JPS58192581A - Spring stream type washer - Google Patents

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本発明は噴水流酸洗たく機に関し、詳細には物理的攪拌
機構を設けないで槽中の貯留水を旋回水流に形成し、ａ
水流の攪拌作用によって布地尋の被洗浄物を損耗させる
ことなく洗浄しうる噴水流酸洗た（磯に関するものであ
る。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a fountain flow pickling machine, in particular a fountain flow pickling machine which forms stored water in a tank into a swirling water flow without providing a physical agitation mechanism.
Fountain flow pickling method (related to rocky shores) that can clean the fabric to be washed without damaging it due to the agitating action of the water stream.

従来の洗た〈砿は例えば洗たく槽内に設けた羽根部材を
回転させて旋回水流を形成し、布地と洗剤液を攪拌させ
つつ洗たくするものである。ところで上記洗た〈欅では
洗た（中に羽根部材と布地が皺しく誉触するので布地が
擦シ切れなり或いはボタンが腕端する等の欠点がある。A conventional washing machine, for example, rotates a blade member provided in a washing tank to form a swirling water flow, and washes the fabric and detergent while stirring it. By the way, with the above-mentioned washed zelkova, there are drawbacks such as the fabric being frayed and the buttons coming off at the ends because the feather member and the fabric are wrinkled and touch each other.

この為、羽根部材のエツジを丸みを帯びた鈍角に形成し
て布地の引つ掛かシを防止する様に構成されているが、
ｌＷ速回転する羽根部材との誉触にょる働り切れ等が完
全ＫＬＥＤ＆されるわけではなく、依然として上記欠点
を解消し傷るに至った本のは提案されていない。For this reason, the edges of the blade member are formed at a rounded obtuse angle to prevent the fabric from getting caught.
Problems such as running out due to contact with the blade member rotating at a speed of 1W cannot be completely resolved, and no book has yet been proposed that solves the above-mentioned drawbacks and causes damage.

そこで本発明者は前記問題点について鋭意研究を進めた
結果、洗た〈槽内に可動部分を有する洗た（Ｉｌｌｌで
あれば、どうしても義間駆点を完全に解消することはで
きなりという結論に達した。Therefore, as a result of intensive research into the above-mentioned problem, the inventor of the present invention has concluded that if the tank has a moving part (Illll), it is impossible to completely eliminate the drive point between the legs. reached.

本発明はこうした事情を踏まえｖ！に研究を進めたＶＩ
巣、完成されたものであって、噴出水によって洗た〈槽
内の貯留水を攪拌水流に形成し、布地尋を傷つけること
なく布地に付着した汚れを分離することを目的とするも
のである。The present invention has been developed based on these circumstances. VI has advanced research into
It is a completed product that is washed with jet water.The purpose is to form the water stored in the tank into an agitated water stream and separate the dirt adhering to the fabric without damaging the fabric. .

即ち上記目的を達成した本発明の噴水流酸洗た＜ｍとは
、洗た（檜の円ＷＩ蚊内面に、洗剤液又はゆすぎ水を噴
出させる噴６０を該内面に対して略僧締方向に複数個設
けると共に、洗剤液又はゆすぎ水の排出口を当該円筒状
内面の適所に設け、且つ前記噴出口と排出口を槽外にお
いてパイプで連絡し、ａパイプにボンデを介装してなる
点ＫｌＮ旨が存在する。That is, the fountain flow pickling method of the present invention that achieves the above object refers to the jet 60 that sprays detergent solution or rinsing water onto the inner surface of the Japanese cypress in a substantially tightening direction toward the inner surface. In addition to providing a plurality of detergent liquid or rinsing water discharge ports at appropriate locations on the cylindrical inner surface, the spout and discharge ports are connected by a pipe outside the tank, and a bonder is interposed in the pipe a. There is a point KIN.

以下本発明を賽踏倒図面に沿って説明する霞、＃実施例
は本発明を制限する性質のものではなく前・後記の趣旨
に徴して洗た（檜の形状、噴出口及び排出口の配設数等
に適宜ｆ更を加えること等は全て本発明の技術的範囲に
含まれる。The present invention will be explained below with reference to the detailed drawings. Appropriate additions to the number of arrangements, etc. are all included within the technical scope of the present invention.

第１図は本発明の賽踏倒洗たく機の０１！１面睨四図、
第２図は第１図におけるローロー断面図で、１は洗た〈
槽、８は噴出口、８は排出口、５は循環ポンプである。Figure 1 is a four-view diagram of the 01!1 side of the rolling washing machine of the present invention.
Figure 2 is a cross-sectional view of the roller in Figure 1, and 1 is a washed <
The tank, 8 is a spout, 8 is a discharge port, and 5 is a circulation pump.

そして噴出口２は洗たく槽１の円筒状内壁下方部位置で
、略１＃線方向に槽内を臨んで配設すると共に、円筒状
内壁の上辺には槽内を臨んで開口した排出口８を穿設し
ている。そして噴出口２及び排出口８は、周方向に４個
ずつ略等間隔に設けられ排出口８には糸屑等が排出口８
へ入らな９様Ｋ１１ｌ状カバー４が夫々取付けられてい
る。The spout 2 is located at the lower part of the cylindrical inner wall of the washing tank 1, facing the inside of the tank approximately in the direction of the 1# line, and the discharge port 8 is opened on the upper side of the cylindrical inner wall, facing the inside of the tank. is installed. Four jet ports 2 and four discharge ports 8 are provided at approximately equal intervals in the circumferential direction, and thread waste, etc.
Nine K11L-shaped covers 4 are respectively attached.

向排出口８の配設位置は洗た（槽ｌの通常水位よシ低位
であることは言う迄もなく、又４ｓある各噴出口２の内
壁に対する配設角度Ｑ１．Ｑ２、偽。The position of the outlet 8 is different from the normal water level of the tank 1 (it goes without saying that it is lower than the normal water level of the tank 1, and the angle Q1 and Q2 of each outlet 2 with respect to the inner wall of 4 seconds is false).

Ｑ４は同じである。一方墳出口２と排出口８は槽外圧お
いてパイプ１８で連結され、該パイプ１８にはボンデｂ
が介設されると共に、排出口８とポンプ５の間にはスト
レーナ６が設けられる。Q4 is the same. On the other hand, the mound outlet 2 and the discharge outlet 8 are connected by a pipe 18 at the outside pressure of the tank, and the pipe 18 has a bond b
A strainer 6 is provided between the discharge port 8 and the pump 5.

この様に構成される洗た（機を使用するに当つては、ｉ
ず洗た（槽１内に水、洗剤及び布地を投入する。尚投入
水４位は排出口８よシも上方であることは言う迄もない
。そしてポンプ５を稼動す５とポンプ６の吸入力によっ
て各排出口８から洗１ν水等作吸引され、洗浄水はスト
レーナ６及びボニプ６を通って各噴出口２から槽内へ噴
射される。When using a washing machine constructed in this way,
(Water, detergent, and fabric are poured into tank 1. It goes without saying that the 4th place of input water is also above the outlet 8. Then, when pump 5 is operated, pump 5 and pump 6 are Washing water, etc., is suctioned from each outlet 8 by the suction force, and the washing water passes through the strainer 6 and the bonippu 6 and is injected into the tank from each outlet 2.

こうして洗浄水等が噴射されると、その噴射力に、９□
、。ｔ−＠に＊ｌＩ　Ｐ　：Ｍ〜。工６．ヤ、；：れ、
槽内に投入されている布地等が渦流と共に徐々に回転を
始める。これにより洗剤液と布地の接触あるいは布地へ
の洗剤液の浸透が活発に行なわれ布地に付着していた汚
れが分離される。この間洗剤液の一部は排出口８に吸入
されて循環使用されるが、前述した如くパイプ１８には
ストレーナ６が設けられているので、循環使用される液
中に含まれる糸屑等の異物や分離した汚れは当ａストレ
ーナ６で除去される。そしてストレーナ６を通過した循
環流＃液はポンプｆｉｌｃ９ｕ入され、再度噴出口２へ
送給される。こうして洗たくが終了するとポンプ５を停
止すると共に排液を排出ロアから放出する。又ゆすぎ段
階における洗た（機の構成及び機能は上記と同様である
が、ゆすぎ時のオーバーフロー水は排出口８から放出す
る。When cleaning water, etc. is sprayed in this way, the spraying force is 9□
,. t-@ni *lI P :M~. Engineering 6. Ya, ;: Le,
The fabric placed in the tank gradually begins to rotate along with the vortex. As a result, the detergent solution comes into contact with the fabric or the detergent solution actively penetrates into the fabric, and the dirt adhering to the fabric is separated. During this time, a part of the detergent liquid is sucked into the discharge port 8 and used for circulation, but since the pipe 18 is provided with the strainer 6 as described above, foreign matter such as lint contained in the liquid used for circulation is removed. The dirt and separated dirt are removed by the strainer 6. The circulating liquid # that has passed through the strainer 6 is then fed into the pump filc9u, and is again fed to the spout 2. When washing is completed in this way, the pump 5 is stopped and the drained liquid is discharged from the discharge lower. Also, during the rinsing stage, the structure and function of the machine are the same as those described above, but the overflow water during rinsing is discharged from the outlet 8.

本発明の基本構成は以上の通りであるが、上記以外のＩ
ＩＲ成としては、例えば洗た（檜は従来柵と同様に円筒
形に限らず楕円筒形成いは４角筒形等であってもよい。The basic configuration of the present invention is as described above, but I
As for the IR structure, for example, the cypress (cypress) is not limited to the cylindrical shape as in the conventional fence, but may be an elliptical cylinder shape, a square cylinder shape, or the like.

噴出口及び排出口のｅａ高さ位置については前記以外で
も実施できるが、渦流の形収効車や汚染水の還流度等を
考慮すると前記した様に円筒形の水槽ガ推奨される。冑
本発明では洗１ａＪＮＩ尋の噴出位置、方向、水量、速
度を１官設定しうるので、例えば傷つ！！易い布地を洗
た（する場合等には、洗剤最の噴出条件（噴射力尋）を
ｆｌ！して所望の渦流杖勤を形成することもできる１、
又前記Ｖｉｌ施例踏倒渦流は入方向への渦流であったが
、逆方向への渦流あるいは正逆両方向の渦流を交互に繰
り返してもよい。第８図は正逆回転を行なう場合のＷ踏
倒で方向可変形噴出口を示す概略説明図である。即ち可
変形噴出口は洗浄液又はゆすぎ水の送給パイプ１８を分
岐部Ａにおいてパイプ９及びＩＯＫ分岐すると共に１分
岐後のパイプ９及び１０を集合部Ｂにおいて合流させて
洗たく槽ｌ内Ｅｖｉｌ！する様に構成している。分岐部
Ａ及び集合部ＢＫは流路切替弁１１及び１２が設置され
、ａ切替弁１１．１１！を図中に賽締位置とした場合に
は洗たく槽内に逆方向の渦流を形成し、−１破線位置と
し良場合には洗たく槽内に正方向の渦流がｆＷＩ成され
る。The ea height position of the spout and discharge port may be other than the above, but in consideration of the shape of the vortex, the degree of return of contaminated water, etc., a cylindrical water tank is recommended as described above. In the present invention, it is possible to set the ejection position, direction, water volume, and speed of the wash 1aJNI fathom, so for example, it is possible to set the ejection position, direction, water volume, and speed. ! When washing easily-prone fabrics, the desired whirlpool flow can be created by adjusting the best jetting conditions (spraying power) for the detergent.
Further, although the above-mentioned Vil embodiment has a vortex flow in the incoming direction, the vortex flow in the opposite direction or the vortex flow in both forward and reverse directions may be alternately repeated. FIG. 8 is a schematic explanatory diagram showing a direction-variable jet nozzle when the W is pressed down for forward and reverse rotation. That is, the variable spout branches the cleaning liquid or rinsing water supply pipe 18 into the pipe 9 and IOK at the branching part A, and joins the pipes 9 and 10 after one branching at the collecting part B to clean the tank l. It is configured to do so. Flow path switching valves 11 and 12 are installed in the branching part A and the collecting part BK, and the a switching valves 11, 11! When FWI is set at the tightening position in the figure, a vortex in the opposite direction is formed in the washing tank, and when it is set at the -1 broken line position, a vortex in the forward direction is formed in the washing tank fWI.

本発明は概略以上の＊ＫＩｌ底されており、その効果は
以下要約する通りである。The present invention has been achieved more than approximately *KIl, and its effects are summarized below.

＋１１洗浄Ｈ篩の噴出力によって渦流を形成するので、
布地を傷つけることなく布地から汚れを分離することが
できる。Since a vortex is formed by the jetting force of the +11 washing H sieve,
Dirt can be separated from fabric without damaging it.

（２）洗剤液を循環させると共に、その循環過程で浮遊
物や汚れを除去すること作できるので、分離された汚れ
或いは浮遊物情布地に再び付着するのを抑制することが
できる。(2) Since the detergent solution can be circulated and floating matter and dirt can be removed during the circulation process, it is possible to prevent the separated dirt or floating matter from adhering to the fabric again.

（３）ｆｋ、剤液の噴出条件を適宜選択することによっ
て所望の洗た〈条件を得ること力１できる。(3) Desired washing conditions can be obtained by appropriately selecting fk and jetting conditions for the chemical solution.

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

第１図は本発明に係る洗たく梼の概略抑明平面図、第２
図は第１図における■−■繰断面断面図８図は本発明に
適用される洗浄液噴出口の他の実施例を示す断面説明図
である。 １・・・洗たく機　　　　２・・・噴出口８・・・排出
口　　　　　４・・・網吠カバー５・・・ポンプ　　　
　　６・・ｒストレーナ７・・・底排出口　　　　　８
・・・オーバフロー水排出口９．１０・・・分岐パイプ
　　１１・・・分岐部１２・・・集合Ｍ　　　　　　１
８・・・パイプ出願人　　　　　山野陸三Fig. 1 is a schematic suppression plan view of a washbasin according to the present invention;
Figure 8 is a sectional view showing another embodiment of the cleaning liquid spout applied to the present invention. 1...Washing machine 2...Spout port 8...Discharge port 4...Net cover 5...Pump
6...r strainer 7...bottom discharge port 8
... Overflow water outlet 9.10 ... Branch pipe 11 ... Branch part 12 ... Collection M 1
8... Pipe applicant Rikuzo Yamano

Claims (1)

【特許請求の範囲】[Claims] ｆｌ＋洗た〈槽の円筒伏内面に、洗剤液又はゆすぎ水を
噴出させる複数個の噴出口をａ内ｒｋＪＫ対して時働線
方向に設けると共Ｋ、洗剤液又はゆすぎ水を排出する排
出口を当−円筒伏内面の適所Ｋｆｊけ、且つｎｉ、＋紀
噴出口と排出口を槽外においてパイプで連絡し、該パイ
プにポンプを介装してなることを特徴とする噴水流酸洗
た〈機。fl+washing〈A plurality of spout ports for spouting out detergent liquid or rinsing water are provided in the working line direction in a direction on the cylindrical inner surface of the tank, and K, a discharge port for discharging the detergent liquid or rinsing water. A fountain flow pickling device characterized in that Kfj is placed at a suitable place on the inner surface of the cylinder, and the spout and discharge port are connected by a pipe outside the tank, and a pump is installed in the pipe. <Machine.