WO2014205978A1 - 节水洗衣机 - Google Patents

节水洗衣机 Download PDF

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Publication number
WO2014205978A1
WO2014205978A1 PCT/CN2013/087143 CN2013087143W WO2014205978A1 WO 2014205978 A1 WO2014205978 A1 WO 2014205978A1 CN 2013087143 W CN2013087143 W CN 2013087143W WO 2014205978 A1 WO2014205978 A1 WO 2014205978A1
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WO
WIPO (PCT)
Prior art keywords
water
saving
bucket
washing machine
pump
Prior art date
Application number
PCT/CN2013/087143
Other languages
English (en)
French (fr)
Inventor
何丽丽
Original Assignee
He Lili
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.)
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Publication date
Application filed by He Lili filed Critical He Lili
Priority to CN201380030710.2A priority Critical patent/CN104471137A/zh
Publication of WO2014205978A1 publication Critical patent/WO2014205978A1/zh

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Classifications

    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/006—Recovery arrangements, e.g. for the recovery of energy or water
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/08—Liquid supply or discharge arrangements
    • D06F39/083—Liquid discharge or recirculation arrangements
    • D06F39/20—
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F35/00—Washing machines, apparatus, or methods not otherwise provided for
    • D06F35/005—Methods for washing, rinsing or spin-drying
    • D06F35/006—Methods for washing, rinsing or spin-drying for washing or rinsing only
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B40/00—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers

Definitions

  • the present invention relates to a washing machine, and more particularly to a water-saving washing machine.
  • the water in the washing process is completely drained; if the last-washed water is recovered and provided to the first washing of the washing machine in the next round, the child's toilet will not be affected, and 1 : It can save limited water resources. Usually, the washing water is used three times, and it can be used once, which can save 30% of the washing water source. A water-saving washing machine that can collect the washing water has become a need for people to save water. Summary of the invention
  • the object of the present invention is to overcome the deficiencies of the prior art and to provide a water-saving washing machine which saves limited water resources.
  • the technical solution adopted by the invention is: a water-saving washing machine, including a common washing machine and a water-saving device; a common washing machine bag with a drainage electromagnetic wide, a drain pipe, a water bucket and a controller; the water-saving device includes a water-saving bucket and a water return Animal husbandry solenoid valve, water recovery pump, circulating water pump, water-saving bucket -..
  • the water inlet of the water recovery water chest is connected with the drain port of the drainage solenoid valve of the ordinary washing machine, water recovery electromagnetic W
  • the water inlet is connected to the drain port of the drainage electromagnetic shovel, and the water outlet of the water grazing electromagnetic eye is connected with the drain pipe, and the water outlet of the leeches is connected with the water saving bucket;
  • the water outlet of the circulating water chest is located at the upper position of the water tank.
  • the water of the outlet of the circulating water pump can flow into the water tank, the pumping port of the circulating water pump is located at the bottom of the water saving bucket, the water level switch of the water saving bucket is set at the “..
  • the controller is equipped with a control line and water recovery electromagnetic threshold, water recovery water, and a circulating water pump.
  • Level switch and a lower section connected to the bucket water level switch section bucket.
  • the water-saving working procedure of the water-saving washing machine is: start a first pumping cycle, a laundry, a first drain, a first dewatering, a second influx, a rinse, a second drain, a second dewatering, and finally One influent water, one last rinse, one cycle of recycled water, one last dehydration ⁇ stop.
  • the water-saving working principle of the water-saving washing machine is: When using, the ordinary washing machine performs the final-under-sort When water is used, the controller controls the water recovery ill magnetic width closure and controls the water recovery pump operation. The water discharged from the drainage solenoid valve of the ordinary washing machine is pumped into the water-saving bucket by the water recovery water, when the water level of the water-saving handle reaches the water-saving bucket When the water level is controlled, the water level on the water-saving bucket will transmit its signal to the controller, the controller controls the water recovery electromagnetic snoring and controls the water recovery water II to stop running; the next time the farm washes, the controller controls the ordinary The water inlet solenoid of the washing machine is closed and the water chestnut operation is controlled.
  • the German water pump pumps the water in the water bucket to the bucket for recycling; when the water level of the water tank reaches the set water level, the controller controls the circulating water to stop it.
  • the water level switch of the water saving bucket transmits its signal to the controller, and the controller controls the circulating water pump to stop running and controls the water inlet solenoid valve of the ordinary washing machine to snoring, tap water ⁇
  • the water-passing electromagnetic sputum enters the water-filled pole.
  • the controller controls the water-injection electromagnetic circle to close, to ffi
  • water-saving washing machine can also be used normally.
  • the utility model has the beneficial effects that: the water-saving washing machine comprises an ordinary washing machine and a water-saving device; the water-saving device comprises a water-recovering water bottle and a circulating water bottle, and the water recovery water is used to collect the water of the last washing of the washing machine.
  • FIG. 1 is a schematic view showing the structure of a water-saving washing machine. detailed description
  • FIG. 1 shows the structure of the water-saving washing machine, the water-saving washing machine, including the ordinary washing machine 1 and the water-saving device 2; the ordinary washing machine 1 pack with the drain 3 ⁇ 4 magnetic eye 9, the drain pipe 10, the tub 11 and the control 13; water saving device 2 includes a bucket section 3, the water recovery solenoid valve 4, the water recovered water chestnut 5, circulating pump 6, the water saving pole switch 7 and Jian Jian water tub section under 3 ⁇ 4 14, ice water recovery pump 5
  • the water inlet joint 8 is connected to the drain port of the drain solenoid valve 9 of the ordinary washing machine 1, the water inlet of the water recovery electromagnetic W 4 is connected to the drain port of the drain electromagnetic pot 9, the water outlet of the water recovery solenoid valve 4 and the drain pipe 10
  • the water outlet of the water recovery water pump 5 is connected with the water saving bucket 3; the water outlet of the circulating water pump 6 is located at the upper position of the water tank 11, and the water pumping port 12 of the circulating water mill 6 is located at the bottom of the water saving tank 3, the water level
  • the water recovery pump 5, the circulating water pump 6, the water level on the water-saving bucket 7 and the water-saving pole water level switch 14 are connected; the water-saving bucket 3 is installed in the outer casing 16 of the ordinary washing machine 1, and the water-saving pole 3 is fixed to the outer casing 16
  • the water-saving bucket 3 is a ring-shaped and upper-port water storage bucket, and the water-saving bucket 3 is made of plastic, which is more cost-effective and rust-proof.
  • the water recovery water 5 is installed on the outer tub wall 17 of the lower portion of the water saving bucket 3 , and the water saving bucket 3 has a lower mounting hole 18 , and the water outlet of the water recovery water pump 5 is sealed with the lower mounting hole 18 .
  • the water outlet of the water recovery water 15 is connected to the inner cavity of the water saving bowl 3.
  • the water inlet joint 8 of the water recovery pump 5 is connected to the tee joint 19, and the tee joint 19 is connected to the drain electromagnetic eye 9 and the water recovery magnet 4.
  • the water-saving bucket 3 In order to pump the water of the water-saving bucket 3 to the upper bucket wall of the syrup 11' bucket 11 with the upper mounting hole 20, the water-saving bucket 3 is provided with an upper pumping mounting hole 21, the outlet hose connector 22 of the circulating water pump 6 and the upper The mounting hole 20 is sealingly connected, and the circulating water pump 6 is connected to the water tank 11 through the hose 24 of the water outlet hose joint 22 so as not to affect the shockproof performance of the water tub 11, and the pumping joint 23 of the circulating water pump 6 and the upper pumping mounting hole 21 are sealed. connection.
  • the water-saving bucket is a water level switch 7 and the upper end surface 25 of the sub-bucket 3 is lowered.
  • the water-saving working procedure of the water-saving washing machine is: start a first pumping cycle, a laundry, a first drain, a first dewatering, a second influent, a rinse, a second drain, a second dewatering, and finally One influent water, one last rinse, one cycle of recycling water, the last time water is called ⁇ stop.
  • the water-saving work program of the water-saving washing machine is specifically:
  • the first pumping water After the water-saving washing machine enters the water-saving control program, the controller 13 controls the circulating water pump 6 3 ⁇ 4 rows, and uses the circulating water pump 6 to pump the water of the water-saving bucket 3 to the water tank 11.
  • the circulating water pump 6 draws the water of the water saving bucket 3 until the water level of the water tank U reaches the set washing water level, the controller 13 controls the circulating water 3 ⁇ 4 6 to stop the operation; meanwhile, the control device 13 controls the power mechanism of the ordinary washing machine 1 27 drives the pulsator 28 or the turntable to rotate, and uses the pulsator 28 or the turntable to drive the water and the clothes to turn over for washing;
  • First drainage When the washing time is up, the controller 13 controls the pulsator 28 or the turntable to stop and controls the drain solenoid valve 9 to open, and drains the sewage of the water tank 11 through the water recovery electromagnet 4 and the drain pipe 10;
  • the second influent water the first dehydration time is up, the controller 13 controls the drain solenoid valve 9 to close and controls the influent electromagnetic W 15 to snoring, and the tap water enters the tub 11 by the influent solenoid valve 15; rinsing: when entering the tub When the water level of 11 reaches the set washing water level, the controller 13 controls the water inlet solenoid valve 15 to be closed and the control power mechanism 27 drives the pulsator 28 or the turntable to rotate, and uses the pulsator 28 or the turntable to drive the water and the clothes to be turned over for rinsing;
  • the second drainage the rinsing time is up, the controller 13 controls the pulsator 28 or the turret to stop and the 3 ⁇ 4 system drain solenoid valve 9 snoring, and the rinsing water of the water tank 11 is drained through the water grazing electromagnetic W 4 and the drain pipe 10;
  • the controller 13 controls the power mechanism 27 to drive the dewatering bucket 26 to rotate and dehydrate;
  • the last time the water is introduced The second time the water time is up, the controller 13 controls the drain solenoid 9 to close and the water inlet electromagnetic eye 15 is turned on, and the tap water enters the tub 11 by the water-avoiding electromagnetic coil 15; the last rinse: when entering When the water level of the water tank 11 reaches the set water level, the controller 13 controls the water inlet electromagnetic W 15 to be closed and the control power mechanism 27 drives the pulsator 28 or the turntable to rotate, and the water wheel and the clothes are turned over by the pulsator 28 or the turntable for the last rinsing.
  • Circulating water recovery The last rinsing time is up, the controller 13 controls the pulsator 28 or the turret to stop and controls the drain solenoid valve 9 to snoring, and at the same time, the controller 13 controls the water recovery electric continuation valve 4 to close and control the water recovery water pump 5 3 ⁇ 4 Row, water recovery water chestnut 5 will pump the last rinsing water to the water saving bucket 3;
  • the last dehydration the time to recycle the water is recovered, the controller 13 controls the water recovery solenoid valve 4 to open and control the water recovery pump 5 to stop the operation, and at the same time, the ft controller 13 controls the power mechanism 27 to drive the water bucket 26 to turn the water;
  • the controller 13 controls the power mechanism 27 to stop rotating, and the dewatering tub 26 stops dehydration. At the same time, the controller 13 controls the drain electromagnetic wide 9 to close, and the washing is finished.

Abstract

节水洗衣机包括有普通洗衣机（1）以及节水装置（2）；节水装置（2）包括有节水桶（3）、水回收电磁阀（4）、水回收水泵（5）、循环水泵（6）、节水桶上水位开关（7）以及节水桶下水位开关（14），水回收水泵（5）与普通洗衣机（1）的排水电磁阀（9）的排水口接通，水回收电磁阀（4）与排水电磁阀（9）的排水口接通，水回收电磁阀（4）与排水管（10）连接，水回收水泵（5）的出水口与节水桶（3）连通；循环水泵（6）的出水口位于盛水桶（11）的上部位置，循环水泵（6）的抽水口位于节水桶（3）的底部，节水桶水位开关（7）设于节水桶（3）的上部，节水桶下水位开关（14）设于节水桶（3）的底板，利用控制器（13）控制水回收水泵（5）将洗衣机最后一次漂洗的水回收抽到节水桶（3），下一次洗衣时，利用控制器（13）控制循环水泵（6）将节水桶（3）回收水抽到盛水桶（11）作为第一次洗衣循环使用，节省有限的水资源。

Description

节水洗衣机
技术领域
本发明涉及一种洗衣机， 特别是一种节水洗农机 背景技术
现有的洗农机， 洗衣过程中的水全部排走； 如果将最后 -次漂洗的水 回收,提供给洗衣机下一轮的第一次洗衣的话，不僮不会影响洗衣的厕量， 而 1：可以节省有限的水资源， 通常洗衣用水为三次， 循环使用一次， 可以 节省 30%的洗衣水源； 一种可以 0收漂洗水的节水洗农机已成为人们节水 的需要。 发明内容
本发明的目的是克服现有技术的不足， 提供一种节水洗衣机， 节省有 限的水资源。
本发明所采用的技术方案是： 节水洗衣机， 包括有普通洗衣机以及节 水装置； 普通洗衣机包插有排水电磁阔、 排水管、 盛水桶以及控制器； 节 水装置包括有节水桶、 水回牧电磁阀、 水回收水泵、 循环水泵、 节水桶―.. t 水位开关以及节水桶下水位开关， 水回收水栗的入水接头与普通洗衣机的 排水电磁阀的排水口接通， 水回收电磁 W的入水口与排水电磁闺的排水口 接通， 水回牧电磁睛的出水口与排水管连接， 水 Θ收水泵 出水口与节水 桶连通； 循环水栗的出水口位于盛水桶的上部位置， 使循环水泵的出水口 的水可以流入盛水桶， 循环水泵的抽水口位于节水桶的底部， 节水桶水位 开关设于节水桶的―.. t:部， 节水桶下水位幵关设于节水極的《I底部， 用于控 制节水桶的水位， 控制器设有控制线与水回收电磁阈、 水回收水 、 循坏 水泵、 节水桶上水位开关以及节水桶下水位开关连接。
节水洗衣机的节水工作程序是： 启动一第一次抽循环水一洗衣一第一 次排水→第一次脱水一第二次进水一漂洗一第二次排水一第二次脱水→ 最后一次进水一最后一次漂洗一循环回收水一最后一次脱水→停止。
节水洗衣机的节水工作原理是： 使用时， 普通洗衣机进行最后 -欠排 水时， 控制器控制水回收 ill磁阔关闭以及控制水回收水泵运行， 经普通洗 衣机的排水电磁阀排出的水由水回收水滎抽到节水桶内， 当节水柄的水位 达剥节水桶上水位.幵关控制的水位时， 节水桶上水位幵关将其信号传输给 控制器， 控制器控制水回收电磁 打幵以及控制水回收水 II停止运行； 下 一次洗农时， 控制器控制普通洗农机的进水电磁闽关闭以及控制循坏水栗 运行， 德环水泵将节水桶水抽到盛水桶内循环使用； 当盛水桶的水位迖到 设定的水位时， 控制器控制循环水 停 it运行； 当节水桶水位降至节水桶 下水位开关的位置时， 节水桶下水位开关将其信号传输给控制器， 控制器 控制循环水泵停止运行以及控制普通洗衣机的进水电磁阀打幵， 自来水 ώ 通水电磁闺进入盛水極， 当盛水桶的水位达到设定水位时， 控制器控制进 水电磁圆关闭， 以 ffi证节水桶没有水时， 节水洗衣机也可以正常使用。
本发明的有益效果是： 节水洗衣机包括有普通洗农机以及节水装置； 节水装置包括有水回收水滎以及循环水滎， 利用水回收水眾将洗衣机最后 一次漂洗的水回收抽到到节水桶， ― F—次洗衣时， 利用循坏水 将节水桶 回收水抽到盛水桶作为第一次洗衣循环使用， 节省有限的水资源。 图说
图 1是节水洗衣机的结构示意图。 具体实施方式
下面结合附图对本发明进行进一歩的说明：
图 1所示的节水洗衣机的结构示意圈， 节水洗衣机， 包括有普通洗衣 机 1以及节水装置 2； 普通洗农机 1包插有排水¾磁睛 9、 排水管 10、 盛 水桶 11以及控制器 13; 节水装置 2包括有节水桶 3、 水回收电磁阀 4、 水 回收水栗 5、循环水泵 6、节水極上水位幵关 7以及节水桶下水位幵 ¾ 14， 水回收氷泵 5的入水接头 8与普通洗衣机 1的排水电磁阀 9的排水口接通, 水回收电磁 W 4的入水口与排水电磁陶 9的排水口接通， 水回收电磁阀 4 的出水口与排水管 10连接， 水回收水栗 5的出水口与节水桶 3连通； 循 环水泵 6的出水口位于盛水桶 11的上部位置， 循环水粟 6的抽水口 12位 于节水桶 3的底部， 节水桶水位开关 7设于节水桶 3的上部， 节水桶下水 位幵关 14设于节水桶 3的的底部， 控制器 13 ¾有控制线与水回牧电磁闺 4、 水回收水泵 5、 循环水泵 6、 节水桶上水位丌关 7以及节水極下水位幵 关 14连接； 节水桶 3安装子普通洗衣机 1的外壳 16内， 节水極 3与外壳 16固定连接； 节水桶 3为环形以及上部 口的储水桶， 节水桶 3 [¾塑料制 造， 更好节省成本以及防锈。
为了回收盛水桶 11较干挣的水循环使用， 水回收水 5安装于节水 桶 3下部的外桶壁 17, 节水桶 3 有下安装孔 18， 水回收水泵 5的出水 口与下安装孔 18密封连接， 水回收水 1 5的出水口与节水捅 3的内型腔 连通。
为了实施将盛水桶 11的水循环使用以及排到排水管 10, 水回收水泵 5的入水接头 8与三通接头 19连接， 三通接头 19与排水电磁睛 9以及水 回收电磁 4连接。
为了将节水桶 3的水抽到盛水橘 11 ' 盛水桶 11的上桶壁«有上安装 孔 20， 节水桶 3设有上抽水安装孔 21， 循环水泵 6的出水软管接头 22与 上安装孔 20密封连接， 循环水泵 6通过出水软管接头 22的软管 24与據 水桶 11连接， 以以免影响盛水桶 11的防震性能， 循环水泵 6的抽水接头 23与上抽水安装孔 21害封连接。
为了 Κ止节水桶 3的水溢出， 节水桶一 t.水位开关 7位置低子节水桶 3 的上端面 25。
节水洗衣机的节水工作程序是： 启动一第一次抽循环水一洗衣一第一 次排水→第一次脱水一第二次进水一漂洗一第二次排水→第二次脱水一 最后一次进水一最后一次漂洗一循环回收水一最后一次説水→停止。
节水洗衣机的节水工作程序具体是：
启动： 将衣服以及洗农 或者洗衣净放入洗农机的説水桶 26 内， 利 用控制器 13的水位选择开关设置盛水桶的洗衣水位， 利用控制器 13的程 序启动幵关控制节水洗衣机进入节水控制程序；
第一次抽循环水： 节水洗农机进入节水控制程序后， 控制器 13控制 循环水泵 6 ¾行， 利用循环水泵 6将节水桶 3的水抽到盛水桶 11. ;
洗衣： 循环水栗 6将节水桶 3的水抽到盛水桶 U的水位达到设置的 洗衣水位时， 控制器 13控制循环水 ¾ 6停止运行； 同时, 控 «器 13控制 普通洗衣机 1的动力机构 27带动波轮 28或者转盘转动， 利用波轮 28或 者转盘带动水与衣服翻转进行洗衣； 第一次排水： 洗衣的时间到， 控制器 13控制波轮 28或者转盘停止以 及控制排水电磁阀 9打开, 将盛水桶 11汚水经水回收电磁阔 4以及排水 管 10排走；
第一次説水： 第一次排水时间到， 控制器 1.3控制动力机梅 27带动脱 水桶 26转动腫水， 脱出的水由排水电磁 W 9以及排水管 10排走；
第二次进水： 第一次脱水时间到， 控制器 13控制排水电磁阀 9关闭 以及控制进水电磁 W 15打幵， 自来水由进水电磁阀 15进入盛水桶 11 ; 漂洗： 当进入盛水桶 11的水位达到设置的洗衣水位时， 控制器 13控 制进水电磁阀 15关闭以及控制动力机构 27带动波轮 28或者转盘转动， 利用波轮 28或者转盘带动水与衣服翻转进行漂洗；
第二次排水： 漂洗时间到， 控制器 13控制波轮 28或者转盘停止以及 ¾制排水电磁阀 9打幵， 将盛水桶 11漂洗水经水回牧电磁 W 4以及排水 管 10排走；
第二次説水： 第二次排水时间到， 控制器 13控制动力机构 27带动脱 水桶 26转动脱水；
最后一次进水： 第二次説水时间到， 控制器 13控制排水电磁阃 9关 闭以及控制进水电磁睛 15打开'， 自来水由避水电磁圈 15进入盛水桶 11； 最后一次漂洗： 当进入盛水桶 11 的水位达到设置的法衣水位时， 控 制器 13控制进水电磁 W 15关闭以及控制动力机构 27带动波轮 28或者转 盘转动， 利用波轮 28或者转盘带动水与衣服翻转进行最后一次漂洗； 循环回收水： 最后一次漂洗时间到， 控制器 13控制波轮 28或者转盘 停止以及控制排水电磁阀 9打幵， 同时， 控制器 13控制水回收电續阀 4 关闭以及控制水回收水泵 5 ¾行， 水回收水栗 5将最后一 ^次漂洗的水抽到 节水桶 3;
最后一次脱水： 循环回收水时间到， 控制器 13控制水回收电磁阀 4 打开以及控制水回收水泵 5停止运行， 同时, ft制器 13控制动力机构 27 带动舰水桶 26转动説水；
停止： 最后一次舰水时间到， 控制器 13控制动力机构 27停止转动， 脱水桶 26停止脱水， 同时，控制器 13控制排水电磁阔 9关闭， 洗农结束。

Claims

杈 利 要 求 书
1.节水 衣机，其特征在于：所述的节水洗衣机包括有普通洗衣机（1) 以及节水装置 (2);普通洗衣机（1.)包括有排水电磁阀 (9)、排水管（1.0)、 盛水權 (11) 以及控制器 (13)； 节水装臂. (2) 包括有节水桶 (3)、 水回 收电磁阀 (4)、 水回收水泵 (5)、 循环水泵 （6)、 节水桶上水位幵关 (7) 以及节水桶下水位幵关 （14), 水回收水栗 (5) 的入水接头 (8) 与普通 洗衣机 (1) 的排水电磁阀 （9) 的排水口接通， 水回收电磁阀 (4) 的入 水口与排水电磁阛 (9) 的排水口接通， 水回收电磁闻 （4) 的出水口与排 水管 (10) 连接， 水回收水栗 (5) 的出水口与节水桶 (3) 连通； 循环水 (6) 的出水口位于盛水極 (11) 的上部位置， 循环水栗 (6) 的抽水口 (12) 位于节水桶 （3) 的底部， 水桶水位幵关 (7) 设于节水桶 (3) 的上部， 节水桶下水位幵关（14)设于节水桶 (3)的的底部， 控制器（13) 设有控制线与水回牧电磁睛 (4)、 回收水 （5)、 循环水栗 (6)、 节水 極上水位开关 (7) 以及节水桶下水位开关 （14) 连接。
2.根据权利要求 i所建的节水洗衣机，其特征在于： .所述的节水桶 (3) 安装于普通洗农机 (1) 的外壳 （16) 内， 节水桶 (3) 与外壳 (16) 固定 连接。
3.植据权利要求 1.所 的节水洗衣机》其特征在于：所述的节水桶（3) 为环形以及上部开口的储水桶。
4.根据权利要求 1所述的节水洗衣机， 其特征在于： 所述的水回牧水 栗 (5) 安装于节水桶 （3) 下部的外桶壁 （17)， 节水桶 (3) 设有不安装 孔 (18)， 水回收水¾ (δ) 的出水口与下安装孔 （18) 害封连接， 水回收 水泵 (5) 的出水口与节水極 (3) 的内型控连通。
δ.根据权利要求 i所述的节水洗农机， 其特征在于： 所述的水回收水 泵
(5) 的入水接头 （8) 与三通接头 (19) 连接， 三通接头 (19) 与排水 电磁 W (9) 以及水回收电磁睛 （4) 连接。
6.根锯权利要求 i所述的节水洗衣机，其特征在于:所述的盛水桶（11) 的上桶壁设有上安装孔 (20), 节水桶 (3) 设有上抽水安装 (21), 循 环水轰 (6) 的出水软管接头 (22) 与上安装孔 （20) 密封连接， 循环水 泵 （6) 通过出水软管接头 (22) 的软管 (24) 与盛水桶 (11) 连接， 循 环水泵 （6 ) 的抽水接头 （23) 与上抽水安装孔 (21 )密封连接。
7.根裾权利要求 i所述的节水洗衣机， 其特征在于 所述的节水桶上 水位幵关 （7) 位置低于节水桶 （3) 的上端面 （25)。
8.根鋸权利要求 1.所述的节水洗农机，其特征在于；所述的节水栖 (3) 由塑料制造。
PCT/CN2013/087143 2013-06-24 2013-11-14 节水洗衣机 WO2014205978A1 (zh)

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CN103668887A (zh) * 2013-12-23 2014-03-26 韩翼 一种两层洗衣机
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