CN101839016A - Auxiliary cleaning device and method for sanitary equipment - Google Patents

Abstract

The invention relates to an auxiliary cleaning device and a cleaning method for sanitary equipment. The invention relates to a method and a device for producing a mixed liquid capable of adhering clean and lubrication and a fine bubble device to produce fine and lasting foam, so as to achieve the effects of prewetting lubrication and anti-adhesion, isolate dirt in the whole process, prevent splash, remove bacteria and odor, and be easy to wash, lubricate and buffer water flow by virtue of the fine and lasting foam, help the sewage discharge pipe to discharge dirt and remove dirt, maintain cleanness and environmental protection more easily, save cleaning work and water, and can be designed into an integral type in advance, so that the sanitary device can improve the function and texture.

Description

Auxiliary cleaning device and method for sanitary equipment

technical field

The invention relates to an auxiliary cleaning device and method for sanitary equipment.

Background technique

As the whole society pays more attention to quality and environmental protection, and due to the shortage of water resources, sanitary equipment made of nanometer and smooth materials, as well as water-saving or foam splash-proof devices are required. However, in actual use, these sanitary equipment have problems such as the difficulty of pre-wetting with water, and the reduction of flushing water may easily cause the accumulation of subsequent sewage pipes. In order to achieve the amount of foam and use it for a long time, too much cleaning solution will be used, which will easily cause water and fertilizer and environmental problems in the sewage storage tank, or the thick foam will be broken and difficult to last when used, resulting in poor bacteria and odor in splash-proof coverage, and it is difficult to prevent. Wet distribution, unable to deal with whole-process sanitation issues. Sanitary equipment is the most prone to dirty and smelly places. Not only do they need to be cleaned frequently, but they must also be thoroughly cleaned to avoid dirt and mold breeding.

Therefore, there is an urgent need for such sanitary equipment, which can adopt cleaning fluid with adhesion, cleaning and lubrication, but must be mixed with water in order to save the amount of use. The better way is to generate suitable liquid foam to increase adhesion and lubrication. For those requiring a large amount of foam The toilet must have a powerful device to produce fine and dense foam in a short period of time to increase the durability, so that it can meet the hygiene problems throughout the use of sanitary equipment, and avoid subsequent environmental problems. In order to improve the texture and take care of use and cleaning, you can pre It is designed as a whole, so that the sanitary equipment can be anti-fouling, clean and environmentally friendly, and it is simple and beautiful, with integrity and texture, which can meet the modern needs.

Contents of the invention

The technical problem to be solved by the present invention is to provide an auxiliary cleaning device and method for sanitary equipment, including sanitary equipment made of nanometer and smooth materials, and water-saving sanitary equipment, which can be combined with suitable auxiliary cleaning devices according to the nature of sanitary equipment , in order to thoroughly solve the hygiene and environmental protection problems from before use to after rinsing. In order to make general and nanometer and smooth materials have good pre-wet lubrication and anti-adhesion effects, it must have a mixture of cleaning and lubricating properties, or a fine and long-lasting foam liquid. Only the right amount of spraying can fully adhere to the inner wall. Therefore, the present invention adopts a fine air bubble device, is equipped with a powerful air pump, and uses a precision circuit to control the foaming agent to accurately mix an appropriate amount of water to quickly produce a thick, fine and long-lasting foam liquid, so that it can be effective throughout the process. Isolate the dirt, fully cover the splash, prevent the spread of bacteria odor, make it easier to deodorize and disinfect, dissolve the dirt and wash it easily, and use the fine and long-lasting foam buffer to slow down the washing water flow and separate the dirt, and lubricate smoothly to help sewage and descaling , making it easier to maintain cleanliness in the whole process, thereby greatly reducing cleaning work to save water, and reducing cleaning agents to achieve environmental protection goals, and can be pre-designed into an integral type, so that the sanitary equipment can maintain simplicity and beauty, and increase functions and effects without cumbersomeness , and maintain easy-to-clean properties.

In order to solve the problems of the technologies described above, the technical scheme that the present invention takes is:

Auxiliary cleaning devices for sanitary equipment that offer four technical options,

The first technical solution is: the auxiliary cleaning device at least includes:

1. Installation space, for accommodating various devices, fixed at appropriate operating places;

1. Electromechanical device, including safety power supply and air pump, electromechanical device of electric motor;

A water source device, controlling and providing the required mixed water source;

A mixing device, the water supply is mixed with the raw material liquid and output by an air pump;

A bubble device, which can generate fine air bubbles, is connected to the output pipe of the mixer to generate fine air bubbles to produce foam liquid;

A liquid level gauge to control the supply water level;

A raw material device, storing and supplying the raw materials required for the mixed liquid in an appropriate amount, and connecting the motor and the controller for quantitative output;

A conveying spraying device, which is used for conveying between various devices, and conveying to the required places of sanitary equipment for spraying;

A control device, which is used to start and control the water supply and raw material quantity of each device, and the process of producing and spraying foam.

Wherein, the bubble device is connected to the end of the air pressure pipe in the mixing device by using an air stone of appropriate thickness to generate the required foam liquid and transport it out.

The second technical solution is that the auxiliary cleaning device at least includes:

1. The installation space is dedicated to combine sanitary equipment into an integral type to accommodate and integrate various devices;

- electromechanical device, including safety power supply and motor device;

A mixing device, the water supply is mixed with the raw material liquid and output by an air pump;

A bubble device, which is a device for generating fine air bubbles, is connected to the output pipe of the air pump in the mixer to generate fine air bubbles to produce foam liquid;

1. Raw material device, which stores and supplies the raw materials required for the mixed liquid in an appropriate amount, and is connected with the motor and controller for quantitative output;

A liquid level gauge to control the supply water level;

A conveying sprinkler device, including the tap water source device, external device, and internal device, used as the conveyance between each device, and the conveying pipeline can be respectively connected from the drain valve, the overflow pipe, the bottom side of the water tank to the inner water ring of the sanitary equipment Sprinklers and flushing holes, and external spraying devices;

A pipeline entry and exit device, used as a delivery pipe and power line to enter the built-in installation space inside the sanitary equipment;

A control device, a control box is provided at a convenient place for installation of the control device, as the action flow for controlling the functional devices of each component, and a larger control box is used to install the functional devices or some components in a flexible manner.

Among them, all the devices or part of the installation space, pipeline inlet and outlet devices, water sources, conveying and spraying devices, and sanitary equipment that are pre-designed and built-in are integrated into the production, so as to reserve the required electromechanical devices and control devices to form a whole. Sanitary equipment; the conveying spraying device and the tap water source device are provided with an independently controllable tap device to tap the water source from the water inlet pipe or water inlet of the water tank at a place that is not affected by the water level controller of the water tank.

The third technical solution is that the auxiliary cleaning device at least includes:

1. An installation space for accommodating various devices, which are independently fixed or built into the sanitary equipment to form an integral structure;

A raw material device, which uses a raw material container with a guide groove rotating shaft and an upper and lower shutter device to store and supply the required raw materials for the mixed liquid in an appropriate amount;

A mixing device, the mixer has a guide vane, which is connected to the rotating shaft of the guide groove of the raw material container, and uses the power of the water source to drive the guide vane and drive the rotating shaft of the guide groove, so that the raw material and water are mixed and conveyed out along the water pressure;

A control device uses a control valve to control water entering from the water inlet pipe of the mixer to provide required water source and water pressure.

The fourth technical solution is that the auxiliary cleaning device at least includes:

1. An installation space for accommodating various devices, which are independently fixed or built into the sanitary equipment to form an integral structure;

A fork tube device, directly in the form of a Venturi tube fork tube, is transported by mixing water and raw materials into a mixed liquid;

1. Raw material device, storing and supplying the raw materials required for the attached lubricating, cleaning and lubricating mixture;

A water source device, a device for providing a water source;

A control device, with manual or electronic control device, controls the starting material and water supply to enter the fork pipe device;

A conveying and spraying device conveys the mixed liquid and sprays it in the sanitary ware.

In the above four technical schemes, the raw material device adopts a special raw material canned environmental protection foaming agent as the main raw material, and adds an appropriate amount of various fragrances, deodorants, disinfectants or descaling agents; the mixing device will mix The output pipe of the device adopts built-in or external installation.

The present invention also provides the cleaning method of the technical scheme of the auxiliary cleaning device of the above-mentioned technical sanitation equipment, which adopts the mixed liquid with adhesion, cleaning and lubrication, or uses a fine and dense air bubble device to make fine and durable foam, or a mixture of the two, as including general Or use nano and smooth materials or water-saving sanitary equipment, anti-fouling and splash-proof, covering and isolating bacteria and odor from before use to after flushing, and use fine and long-lasting liquid foam to lubricate and buffer to avoid the rapid flushing of sewage pipes and dirt Separation, smooth sewage and descaling, maintaining hygiene from the whole process to the end, and greatly reducing cleaning work and detergents, taking into account water saving and environmental protection, the method is as follows:

(a) Use cleaning agents or foaming agents with adhesion and cleaning as raw materials, use containers, and add various fragrances, descaling, and disinfectants;

(b) Transport the raw material of the container to the mixing device in a small amount or quantitatively;

(c) Introduce water into the mixing device, and control the amount of water and raw materials to a ratio suitable for producing liquid fine and persistent foam;

(d) Mix the raw materials with water before use, so that they can be fully and evenly mixed, and can be started immediately when using, so as to meet the rapid supply and use;

(e) Install the fine bubble device capable of generating fine bubbles in the mixed liquid of the mixing device, and connect it with a powerful air pump to generate fine bubbles quickly and efficiently, and mix it with a suitable proportion of mixed liquid to quickly produce fine and long-lasting liquid foam. to comply with the use;

(f) Adopt the control device as the process of starting and accurately controlling the water supply and raw material quantity of each device, producing and spraying foam;

(g) Use the conveying device to guide the foam liquid to the spraying device for spraying.

The present invention adopts a fine air bubble device, is equipped with a powerful air pump, and uses a precise circuit to control the foaming agent to accurately mix an appropriate amount of water to quickly produce a thick and suitable fine and long-lasting foam liquid, which can effectively isolate dirt throughout the process, fully cover splashes, and prevent bacteria Odor diffusion, easier aroma deodorization and disinfection, dissolves dirt and is easy to rinse, and the fine and long-lasting foam buffer slows down the rinse water flow and separates dirt, and lubricates smoothly to help sewage discharge and descaling, making it easier to maintain cleanliness throughout the process, thereby greatly reducing cleaning work To save water, reduce detergent and protect the environment. The present invention can be pre-designed as a whole, so that the sanitary equipment can maintain simplicity and beauty, increase functions and utility without cumbersomeness, and maintain the characteristics of easy cleaning. Therefore, the method and device of the present invention can integrate auxiliary cleaning function devices of sanitary equipment, provide suitable cleaning function devices according to properties, and thoroughly solve many hygiene problems, as a response to increasingly demanding hygiene requirements.

Description of drawings

Fig. 1 is a flow chart of the cleaning method of the present invention.

Fig. 2 is an internal schematic diagram, a plan view and a front view of the present invention.

Fig. 3 is a side view, a schematic view and a cross-sectional view of the present invention.

Fig. 4 is a side view, a plan view, and a cross-sectional view of the present invention.

Fig. 5 is a schematic diagram of a raw material tank, a mixer and a schematic device of the present invention.

Fig. 6 is a schematic diagram, a front view, and a side view of the present invention.

Fig. 7 is a three-dimensional assembly schematic diagram of the present invention and a schematic diagram of internal devices, external devices, and spray cleaning devices.

Explanation of symbols in the figure:

10 installation space 11 water tank

12 urinal 13 box type water tank cover

14 chassis 15 outer frame

16 rotating device 17 legs

18 separated space 19 waterproof shell

20 Protective cover 21 Hanging device

22 Pipeline entry and exit device 23 Power supply

24 circuit safety device 25 electric motor

26 Water inlet 27 Tapping device

28 raw material container 29 mixer

30 Control valve 31 Water inlet pipe

32 liquid level gauge 33 bubble device

34 Mixer input tube 35 Mixer output tube

36 guide vane 37 rotating shaft

38 guide groove 39 upper and lower shutters

40 fork pipe device 41 flusher

42 intake pipe 43 delivery pipe

44 overflow pipe 45 drop valve

46 pipeline device 47 water circle

48 spraying device 49 internal device

50 external device 51 spraying device

52 Water supply valve 53 Penetration device

54 shafts 55 controllers

56 control box 57 cleaning hole

Detailed ways

In order to further illustrate the auxiliary cleaning device of the sanitary equipment and the cleaning method thereof of the present invention, first please refer to FIG. 1 , which is a flow chart of the cleaning method of the auxiliary cleaning device of the sanitary equipment of the present invention, and the method includes:

(a) Use cleaning agents or foaming agents with adhesion and cleaning as raw materials, use containers, and add various fragrances, descaling, and disinfectants;

(b) Transport the raw material of the container to the mixing device in a small amount or quantitatively;

(c) Introduce water into the mixing device, and control the amount of water and raw materials to a ratio suitable for producing liquid fine and persistent foam;

(d) Mix the raw materials with water before use, so that they can be fully and evenly mixed, and can be started immediately when using, so as to meet the rapid supply and use;

(e) Install the fine bubble device capable of generating fine bubbles in the mixed liquid of the mixing device, and connect it with a powerful air pump to generate fine bubbles quickly and efficiently, and mix it with a suitable proportion of mixed liquid to quickly produce fine and long-lasting liquid foam. to comply with the use;

(f) Adopt the control device as the process of starting and accurately controlling the water supply and raw material quantity of each device, producing and spraying foam;

(g) Use the conveying device to guide the foam liquid to the spraying device for spraying.

Please refer to FIG. 2 to FIG. 7 again. The preferred embodiment of the present invention is to further illustrate the auxiliary cleaning device of the sanitary equipment of the present invention. The device is provided with an installation space 10 for accommodating the auxiliary cleaning device. It can be installed independently with the shell, or pre-designed to be embedded in the sanitary equipment, such as separating or heightening the toilet tank 11, or separating the space above the urinal 12, and installing it with a box-shaped tank cover 13, which is hidden and set as a whole sanitary equipment.

Specifically, the installation space 10 is arranged inside or at the top of the toilet water tank 10, and can be provided with a single chassis 14, or the upper edge of the water tank 11 can be encased by the outer frame 15 and firmly combined, and then the chassis 14 is connected to the rotating device 16 of the outer frame 15. . In this way, the elevated chassis 14 can be rotated by the rotating device 16 . On the chassis 14 , a protruding top cover can be used to increase the space, or the water tank cover can be directly covered to form the installation space 10 . The toilet of new design can heighten water tank 11, and establish leg 17, support built-in for chassis 14, or divide space 18 in water tank 11 interior, to accommodate installation space 10 or directly install auxiliary cleaning device. Furthermore, a waterproof casing 19 can also be sleeved on the chassis 14, and then covered with a water tank cover to form a large-capacity external installation space 10. Or adopt lesser chassis 14, and can add protective cover 20, cover with water tank cover again and form built-in small installation space 10, and be fixed in the water tank 11 by hanging device 21, this hanging device 21 can adopt telescopic Rod way, to facilitate fixing the installation space 10 to various types of toilet tanks 11. In order to facilitate the installation of various device components, the chassis 14 is also provided with a fixing frame to fix each component and strengthen the chassis 14 .

For the convenience of installation and manipulation, a gap or a hole can be preset at the upper end of the toilet tank 11 close to the tank cover, so as to be set as the pipeline inlet and outlet device 22 . Existing toilet, then can adopt water tank cover gasket, to be beneficial to establish pipeline access device 22 at the appropriate place of gasket, pipeline is easy to enter and exit water tank 11 to be provided with device. In order to facilitate the installation of electromechanical system devices, the moisture-proof function of the installation space 10 can be increased. In general, the free-standing installation space 10 can be directly fixed at an appropriate operating place, and then connected with pipelines. Built-in integral type, the power supply 23 is safely hidden inside the installation space 10 by means of the pipeline access device 22, and the safety can be improved through the circuit safety device 24 to provide various optional electromechanical devices, such as motors 25, control equipment, transformers , heaters, water quality processors, etc., which are electromechanical devices.

In addition, an independently controlled tapping device 27 is set from the water inlet pipe 31 or the water inlet 26 of the water tank 11 through the rotating device 16 or the pipeline hole. Get water. If the tap device 27 cannot be set to take water, then the tap water source can be introduced from the pipeline inlet and outlet device 22 outside the water tank 11. For the treatment of temperature and water quality, etc., it can be led to the water treatment device first, and then provided for use. If there is no need for water treatment, it is directly connected to the device for use, which is the water source device.

In addition, in order to quantitatively transport the raw materials in the raw material container 28 to the mixer 29, and to avoid the influence of the viscosity of the raw materials on the supply and facilitate the combination, the preferred method is to use special raw materials and raw material containers 28, and use the motor 25 to transport at a fixed number of times. In this way, the raw materials can be quantitatively transported to the mixer 29, and then the control valve 30 of the water source is activated to control the water source to enter the mixer 29 through the water inlet pipe 31 for mixing, and the liquid level gauge 32 is used to control the water level, so that the water and raw materials are fully mixed and prepared quickly. Use, deliver mixed solution with motor 25 again. If a large amount of foam is needed, the best way is to use a powerful air pump for the motor 25 and select a fine air bubble device 33. The air bubble device 33 can mainly generate fine and dense air bubbles. An air stone with a suitable thickness can be selected as the air bubble device 33 and connected to the motor. 25 air pressure to the end of the mixer input pipe 34 or elsewhere, can effectively generate fine bubbles to make foam, and at the same time squeeze the foam through the built-in or external mixer output pipe 35 for output.

For situations where there is no power supply 23, or only mixed liquid or a small amount of foam is required, such as the urinal 12, a manual control valve 30 can be adopted to allow water to enter from the water inlet pipe 31 of the mixer 29, and the mixer is driven by water pressure. The guide vane 36 in the 29 rotates, and then the rotating shaft 37 of the raw material container 28 rotates, and the rotating shaft 37 has a guide groove 38 for the raw material to flow out. When the rotating shaft 37 rotates, the guide groove 38 in the container and the guide groove outside the container The groove 38 is exposed by staggering the upper and lower shutters 39, so that the raw material in the raw material container 28 can flow into the mixer 29 through the guide groove 38, without being affected by the hydraulic pressure to generate countercurrent. And the raw material of guide groove 38 is washed out with water flow and is stirred into mixed liquid through guide vane 36, then sends out in mixer output pipe 35 with the hydraulic power of water source.

For the situation that has power supply 23 and needs bigger power, can change electric type control and motor type electric motor 25 is connected in the shaft center drive of guide vane 36, uses as mixing device. Also can adopt fork pipe device 40, with the form of direct fork pipe or Venturi pipe, use manual or electric control valve 30, make water enter fork pipe or Venturi pipe device from water inlet pipe 31, cause rapid flow and low pressure, raw material The raw material introduction in vessel 28 is mixed with the water flow. The raw material container 28 can be equipped with a control valve 30 to control the entry of raw materials to mix the raw materials and deliver the mixed liquid to the flusher 41, and the air inlet pipe 42 can be set to make foam according to the needs, so that it is easier to attach to the urinal made of nanometer and smooth materials. 12. It has the effect of adhesion, cleaning and lubrication during pre-wetting, which is the mixing device.

In addition, it is used to store the raw materials required for the mixed liquid, including the raw materials that can produce a clean and lubricating mixed liquid, or the foaming agent that can produce a large amount of foam, and in order to avoid the viscosity of the raw materials affecting the dosage and convenient combination of devices, special The raw material tank is used as the raw material container 28 for accurate supply and convenient replacement, and an appropriate amount of various aromatic deodorants, disinfectants, and scale removers are added as required, which is the raw material device.

In addition, the delivery pipe 43 passes through the rotating device 16 or the pipeline hole, depending on the required spraying, one or several places can be used, respectively connected to the overflow pipe 44 of the water tank 11 and the pipeline device 46 of the water drop valve 45, etc., Or pass through the sprinkler 48 that is connected to the water circle 47 inside the toilet. Pre-designed, the pipeline device 46 can be set on the bottom side of the water tank 11. The pipeline device 46 includes: an internal device 49 and an external device 50. The internal device 49 is mainly connected to the inside of the toilet and the water circle 47. The external device 50 is mainly connected to the water tank 11. It is connected to the outside and can be used for two-way entry and exit of pipelines. Therefore, through the overflow pipe 44 in the water tank 11, the internal device 49, or the pipeline device 46 of the drop valve 45, the pipeline can be connected to the inside of the toilet and the spray device 48 of the water circle 47, and the output position can be controlled by the control valve 30. , the mixed solution diluted with water flows out in the cleaning hole 57 of the water circle 47, to pre-wet and clean the inside of the toilet and the dead corner, which can maintain cleanliness and sanitation for a long time, and reduce a large amount of manual cleaning.

In addition, through the external device 50, it can enter and exit with the water pipes and electric wires of various devices outside the toilet, and can also be connected to the spraying device 51 and the spraying device 48 located on the toilet seat for use. Small devices need to be concealed and arranged, such as telescopic spraying devices, heaters or other devices, etc., and large-scale external devices 50 can be adopted. The spraying device 51 can also be directly connected to the water source from the water supply valve 52 outside the water tank 11. Mainly located above the toilet seat, a penetrating device 53 can be provided on the toilet cover, or the toilet cover can be arranged on the toilet cover by means of the rotating shaft 54, so that the spray head is higher than the user's anus, and the human body can be washed from top to bottom, and the wipe paper can be moistened to facilitate Wipe clean, and avoid that the spraying device 51 is located in the toilet, which has the feeling of being splashed or unhygienic, and can be used by the heater of the electromechanical device and the water processor to produce warm water, which is the conveying spraying device.

And for making operation convenient, controller 55 can adopt manual type and precision circuit board, through installation space 10 and the pipeline access device 22 of water tank 11, control built-in circuit controller 55, be provided with control box for energy moisture-proof controller 55 56. The control box 56 can also adopt remote control or wire control, place it in a position suitable for operation, and use touch or induction to start and control the water supply and raw material volume of each device, and the process of producing and spraying foam can also be adopted. The large control box 56 is used to flexibly install the system device and some components, which is the control device.

In addition, the installation space 10, water source, and delivery device can be pre-designed to hide and combine with the production sanitary equipment, and the reserved position of the pipeline inlet and outlet device 22 and the control device can be set to form an integral sanitary equipment that can be installed with the required devices . During general maintenance, the top cover can be opened to maintain the interior. If the toilet water tank 11 needs to be repaired, first unplug the power supply 23 to maintain safety, and use the rotating device 16 to directly rotate the chassis 14 (the built-in type slightly lifts and elongates the rotating device 16, so that the bottom of the chassis 14 is higher than the water tank 11 Then rotate), so that the installation space 10 is rotated about 90 degrees, so that the inside of the water tank 11 can be exposed, so that the inside of the water tank 11 can be maintained, and the devices on the chassis 14 can be rotated together without being affected.

To sum up, what is stated above is only a preferred embodiment of the present invention, and is not intended to limit the implementation scope of the present invention. That is, all equivalent changes and modifications made according to the patent application scope of the present invention are covered by the patent scope of the present invention.

Claims (10)

1. An auxiliary cleaning device for sanitary equipment, characterized in that the auxiliary cleaning device at least comprises: 1. Installation space, for accommodating various devices, fixed at appropriate operating places; 1. Electromechanical device, including safety power supply and air pump, electromechanical device of electric motor; A water source device, controlling and providing the required mixed water source; A mixing device, the water supply is mixed with the raw material liquid and output by an air pump; A bubble device, which can generate fine air bubbles, is connected to the output pipe of the mixer to generate fine air bubbles to produce foam liquid; A liquid level gauge to control the supply water level; A raw material device, storing and supplying the raw materials required for the mixed liquid in an appropriate amount, and connecting the motor and the controller for quantitative output; A conveying spraying device, which is used for conveying between various devices, and conveying to the required places of sanitary equipment for spraying; A control device, which is used to start and control the water supply and raw material quantity of each device, and the process of producing and spraying foam. 2 . The auxiliary cleaning device for sanitary equipment according to claim 1 , wherein the air bubble device is connected to the end of the air pressure pipe in the mixing device by using an air stone of suitable thickness to generate the required foam liquid and transport it out. 3 . 3. An auxiliary cleaning device for sanitary equipment, characterized in that the auxiliary cleaning device at least includes: 1. The installation space is dedicated to combine sanitary equipment into an integral type to accommodate and integrate various devices; - electromechanical device, including safety power supply and motor device; A mixing device, the water supply is mixed with the raw material liquid and output by an air pump; A bubble device, which is a device for generating fine air bubbles, is connected to the output pipe of the air pump in the mixer to generate fine air bubbles to produce foam liquid; 1. Raw material device, which stores and supplies the raw materials required for the mixed liquid in an appropriate amount, and is connected with the motor and controller for quantitative output; A liquid level gauge to control the supply water level; A conveying sprinkler device, including the tap water source device, external device, and internal device, used as the conveyance between each device, and the conveying pipeline can be respectively connected from the drain valve, the overflow pipe, the bottom side of the water tank to the inner water circle of the sanitary equipment Sprinklers and flushing holes, and external spraying devices; A pipeline entry and exit device, used as a delivery pipe and power line to enter the built-in installation space inside the sanitary equipment; A control device, a control box is provided at a convenient place for installation of the control device, as the action flow for controlling the functional devices of each component, and a larger control box is used to install the functional devices or some components in a flexible manner. 4. The auxiliary cleaning device for sanitary equipment according to claim 3, characterized in that, all the devices or part of the installation space, pipeline inlet and outlet devices, water sources, conveying and spraying devices, and the pre-designed built-in combination are integrated into the production Sanitary equipment, combined with reserved electromechanical devices and control devices, becomes an integral sanitary equipment. 5. The auxiliary cleaning device for sanitary equipment according to claim 3 or 4, characterized in that, the delivery spraying device and the tap water source device are not affected by the water level controller of the water tank from the water inlet pipe or water inlet of the water tank. At the place, an independently controllable tapping device is installed to tap the water source. 6 . The auxiliary cleaning device for sanitary equipment according to claim 1 , 3 or 4, characterized in that, the output pipe of the mixer is built-in or externally installed in the mixing device. 7. An auxiliary cleaning device for sanitary equipment, characterized in that the auxiliary cleaning device at least includes: 1. An installation space for accommodating various devices, which are independently fixed or built into the sanitary equipment to form an integral structure; A raw material device, which uses a raw material container with a guide groove rotating shaft and an upper and lower shutter device to store and supply the required raw materials for the mixed liquid in an appropriate amount; A mixing device, the mixer has a guide vane, which is connected with the rotating shaft of the guide groove of the raw material container, and uses the power of the water source to drive the guide vane and drive the rotating shaft of the guide groove, so that the raw material and water are mixed and conveyed out along the water pressure; A control device uses a control valve to control water entering from the water inlet pipe of the mixer to provide required water source and water pressure. 8. An auxiliary cleaning device for sanitary equipment, characterized in that the auxiliary cleaning device at least includes: 1. An installation space for accommodating various devices, which are independently fixed or built into the sanitary equipment to form an integral structure; A fork tube device, directly in the form of a Venturi tube fork tube, is transported by mixing water and raw materials into a mixed liquid; 1. Raw material device, storing and supplying the raw materials required for the attached lubricating, cleaning and lubricating mixture; A water source device, a device for providing a water source; A control device, with manual or electronic control device, controls the starting material and water supply to enter the fork pipe device; A conveying and spraying device conveys the mixed liquid and sprays it in the sanitary ware. 9. The auxiliary cleaning device for sanitary equipment according to claim 1, 3, 7 or 8, characterized in that, the raw material device adopts a special raw material canned environmental protection foaming agent as the main raw material, and adds appropriate amount of various fragrances , deodorant, sanitizer or descaler. 10. An auxiliary cleaning method for sanitary equipment, which is characterized in that, using a mixed liquid with adhesion, cleaning and lubrication, or using a fine air bubble device to make a fine and long-lasting foam, or a mixture of the two, as a method including general or nano and Smooth material or water-saving sanitation equipment, anti-fouling and splash-proof, covering and isolating bacterial odor in the whole process from before use to after flushing, together with fine and long-lasting liquid foam lubrication and buffering, avoiding the rapid separation of flushing water and dirt in the sewage pipe, and smooth sewage discharge and descaling, maintain the hygiene from the whole process to the end, and greatly reduce the cleaning work and detergent, taking into account water saving and environmental protection, the method is as follows: (a) Use cleaning agents or foaming agents with adhesion and cleaning as raw materials, use containers, and add various fragrances, descaling, and disinfectants; (b) Transport the raw material of the container to the mixing device in a small amount or quantitatively; (c) Introduce water into the mixing device, and control the amount of water and raw materials to a ratio suitable for producing liquid fine and persistent foam; (d) Mix the raw materials with water before use, so that they can be fully and evenly mixed, and can be started immediately when using, so as to meet the rapid supply and use; (e) Install the fine bubble device capable of generating fine bubbles in the mixed liquid of the mixing device, and connect it with a powerful air pump to generate fine bubbles with rapid efficiency, and mix with a suitable proportion of mixed liquid to quickly produce fine and long-lasting liquid foam. to comply with the use; (f) Adopt the control device as the process of starting and accurately controlling the water supply and raw material quantity of each device, producing and spraying foam; (g) Use the conveying device to guide the foam liquid to the spraying device for spraying.

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