JPS63160938U - - Google Patents

Description

【図面の簡単な説明】[Brief explanation of the drawing]

図面はこの考案の流体等に於る流量調節器の実
施例を示す一部縦断正面図である。 １……水導の蛇口、２……蛇口に合せた耐圧ゴ
ム管、３……蛇口と耐圧ゴム管とを接続させる金
具、４……耐圧ゴム管２と耐圧ゴム管１２とを接
続させると同時に水量調節ゴム管を内部に収容し
て保持させたゴム栓、５……水を通すガラス管、
６……水量調節ゴム管７のつなぎ管、８……ユー
ターン管、１０……下向のユーターン管、９，１
１はそれぞれのユーターン管に連通して水の流れ
を水圧自からの力でにぶらせるべく用いた管、１
５は水量の流れを制御する管でこの内径の大きい
か小さいかで水の出る量がきまることになつてい
る。 The drawing is a partially longitudinal front view showing an embodiment of the flow rate regulator for fluids, etc. of this invention. 1... A water-conducting faucet, 2... A pressure-resistant rubber pipe that matches the faucet, 3... A metal fitting for connecting the faucet and the pressure-resistant rubber pipe, 4... A pressure-resistant rubber pipe 2 and a pressure-resistant rubber pipe 12 are connected. At the same time, a rubber stopper that accommodates and holds a water volume adjustment rubber tube inside, 5...a glass tube for passing water;
6... Connection pipe for water volume adjustment rubber pipe 7, 8... U-turn pipe, 10... Downward U-turn pipe, 9,1
1 is a pipe that communicates with each U-turn pipe and is used to dampen the flow of water by the force of the water pressure itself; 1
5 is a pipe that controls the flow of water, and the amount of water that comes out is determined by whether the inner diameter of this pipe is large or small.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 水の場合に於る流量調節器としては先ず水の蛇
口１に適合した太い耐圧ゴム管２を締金３で堅く
固定し、その下端にゴム栓４を入れて、中央に穴
５を穿設して、ガラス製の管６を挿入して尚その
先に水量調節ゴム管７を接續し下して尚その下端
に上向の水ユーターン管８を設けて、又その先に
水量調節ゴム管管９を接續して、上げ、かつ又下
向のユーターン管１０を設置して水量調節管１１
を連通して成る器内の構造を入れた太い耐圧ゴム
管１２の下端にはゴム栓１３を貫通して水出口１
４としゴム栓１３は耐圧ゴム管１２の外側から強
力に締金３で締付けて、いかなる水圧の強さにも
はずれぬように、尚調節管７，９，１１の中には
それぞれの出量に応じた調節内径を有するガラス
管１５を数個適当に設置して定着せしめ必要によ
つては３〜４往復以上のユーターン管を設置して
調節器内外ともに少しの水もれ空気も漏れないこ
とを條件とする流体等に於る流量調節器の構造。 As a flow rate regulator for water, first, a thick pressure-resistant rubber tube 2 that fits the water faucet 1 is firmly fixed with a clamp 3, a rubber stopper 4 is inserted into the lower end, and a hole 5 is drilled in the center. Then, a glass tube 6 is inserted, a water volume adjustment rubber tube 7 is connected to the tip of the glass tube 6, and an upward water turn tube 8 is provided at the lower end of the glass tube 6, and a water amount adjustment rubber tube is connected to the bottom end of the glass tube 6. Connect the pipe 9, raise it, install the downward U-turn pipe 10, and install the water volume adjustment pipe 11.
A water outlet 1 is inserted through a rubber stopper 13 at the lower end of the thick pressure-resistant rubber tube 12 containing the internal structure of the vessel.
4, and the rubber stopper 13 is strongly tightened with the clamp 3 from the outside of the pressure-resistant rubber tube 12, and the adjustment tubes 7, 9, and 11 have their respective protrusions so that they will not come off under any water pressure. Appropriately install several glass tubes 15 with adjustable inner diameters according to the conditions and fix them. If necessary, install a U-turn tube that makes 3 to 4 reciprocations or more to prevent even the slightest water or air from leaking inside or outside the regulator. The structure of a flow rate regulator for fluids, etc., subject to certain conditions.