WO2018152976A1 - 一种采用臭氧水装置的智能座便器 - Google Patents

一种采用臭氧水装置的智能座便器 Download PDF

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WO2018152976A1
WO2018152976A1 PCT/CN2017/085348 CN2017085348W WO2018152976A1 WO 2018152976 A1 WO2018152976 A1 WO 2018152976A1 CN 2017085348 W CN2017085348 W CN 2017085348W WO 2018152976 A1 WO2018152976 A1 WO 2018152976A1
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Prior art keywords
water
outlet
distribution valve
inlet
ozone
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PCT/CN2017/085348
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English (en)
French (fr)
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周裕佳
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中山市爱马仕洁具有限公司
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Publication of WO2018152976A1 publication Critical patent/WO2018152976A1/zh

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    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D9/00—Sanitary or other accessories for lavatories ; Devices for cleaning or disinfecting the toilet room or the toilet bowl; Devices for eliminating smells
    • C—CHEMISTRY; METALLURGY
    • C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
    • C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
    • C25B1/00—Electrolytic production of inorganic compounds or non-metals
    • C25B1/01—Products
    • C25B1/13—Ozone
    • C—CHEMISTRY; METALLURGY
    • C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
    • C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
    • C25B9/00—Cells or assemblies of cells; Constructional parts of cells; Assemblies of constructional parts, e.g. electrode-diaphragm assemblies; Process-related cell features
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D9/00—Sanitary or other accessories for lavatories ; Devices for cleaning or disinfecting the toilet room or the toilet bowl; Devices for eliminating smells
    • E03D9/005—Devices adding disinfecting or deodorising agents to the bowl
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
    • E03D9/00—Sanitary or other accessories for lavatories ; Devices for cleaning or disinfecting the toilet room or the toilet bowl; Devices for eliminating smells
    • E03D9/08—Devices in the bowl producing upwardly-directed sprays; Modifications of the bowl for use with such devices ; Bidets; Combinations of bowls with urinals or bidets; Hot-air or other devices mounted in or on the bowl, urinal or bidet for cleaning or disinfecting

Definitions

  • the invention relates to a smart toilet, in particular to a smart toilet using an ozone water device.
  • Cipheral Patent Document No. CN201502089U discloses a smart toilet deodorizing device on June 9, 2010, which includes a micro fan, a casing, a long-acting catalytic filter, a curved shape of the outer casing, an air inlet at the bottom, and a micro fan installation.
  • the long-acting catalyst filter On the upper side close to the air inlet, the long-acting catalyst filter is installed on the inner side of the other side, the air inlet of the micro-fan is opposite the air inlet, the air outlet is facing the air inlet of the long-acting catalyst filter, and the long-acting catalyst filter is
  • the honeycomb is provided with a plurality of through holes in the middle, and the long-acting catalyst filter contains JD200AL apatite low-temperature long-acting catalyst deodorizing material.
  • the deodorizing device does not need to change the structure of the original toilet, and can effectively discharge the odor of the toilet without causing secondary pollution without affecting the aesthetic appearance of the toilet and the toilet; however, the deodorizing device can only Solving the odor problem of the toilet can not solve the sterilizing problem.
  • the users with infectious diseases may have bacteria after use, which may cause infection problems of other users.
  • the use thereof has certain limitations and cannot meet the user's use requirements. . Therefore, further improvements are necessary.
  • the object of the present invention is to provide an ozone water device with simple and reasonable structure, excellent performance, quick assembly, convenient operation, high degree of intelligence, low manufacturing cost, easy production, easy realization, environmental protection, sterilization and wide application range. Smart toilets to overcome the deficiencies in the prior art.
  • a smart toilet adopting an ozone water device designed according to the purpose comprising a main control MCU, characterized in that: a decompression integrated electromagnetic valve, an electrolytic ozone water device and a water temperature heating device respectively matched with the main control MCU electronic control , electric distribution valve, electric spray bar and water connection hose; wherein, one end of the decompression integrated electromagnetic valve is connected with the tap water supply end, and the other end is connected by the water connection hose The water temperature heating device, the electric distribution valve and the electric spray bar are connected; the electrolyzed ozone water device is arranged between the water circuit connecting the decompression integrated electromagnetic valve and the tap water supply end, or the decompression integrated electromagnetic valve is connected with the water temperature heating device. Between waterways, or between waterways that communicate with the electric water distribution valve, or between waterways that communicate with the electric sprayer, or the water outlet of the electric boom.
  • the pressure-reducing integrated electromagnetic valve is provided with a tap water inlet port and a pressure-reducing integrated solenoid valve water outlet; one end of the pressure-reducing integrated solenoid valve is connected to the tap water supply end through the tap water inlet, and the other end is connected to the water outlet and the water channel through the decompression integrated solenoid valve.
  • the connection of the connecting hose is in communication with the water temperature heating device.
  • the water temperature heating device is provided with a water temperature heating device water inlet and a water temperature heating device water outlet; the water temperature heating device communicates with the water pressure connecting water hose through the water temperature heating device water inlet and the water pipe connecting hose, and the water temperature heating device passes The water temperature heating device outlet and the water connection hose are connected to the electric distribution valve.
  • the electric distribution valve is provided with a distribution valve water inlet, a distribution valve first water outlet, a distribution valve second water outlet, a distribution valve third water outlet and a distribution valve fourth water outlet; the electric distribution valve passes through the distribution valve inlet and
  • the water connection hose is connected with the water temperature heating device outlet, and the electric distribution valve passes through the distribution valve first water outlet, the distribution valve second water outlet, the distribution valve third water outlet, the distribution valve fourth water outlet and the water connection soft.
  • the tube is connected to the electric spray bar.
  • the electric spray bar is provided with a sanitary ware disinfection water inlet, a women's washing water inlet, and a hip washing water inlet; the electric spray rod is connected to the first water outlet of the distribution valve through the cooperation of the toilet bowl water inlet and the water connection hose, electric The spray rod communicates with the second outlet of the distribution valve through the cooperation of the women's wash water inlet and the water connection hose, and the electric spray rod communicates with the third water outlet of the distribution valve through the cooperation of the hip wash water inlet and the water connection hose.
  • the electric spray bar is further provided with a spray rod self-cleaning port, a hip washing water outlet, a women's washing water outlet and a toilet disinfection water outlet; wherein the water inlet connecting end of the spray rod self-cleaning port is connected with the water distribution pipe and the distribution valve
  • the fourth water outlet is connected, and the hip washing water outlet, the woman washing water outlet and the toilet bowl disinfecting water outlet are respectively connected with the hip washing water inlet, the women washing water inlet and the toilet bowl disinfecting water inlet.
  • the electrolyzed ozone water device is disposed between a waterway that communicates between the tap water inlet and the tap water supply end, or between the water pipe of the decompression integrated solenoid valve water outlet and the water temperature heating device inlet, or the water temperature heating device water outlet and the distribution valve Between the waterways connected to the water inlet, or the waterway connecting the first water outlet of the distribution valve and the toilet water disinfection inlet, or the waterway connecting the second outlet of the distribution valve to the women's washing inlet, or the third of the distribution valve Between the water outlet that connects the water outlet to the hip wash inlet, Or the fourth water outlet of the distribution valve and the water passage connecting the spray rod to the water inlet end of the cleaning port, or the water outlet of the spray rod self-cleaning port, or the hip washing water outlet, or the women's washing water outlet, or the toilet bowl Disinfect the water outlet.
  • the electrolyzed ozone water device comprises an ozone water inlet port and an ozone water outlet port, and an electrolytic cell is formed between the ozone water inlet port and the ozone water outlet port.
  • the cathode plate and the anode piece are arranged in the electrolytic cell, and the cathode piece and the anode piece are respectively plated.
  • the inner tank diameter of the electrolytic tank is larger than the diameter of the ozone water inlet and the ozone water outlet.
  • the smart toilet further comprises a zero-crossing detection, a power module, a seat temperature, a button module, a drying module, a seat heating film and a turn-over flip motor driving module respectively matched with the main control MCU.
  • the invention adds an electrolytic ozone water device to the communication waterway of the traditional smart toilet, which not only has the basic functions of warm seat, warm water washing, drying, automatic flip cover, flushing, etc. of the smart toilet, It can better combine the strong oxidizing and sterilizing function of ozone water with the smart toilet; among them, the core component of the electrolyzed ozone water device is a conductive nano-diamond electrode, which is a special synthetic diamond, which is long on the surface of the base material by CVD technology. A layer of diamond conductive film, only need to add low-voltage electricity to make the tap water produce oxygen, forming a highly efficient and safe green disinfectant.
  • the intelligent toilet of the electrolyzed ozone water device After washing with ozone water, it can treat acne, gynecological diseases, skin diseases, kill bacteria in the toilet, and other human health care.
  • the filter cotton is arranged in each connected waterway of the smart toilet, and the ozone water generated by the high-quality water source has better effect and is quick and convenient to use, and effectively solves the problem that the current smart toilet is damaged due to scale.
  • the ozone water of this structure will never produce scale, thus prolonging the service life of the smart toilet.
  • the water pipeline in the smart toilet remains dead water, avoiding the problem of long-term breeding of bacteria.
  • Ozone water has excellent deodorizing effect due to its strong oxidizing effect.
  • ozone water has strong penetrating power. It can evenly spray ozone water to the inner wall of the toilet through the electric spray bar, and clean the inner wall of the ceramic bowl of the toilet. The inner wall is stubborn and dirt, killing the bacteria that touch the part of the seat of the toilet seat.
  • Ozone water reaches the highest concentration within the first 5 minutes. After 20 minutes, it is completely degraded and reduced to tap water, with zero residue, and has no corrosive effect on the external products of the toilet.
  • the invention has the advantages of simple and reasonable structure, excellent performance, quick assembly and operation It has the characteristics of high intelligence, low manufacturing cost, easy production, easy realization, environmental protection and sterilization, and has strong practicability.
  • the structure can be widely applied to individual households and public places, and has a wide range of uses.
  • FIG. 1 is a schematic exploded view of a first embodiment of the present invention.
  • FIGS. 2 and 3 are schematic views showing the structure of an electrolytic ozone water device according to a first embodiment of the present invention.
  • Fig. 4 is a schematic view showing the water passage connection of the first embodiment of the present invention.
  • FIG. 5 is a schematic diagram of an electronically controlled cooperation according to a first embodiment of the present invention.
  • the intelligent toilet adopting the ozone water device includes a main control MCU, and further comprises a decompression integrated electromagnetic valve respectively matched with the main control MCU, an electrolytic ozone water device 2, and a water temperature heating device.
  • the electric distribution valve 4 the electric spray bar 5 and the water connection hose 6; wherein the water connection hose 6 is a device for connecting the water passages of the various components; the one end of the decompression integrated solenoid valve 1 is connected with the tap water supply end, and the other end passes
  • the water passage connecting hose 6 is in communication with the water temperature heating device 3, the electric distribution valve 4, and the electric spray boom 5 in this order.
  • the electrolytic ozone water device 2 is disposed between a water passage in which the pressure reducing integrated solenoid valve 1 communicates with the tap water supply end, or a water passage in which the pressure reducing integrated solenoid valve 1 and the water temperature heating device 3 communicate, or the water temperature heating device 3 and the electric distribution valve
  • the electrolyzed ozone water device 2 can be installed in any part of the smart toilet waterway between the four connected waterways, or between the water passages of the electric distribution valve 4 and the electric spray bar 5, or the water outlet of the electric spray bar 5. Both can exert the efficacy of the electrolytic ozone water device 2.
  • the pressure-reducing integrated solenoid valve 1 is configured to keep the pressure and the flow temperature of the tap water constant within a required range, and to control the switching state of the water passage, which is provided with a tap water inlet port 1.1 and a pressure-reducing integral solenoid valve water outlet 1.2; One end of the integrated solenoid valve 1 communicates with the tap water supply end through the tap water inlet port 1.1, and the other end communicates with the water temperature heating device 3 through the cooperation of the decompression integral solenoid valve water outlet 1.2 and the water passage connecting hose 6.
  • the water temperature heating device 3 is a smart device that is configured to receive a water-washing or hip-washing function indication by the main control MCU, and to detect water flow and water temperature, and is provided with water.
  • the cooperation of the heating device water outlet 3.2 and the water connection hose 6 is in communication with the electric distribution valve 4.
  • the electric distribution valve 4 includes a water inlet and four water outlets, and the water outlets are respectively connected to the four water inlets of the electric spray bar 5, and are switched by a stepping motor to discharge water.
  • the electric distribution valve 4 is provided with a distribution valve water inlet 4.1, a distribution valve first water outlet 4.2, a distribution valve second water outlet 4.3, a distribution valve third water outlet 4.4, and a distribution valve fourth water outlet 4.5;
  • the distribution valve 4 communicates with the water temperature heating device water outlet 3.2 through the cooperation of the distribution valve water inlet 4.1 and the water connection hose 6, and the electric distribution valve 4 passes through the distribution valve first water outlet 4.2, the distribution valve second water outlet 4.3, and the distribution valve respectively.
  • the third water outlet 4.4, the distribution valve fourth water outlet 4.5, and the water connection hose 6 are in communication with the electric spray bar 5.
  • the electric spray bar 5 comprises four water inlets and four water outlets, respectively, which respectively realize a self-cleaning function of the spray bar, a buttock washing function, a woman washing function and a toilet bowl disinfection function.
  • the electric spray bar 5 is provided with a toilet bowl water inlet 5.1, a women's wash water inlet 5.2, and a hip wash water inlet 5.3; the electric spray bar 5 is fitted through the toilet bowl disinfection water inlet 5.1 and the water connection hose 6
  • the first water outlet 4.2 of the distribution valve is connected, and the electric spray bar 5 communicates with the second water outlet 4.3 of the distribution valve through the cooperation of the women's washing water inlet 5.2 and the water connection hose 6, and the electric spray bar 5 is connected to the water inlet through the hip washing inlet 5.3 and the water pipe.
  • the engagement of the hose 6 is in communication with the third outlet 4.4 of the dispensing valve.
  • the electric spray bar 5 is provided with a spray rod self-cleaning port 5.4, a hip wash water outlet 5.5, a women's wash water outlet 5.6 and a toilet disinfection water outlet 5.7; wherein the water inlet connection port of the spray rod self-cleaning port 5.4 is connected through the water pipe 6 is connected with the fourth outlet of the distribution valve 4.5, the hip wash outlet 5.5, the women's wash water outlet 5.6 and the toilet disinfection outlet 5.7 are respectively connected with the hip wash inlet 5.3, the women's wash water inlet 5.2 and the toilet disinfection water inlet 5.1. .
  • the electrolytic ozone water device 2 is disposed between the water inlet of the tap water inlet 1.1 and the water supply end of the tap water, or between the water outlet of the decompression integrated solenoid valve outlet 1.2 and the water temperature heating device inlet 3.1, or the water temperature is heated.
  • the electrolytic ozone water device 2 includes an ozone water inlet port 2.1 and an ozone water outlet port 2.2, and an electrolytic cell 2.3 is formed between the ozone water inlet port 2.1 and the ozone water outlet port 2.2, and the cathode plate 2.4 is disposed in the electrolytic cell 2.3.
  • the anode sheet 2.5, the cathode sheet 2.4 and the anode sheet 2.5 are respectively plated with a diamond conductive film; the tap water flows from the ozone water inlet 2.1 and flows directly through the diamond conductive film to be electrolyzed in the electrolytic cell 2.3, and finally discharged from the ozone water outlet 2.2. .
  • the inner groove diameter L1 of the electrolytic cell 2.3 is larger than the diameter L2 of the ozone water inlet 2.1 and the ozone water outlet 2.2.
  • the inner groove diameter L1 is 10 mm
  • the pipe diameter L2 is 4 mm
  • the inner groove diameter L1 is much larger than the pipe diameter L2, so the electrolytic ozone water device 2 does not have any influence on the water pressure and the water flow rate of the smart toilet.
  • the smart toilet further includes a zero-crossing detection, a power module, a seat temperature, a button module, a drying module, a seat heating film, and a turn-over flip motor driving module respectively matched with the main control MCU.
  • the electronic control relationship is shown in Figure 5.
  • the power module provides power to the entire smart toilet.
  • the zero-crossing detection is used to control the power of each component.
  • the master MCU queries the button module to obtain various functional requirements.
  • the ring temperature controls the seat heating film to keep the seat at a set temperature.
  • the decompression integrated solenoid valve 1 is opened, and the electrolyzed ozone water device 2 is turned on at the same time, the tap water is heated to the set temperature by the water temperature heating device 3, and the water channel is distributed to the electric spray according to the functional demand through the electric distribution valve 4.
  • the water outlets of the rod 5 enable functions such as hip washing, breast washing, self-cleaning, and disinfecting the toilet.
  • the main control MCU will also turn on the drying module, the turn-over flip motor drive module, etc. according to the functional requirements, so as to realize the intelligent control of the toilet.

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  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Hydrology & Water Resources (AREA)
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Abstract

一种采用臭氧水装置的智能座便器，包括主控MCU，还包括分别与主控MCU电控配合的减压一体电磁阀（1）、电解臭氧水装置（2）、水温加热装置（3）、电动分配阀（4）、电动喷杆（5）和水路连接软管（6）；其中，减压一体电磁阀（1）一端与自来水供水端连通，另一端通过水路连接软管（6）依次与水温加热装置（3）、电动分配阀（4）和电动喷杆（5）连通；所述的电解臭氧水装置（2）设置在减压一体电磁阀（1）与自来水供水端连通的水路之间、或减压一体电磁阀（1）与水温加热装置（3）连通的水路之间、或水温加热装置（3）与电动分配阀（4）连通的水路之间、或电动分配阀（4）与电动喷杆（5）连通的水路之间、或电动喷杆（5）的出水口上，通过上述结构的改良，实用性强。

Description

一种采用臭氧水装置的智能座便器 技术领域
本发明涉及一种智能座便器，具体是一种采用臭氧水装置的智能座便器。
背景技术
中国专利文献号为CN201502089U在2010年6月9日公开一种智能座便器除臭装置，它包括微风机，外壳、长效触媒过滤器，外壳呈曲尺型，底部设置一进风口，微风机安装在接近进风口的上侧，长效触媒过滤器安装在另一侧的内侧，微风机的吸风口对着进风口，出风口对着长效触媒过滤器的进风口，长效触媒过滤器呈蜂窝状，中间设置若干个通孔，所述长效触媒过滤器含有JD200AL磷灰石低温长效触媒除臭材料。据称，该除臭装置不用改变原座便器的结构，不影响座便器及卫生间美观的情况下，能有效地排出座便器的臭味，不产生二次污染；但是，该除臭装置只能解决座便器的排臭问题，无法解决杀菌问题，特别是患有传染病的用户使用后有可能带有细菌，容易造成其他用户的传染问题，其使用具有一定的限制，无法满足用户的使用需求。因此，有必要进一步改进。
发明内容
本发明的目的旨在提供一种结构简单合理、性能优异、装配快捷、操作方便、智能化程度高、制造成本低、易生产、易实现、环保、杀菌且使用范围广的采用臭氧水装置的智能座便器，以克服现有技术中的不足之处。
按此目的设计的一种采用臭氧水装置的智能座便器，包括主控MCU，其特征在于：还包括分别与主控MCU电控配合的减压一体电磁阀、电解臭氧水装置、水温加热装置、电动分配阀、电动喷杆和水路连接软管；其中，减压一体电磁阀一端与自来水供水端连通，另一端通过水路连接软管依次 与水温加热装置、电动分配阀和电动喷杆连通；所述的电解臭氧水装置设置在减压一体电磁阀与自来水供水端连通的水路之间、或减压一体电磁阀与水温加热装置连通的水路之间、或水温加热装置与电动分配阀连通的水路之间、或电动分配阀与电动喷杆连通的水路之间、或电动喷杆的出水口上。
所述减压一体电磁阀上设置有自来水进水口和减压一体电磁阀出水口；减压一体电磁阀一端通过自来水进水口与自来水供水端连通，另一端通过减压一体电磁阀出水口和水路连接软管的配合与水温加热装置连通。
所述水温加热装置上设置有水温加热装置进水口和水温加热装置出水口；水温加热装置通过水温加热装置进水口和水路连接软管的配合与减压一体电磁阀出水口连通，水温加热装置通过水温加热装置出水口和水路连接软管的配合与电动分配阀连通。
所述电动分配阀上设置有分配阀进水口、分配阀第一出水口、分配阀第二出水口、分配阀第三出水口和分配阀第四出水口；电动分配阀通过分配阀进水口和水路连接软管的配合与水温加热装置出水口连通，电动分配阀分别通过分配阀第一出水口、分配阀第二出水口、分配阀第三出水口、分配阀第四出水口和水路连接软管的配合与电动喷杆连通。
所述电动喷杆上设置有便池消毒进水口、妇洗进水口、臀洗进水口；电动喷杆通过便池消毒进水口和水路连接软管的配合与分配阀第一出水口连通，电动喷杆通过妇洗进水口和水路连接软管的配合与分配阀第二出水口连通，电动喷杆通过臀洗进水口和水路连接软管的配合与分配阀第三出水口连通。
所述电动喷杆上还设置有喷杆自洁口、臀洗出水口、妇洗出水口和便池消毒出水口；其中，喷杆自洁口的进水端通过水路连接软管与分配阀第四出水口连通，臀洗出水口、妇洗出水口和便池消毒出水口分别与臀洗进水口、妇洗进水口和便池消毒进水口连通。
所述电解臭氧水装置设置在自来水进水口与自来水供水端连通的水路之间、或减压一体电磁阀出水口与水温加热装置进水口连通的水路之间、或水温加热装置出水口与分配阀进水口连通的水路之间、或分配阀第一出水口与便池消毒进水口连通的水路之间、或分配阀第二出水口与妇洗进水口连通的水路之间、或分配阀第三出水口与臀洗进水口连通的水路之间、 或分配阀第四出水口与喷杆自洁口进水端连通的水路之间、或喷杆自洁口的出水端上、或臀洗出水口上、或妇洗出水口上、或便池消毒出水口上。
所述电解臭氧水装置包括臭氧水进水口和臭氧水出水口，臭氧水进水口和臭氧水出水口之间形成电解槽，电解槽内设置有阴极片和阳极片，阴极片和阳极片上分别镀有钻石导电膜；自来水从臭氧水进水口流入后直接流经钻石导电膜在电解槽内进行电解，最后从臭氧水出水口排出。
所述电解槽的内槽管径大于臭氧水进水口、臭氧水出水口的管径。
该智能座便器还包括分别与主控MCU电控配合的过零检测、电源模块、座圈温度、按键模块、烘干模块、座圈加热膜和翻圈翻盖电机驱动模块。
本发明通过上述结构的改良，在传统智能座便器的连通水路中加入电解臭氧水装置，不仅具有智能座便器的暖座、温水清洗、烘干、自动翻圈盖、冲水等基本功能外，更能将臭氧水的强氧化性和杀菌功能与智能座便器合；其中，电解臭氧水装置的核心部件为导电纳米金刚石电极，它是一种特殊的人造钻石，通过CVD技术在基底材料表面长出一层钻石导电膜，只需要加上低压电就能让自来水产生活氧，形成高效安全的绿色环保消毒液。
其具有以下特点：
1、安装电解臭氧水装置的智能座便器，采过臭氧水清洗后，能治疗痔疮、妇科疾病、皮肤病、杀灭座便器内细菌等消毒杀菌及人体健康护理。并且智能座便器的各个连通水路中均配置过滤棉，通过优质水源产生的臭氧水效果更佳，使用快捷方便，有效地解决了目前智能座便器由于水垢造成产品故障的问题。
2、本结构的臭氧水永不产生水垢，从而延长智能座便器的使用寿命，同时智能座便器内的水路管道残留死水，避免了长期滋生细菌的问题。
3、臭氧水因强氧化性，其除臭效果极佳，同时臭氧水具有极强的渗透力，能通过电动喷杆将臭氧水均匀喷洒到座便器内壁，对座便器陶瓷内壁深度清洁，清除内壁顽固污垢，杀灭皮肤接触座便器座圈座盖部分的细菌。
4、臭氧水在初始5分钟内达到最高浓度，经过20分钟后完全降解还原为自来水，零残留，对座便器的外部产品无任何腐蚀影响。
综合而言，本发明具有结构简单合理、性能优异、装配快捷、操作方 便、智能化程度高、制造成本低、易生产、易实现、环保、杀菌等特点，实用性强。同时，该结构还可以广泛地适合于个人家庭及公共场所，使用范围广。
附图说明
图1为本发明第一实施例的分解结构示意图。
图2、图3为本发明第一实施例的电解臭氧水装置结构示意图。
图4为本发明第一实施例的水路连接原理图。
图5为本发明第一实施例的电控配合原理图。
具体实施方式
下面结合附图及实施例对本发明作进一步描述。
参见图1-图5，本采用臭氧水装置的智能座便器，包括主控MCU，还包括分别与主控MCU电控配合的减压一体电磁阀1、电解臭氧水装置2、水温加热装置3、电动分配阀4、电动喷杆5和水路连接软管6；其中，水路连接软管6是用来串联各个部件水路的器件；减压一体电磁阀1一端与自来水供水端连通，另一端通过水路连接软管6依次与水温加热装置3、电动分配阀4和电动喷杆5连通。
电解臭氧水装置2设置在减压一体电磁阀1与自来水供水端连通的水路之间、或减压一体电磁阀1与水温加热装置3连通的水路之间、或水温加热装置3与电动分配阀4连通的水路之间、或电动分配阀4与电动喷杆5连通的水路之间、或电动喷杆5的出水口上，该电解臭氧水装置2可安装在智能座便器水路中任何环节，均能发挥电解臭氧水装置2的功效。
进一步地讲，减压一体电磁阀1是将自来水的压力和流温恒定在要求范围，并控制水路的开关状态，其上设置有自来水进水口1.1和减压一体电磁阀出水口1.2；减压一体电磁阀1一端通过自来水进水口1.1与自来水供水端连通，另一端通过减压一体电磁阀出水口1.2和水路连接软管6的配合与水温加热装置3连通。
进一步地讲，水温加热装置3是根据接收到主控MCU开启妇洗或臀洗功能指示，并检测水流量和水温进行加热的一种智能装置，其上设置有水 温加热装置进水口3.1和水温加热装置出水口3.2；水温加热装置3通过水温加热装置进水口3.1和水路连接软管6的配合与减压一体电磁阀出水口1.2连通，水温加热装置3通过水温加热装置出水口3.2和水路连接软管6的配合与电动分配阀4连通。
进一步地讲，电动分配阀4包含一个进水口和四个出水口，出水口分别连接到电动喷杆5的四个进水口，通过步进电机切换进行出水。具体地讲，电动分配阀4上设置有分配阀进水口4.1、分配阀第一出水口4.2、分配阀第二出水口4.3、分配阀第三出水口4.4和分配阀第四出水口4.5；电动分配阀4通过分配阀进水口4.1和水路连接软管6的配合与水温加热装置出水口3.2连通，电动分配阀4分别通过分配阀第一出水口4.2、分配阀第二出水口4.3、分配阀第三出水口4.4、分配阀第四出水口4.5和水路连接软管6的配合与电动喷杆5连通。
进一步地讲，电动喷杆5包含四个进水口和四个出水口，分别实现喷杆自洁功能、臀部清洗功能、妇洗功能和便池消毒功能。具体地讲，电动喷杆5上设置有便池消毒进水口5.1、妇洗进水口5.2、臀洗进水口5.3；电动喷杆5通过便池消毒进水口5.1和水路连接软管6的配合与分配阀第一出水口4.2连通，电动喷杆5通过妇洗进水口5.2和水路连接软管6的配合与分配阀第二出水口4.3连通，电动喷杆5通过臀洗进水口5.3和水路连接软管6的配合与分配阀第三出水口4.4连通。
电动喷杆5上设置有喷杆自洁口5.4、臀洗出水口5.5、妇洗出水口5.6和便池消毒出水口5.7；其中，喷杆自洁口5.4的进水端通过水路连接软管6与分配阀第四出水口4.5连通，臀洗出水口5.5、妇洗出水口5.6和便池消毒出水口5.7分别与臀洗进水口5.3、妇洗进水口5.2和便池消毒进水口5.1连通。
进一步地讲，电解臭氧水装置2设置在自来水进水口1.1与自来水供水端连通的水路之间、或减压一体电磁阀出水口1.2与水温加热装置进水口3.1连通的水路之间、或水温加热装置出水口3.2与分配阀进水口4.1连通的水路之间、或分配阀第一出水口4.2与便池消毒进水口5.1连通的水路之间、或分配阀第二出水口4.3与妇洗进水口5.2连通的水路之间、或分配阀第三出水口4.4与臀洗进水口5.3连通的水路之间、或分配阀第四出水口4.5与喷杆自洁口5.4进水端连通的水路之间、或喷杆自洁口5.4 的出水端上、或臀洗出水口5.5上、或妇洗出水口5.6上、或便池消毒出水口5.7上。
进一步地讲，电解臭氧水装置2包括臭氧水进水口2.1和臭氧水出水口2.2，臭氧水进水口2.1和臭氧水出水口2.2之间形成电解槽2.3，电解槽2.3内设置有阴极片2.4和阳极片2.5，阴极片2.4和阳极片2.5上分别镀有钻石导电膜；自来水从臭氧水进水口2.1流入后直接流经钻石导电膜在电解槽2.3内进行电解，最后从臭氧水出水口2.2排出。
进一步地讲，电解槽2.3的内槽管径L1大于臭氧水进水口2.1、臭氧水出水口2.2的管径L2。其中，内槽管径L1为10mm，管径L2为4mm，内槽管径L1远大于管径L2，所以电解臭氧水装置2对智能座便器的水压、水流量均不会有任何影响。
具体地讲，该智能座便器还包括分别与主控MCU电控配合的过零检测、电源模块、座圈温度、按键模块、烘干模块、座圈加热膜和翻圈翻盖电机驱动模块。其电控配合关系参见图5所示，其中，电源模块给整个智能座便器提供电源，过零检测用来控制各个部件的功率大小，主控MCU查询按键模块，得到各个功能需求，实时采集座圈温度从而控制座圈加热膜，使座圈恒定在设定温度。根据清洗温水加热需求，打开减压一体电磁阀1，同时开启电解臭氧水装置2，通过水温加热装置3将自来水加热到设定温度，再通过电动分配阀4根据功能需求将水路分配到电动喷杆5的各个出水口，从而实现臀洗、妇洗、自洁以及消毒马桶等功能。主控MCU还会根据功能需求开启烘干模块、翻圈翻盖电机驱动模块等，从而实现座便器的智能控制。
以上显示和描述了本发明的基本原理、主要特征和本发明的优点。本领域的技术人员应该了解本发明不受上述实施例的限制，上述实施例和说明书中描述的只是说明本发明的原理，在不脱离本发明精神和范围的前提下本发明还会有各种变化和改进，这些变化和改进都落入要求保护的本发明范围内。本发明要求保护范围由所附的权利要求书及其等同物界定。

Claims (10)

  1. 一种采用臭氧水装置的智能座便器，包括主控MCU，其特征在于：还包括分别与主控MCU电控配合的减压一体电磁阀(1)、电解臭氧水装置(2)、水温加热装置(3)、电动分配阀(4)、电动喷杆(5)和水路连接软管(6)；其中，减压一体电磁阀(1)一端与自来水供水端连通，另一端通过水路连接软管(6)依次与水温加热装置(3)、电动分配阀(4)和电动喷杆(5)连通；所述的电解臭氧水装置(2)设置在减压一体电磁阀(1)与自来水供水端连通的水路之间、或减压一体电磁阀(1)与水温加热装置(3)连通的水路之间、或水温加热装置(3)与电动分配阀(4)连通的水路之间、或电动分配阀(4)与电动喷杆(5)连通的水路之间、或电动喷杆(5)的出水口上。
  2. 根据权利要求1所述采用臭氧水装置的智能座便器，其特征在于：所述减压一体电磁阀(1)上设置有自来水进水口(1.1)和减压一体电磁阀出水口(1.2)；减压一体电磁阀(1)一端通过自来水进水口(1.1)与自来水供水端连通，另一端通过减压一体电磁阀出水口(1.2)和水路连接软管(6)的配合与水温加热装置(3)连通。
  3. 根据权利要求2所述采用臭氧水装置的智能座便器，其特征在于：所述水温加热装置(3)上设置有水温加热装置进水口(3.1)和水温加热装置出水口(3.2)；水温加热装置(3)通过水温加热装置进水口(3.1)和水路连接软管(6)的配合与减压一体电磁阀出水口(1.2)连通，水温加热装置(3)通过水温加热装置出水口(3.2)和水路连接软管(6)的配合与电动分配阀(4)连通。
  4. 根据权利要求3所述采用臭氧水装置的智能座便器，其特征在于：所述电动分配阀(4)上设置有分配阀进水口(4.1)、分配阀第一出水口(4.2)、分配阀第二出水口(4.3)、分配阀第三出水口(4.4)和分配阀第四出水口(4.5)；电动分配阀(4)通过分配阀进水口(4.1)和水路连接软管(6)的配合与水温加热装置出水口(3.2)连通，电动分配阀(4)分别通过分配阀第一出水口(4.2)、分配阀第二出水口(4.3)、分配阀第三出水口(4.4)、分配阀第四出水口(4.5)和水路连接软管(6)的配合与电动喷杆(5)连通。
  5. 根据权利要求4所述采用臭氧水装置的智能座便器，其特征在于：所述电动喷杆(5)上设置有便池消毒进水口(5.1)、妇洗进水口(5.2)、臀洗进水口(5.3)；电动喷杆(5)通过便池消毒进水口(5.1)和水路连接软管(6)的配合与分配阀第一出水口(4.2)连通，电动喷杆(5)通过妇洗进水口(5.2)和水路连接软管(6)的配合与分配阀第二出水口(4.3)连通，电动喷杆(5)通过臀洗进水口(5.3)和水路连接软管(6)的配合与分配阀第三出水口(4.4)连通。
  6. 根据权利要求5所述采用臭氧水装置的智能座便器，其特征在于：所述电动喷杆(5)上还设置有喷杆自洁口(5.4)、臀洗出水口(5.5)、妇洗出水口(5.6)和便池消毒出水口(5.7)；其中，喷杆自洁口(5.4)的进水端通过水路连接软管(6)与分配阀第四出水口(4.5)连通，臀洗出水口(5.5)、妇洗出水口(5.6)和便池消毒出水口(5.7)分别与臀洗进水口(5.3)、妇洗进水口(5.2)和便池消毒进水口(5.1)连通。
  7. 根据权利要求6所述采用臭氧水装置的智能座便器，其特征在于：所述电解臭氧水装置(2)设置在自来水进水口(1.1)与自来水供水端连通的水路之间、或减压一体电磁阀出水口(1.2)与水温加热装置进水口(3.1)连通的水路之间、或水温加热装置出水口(3.2)与分配阀进水口(4.1)连通的水路之间、或分配阀第一出水口(4.2)与便池消毒进水口(5.1)连通的水路之间、或分配阀第二出水口(4.3)与妇洗进水口(5.2)连通的水路之间、或分配阀第三出水口(4.4)与臀洗进水口(5.3)连通的水路之间、或分配阀第四出水口(4.5)与喷杆自洁口(5.4)进水端连通的水路之间、或喷杆自洁口(5.4)的出水端上、或臀洗出水口(5.5)上、或妇洗出水口(5.6)上、或便池消毒出水口(5.7)上。
  8. 根据权利要求1-7任一项所述采用臭氧水装置的智能座便器，其特征在于：所述电解臭氧水装置(2)包括臭氧水进水口(2.1)和臭氧水出水口(2.2)，臭氧水进水口(2.1)和臭氧水出水口(2.2)之间形成电解槽(2.3)，电解槽(2.3)内设置有阴极片(2.4)和阳极片(2.5)，阴极片(2.4)和阳极片(2.5)上分别镀有钻石导电膜，自来水从臭氧水进水口(2.1)流入后直接流经钻石导电膜在电解槽(2.3)内进行电解，最后从臭氧水出水口(2.2)排出。
  9. 根据权利要求8所述采用臭氧水装置的智能座便器，其特征在于： 所述电解槽(2.3)的内槽管径(L1)大于臭氧水进水口(2.1)、臭氧水出水口(2.2)的管径(L2)。
  10. 根据权利要求1所述采用臭氧水装置的智能座便器，其特征在于：该智能座便器还包括分别与主控MCU电控配合的过零检测、电源模块、座圈温度、按键模块、烘干模块、座圈加热膜和翻圈翻盖电机驱动模块。
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