Sterilization assembly of sanitary ware and sanitary ware

Abstract

The utility model discloses a sterilization assembly of sanitary ware. The sterilization assembly comprises a shunt valve (12), an atomizer (16), a circulating pump (19), a control valve (18) and an electrolyzer (14). The shunt valve is provided with a water inlet, a first connector and a second connector, and any two of which can be communicated with each other. The atomizer comprises an atomization box and an atomization module. The atomization box is provided with a liquid inlet connected with the first connector and a mist discharging opening connected with a sterilization channel of the sanitary ware. The atomization module is arranged in the atomization box. The circulating pump is connected into the atomization box through a pipeline and can pump out liquid in the atomization box. The control valve is connected with the second connector of the shunt valve, the circulating pump and the cleaning device of the sanitary ware through pipelines, and any two of the three can be communicated with one another. And the electrolyzer is connected to a connecting pipeline among the shunt valve, the atomization box, the circulating pump and the control valve. The sterilization assembly is small in occupied space, large in sterilization area, good in sterilization effect and low in production and use cost. The utility model further provides the sanitary ware.

Description

Technical Field

[0001] The present application relates to a sterilization component, and in particular to a sterilization component for sanitary ware. The present application also relates to a sanitary ware having the above sterilization component. Background Art

[0002] Users have increasingly higher demands for hygiene in sanitary ware such as toilets and urinals. Existing sanitary ware is equipped with various forms of sterilization devices. For example, electrolyzed water contains hypochlorous acid with a sterilization function. Existing sanitary ware uses electrolyzed water to achieve sterilization.

[0003] In actual products, there are many factors to consider when setting up a sterilization device, such as structural cost, space layout, sterilization effect and efficiency, etc. The sterilization devices of existing sanitary ware cannot balance the above factors well. Summary of the invention

[0004] In response to the above problems, the present application discloses a sterilization component for sanitary ware, which occupies a small space, has low production and use costs, has a large sterilization area, has a good sterilization effect, is safe to use, and can flexibly switch sterilization modes.

[0005] The application also discloses a sanitary ware having the above-mentioned sterilization component, which has a large sterilization area and good sterilization effect.

[0006] In order to achieve the above objectives, this application adopts the following technical solutions:

[0007] The present application provides a sterilization component for sanitary ware, which has a cleaning device and a sterilization channel. The sterilization component includes a water diverter valve, an atomizer, a circulating pump, a control valve and an electrolyzer. The water diverter valve has a water inlet that can be connected to a water source, and the water diverter valve also has a first interface and a second interface, and the water diverter valve can control any two of the water inlet, the first interface and the second interface to be connected to each other. The atomizer includes an atomization box and an atomization module. The atomization box has a liquid inlet that can be connected to the first interface by a pipeline, and a mist outlet that can be connected to the sterilization channel pipeline of the sanitary ware. The atomization module is arranged in the atomization box to be able to atomize the electrolyte and obtain atomized steam that can be discharged through the mist outlet. The circulating pump can be connected to the atomization box by a pipeline, and can pump out the liquid in the atomization box. The control valve can be connected to the second interface of the water diverter valve, the circulating pump and the cleaning device of the sanitary ware by pipelines respectively, and the control valve can control any two of the water diverter valve, the circulating pump and the cleaning device of the sanitary ware to be connected to each other. The electrolyzer can be connected to any connecting pipeline between the water distribution valve, the atomization box, the circulation pump, and the control valve, and can electrolyze the liquid flowing through to obtain the electrolyte.

[0008] Since the sterilization component achieves sterilization through atomized steam containing hypochlorous acid, the sterilization area is large, the sterilization effect is good, and the use is safe. In addition, the sterilization component occupies a small space as a whole, and the production and use costs are low. In addition, the sterilization component can switch between different sterilization modes, and the hypochlorous acid concentration of the atomized steam used for sterilization can be controlled, and the sterilization method is flexible and convenient.

[0009] In an exemplary embodiment of the sterilization component of sanitary ware, the electrolyzer may be a flow-through electrolyzer connected to the connecting pipeline between the second interface of the water diversion valve and the control valve. The above method makes the overall control more diversified.

[0010] In an illustrative embodiment of a sterilization component for sanitary ware, a liquid inlet chamber, an atomizing chamber and an electrolyte channel are formed in the atomizing box. The liquid inlet is provided in the liquid inlet chamber, and the circulating pump pipeline is connected to the liquid inlet chamber. The mist outlet is provided in the atomizing chamber, and the atomizing module is arranged in the atomizing chamber. The electrolyte channel connects the liquid inlet chamber and the atomizing chamber, so that the electrolyte can isolate the gas connection between the liquid inlet chamber and the atomizing chamber through the electrolyte channel. The above-mentioned atomizer is cleverly designed, can effectively generate atomized steam with hypochlorous acid, and can discharge the atomized steam only from the mist outlet as needed, thereby improving the utilization rate of the atomized steam.

[0011] In an exemplary embodiment of the sterilization component of sanitary ware, a partition is provided in the atomizing box, the partition divides the cavity in the atomizing box into a liquid inlet chamber and an atomizing chamber, and the partition and the inner wall of the atomizing box form an electrolyte channel. The above structure is simple and occupies little space.

[0012] In an illustrative embodiment of the sterilization component of the sanitary ware, the atomizer further comprises a blowing device, which can blow air into the atomization chamber to blow the atomized steam out of the mist outlet to provide the atomized steam more quickly.

[0013] The present application also provides a sanitary ware, which includes a cleaning device, a sterilization channel and the above-mentioned sterilization component. The control valve can be connected to the cleaning device by a pipeline, and the mist exhaust port of the atomization box can be connected to the sterilization channel by a pipeline.

[0014] In an illustrative embodiment of a sanitary ware, the sanitary ware is a toilet, which includes a toilet seat, the toilet seat forms a toilet bowl cavity, the toilet seat also forms a sterilization channel, the sterilization channel is connected to the toilet bowl cavity, and the cleaning device is a spray gun arranged on the toilet seat, and the spray gun can extend into the toilet bowl cavity.

[0015] In an illustrative embodiment of the sanitary ware, the toilet includes a toilet cover assembly arranged on the toilet seat, the toilet cover assembly includes a toilet seat ring and a toilet cover capable of covering the toilet seat ring, and the toilet seat ring is provided with a spray gun inlet and outlet for extending a spray gun and a sterilization channel.

[0016] In an illustrative implementation of the sanitary ware, the sanitary ware is a urinal, the cleaning device is a flushing nozzle in the urinal, and the sterilization channel is connected to the urinal. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Various other advantages and benefits will become apparent to those skilled in the art by reading the detailed description of the preferred embodiment below. The accompanying drawings are only for the purpose of illustrating the preferred embodiment and are not to be considered as limiting the present application. Moreover, the same reference symbols are used throughout the drawings to represent the same components. In the drawings:

[0018] Figure 1 A structural schematic diagram for illustrating a schematic implementation of a sterilization component for sanitary ware.

[0019] Figure 2 A structural diagram for illustrating an illustrative embodiment of a toilet.

[0020] Figure 3 A schematic structural diagram for illustrating an exemplary embodiment of a urinal.

[0021] Figure 4 A flow chart for illustrating a schematic implementation of a method for sterilizing sanitary ware.

[0022] Description of labels:

[0023] 10 Sterilization components

[0024] 12 Water diverter valve

[0025] 122 water inlet

[0026] 124 First Interface

[0027] 126 Second interface

[0028] 14 Electrolyzer

[0029] 16 Atomizer

[0030] 161 Electrolyte channel

[0031] 162 atomization box

[0032] 163 Liquid inlet chamber

[0033] 164 Liquid inlet

[0034] 165 Spray Chamber

[0035] 166 Mist outlet

[0036] 167 partition

[0037] 168 atomization module

[0038] 169 Blowing device

[0039] 18 Control valve

[0040] 19 Circulation pump

[0041] 20 Toilet Seat

[0042] 22 Toilet cavity

[0043] 30 Toilet Seat Assembly

[0044] 31 Toilet Seat

[0045] 312 Sterilization Channel

[0046] 313 cleaning device

[0047] 314 spray gun entrance and exit

[0048] 32 Toilet Seat DETAILED DESCRIPTION

[0049] In order to make the purpose, technical solution and advantages of the present application clearer, the technical solution of the present application will be clearly and completely described below in combination with the specific embodiments of the present application and the corresponding drawings. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by knob technicians in the field without making creative work are within the scope of protection of the present application.

[0050] In this document, “exemplary” means “serving as an example, instance or illustration”, and any diagram or implementation described in this document as “exemplary” should not be interpreted as a more preferred or more advantageous technical solution.

[0051] In order to simplify the drawings, only the parts related to the present application are schematically shown in each figure, and they do not represent the actual structure of the product. In addition, in order to simplify the drawings and facilitate understanding, in some figures, only one of the parts with the same structure or function is schematically drawn or marked.

[0052] The technical solutions provided by various embodiments of the present application are described in detail below in conjunction with the accompanying drawings.

[0053] Figure 1 A schematic diagram of a schematic implementation scheme of a sterilization component for sanitary ware is provided. Figure 1 As shown, the sterilization component 10 of the sanitary ware includes a water diversion valve 12 , an atomizer 16 , a circulation pump 19 , a control valve 18 and an electrolyzer 14 .

[0054] The water diverter valve 12 has a water inlet 122, which can be connected to a water source. The water diverter valve 12 also has a first interface 124 and a second interface 126. The water diverter valve 12 can control the connection relationship between the water inlet 122, the first interface 124 and the second interface 126, so that any two of the water inlet 122, the first interface 124 and the second interface 126 can be connected to each other, that is, by controlling the water diverter valve 12, the water inlet 122 can be connected to the first interface 124, or the water inlet 122 can be connected to the second interface 126, or the first interface 124 and the second interface 126 can be connected.

[0055] The atomizer 16 includes an atomizer box 162 and an atomizer module 168. The atomizer box 162 has a liquid inlet 164 and a mist outlet 166. The liquid inlet 164 can be connected to the first interface 124 of the water diversion valve 12 by a pipeline, and the mist outlet 166 can be connected to the sterilization channel 312 of the sanitary ware by a pipeline. The atomizer module 168 is arranged in the atomizer box 162 to atomize the electrolyte in the atomizer box 162 to obtain atomized steam, and the generated atomized steam can be discharged to the sterilization channel 312 of the sanitary ware through the mist outlet 166.

[0056] The circulation pump 19 can be connected to the atomization box 16 via a pipeline, and can pump out the liquid in the atomization box 16 .

[0057] The control valve 18 can be connected to the second interface 126 of the water diverter valve 12, the circulating pump 19 and the cleaning device 313 of the sanitary ware (the dotted line structure in the figure) through pipelines respectively, and the control valve 18 can control any two of the water diverter valve 12, the circulating pump 19 and the cleaning device 313 of the sanitary ware to be connected to each other. That is, the control valve 18 can make the water diverter valve 12 connected to the cleaning device 313 of the sanitary ware, or the circulating pump 19 connected to the cleaning device 313 of the sanitary ware, or the circulating pump 19 connected to the water diverter valve 12.

[0058] According to the above structural connection relationship (ignoring the installation position of the electrolyzer 14, which will be described in detail later), by controlling the water diverter valve 12 and the control valve 18, several different fluid paths can be formed, including at least the following:

[0059] The first flushing path of the cleaning device: the water diverter valve 12 to the control valve 18 to the cleaning device 313 of the sanitary ware. Specifically, the water diverter valve is controlled to connect the water inlet 122 with the second interface 126, and the control valve 18 is controlled to connect the second interface 126 of the water diverter valve with the cleaning device 313 of the sanitary ware. At this time, the water will flow through the water diverter valve 12, the control valve 18, and the cleaning device 313 of the sanitary ware in sequence, and then be sprayed out through the cleaning device 313.

[0060] The second flushing passage of the cleaning device: from the atomizing box 162 to the circulating pump 19 to the control valve 18 to the cleaning device 313 of the sanitary ware. Specifically, the control valve 18 is controlled to connect the circulating pump 19 with the cleaning device 313 of the sanitary ware. At this time, the water in the atomizing box 162 will be pumped out, and will flow through the circulating pump 19, the control valve 18, and the cleaning device 313 of the sanitary ware in sequence, and will be sprayed out through the cleaning device 313.

[0061] The circulation path is formed from the water diverter valve 12 to the atomizing box 162 to the circulation pump 19 to the control valve 18, and then back to the water diverter valve 12. Specifically, the water diverter valve 12 is controlled to connect the first interface 124 and the second interface 126, and the control valve 18 is controlled to connect the circulation pump 19 to the second interface 126 of the water diverter valve 12. At this time, the water flow in the atomizing box 162 is circulated and pumped out under the action of the circulation pump 19, and flows through the circulation pump 19, the control valve 18, the water diverter valve 12 in sequence, and then flows back to the atomizing box 162.

[0062] The electrolyzer 14 is connected to the circulation path and is used to electrolyze the liquid in the circulation path during the above liquid circulation process. The obtained electrolyte containing hypochlorous acid will eventually be accumulated in the atomizing box 162. It can be understood that the more times the circulation is performed, the higher the hypochlorous acid concentration of the electrolyte in the atomizing box 162 can be controlled. The electrolyzer 14 is, for example, a flow-through electrolyzer. Figure 1 In the illustrated embodiment, the electrolyzer 14 is connected between the second interface 126 of the water diverter valve 12 and the control valve 18. Of course, according to design requirements, the electrolyzer 14 can also be set in the connecting pipeline between the first interface 124 of the water diverter valve 12 and the liquid inlet 164 of the atomizer box 162, or in the connecting pipeline between the circulating pump 19 and the atomizer box 16, or in the connecting pipeline between the circulating pump 19 and the control valve 18. And those skilled in the art can understand that multiple electrolyzers 14 can be set simultaneously on the above-mentioned connecting pipelines.

[0063] For the specific working mode of the sterilization components of the above-mentioned sanitary ware, please refer to Figure 2 Bathroom sanitary ware in Figure 2 The sanitary ware in the figure is a toilet. Of course, those skilled in the art can understand that the sanitary ware can also be other sanitary ware, such as a urinal and the like.

[0064] like Figure 2 As shown, the toilet seat 20 of the toilet has a toilet cavity 22, and the cleaning device 313 is a spray gun for the toilet, which can be sprayed by Figure 2 The spray gun inlet and outlet 314 of the middle toilet extends into the toilet bowl cavity 22, and Figure 2The toilet in the embodiment also has a sterilization passage 312 connected to the toilet bowl cavity 22. The sterilization assembly 10 of the sanitary ware is placed in the toilet, the control valve is connected to the spray gun of the toilet, and the mist outlet 166 of the atomization box 162 is connected to the sterilization passage 312 of the toilet.

[0065] When the spray gun is needed, the water diverter valve 12 and the control valve 18 can be used to select the first flushing passage or the second flushing passage. The water flow of the first flushing passage is directly provided by the water source, and the water flow of the second flushing passage is provided by the atomizer box 162. Because of the circulation passage mentioned above, the liquid in the atomizer box 162 is an electrolyte containing hypochlorous acid in some cases. Therefore, the user can select the first flushing passage or the second flushing passage according to the actual use. For example, when the spray gun is needed to flush the body, the first flushing passage can be selected, and when the spray gun needs to be sterilized, the second flushing passage can be selected.

[0066] exist Figure 1 In the embodiment shown, because the electrolyzer 14 is connected between the second interface 126 of the water diversion valve 12 and the control valve 18, when the first flushing passage is selected, it is also possible to control whether the water flow in the first flushing passage is electrolyzed by controlling whether the electrolyzer 14 is working, making the overall control more diversified.

[0067] When the sterilization channel 312 is needed for sterilization, the electrolyte can be first manufactured through the above-mentioned circulation passage, and the hypochlorous acid concentration of the electrolyte in the atomization box 162 can be controlled according to the number of cycles. When the hypochlorous acid concentration of the electrolyte in the atomization box 162 reaches the required level, the atomization module 168 is controlled to start working. The atomization module 168 atomizes the electrolyte in the atomization box 162 to obtain atomized steam that can be discharged to the sterilization channel 312 through the exhaust port 166. The atomized steam will enter the toilet bowl cavity 22 through the sterilization channel 312 of the toilet. During the sterilization process, the toilet lid of the toilet is closed, so that the atomized steam will be enclosed in the toilet bowl cavity 22. The atomized steam with hypochlorous acid can contact every corner of the toilet bowl cavity 22, including the outer surface of the spray gun, to achieve efficient and comprehensive sterilization. Of course, it can be understood that the atomizer box 162 has a storage function for the electrolyte, so each time the sterilization channel 312 is sterilized, it is not necessarily necessary to first produce the electrolyte through the circulation path, but the electrolyte stored in the atomizer box 162 can be directly used.

[0068] Since the above-mentioned sterilization component achieves sterilization through atomized steam containing hypochlorous acid, it has a large sterilization area and a good sterilization effect, and due to the weak acidity of hypochlorous acid, it will not cause safety hazards to users. In addition, the above-mentioned sterilization component is designed based on the cleaning device system of the sanitary ware itself. Without affecting the flushing work of the cleaning device, the flushing water (tap water) used by the cleaning device is used to produce electrolyzed water and atomized steam for sterilization. The overall space occupied by the sterilization component is small, which is conducive to the space design inside the sanitary ware and has low production cost. Moreover, the above-mentioned sterilization component does not require additional sterilization raw materials, and theoretically can be sterilized repeatedly indefinitely, with low cost of use.

[0069] In addition, it should be noted that since the above-mentioned sterilization component has two sterilization modes, one is direct sterilization through the cleaning device, and the other is sterilization through the sterilization channel 312, the overall use is more flexible and can adapt to different usage requirements. And the atomization box 162 itself has a storage function for the electrolyte. By controlling the number of cycles of the circulation path, the hypochlorous acid concentration of the electrolyte in the atomization box 162 can be controlled. In conjunction with the atomization module 168, atomized steam with different hypochlorous acid concentrations can be accurately provided for sterilization, making the overall sterilization method more flexible and convenient.

[0070] exist Figure 1 In the embodiment of the sterilization assembly of the sanitary ware shown, a liquid inlet chamber 163 and a mist chamber 165 are formed in the mist box 162. A liquid inlet 164 is provided in the liquid inlet chamber 163, and a pipeline of the circulating pump 19 is connected to the liquid inlet chamber 163. A mist outlet 166 is provided in the mist chamber 165, and a mist module 168 is disposed in the mist chamber 165.

[0071] An electrolyte channel 161 is formed in the atomizing box 162 to connect the liquid inlet chamber 163 and the atomizing chamber 165. The electrolyte in the liquid inlet chamber 163 flows into the atomizing chamber 165 through the electrolyte channel 161, so that the atomizing module 168 can atomize the electrolyte flowing into the atomizing chamber 165 to generate atomized steam. After the electrolyte immerses (fills) the electrolyte channel 161, it is equivalent to cutting off the gas connection between the liquid inlet chamber 163 and the atomizing chamber 165, so that the atomized steam generated in the atomizing chamber 165 will not flow into the liquid inlet chamber 163, but can only be discharged from the mist outlet 166.

[0072] The atomizer 16 is cleverly designed and can effectively generate atomized steam containing hypochlorous acid, and the atomized steam is discharged only from the mist outlet 166 as needed, thereby improving the utilization rate of the atomized steam.

[0073] exist Figure 1In the embodiment of the sterilization assembly of sanitary ware shown, a partition 167 is provided in the atomizing box 162, and the cavity in the atomizing box 162 is divided into the liquid inlet chamber 163 and the atomizing chamber 165 by the partition 167, and the electrolyte channel 161 is formed by the partition 167 and the inner wall of the atomizing box 162. The above structure is simple and occupies little space.

[0074] exist Figure 1 In the embodiment of the sterilization assembly shown, the atomizer 16 further includes a blowing device 169 , which can blow air into the atomization chamber 165 so that the atomized steam can be blown out of the mist outlet 166 more quickly.

[0075] The present application also provides a sanitary ware, which includes a cleaning device 313, a sterilization channel 312 and the above-mentioned sterilization component 10. In the sterilization component 10, the control valve 18 can be connected to the cleaning device 313 by pipeline, and the mist outlet 166 of the atomization box 162 can be connected to the sterilization channel 312 by pipeline. In a more specific embodiment, the sanitary ware can be, for example, Figure 2 In the toilet shown, the cleaning device 313 is a spray gun that can be extended into the toilet bowl cavity of the toilet seat, and the sterilization channel 312 can be connected to the toilet bowl cavity 22 of the toilet seat.

[0076] like Figure 2 In the embodiment shown, the sanitary ware includes a toilet seat 20, which is formed with a toilet bowl cavity 22, and the toilet seat 20 is also formed with a sterilization channel 312 connected to the toilet bowl cavity 22. The sanitary ware also includes a spray gun, which is arranged on the toilet seat 20 and can be extended into the toilet bowl cavity 22 (such as through Figure 2 The spray gun inlet and outlet 314 extends into the toilet bowl cavity 22). The toilet also includes Figure 1 In the sterilization assembly 10 shown, the control valve 18 can be connected to the spray gun of the toilet by pipeline, and the mist outlet 166 of the atomization box 162 can be connected to the sterilization channel 312 by pipeline. Among them, the water inlet 122 of the water diverter valve 12 of the sterilization assembly 10 can be connected to the water source outside the toilet by pipeline or to the water tank of the toilet by pipeline.

[0077] exist Figure 2 In the illustrated embodiment, the toilet further comprises a toilet cover assembly 30 disposed on the toilet seat 20, and the toilet cover assembly 30 comprises a toilet seat 31 and a toilet cover 32 capable of covering the toilet seat 31. The toilet seat 31 is provided with a spray gun inlet and outlet 314 and a sterilization channel 312 for the cleaning device 313 to extend.

[0078] In a more specific embodiment, the sanitary ware may also be a urinal, for example, see Figure 3 , wherein the cleaning device 313 can be a flushing nozzle of a urinal, and the sterilization channel 312 is connected to the urinal. Figure 1The control valve 18 shown can be connected to the flushing nozzle through a pipeline. Figure 1 The mist outlet 166 of the atomization box 162 shown can be connected to the sterilization channel 312 through a pipeline.

[0079] The present application also provides a method for sterilizing sanitary ware, such as Figure 4 As shown, sterilization methods include:

[0080] Step S11: Detecting that the user sits on the toilet seat, proceeding to step S12;

[0081] Step S12: Control the water diversion valve 12 to connect the first interface 124 to the second interface 126, and control the control valve 18 to connect the circulation pump 19 to the water diversion valve 12. Figure 1 , then proceed to step S13;

[0082] Step S13: Control the circulation pump 19 and the electrolyzer 14 to start working and work for the first preset time to start producing the electrolyte. Figure 1 , then enter S14;

[0083] Step S14: Detect whether the toilet lid is in the closed state. If it is closed, the toilet cavity 22 is in a closed state (the toilet lid 32 and the toilet cavity 22 can be seen at the same time). Figure 2 ), then go to step S15, if it is not covered, continue testing.

[0084] Step S15: Control the toilet spray gun to extend out of the spray gun outlet 314, and refer to Figure 2 , proceed to step S16;

[0085] Step S16: Control the atomization module 168 to work for a second preset time, and refer to Figure 1 At this time, the atomized steam generated by the atomizing module 168 can enter the toilet bowl cavity 22 through the sterilization channel 312 to achieve the sterilization operation inside the closed toilet bowl cavity 22, and then enter step S17;

[0086] Step S17: Control the spray gun to retract the spray gun inlet and outlet 314, and the sterilization operation is completed. Those skilled in the art will appreciate that the toilet seat may be dried before step S17 to facilitate next use.

[0087] The above-mentioned sterilization method for sanitary ware can achieve the sterilization work of the toilet bowl cavity 22 and the spray gun.

[0088] The above is only a specific implementation of the present application. Under the above teachings of the present application, those skilled in the art can make other improvements or modifications based on the above embodiments. Those skilled in the art should understand that the above specific description is only to better explain the purpose of the present application, and the protection scope of the present application shall be based on the protection scope of the claims.

Claims

1. A sterilization component for sanitary ware, the sanitary ware having a cleaning device (313) and a sterilization channel (312), characterized in that: The sterilization component (10) comprises: A water diversion valve (12), the water diversion valve (12) having a water inlet (122) capable of being connected to a water source, the water diversion valve (12) further having a first interface (124) and a second interface (126), the water diversion valve (12) being capable of controlling any two of the water inlet (122), the first interface (124) and the second interface (126) to be in communication with each other; An atomizer (16), the atomizer (16) comprising: an atomizing box (162), which has a liquid inlet (164) that can be connected to the first interface (124) via a pipeline, and a mist outlet (166) that can be connected to the sterilization channel (312) of the sanitary ware via a pipeline, and an atomization module (168) disposed in the atomization box (162) to atomize the electrolyte to obtain atomized steam that can be discharged through the mist outlet (166); A circulation pump (19), which can be connected to the atomization box (162) through a pipeline and can pump out the liquid in the atomization box (162); a control valve (18), wherein the control valve (18) is capable of being respectively connected to the second interface (126) of the water diverter valve (12), the circulating pump (19) and the cleaning device (313) of the sanitary ware through pipelines, and the control valve (18) is capable of controlling any two of the water diverter valve (12), the circulating pump (19) and the cleaning device (313) of the sanitary ware to be in communication with each other; and The electrolyzer (14) can be connected to the connecting pipeline between the water diversion valve (12), the atomization box (162), the circulation pump (19), and the control valve (18), and can electrolyze the liquid flowing through to obtain an electrolyte.

2. The sterilization component according to claim 1, characterized in that: The electrolyzer (14) is a flow-through electrolyzer, which can be connected to the connecting pipeline between the second interface (126) of the water diversion valve (12) and the control valve (18).

3. The sterilization component according to claim 1, characterized in that: The atomizing box (162) is formed with: A liquid inlet chamber (163), wherein the liquid inlet port (164) is disposed in the liquid inlet chamber (163), and a pipeline of the circulation pump (19) is connected to the liquid inlet chamber (163); an atomization chamber (165), the mist exhaust port (166) being opened in the atomization chamber (165), and the atomization module (168) being arranged in the atomization chamber (165); and An electrolyte channel (161), wherein the electrolyte channel (161) connects the liquid inlet chamber (163) and the atomization chamber (165), so that the electrolyte can pass through the electrolyte channel (161) to isolate the gas connection between the liquid inlet chamber (163) and the atomization chamber (165).

4. The sterilization component according to claim 3, characterized in that: A partition (167) is provided in the atomization box (162), and the partition (167) divides the cavity in the atomization box (162) into the liquid inlet chamber (163) and the atomization chamber (165), and the interval between the partition (167) and the inner wall of the atomization box (162) forms the electrolyte channel (161).

5. The sterilization component according to claim 3, characterized in that: The atomizer (16) further comprises a blowing device (169), wherein the blowing device (169) is capable of blowing air into the atomization chamber (165) to blow the atomized steam out of the mist outlet (166).

6. Sanitary ware, characterized in that, The sanitary ware includes: Cleaning device (313); Sterilization channel (312); and According to the sterilization component as described in any one of claims 1 to 5, the control valve (18) can be connected to the cleaning device (313) through a pipeline, and the mist outlet (166) of the atomization box (162) can be connected to the sterilization channel (312) through a pipeline.

7. The sanitary ware according to claim 6, characterized in that: The sanitary ware is a toilet, which comprises a toilet seat (20), the toilet seat (20) forms a toilet bowl cavity (22), the toilet seat (20) further forms a sterilization channel (312), the sterilization channel (312) is connected to the toilet bowl cavity (22), and the cleaning device (313) is a spray gun arranged on the toilet seat (20), and the spray gun can extend into the toilet bowl cavity (22).

8. The sanitary ware according to claim 7, characterized in that: The toilet comprises a toilet cover assembly (30) arranged on the toilet seat (20), the toilet cover assembly (30) comprising a toilet seat (31) and a toilet cover (32) capable of covering the toilet seat (31), the toilet seat (31) being provided with a spray gun inlet and outlet (314) for the spray gun to extend out and the sterilization channel (312).

9. The sanitary ware according to claim 6, characterized in that: The sanitary ware is a urinal, the cleaning device (313) is a flushing nozzle in the urinal, and the sterilization channel (312) is connected to the urinal.

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