CN211973719U - A kind of deodorant intelligent toilet - Google Patents

Abstract

An air-extracting and deodorizing smart toilet, in the traditional smart toilet, it has a barrel body, a water inlet system, a flushing system with functions of cleaning the buttocks and lower body, cleaning, moving and cleaning, a heating system for keeping the seat ring warm and drying by air, a toilet cover assembly, and a toilet gasket assembly. On the basis of the electronic control system, an air extraction and deodorization system is added. The air extraction and deodorization system includes the odor exhaust inlet of the barrel cavity, the air pump intake pipe assembly, the air pump assembly, the air pump exhaust pipe assembly, and the air pump odor exhaust gas outlet. The part is characterized in that: the odor discharge inlet of the barrel cavity is arranged in the middle area of the front and rear directions of the two inner sides of the barrel body; The utility model has the best effect of odor removal and low working noise; under the structural conditions of the existing bathroom room, it can be installed according to the traditional toilet installation method without changing; when it is convenient to remove people, the excrement produces odor and mixed in bacteria in it.

Description

A kind of deodorant intelligent toilet

technical field

The utility model relates to the field of intelligent toilets, in particular to an air extraction and deodorization intelligent toilet.

Background technique

At present, the smart toilet has many special functions: such as cleaning the buttocks, cleaning the lower body, cleaning the movement, keeping the seat ring warm, warm air drying, silent seating, etc.; the cleaning function can effectively reduce the anal diseases of all people and the lower body of women. Bacterial infection, greatly reducing the prevalence of gynecological diseases and anorectal diseases; the water potential of different intensities of the massage function repeatedly acts on the cleaning parts, promotes blood circulation, and prevents related diseases, especially for constipation patients, it has the effect of promoting laxative ; The most convenient is that in addition to operating through the button panel, there is also a special remote control device to realize these functions. When consumers use it, they can easily realize all functions as long as they hold the remote control and press it lightly. As an indispensable daily necessities in people's lives, smart toilets have been used by more and more families. Usually after people defecate, the toilet is full of odor. Although some toilets have ventilation and exhaust devices, the exhaust effect is poor and the noise is loud; in addition, the toilet is often a place where bacteria breed, and sometimes it is brought to people through the air, which increases the chance of infection. , so there is a need for an exhausting and deodorizing smart toilet.

In order to solve the problem of odor generated by smart toilets, the published patents have the following solutions. Option 1: The barrel cavity is opened, and the odor is discharged to the outside through pipes. , These two schemes require high power and noise of the air pump to extract odor, and the efficiency of toilet odor is low. A large amount of odor will diffuse into the room, which is difficult to install, unsightly or even impossible to install. Option 3: Use cold catalyst For the treatment of odor, the effect of cold catalyst absorption and conversion of odor is very poor, so these deodorization technologies have not been promoted.

SUMMARY OF THE INVENTION

The toilet often uses an ordinary smart toilet, which is convenient and quick to remove excrement and excrement, but the ordinary smart toilet cannot eliminate the odor generated by the user when he defeces, and the odor will spread to the living room. The traditional solution The method is to use chemical deodorants, use cold catalysts or use bathroom exhaust fans. None of the above methods can remove the odor immediately, but gradually eliminate it after dispersing in the air. The existing patent passes through the opening of the toilet cavity. The air pump is pressurized and discharged into the outdoor or toilet sewers through pipes, but this toilet is noisy when working, difficult to install, unsightly, and even cannot be installed in some bathrooms. And the low-noise and deodorant smart toilet is installed in the same way as the traditional smart toilet.

The technical solution of the utility model to solve the above problems is: in the traditional intelligent toilet, there are a bucket body, a water inlet system, a flushing system with functions of cleaning the buttocks and the lower body, moving and cleaning, a heating system for keeping the seat ring warm and air drying, a toilet cover assembly, On the basis of toilet gasket components and electronic control systems, an air extraction and deodorization system is added. The air extraction and deodorization system includes the odor exhaust inlet of the barrel cavity, the air pump intake pipe assembly, the air pump assembly, the air pump exhaust pipe assembly, and the air pump. The odor exhaust outlet and other components are characterized in that: the odor exhaust inlet of the barrel cavity is located in the middle area of the front and rear directions of the two inner sides of the barrel body; the odor exhaust outlet of the air pump is located in the toilet behind the toilet trap and in front of the toilet drainage hole. Sidewall of the drain pipe. Both the exhaust pipe assembly and the intake pipe assembly can be provided with a one-way valve.

Compared with the prior art, the utility model has the following beneficial effects: the utility model has good odor removal effect by reasonably setting the odor discharge inlet of the barrel cavity, the required amount of extracted gas is greatly reduced, and the required air pump power is very small, The working noise of the air pump is very low; the odor discharge inlet of the bucket cavity is located on the side wall of the smart toilet drain pipe behind the smart toilet water trap and in front of the smart toilet drain hole, making the new deodorizing smart toilet as convenient as the traditional smart toilet installation method. During defecation, the air pump discharges the odor in the toilet cavity through the sewer pipe and discharges it into the atmosphere from the exhaust port of the roof sewer pipe, so as to achieve the effect of low noise purification of indoor air.

Description of drawings

Figure 1 is a bottom view of the smart toilet of the present invention.

Figure 2 is a schematic view of the A-A side sectional structure of the smart toilet of the present invention.

FIG. 3 is a schematic top view of the smart toilet of the present invention when a person is seated.

FIG. 4 is a schematic diagram of an upside-down three-dimensional structure of the smart toilet of the present invention with the bottom part of the outer wall cut away.

FIG. 5 is a schematic diagram of the inverted three-dimensional structure of the outer wall of the bottom part of the second and third embodiments of the smart toilet of the present invention.

FIG. 6 is a schematic three-dimensional structure diagram and a partial enlarged view of the second embodiment of the smart toilet of the present invention.

FIG. 7 is a schematic three-dimensional structure diagram and a partial enlarged view of the third embodiment of the smart toilet of the present invention.

In Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, the symbols are:

1 Air pump assembly, 2 Air pump intake pipe assembly, 3 Air pump exhaust pipe assembly, 4 Barrel cavity odor discharge inlet,

5 toilet discharge port, 6 toilet cavity rear air vent, 7 air pump fan wheel assembly, 8 air pump odor outlet,

9 toilet trap, 10 water storage, 11 toilet body, 13 toilet cavity front vent,

14 Human body, 15 air pump odor exhaust port, 16 air pump odor intake port, 17 toilet gasket, 18 toilet cover, 19 air pump odor intake air pipe A component, 20 air pump odor intake air pipe component A connecting component of component B, 21 Air pump odor inlet pipe B component, 22 odor suction nozzle, 23 air pump odor inlet pipe B component air inlet, 24 toilet body odor outlet, 25 toilet body odor channel.

Detailed ways

Embodiment 1: The shape and structure are shown in the accompanying drawings 1 to 4. In the traditional smart toilet, the air extraction and deodorization smart toilet has a bucket body, a water inlet system, a flushing system with functions of cleaning the buttocks and lower body, and the function of moving and cleaning, and the seat ring to keep warm. On the basis of the air-dried heating system, toilet cover assembly, toilet gasket assembly and electronic control system, an air extraction and deodorization system composed of an air intake pipe system, an air pump assembly and an exhaust pipe system is added. The air intake pipe system is composed of the odor discharge inlet (4) of the barrel cavity and the air pump air intake pipe assembly (2) through the air pump air intake interface (16); the air pump odor exhaust outlet (8) is used for air pump odor exhaust. The interface (15) is connected to the exhaust pipe system composed of the air pump exhaust pipe assembly (3).

The human body (14) is in contact with the toilet gasket (17) when convenient, and the front air vents (13) and There are two odor escape ports (6) at the rear of the toilet cavity, from which the odor of the toilet is emitted.

The odor discharge inlet (4) of the barrel cavity is arranged on both inner sides of the toilet body (11) below the human body (14) and between the ventilation opening (13) at the front of the bucket cavity and the ventilation opening (6) at the rear of the toilet cavity.

When the air pump and wind wheel assembly (7) is working, the air pump assembly (1) forms a negative pressure area between the odor discharge inlets (4) of the two barrel cavities, and sucks the human body (14) to excrete the odor and the ventilation port in the front of the toilet cavity ( 13) and the toilet air sucked in by the air vent (6) at the rear of the toilet cavity is discharged into the air pump exhaust pipe assembly (3), and the odor in the air pump exhaust pipe assembly (3) passes through the air pump exhaust port (15). ) and the air pump odor exhaust outlet (8) on the side wall of the toilet drain pipe behind the toilet trap (9) and in front of the toilet drain hole (5) and discharged into the toilet drain pipe. The water trap (9) stores the water (10) for blocking, and enters the public drainage channel of the building.

Embodiment 2: The external structure is shown in Figure 3, Figure 5 and Figure 6. For the symbols that are not in these three figures, please refer to the symbols in other figures; the intake pipe system, the air pump assembly, and the exhaust pipe system are composed of The air intake pipe system consists of the odor discharge inlet (4) installed on the toilet gasket (17), the odor suction nozzle (22), the air pump odor intake pipe B component (21), the air pump The connecting assembly (20) of the odor intake pipe assembly B and the air pump odor intake pipe A assembly (19) are constituted; the air pump assembly and the exhaust pipe system are the same as those of the first example.

The toilet gasket (17) is provided with the air pump odor intake pipe B component (21) and the odor suction nozzle (22). The odor suction nozzle (22) is located in the middle of the front and rear of the toilet gasket (17), and the odor exhaust system works. When the toilet gasket (17) is horizontally attached to the upper surface of the toilet body (11), the odor suction nozzle (22) extends into the toilet body (11) of the bucket cavity, and the odor discharge inlet (4) of the bucket cavity is located in the human body (14) The two inner sides of the toilet body (11) below and between the ventilation opening (13) at the front of the bucket cavity and the ventilation opening (6) at the rear of the toilet cavity.

The connecting assembly (20) of the air pump odor intake pipe assembly B is connected to the movable air pump odor intake air pipe B assembly (21) and the air pump odor intake air pipe A assembly (19) fixedly connected to the air pump assembly (1). ) to ensure that the intake pipe system is smooth and does not leak odors in the intake and exhaust pipe systems when the toilet gasket (17) is in any position.

Embodiment 3: The external structure is shown in Figure 3, Figure 5 and Figure 7. For the symbols that are not in these three figures, please refer to the symbols in other figures; the intake pipe system, the component air pump, and the exhaust pipe system are composed of The air intake and deodorization system; the air intake pipe system consists of the odor discharge inlet (4), the odor channel (25), the odor outlet (24) of the toilet body (24), the toilet body odor outlet (24), and the installation On the toilet gasket (17), the air pump odor air pipe B assembly (21) and the air pump odor air pipe B assembly air inlet (23), the air pump odor air pipe assembly A connection assembly (20) and the air pump inlet The odor pipe A assembly (19) is composed; the air pump assembly and the exhaust pipe system are the same as those of the first example.

The toilet gasket (17) is provided with an air pump odor intake air pipe B assembly (21) and an air pump odor intake air pipe B assembly air inlet (23). When the odor exhaust system works, the toilet gasket (17) is horizontally attached to the toilet body ( 11) Upper surface; the odor outlet (24) of the toilet body and the air inlet (23) of the air pump odor air pipe B component are closely connected to the air intake assembly; the odor discharge inlet (4) of the barrel cavity is arranged under the human body (14) and the two inner sides of the toilet bowl body (11) between the ventilation opening (13) at the front of the bucket cavity and the ventilation opening (6) at the rear of the toilet cavity.

The connecting assembly (20) of the air pump odor intake pipe assembly B is connected to the movable air pump odor intake air pipe B assembly (21) and the air pump odor intake air pipe A assembly (19) fixedly connected to the air pump assembly (1). ) to ensure that the intake pipe system is smooth and does not leak odors in the intake and exhaust pipe systems when the toilet gasket (17) is in any position.

The above are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present utility model shall be included in the present utility model. within the scope of the new protection.

Claims (1)

1. An air-extracting and deodorizing smart toilet. In a traditional smart toilet, there are a barrel body, a water inlet system, a flushing system with functions of cleaning the buttocks and lower body, cleaning and moving the cleaning function, a heating system for keeping the rim warm and drying by air, a toilet cover assembly, and a toilet bowl. On the basis of the gasket assembly and the electronic control system, an air extraction and deodorization system is added. The air extraction and deodorization system includes the odor discharge inlet of the barrel cavity, the air pump intake pipe assembly, the air pump assembly, the air pump exhaust pipe assembly, and the air pump deodorization. The air outlet component is characterized in that: the odor discharge inlet of the barrel cavity is arranged in the middle area of the front and rear directions of the two inner sides of the barrel body; the odor outlet of the air pump is arranged on the side of the toilet discharge pipe behind the toilet water trap and in front of the toilet discharge hole. wall.

Images