipe is formed into an opening. The upper leading portion of the vertical second main pipe curves near the upper portion of the hot-water storage tank and serves as a horizontally extending pipe. A first spiral drum is attached to the horizontally extending pipe. The leading portion of the horizontally extending pipe is vertically curved so as to form a vertically extending pipe, and a second spiral drum is attached to the vertically extending pipe. A hot-water suctioning pipe is provided upright in the hot-water storage tank, and the bottom-end opening of the hot-water suctioning pipe is located near the lower portion of the hot-water storage tank. The upper end of the hot-water suctioning pipe is extended and curved such that the upper-end opening of the hot-water suctioning pipe faces in the direction of the flow of hot water. |
