CN214695931U

CN214695931U - Odor-resistant toilet with exhaust function

Info

Publication number: CN214695931U
Application number: CN202023263817.8U
Authority: CN
Inventors: 胡宏英
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-12-30
Filing date: 2020-12-30
Publication date: 2021-11-12
Anticipated expiration: 2030-12-30

Abstract

The utility model relates to an air exhaust and outward discharge odor-resistant closestool, which is additionally provided with an air exhaust and odor-resistant system on the basis of a traditional closestool comprising a closestool body, a water tank, a water inlet system, a flushing system and a closestool cover suite, wherein the air exhaust and odor-resistant system is sequentially provided with an air pump odor suction inlet, an air pump air inlet component, an air pump exhaust pipe component, an air pump odor-resistant interface and an air pump odor exhaust outlet, and the air pump odor suction inlet is arranged in the middle area in the front and back direction of the two inner side surfaces of the closestool body; on the basis of only one toilet bowl discharge opening in the past, an air pump odor discharge outlet is additionally arranged at the rear part of the toilet bowl body. The utility model arranges the air pump odor inlet in the middle area of the front and back directions of the two inner sides of the barrel body, thus leading the odor exhaust effect to be better and leading the working noise to be low; under the structural condition of the existing bathroom, the air pump odor exhaust outlet is arranged at the rear part of the closestool body, and an independent odor exhaust port is added, so that the closestool is attractive in appearance and convenient to install.

Description

Odor-resistant toilet with exhaust function

Technical Field

The utility model relates to a closestool field specifically is an outer deodorant closestool of arranging bleeds.

Background

At present, the toilet bowl is used by more and more families as an indispensable daily necessity in the life of people. Generally, after people defecate, a toilet is full of odor, although a part of the toilet is provided with a ventilation and exhaust device, the exhaust effect is poor and the noise is large; in addition, the closestool is often a place where bacteria grow and is sometimes brought to a human body through air, so that the infection probability is increased, and therefore, the closestool with high efficiency, silence, air exhaust and deodorization is needed.

Disclosure of Invention

In order to solve the problem of odor generated by the closestool, the following solutions are disclosed in the patent, namely the first solution: the odor in the opening of the barrel cavity is discharged outdoors by a pipeline, and the scheme II comprises the following steps: the odor in the opening of the barrel cavity is discharged into the sewer pipe by a pipeline, the two schemes have the defects that the power of an air pump required for pumping the odor is large, the noise is large, the efficiency of pumping the odor of the closestool is low, a large amount of odor can be diffused indoors, and the odor cannot be installed even for a few times.

The toilet usually adopts a common sitting type toilet bowl, the toilet bowl can conveniently and quickly remove excrement and urine, but the toilet bowl can not automatically remove the odor generated when a user defecates and the odor can be diffused into a living room, the traditional solution is to adopt a chemical deodorant or use a toilet exhaust fan, the above methods can not immediately remove the odor and gradually remove the odor after dispersing in the air, the existing patent discharges the odor to the outdoor or a toilet sewer through an opening of a toilet cavity and pressurization through an air pump, but the toilet bowl has the defects of high noise during working, difficult installation, unattractive appearance and even incapability of being installed in toilets with structures, and therefore the low-noise air exhaust and outward discharge deodorant toilet bowl capable of immediately removing the odor needs to be designed.

The utility model provides a technical scheme of above problem is: increase the odor system of bleeding on traditional closestool has staving, water tank, water intake system, flushing system, toilet lid external member basis, and the odor system of bleeding is imported, wind pump intake tube subassembly, air pump exhaust tube subassembly, air pump odor discharge interface, air pump odor discharge export, its characterized in that in proper order: the odor pumping inlet of the air pump is arranged in the middle area of the front and back directions of the two inner side surfaces of the barrel body; on the basis of only one toilet bowl discharge opening in the past, an air pump odor discharge outlet is additionally arranged at the rear part of the toilet bowl body. And one-way valves can be arranged on the exhaust pipe assembly and the air inlet pipe assembly.

Compared with the prior art, the utility model beneficial effect who has is: the utility model has the advantages that the odor removal effect is good by reasonably arranging the odor discharge inlet of the barrel cavity, the amount of gas to be pumped is greatly reduced, the power of the required air pump is very small, and the working noise of the air pump is very small; the air pump exhaust pipe component main body is independently arranged on the outer surface of the closestool body; the closestool body is simple to manufacture, the cost is low, and pipelines are not easy to block; the newly added air pump odor exhaust outlet enables the novel deodorization closestool to be conveniently installed. When in defecation, the deodorization system discharges the odor in the toilet cavity into the atmosphere from the sewer pipe or the exhaust pipe through the odor discharge outlet of the air pump, thereby achieving the effect of purifying the indoor air with low noise.

Drawings

Fig. 1 is a bottom view of the first, second and third embodiments of the toilet of the present invention.

FIG. 2 is a schematic sectional view A-A of FIG. 1.

FIG. 3 is a schematic top view of the first, second and third embodiments of the toilet of the present invention with the toilet cover removed.

Fig. 4 is a schematic view of an inverted three-dimensional structure of a toilet bowl according to an embodiment of the present invention, wherein the outer wall of the bottom part is cut away in the first, second and third sections.

Fig. 5 is a schematic perspective view and a partial enlarged view of a toilet according to an embodiment of the present invention.

Fig. 6 is a schematic perspective view and a partial enlarged view of a toilet according to an embodiment of the present invention.

Fig. 7 is a schematic view and a partial enlarged view of a three-dimensional structure of a toilet according to an embodiment of the present invention.

Fig. 8 is a bottom view of the toilet according to the present invention.

FIG. 9 is a schematic sectional view of the structure of FIG. 8B-B.

Fig. 10 is a schematic top view of the toilet of the present invention with the toilet lid removed.

Fig. 11 is a schematic view of the inverted three-dimensional structure of the toilet of the present invention with the bottom part of the outer wall cut away.

Reference numerals in fig. 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 denote:

1 air pump, 2 air pump air inlet pipe components, 3 air pump exhaust pipe components, 4 toilet bowl discharge openings,

5 toilet cover, 6 toilet cavity rear vent holes, 7 air pump air wheel components, 8 air pump exhaust outlet,

9 toilet trap, 10 water, 11 toilet body, 12 toilet gasket, 13 front vent of toilet cavity,

14 human bodies, 15 mounting holes of air inlet pipe components of the air pump, 16 air pump odor discharging interfaces, 17 air inlet pipe components of the air pump and odor inlet pipe components A and B of 18 air inlet pipe components A, 19 air inlet pipe components of the air pump and odor inlet pipe components B, 20 air pump odor suction inlets, 21 odor suction nozzles, 22 air inlet pipe components of the air pump and odor inlet pipe components B, 23 toilet body odor outlets, 24 toilet body odor channels and 25 air inlet pipe interfaces of the air pump.

Detailed Description

The first embodiment is as follows: the appearance structure is shown in attached figures 1 to 5, and the air exhaust and outward discharge deodorization closestool is additionally provided with an air exhaust and odor discharge system consisting of an air inlet pipe system, an air pump and an exhaust pipe system on the basis of a traditional closestool comprising a closestool body, a water tank, a water inlet system, a water flushing system and a closestool cover suite. The air inlet pipe system is composed of an air pump odor pumping inlet (20), an odor suction nozzle (21), an air pump odor inlet pipe B assembly (19), a connecting assembly (18) of the air pump odor inlet pipe A assembly B assembly and an air pump odor inlet pipe A assembly (17), wherein the air pump odor pumping inlet (20) is arranged on the upper surface of a barrel cavity of the toilet bowl body (11); the air pump odor discharging outlet (8) is connected with an air discharging pipe system formed by an air pump air discharging pipe component (3) through an air pump odor discharging interface (16).

When a human body (14) is convenient, the human body (14) is contacted with the toilet seat (12), two odor escape openings, namely a toilet cavity front vent (13) and a toilet cavity rear vent (6), are formed in the front and the rear of the human body (14), the toilet seat (12) and the toilet bowl body (11), and toilet odor is emitted from the odor escape openings.

The air pump odor pumping inlet (20) is arranged below the human body (14) and on two inner side surfaces of the toilet bowl body (11) between the front vent hole (13) of the toilet bowl cavity and the rear vent hole (6) of the toilet bowl cavity.

When the air pump air wheel component (7) works, the air pump (1) forms a negative pressure area between the odor pumping inlets (20) of the two air pumps, a person (14) is sucked to discharge odor and the toilet gas sucked by the front air port (13) of the toilet cavity and the rear air port (6) of the toilet cavity are sequentially discharged into the odor suction nozzle (21), the air pump air inlet pipe B component (19), the connecting component (18) of the air pump air inlet pipe A component B component and the air pump air inlet pipe A component (17), the odor in the air pump air inlet pipe A component (17) is pressurized through the air pump (1) and passes through the air pump exhaust pipe component (3), and the air pump odor outlet (8) is connected with the air pump odor outlet (16) to discharge a sewer pipeline or an exhaust pipeline to discharge into the atmosphere.

Example two: the appearance structure is shown in figures 1 to 4 and 6, and the air inlet pipe system, the air pump assembly and the exhaust pipe system form an air exhaust and odor exhaust system; the air inlet pipe system is composed of an air pump odor pumping inlet (20) arranged on a closestool gasket (12), an odor suction nozzle (21), an air pump odor inlet pipe B assembly (19), a connecting assembly (18) of the air pump odor inlet pipe A assembly B assembly and an air pump odor inlet pipe A assembly (17); the air pump assembly and exhaust pipe system are the same as in the first embodiment.

The closestool gasket (12) is provided with an air pump odor inlet pipe B component (19), an odor suction nozzle (21) and an air pump odor suction inlet (20). The air pump odor pumping inlet (20) is arranged in the middle of the front and the back of the two inner sides of the toilet seat (12). When the odor exhaust system works, the toilet gasket (12) is horizontally attached to the upper surface of the toilet body (11), the odor suction nozzle (21) extends into the toilet body (11) with the barrel cavity, and the air pump odor suction inlet (20) is positioned below a human body (14) and on two inner side surfaces of the toilet body (11) between the front part air vent (13) of the barrel cavity and the rear part air vent (6) of the toilet cavity.

The connecting component (18) of the air pump air inlet pipe A component B component is connected with the movable air pump air inlet pipe B component (19) and the air pump air inlet pipe A component (17) fixedly connected to the air pump component (1), so that the air inlet pipe system is smooth when the toilet seat ring (12) is at any position and odor in the air inlet pipe system is not leaked.

Example three: the appearance structure is shown in figures 1 to 4 and 7, and the air inlet pipe system, the component air pump and the exhaust pipe system form an air exhaust and odor exhaust system; the air inlet pipe system consists of an air pump odor pumping inlet (20) on two inner side surfaces of the closestool body (11), a closestool body odor channel (24), a closestool body odor outlet (23), an air pump odor inlet pipe B component (19) and an air pump odor inlet pipe B component air inlet (22) which are arranged on a closestool gasket (12), a connecting component (18) of an air pump odor inlet pipe A component and an air pump odor inlet pipe A component (17); the air pump assembly and exhaust pipe system are the same as in the first embodiment.

An air pump odor inlet pipe B component (19) and an air pump odor inlet pipe B component air inlet (22) are arranged on the closestool gasket (12), and when the odor exhaust system works, the closestool gasket (12) is horizontally attached to the upper surface of the closestool body (11); the toilet body odor outlet (23) is closely connected and communicated with the air inlet (22) of the air pump odor inlet pipe B assembly to form a part of an air inlet pipe system assembly; the air pump odor pumping inlet (20) is arranged below the human body (14) and on two inner side surfaces of the toilet bowl body (11) between the front vent hole (13) of the toilet bowl cavity and the rear vent hole (6) of the toilet bowl cavity.

The connecting component (18) of the air pump air inlet pipe A component B component is connected with the movable air pump air inlet pipe B component (19) and the air pump air inlet pipe A component (17) fixedly connected to the air pump component (1), so that the air inlet pipe system is ensured to be smooth and not to leak odor in the air inlet pipe system when the toilet seat ring (12) is in any position.

Example four: the shape structure is shown in figures 8 to 11, and the air-exhaust deodorization closestool is additionally provided with an air-exhaust deodorization system consisting of an air inlet pipe system, an air pump and an exhaust pipe system on the basis of a traditional closestool comprising a closestool body, a water tank, a water inlet system, a water flushing system and a closestool cover set. An air inlet pipe system which is formed by connecting an air pump odor pumping inlet (20) with an air pump air inlet pipe component (2) through an air pump odor inlet interface (25); the air pump odor discharging outlet (8) is connected with an air discharging pipe system formed by an air pump exhaust pipe component (3) through an air pump odor discharging interface (16).

An air pump odor pumping inlet (20) is arranged below a human body (14) and on two inner side surfaces of the closestool body (11) between the front vent hole (13) of the closestool cavity and the rear vent hole (6) of the closestool cavity.

When the air pump and air wheel assembly (7) works, the air pump (1) forms a negative pressure area between the odor pumping inlets (20) of the two air pumps, odor generated by the excretion of a human body (14) is sucked, and toilet air sucked by the front part air vent (13) of the toilet cavity and the rear part air vent (6) 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) is connected with the air pump odor exhaust outlet (8) through the air pump odor exhaust interface (16) and is discharged into the atmosphere to a sewer pipeline or an exhaust pipeline.

The above description is only exemplary of the present invention and should not be taken as limiting the scope of the present invention, as any modifications, equivalents, improvements and the like made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims

1. The utility model provides an outer deodorant closestool of arranging bleeds, increases the odor system of bleeding on traditional closestool staving, water tank, water intake system, flushing system, toilet lid external member basis, and the odor system of bleeding is in proper order bled the odor system and is imported, air pump intake pipe subassembly, air pump exhaust pipe subassembly, air pump exhaust interface, air pump exhaust export, its characterized in that: the odor pumping inlet of the air pump is arranged in the middle area of the front and back directions of the two inner side surfaces of the barrel body; on the basis of only one toilet bowl discharge opening in the past, an air pump odor discharge outlet is additionally arranged at the rear part of the toilet bowl body.