JPS60142897A - Dehydrating washing machine - Google Patents

Dehydrating washing machine

Info

Publication number
JPS60142897A
JPS60142897A JP22831984A JP22831984A JPS60142897A JP S60142897 A JPS60142897 A JP S60142897A JP 22831984 A JP22831984 A JP 22831984A JP 22831984 A JP22831984 A JP 22831984A JP S60142897 A JPS60142897 A JP S60142897A
Authority
JP
Japan
Prior art keywords
tank
discharge pipe
water
cover
washing machine
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP22831984A
Other languages
Japanese (ja)
Other versions
JPS624159B2 (en
Inventor
林 源太郎
憲二 山本
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sanyo Electric Co Ltd
Sanyo Denki Co Ltd
Original Assignee
Sanyo Electric Co Ltd
Sanyo Denki Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Sanyo Electric Co Ltd, Sanyo Denki Co Ltd filed Critical Sanyo Electric Co Ltd
Priority to JP22831984A priority Critical patent/JPS60142897A/en
Publication of JPS60142897A publication Critical patent/JPS60142897A/en
Publication of JPS624159B2 publication Critical patent/JPS624159B2/ja
Granted legal-status Critical Current

Links

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】 〈イ)産業上の利用分野 本発明は、回転翼の裏羽根に71り、ボ)グ作用によ−
)(、外槽と洗濯兼脱水槽間の水を吐出管を介して脱水
冷の+r11;に送出し目っ槽内に吐出さ七る脱水洗1
M機に関する。
[Detailed Description of the Invention] (a) Industrial Application Field The present invention is directed to a rotary blade having a rotor blade 71 provided with a bog action.
) (The water between the outer tank and the washing/dehydration tank is sent to the dehydration cooling unit via the discharge pipe and discharged into the eye tank.
Regarding M machine.

く口)従来の技術 この種の脱水洗濯機は例えは実開昭53−159173
号公報で提案されているが、吐出管は脱水槽の外面に形
成され、その」二輪をバランスリング内のりノ1フィル
ターに臨まゼでいる。また、外槽カバーは吐出管の上端
からバランスリンクの(Jとんとを覆うようになってい
る。従って、吐出管の目詰り等を解消4−へく清掃作業
を行なうには、外槽カバーを外リー必要かある。一般に
外4−1力A−1−には操作箱が配置されCおり、外槽
カハータ外1にはそJ1′らの操作、制御系統も分解す
?)こと(:なり、極めて煩雑となる。
Conventional technology This type of dehydrating washing machine is an example of
As proposed in the publication, the discharge pipe is formed on the outer surface of the dehydration tank, and its two wheels face the filter inside the balance ring. In addition, the outer tank cover is designed to cover the balance link (J-ton) from the upper end of the discharge pipe. Therefore, to eliminate clogging of the discharge pipe, etc., remove the outer tank cover. Is it necessary to have an external system?Generally, an operation box is placed in the external tank A-1, and the operation and control systems for the external tank are also disassembled in the external tank A-1. This becomes extremely complicated.

(ハ)発明が解決しようと−する問題点4:発明は、吐
出水路系の清掃作業を簡単に火付−Cきるようにするも
のである。
(c) Problem 4 to be solved by the invention: The invention makes it possible to easily ignite the cleaning work of the discharge waterway system.

(X′、) 問題点を解決するだめの手段本発明は、脱
水槽上部のハ″;7スリ7りに、[1(実管の上端を止
める保持環と、01出管ト端と□l+口の間を連通jる
通路を設け、この通路を構成し且つ保持環を覆うカバー
を上記バランスリ〉りIJ上方から着脱可能に止着し、
上記カバーを、上記外槽の上部に設けられた環状の外相
カバーの開口内に臨まdることにより、問題点を解決す
るものである。
(X',) Means to Solve the Problems The present invention provides a retaining ring for fixing the upper end of the real pipe, a retaining ring for fixing the upper end of the real pipe, and a A passage communicating between the IJ and the opening is provided, and a cover constituting this passage and covering the retaining ring is removably attached from above the IJ with the balance,
The problem is solved by placing the cover into the opening of the annular outer cover provided at the upper part of the outer tank.

(ホ)作用 即ち、清掃作業時にはカバーを外して通路を掃除12、
また更に吐出管を保持環から外して掃除する。そして、
カバーの着脱は外槽カバーの開口を介して上町から行な
う。
(e) Action: during cleaning work, remove the cover and clean the passage 12;
Furthermore, remove the discharge pipe from the retaining ring and clean it. and,
The cover is attached and detached from the top through the opening in the outer tank cover.

くべ)実施例 図面に基づいて説明側ると、(1〉は機枠に吊下された
全自動洗濯機の外槽で、合成樹脂製の洗濯兼脱水tI(
2>を内装し、軸受ケース(3)とモータ(4)を外付
けしている。上記脱水槽(2)は第2図で示す如く円弧
壁と平面壁とから成る略六角柱状になっており、底面お
よびそこから周側にかかるコーナーには洗浄効果を向上
させるために複数個の隆起部(5〉・ を形成し、底部
中央には開口(6)を形成している。(7)は開口く6
)内に少しの隙間をおいて配設された回転翼で、回転翼
軸(8)に取付(プられ、裏面には複数の裏羽根(9〉
・・を形成している。(10)・ は脱水槽(2)の周
(III壁に形成された多数の脱水孔、(11) ・は
脱水槽(2)の周側壁の外面に縦横に形成された補強用
リブ、(12)・ ・は脱水槽く2)の外底面に形成さ
れた補強用の放射状リブ、(13)・・・は同じく外底
面に形成された補強用の同心状リブ、(14)は同心状
リゾ(13)・・・の内側から3番目のものに形成され
たボスである。
(1) is an outer tub of a fully automatic washing machine that is suspended from the machine frame, and is made of synthetic resin for washing and dewatering.
2> is installed internally, and a bearing case (3) and motor (4) are installed externally. As shown in Fig. 2, the dehydration tank (2) has a substantially hexagonal column shape consisting of an arcuate wall and a flat wall, and has a plurality of hexagonal columns on the bottom and the corners extending from the bottom to the circumferential side to improve the cleaning effect. A raised part (5〉) is formed, and an opening (6) is formed in the center of the bottom. (7) is an opening 6.
) with a small gap between the rotor blades, and is attached to the rotor shaft (8).
...is formed. (10)・ is a large number of dehydration holes formed on the circumference (III wall) of the dehydration tank (2), (11)・reinforcement ribs formed vertically and horizontally on the outer surface of the peripheral side wall of the dehydration tank (2), ( 12)... are reinforcing radial ribs formed on the outer bottom surface of the dehydration tank 2), (13)... are reinforcing concentric ribs also formed on the outer bottom surface, and (14) are concentric ribs. This is the third boss formed from the inside of Rizzo (13)...

(15)は脱水槽駆動軸(16)にボルト(17)と−
y7ト(18)によって固定された脱水槽基板で、同心
状リブ(13)の最も内側のリブ(19)とボス(14
)とに当接し、ボス(14)にネジ(20)を締イ」け
ることにより脱水槽(2)に結合されている。そして、
基板<15)とリブ(19)は上記裏羽根(9)による
ポンプ室(21)を構成し、基板(15)の複数の透孔
<22) から外槽(1)と脱水槽(2〉間の水を吸込
む。
(15) is the bolt (17) and -
y7 and the innermost rib (19) of the concentric rib (13) and the boss (14).
) and is connected to the dewatering tank (2) by tightening the screw (20) to the boss (14). and,
The substrate (15) and the rib (19) constitute a pump chamber (21) by the back blade (9), and the outer tank (1) and the dehydration tank (2) are connected to the outer tank (1) and the dehydration tank (2) through the plurality of through holes (22) in the board (15). It absorbs the water in between.

ここで、上記リブ(19)は完全な環状ではなく、第2
図で示す如く隆起部(5)があるコーナーに向けて開放
した開放部(23)を有し、この開放部(23)に至る
円弧壁を1ハ」の字形状にして直線部(24)(24)
を設け、更にこの直線部<24)(24)から外方へ拡
開する拡開部(25)を訊けている。そして、開放部(
23)がポンプ室(21)の吐出口となる。また、拡開
部(25)は脱水槽(2)の外底面上に位置しており、
その外方側を開放されたコーナ一部(26)に連ねてい
る。このコーナ一部(26)は水路カバー(27)に開
放部を閉成されており、拡開部(25)とによっでポン
プ室(21)に連通リーる吐出水路(28)を構成する
。また、このコーナ一部(26)は拡開部(25)を隆
起部〈5)と共にザイドコアによって一体成型する際に
型抜きの通路として使用される。
Here, the rib (19) is not completely annular, but has a second shape.
As shown in the figure, there is an open part (23) that opens toward the corner where the raised part (5) is located, and the arcuate wall leading to this open part (23) is shaped like a "1" character to form a straight part (24). (24)
Furthermore, an expanded portion (25) that expands outward from this straight portion (24) (24) is provided. And the open part (
23) becomes the discharge port of the pump chamber (21). Further, the expanded portion (25) is located on the outer bottom surface of the dehydration tank (2),
Its outer side is connected to a part of the open corner (26). A part of this corner (26) has an open part closed to the water channel cover (27), and forms a discharge water channel (28) that communicates with the pump chamber (21) through the expanded part (25). . Further, this corner portion (26) is used as a passage for die cutting when the expanded portion (25) and the raised portion (5) are integrally molded by Zydocore.

」−配水路カバー(27)は第3図で示す如き形状をし
−Cおり、その上端フランジ部(29)が上記縦横の補
強用リブ(11)の最下部の横リブ(30)に当接し、
そこで第2図で示すとおり両端でネジ(31)(3i 
)、+)。
- The distribution channel cover (27) has a shape as shown in Fig. 3, and its upper end flange portion (29) is in contact with the lowermost horizontal rib (30) of the vertical and horizontal reinforcing ribs (11). contact,
Therefore, as shown in Figure 2, screws (31) (3i
), +).

めされる。be taught.

このように、上記吐出水路(28)は、開1コ(8)の
円形々状を欠くことなく、強度の大きな四角筒状に形成
され、更に隆起部(5)によって水路面積を大きくして
いる。
In this way, the discharge waterway (28) is formed into a strong rectangular cylindrical shape without lacking the circular shape of the opening (8), and furthermore, the waterway area is increased by the raised portion (5). There is.

り32〉はコーナ一部(26)に対応する脱水槽(2)
の周側壁に形成された縦溝で、その下端開口を上記吐出
水路り28)のコーナ一部(26)の上端に連通してい
る。(33)は縦溝(32)に略密着して嵌め込まれた
吐出管で、例えばブロー成型により断面が略長楕円形状
に作られ、その下端開口を縦溝(32)の下端開口、即
ち吐出水路(28)の上端に嵌合し、上端が脱水槽(2
)のバランスリング(34)の槽内方舟りの保持環(3
5)に挿入しである。この吐出管(33)は縦溝(32
)に嵌合された中下部から、槽内方舟りの保持環(35
)に挿入された上部にかげて、内ノ5に向けて緩′く屈
曲した屈曲部(36)を形成し、この屈曲部(36)を
槽内に部分的に突出させて洗い板の作用を生せしめると
共に、吐出圧力に対する抵抗を軽減している。
32〉 is the dehydration tank (2) corresponding to the corner part (26)
A vertical groove is formed in the circumferential wall of the discharge channel 28), and its lower end opening communicates with the upper end of the corner portion (26) of the discharge channel 28). (33) is a discharge pipe that is fitted into the vertical groove (32) in a substantially tight manner, and the cross section is made into an approximately oblong shape by blow molding, for example, and its lower end opening is the lower end opening of the vertical groove (32), i.e., the discharge pipe. It fits into the upper end of the water channel (28), and the upper end is connected to the dehydration tank (28).
) balance ring (34) retaining ring (3)
5) is inserted. This discharge pipe (33) has a vertical groove (32
) from the middle lower part fitted to the inner tank retaining ring (35
) is inserted into the tank to form a bent part (36) that is gently bent towards the inner no. At the same time, the resistance to discharge pressure is reduced.

ここで、上記バランスリング(34)はバランサーとし
て働く液体(37)を封入しており、ネジ(38)によ
っ−C脱水槽(2)の上端に取付けである。そして、こ
のバランスリング(34)は上下の環状凹溝体(39)
(40)をその開口縁を溶着することにより形成されて
いる。バランスリング(34)の内側壁には下側が完全
に開放し、上側も基本的には開放した凹所(41)が形
成きれている。この凹所(41)の奥側の上部、つまり
上側凹溝体(39)には、凹所(41)の相対する側壁
間を橋絡Vる如き連絡部(42)が設けられ、この連絡
部(42)により上記保持環(35)が形成されている
Here, the balance ring (34) encloses a liquid (37) that acts as a balancer, and is attached to the upper end of the -C dehydration tank (2) with a screw (38). This balance ring (34) has upper and lower annular groove bodies (39).
(40) by welding the opening edge thereof. A recess (41) is formed in the inner wall of the balance ring (34), which is completely open on the lower side and basically open on the upper side. A communication part (42) that bridges the opposing side walls of the recess (41) is provided in the upper part of the inner side of the recess (41), that is, in the upper groove body (39). The retaining ring (35) is formed by the portion (42).

そして、バランスリング(34)の−」二面にオン(4
3)により取イ=j(−1られたカバー(44)の垂下
片(45)にて吐出管(33)の上端を押え(Jti、
吐出管(33)の下端が吐出水路(28)より外れない
ようにしている。
Then, turn on (4) two sides of the balance ring (34).
3), hold down the upper end of the discharge pipe (33) with the hanging piece (45) of the cover (44), which has been removed by i=j(-1) (Jti,
The lower end of the discharge pipe (33) is prevented from coming off from the discharge waterway (28).

1−記−L、 +1lll凹溝体(39)には、吐出管
(33)の1一端より上方、・〜向け−C吐出される水
を、上記力/<−(44)及び連絡部(42)と共同し
て下方へその向きを変更するカイト(46)が、丁度連
絡部(42)と同様に凹Dl(41)の手0i1側上端
の相対?る側壁間を橋絡4るtJu、く設けられている
1-L, +1llll concave groove body (39), the water discharged upward from one end of the discharge pipe (33) towards -C is applied to the above force/<-(44) and the communication part ( The kite (46), which changes its direction downward in cooperation with the connecting part (42), is positioned relative to the upper end of the concave Dl (41) on the hand 0i1 side, just like the connecting part (42). A bridge is provided between the side walls.

ポンプ室(21)の吐出用の水路は、上記した如き、脱
水槽外底面に形成きれた吐出水路(28)、吐出管(3
3)、それにカバー(44)や連絡部(42)やガイド
<46)により構成移れる通路(47)により形成され
、下向きの水出口(48)が最終的な吐出口となる。
The discharge waterway of the pump chamber (21) consists of the discharge waterway (28) formed on the outer bottom of the dehydration tank and the discharge pipe (3) as described above.
3), and is formed by a passage (47) which can be configured by a cover (44), a communication part (42) and a guide <46), and a downward water outlet (48) serves as the final discharge outlet.

(49)はバランスリング(34)Iこ着脱自在に取付
けられたりントフィルターで、円錐状のオン1−(50
)と合成樹脂製の取付枠(51)から成り、上記下向き
水出口(48)からの吐出水を下方から受け、水中のリ
ン1−wを採取し、槽内に水を戻す。
(49) is a filter that is removably attached to the balance ring (34).
) and a synthetic resin mounting frame (51), which receives water discharged from the downward water outlet (48) from below, collects phosphorus 1-w in the water, and returns the water to the tank.

(52)は回転翼(7)の外周に(A)寸法たけ垂下す
るように形成されたリブて、ポンプ室(21)内の回転
時に於(づる圧力を高め、開「コ(6)の隙間から槽内
に出る水量を減少させる。
(52) is a rib formed on the outer periphery of the rotor blade (7) so as to hang down by the dimension (A), which increases the hanging pressure when the pump chamber (21) rotates, and causes the opening of the blade (6). Reduces the amount of water that flows into the tank through the gaps.

(53)は上記外槽(1)の上部に被封らとlた環状の
外槽カバーで、その開口の内周縁が上記ネジ(43)の
1ト着部分よりりI力に1立置し、」二記力/<−(4
4)のほとんとの部分を開口に臨ませている。
(53) is an annular outer tank cover that is sealed over the upper part of the outer tank (1), and the inner peripheral edge of the opening thereof is placed vertically in a direction higher than the one fitting part of the screw (43). shi,” two-note power/<-(4
Most of 4) is exposed to the opening.

動作を説明すると、ま4゛洗潅や4a−ぎ時に回転R(
7)が回転すると、裏羽根(9) のポンブイY用によ
り、外$!(1)と脱水槽(2)間・力水は第1図矢印
の如く透孔り22) からポンプ室(21)に吸込まれ
る。吸込まれた水の大部分は、回転翼(7)がとららに
回転しても、直線部(24)<24)に沿って速やかに
開放部(23)へ送出され、そこから前記吐出水路(2
8)へ送りこまれ、吐出管(33)反び通路(47)を
通ってト向き水出t」(48)からりントフィルタ−(
49)を介して脱水槽(2)内へ吐出される。
To explain the operation, rotation R (
When 7) rotates, the back blade (9) for the pon buoy Y will release $! Between (1) and the dewatering tank (2), power water is sucked into the pump chamber (21) through the through hole 22) as shown by the arrow in Figure 1. Even if the rotor blade (7) rotates slowly, most of the water sucked in is quickly sent out along the straight part (24)<24) to the open part (23), and from there to the discharge channel. (2
8), through the discharge pipe (33) and the warped passage (47), and then from the lint filter (48).
49) into the dehydration tank (2).

この結果、Ik潅水流は回転翼(7)による水流に水出
D(48)からの水が重なって複雑なものとなり、洗濯
物の」−ドの人?1替えを促進して洸序率壱寸′4−ぎ
効果を向上させることができる。また、洗濯水中に含ま
tlている糸屑等をリントフィルター(49)にて確実
に除去することが−Cきる。:、の際、図の如くネジl
−<50>の先端が洗濯水面(L)(高水位での)より
(B)司法た(す沈むようにすれは、l先ifj物が*
 /h (50)に当た灼、この時の振動で、イ、ノ1
−(50)にかか−)た糸屑をその先端へ押しやり、ノ
イルター(49)の清掃をする際イ、ント(50)から
糸屑を簡単に除去することができる。
As a result, the Ik irrigation flow becomes complicated as the water flow from the rotary blade (7) overlaps with the water from the water outlet D (48). It is possible to promote one change and improve the order rate one size four-way effect. Further, the lint and the like contained in the washing water can be reliably removed by the lint filter (49). : When , screw l as shown in the figure.
-If the tip of <50> sinks below the washing water surface (L) (at high water level)
/h (50) hit, and with the vibration at this time, I, no 1
The thread waste collected on (50) is pushed to the tip thereof, and the thread waste can be easily removed from the inlet (50) when cleaning the noiler (49).

きらに、吐出管(33)等の吐出用の水路系が糸屑等で
詰まって、水出口(4B)からの水量が減少してきた場
合、吐出水路系を清掃憚る必要がある。この場合は、外
槽カバー(53)の開口からドライバーでネジ(43)
を外し、バランスリング(34)上面のカバー(44)
を外ゼは、吐出管(33)を持ち上げて下端を吐出水路
(28)から外し、そし−しその−上端を保持環(35
)から外して簡単に吐出管(33)を外ぜ“ことができ
、吐出管〈33)や通路(47)の清掃を容易に行なう
ことができる。このようにカバー(44)は上方から筒
型に脱着てき、ザービス性が向上している。
Furthermore, if the discharge waterway system such as the discharge pipe (33) is clogged with lint or the like and the amount of water from the water outlet (4B) decreases, it is necessary to clean the discharge waterway system. In this case, use a screwdriver to tighten the screws (43) through the opening of the outer tank cover (53).
Remove the cover (44) on the top of the balance ring (34).
To remove the discharge pipe, lift the discharge pipe (33), remove the lower end from the discharge waterway (28), and then attach the upper end to the retaining ring (35).
), the discharge pipe (33) can be easily removed, and the discharge pipe (33) and the passage (47) can be easily cleaned. In this way, the cover (44) can be removed from the pipe from above. It can be attached and detached from the mold, improving serviceability.

尚、本実施例ではカバー(44)をネ:、”(43)I
こよ−)て止めているが、バランスリング(34)に対
して弾性係合機構によって取(;t fつるようにr7
]は、着脱がより簡単と成り、→ノ′−ビス性を一層向
上4″る、−とができる。
In this embodiment, the cover (44) is
Although it is held by the balance ring (34) by the elastic engagement mechanism (;t f
] makes it easier to attach and detach, and further improves safety.

(ト)発明の効果 本発明による脱水洗濯機は、吐出用の通路の構成体であ
る力/<−を外槽カバ〜の開「」を介して1一方から脱
着でき、清掃作業時に於(′するり″−ビス性を向上で
きるものである。
(g) Effects of the Invention In the dehydrating washing machine according to the present invention, the force / It is possible to improve the screwability.

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

第1図は本発明による脱水洗濯機の縦断面図、第2図は
第1図n 、−、n線に基く断面図、第3図は水路カバ
ーの側視図、第4図は第1図IV−IV線に基く半断面
図、第5図はバランスリングのカバーを外した状態にお
ける上面図である。 (1) 外槽、(2) 洗濯兼脱水槽、(7ン 回転翼
、(21) ポンプ室、(28) 吐出水路、(33)
吐出管、(34)・バランスリンク、(35) 保持環
、(43) ネジ、(44) カバー、(47〉 通路
、(53)・ 外槽カバー。 特許出願人 三洋電機株式会社 代表者 井 植 薫 第3図 第4図 ′1A 侭 第5図
FIG. 1 is a longitudinal sectional view of a dehydrating washing machine according to the present invention, FIG. 2 is a sectional view taken along lines n, -, and n in FIG. FIG. 5 is a half-sectional view taken along the line IV--IV in FIG. 5, and a top view of the balance ring with the cover removed. (1) Outer tank, (2) Washing/dewatering tank, (7-inch rotor, (21) Pump room, (28) Discharge channel, (33)
Discharge pipe, (34) balance link, (35) retaining ring, (43) screw, (44) cover, (47> passage, (53) outer tank cover. Patent applicant Sanyo Electric Co., Ltd. Representative Iue Kaoru 3rd figure 4th figure '1A Taku 5th figure

Claims (1)

【特許請求の範囲】[Claims] (1)回転翼の裏羽根によるポンプ作用によって、外槽
と洸lp兼脱水槽間の水を吐出管を介(7又脱水槽のF
部に)A出し注一つ槽内に吐出さ七る脱水洗濯機に於い
て、」−記脱水槽のに部に取付(〕られたハン、スリ〕
/グに、1−2吐実管の上端を止める保持環と、吐出管
十錨;と水出口の間を連通げる通路を設(」1、二の通
路を(6¥成し[」つf!i4持環をiらカバーを十−
言己ハランスリン′t(、ニヒ方から着脱可能に1ト苔
し、15己カバーや!、[−2夕(1曽の1一部に設(
−)られl−環状の外槽ツノ・・−(2)開[I内に臨
まU/−ことを特徴とする脱水洗濯機。
(1) By the pumping action of the back blade of the rotor blade, water is pumped between the outer tank and the KLP/dehydration tank through the discharge pipe (7-way F of the dehydration tank).
In a dehydrating washing machine that discharges water into a single tank, there is a handle attached to the part of the dehydrating tank.
A retaining ring that stops the upper end of the 1-2 discharge pipe, and a passage that allows communication between the discharge pipe 10 anchors and the water outlet are installed in the /g. One f!i4 holding ring i et al cover ten-
Words are haransulin't (, 1 piece of moss is removable from the nihi side, 15 pieces are covered!
-) An annular outer tub horn... -(2) A dehydrating washing machine characterized by opening and facing inside.
JP22831984A 1984-10-30 1984-10-30 Dehydrating washing machine Granted JPS60142897A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP22831984A JPS60142897A (en) 1984-10-30 1984-10-30 Dehydrating washing machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP22831984A JPS60142897A (en) 1984-10-30 1984-10-30 Dehydrating washing machine

Publications (2)

Publication Number Publication Date
JPS60142897A true JPS60142897A (en) 1985-07-29
JPS624159B2 JPS624159B2 (en) 1987-01-28

Family

ID=16874579

Family Applications (1)

Application Number Title Priority Date Filing Date
JP22831984A Granted JPS60142897A (en) 1984-10-30 1984-10-30 Dehydrating washing machine

Country Status (1)

Country Link
JP (1) JPS60142897A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5661989A (en) * 1995-03-23 1997-09-02 Samsung Electronics Co., Ltd. Washing machine having vertical water guiding channels on inner surface of washing basket
WO2007000035A1 (en) * 2005-06-29 2007-01-04 Whirlpool S.A. Water recirculation system for a laundry machine
CN107299481A (en) * 2016-04-15 2017-10-27 日立空调·家用电器株式会社 Washing machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5661989A (en) * 1995-03-23 1997-09-02 Samsung Electronics Co., Ltd. Washing machine having vertical water guiding channels on inner surface of washing basket
WO2007000035A1 (en) * 2005-06-29 2007-01-04 Whirlpool S.A. Water recirculation system for a laundry machine
CN107299481A (en) * 2016-04-15 2017-10-27 日立空调·家用电器株式会社 Washing machine
CN107299481B (en) * 2016-04-15 2019-03-22 日立空调·家用电器株式会社 Washing machine

Also Published As

Publication number Publication date
JPS624159B2 (en) 1987-01-28

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