CN209494008U - Deodorization device and urinating bucket - Google Patents

Abstract

The utility model provides a kind of deodorization device and urinating bucket.Deodorization device adapts to urinating bucket, and urinating bucket includes trap.Deodorization device includes pumping part and exhaust pipe, wherein pumping part is set to urinating bucket, exhaust pipe connection pumping part and trap.Urinating bucket further includes pedestal, and pedestal includes inverted draw cut, kerve and cavity.Cavity is set between inverted draw cut and kerve, and pumping part is set to inverted draw cut, and trap is set to kerve, and trap is connected to cavity.The inverted draw cut for being set to urinating bucket by that will be evacuated part, improves the pumping efficiency to stink air, solves the source of air pollution.By the way that exhaust pipe to be connected to trap, it is dissolved in water conducive to the ammonia in stink air, and flow away with flushing water, avoids and secondary pollution is caused to room air.

Description

Deodorization device and urinating bucket

Technical field

The utility model relates to sanitary bath equipment fields, in particular to a kind of deodorization device and urinating bucket.

Background technique

When people go to the toilet, due to urine etc. bacterial decomposition urea or there is ammonia odor taste, evaporate into air, lead to health Between it is stuffy unpleasant, and be unfavorable for human health.People are removed in most of toilet deodorization using the non-active of perfume bloom Smelly mode covers stink, and the method itself cannot remove the muddy air such as ammonia taste, cover stink simply by fragrance, have When cannot not only remove stink, some fragrance even can also be blended to produce out other peculiar smell, deodorizing effect with indoor smell It has a greatly reduced quality；And such as large-scale exhaust fan of some active deodorization devices on the market at present, by the air extraction of lavatory go with Achieve the effect that ventilation, but reality is not solved the problems, such as from source, ammonia in urine etc. still can pollute the sky in lavatory Gas, the air for being mingled with foul smell extracted out are likely to that interior can be returned, and cause air secondary to pollute, deodorizing effect It is not ideal enough；And the sound of large-scale exhaust fan work is very big, is very serious noise-producing source.

Utility model content

The purpose of this utility model is to provide a kind of deodorization device, the deodorization device effect is good, structure is simple, is easy to set Meter and assembly, and not will cause air secondary pollution.The utility model embodiment is achieved through the following technical solutions above-mentioned Purpose.

In a first aspect, the utility model provides a kind of deodorization device, deodorization device adapts to urinating bucket, and urinating bucket includes Trap.Deodorization device includes pumping part and exhaust pipe, wherein pumping part is set to urinating bucket, exhaust pipe connection pumping part with Trap.

Second aspect, the utility model additionally provide a kind of urinating bucket, and urinating bucket is small in addition to including above-mentioned deodorization device Just bucket further includes pedestal, and pedestal includes inverted draw cut, kerve and cavity.Cavity is set between inverted draw cut and kerve, and pumping part is set to inverted draw cut, Trap is set to kerve, and trap is connected to cavity.

Compared to the prior art, deodorization device and urinating bucket provided by the utility model, by the way that part will be evacuated set on urine Bucket, realizes active deodorization, solves the source of air pollution.

By the way that exhaust pipe to be connected to trap, it is dissolved in water conducive to the ammonia in stink air, and with flushing water one It rises and flows away, avoid and secondary pollution is caused to room air.

These aspects or other aspects of the utility model can more straightforwards in the following description.

Detailed description of the invention

Fig. 1 is the stereochemical structure signal for the deodorization device (being installed on urinating bucket) that the utility model first embodiment provides Figure.

Fig. 2 is the stereochemical structure signal for the deodorization device (being installed on urinating bucket) that the utility model second embodiment provides Figure.

Fig. 3 is the structure of the filter assemblies in the deodorization device that a kind of embodiment of the utility model second embodiment provides Schematic diagram.

Fig. 4 is the sectional view in the direction A-A in Fig. 3.

Fig. 5 is the knot of the filter assemblies in the deodorization device that the utility model second embodiment another embodiment provides Structure schematic diagram.

Fig. 6 is the knot of the filter assemblies in the deodorization device that another embodiment of the utility model second embodiment provides Structure schematic diagram.

Fig. 7 is the schematic perspective view of the pedestal in the urinating bucket that the utility model 3rd embodiment provides.

Fig. 8 is that the mounting plate that the another embodiment of the utility model 3rd embodiment is provided in urinating bucket (is equipped with metal Piece) schematic perspective view.

Fig. 9 is the stereochemical structure signal for the urinating bucket (having installed deodorization device) that the utility model 3rd embodiment provides Figure.

Figure 10 is the schematic perspective view for the urinating bucket that the utility model 3rd embodiment provides.

Specific embodiment

The utility model embodiment in order to facilitate understanding carries out the utility model embodiment below with reference to relevant drawings A more complete description.The better embodiment of the utility model is given in attached drawing.But the utility model can be with many not With form realize, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making The disclosure of the utility model is understood more thorough and comprehensive.

Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model The normally understood meaning of the technical staff in domain is identical.The term used in the utility model embodiment is intended merely to herein The purpose of specific embodiment is described, it is not intended that in limitation the utility model.

First embodiment

Referring to Fig. 1, the utility model provides a kind of deodorization device 10, deodorization device 10 adapts to urinating bucket, urine Bucket includes trap 20.Deodorization device 10 includes that pumping part 11 and exhaust pipe 13 are arranged wherein pumping part 11 is set to urinating bucket The connection of tracheae 13 pumping part 11 and trap 20.

Specifically, deodorization device 10 adapts to urinating bucket, and urinating bucket includes at least urinating bucket ontology, electric control gear, water inlet Valve and trap 20.

Deodorization device 10 includes pumping part 11, and pumping part 11 is set to urinating bucket, pumping part 11 include inlet channel 111 and Exhaust passage 113, pumping part 11 is turbofan in the present embodiment, and turbofan is small in size, air quantity is big, and being mounted on urinating bucket can To effectively prevent the diffusion of pollution air.It is appreciated that pumping part 11 is also possible to other components such as exhaust fan etc..Pass through electricity Control device can control the opening and closing of pumping part 11, and electric control gear can be carried out by switch or by the methods of infrared induction Control, pumping part 11 can be set at the top of urinating bucket, and through-hole is opened up at the top of urinating bucket, and the air inlet of pumping part 11 is logical Road 111 is directly connected to the through-hole, can will be near urinating bucket according to the characteristic that malodorous elements in urine (such as ammonia) volatilization rises Stink air siphon away, pumping part 11 can by such as bond or threaded connection be fixed on urinating bucket ontology.

It is understood that pumping part 11 also can be set except urinating bucket ontology, pumping part 11 can by pipeline with Through-hole on urinating bucket is connected.Will pumping part 11 be arranged except urinating bucket ontology can easy disassembly, be conducive to maintenance replacement take out Gas part 11.

Deodorization device 10 further includes exhaust pipe 13, the connection of exhaust pipe 13 pumping part 11 and trap 20, specifically, exhaust The exhaust passage 113 of 13 one end of pipe connection pumping part 11, the other end are connected to the water outlet 23 of trap 20, and exhaust pipe 13 can To connect by sealant or band etc. with pumping part 11, the evolution of stink air is prevented, to promote the removal effect of foul smell Fruit.Exhaust pipe 13 is also connected to downcomer 200.Exhaust pipe 13 is connected to trap 20, since the water seal of trap 20 is made With, make sucking air above pumping part 11 push air pressure under toward 200 direction of downcomer flow, stink can be prevented Gas is dissolved in water according to ammonia since malodorous elements are mainly ammonia in urine back to urinating bucket by trap 20 Property allows stink air to flow away with flushing water, does not return to room air, to avoid causing two to room air Secondary pollution.

Referring to Fig. 1, with a specific example to the course of work of above-mentioned deodorization device 10 provided in this embodiment It is illustrated.When someone is close to urinating bucket, infrared inductor senses that people after, sends a signal to electric control gear, electricity Control device control is opened pumping part 11 and is evacuated, and inlet valve is also opened, and is rinsed to urinating bucket, the air near urinating bucket It is then inhaled into after through-hole successively by pumping part 11 and exhaust pipe 13 until trap 20 and downcomer 200.Into trap It is divided into two parts in the stink air of pipe 20, the gas such as ammonia that a portion is dissolved in water is dissolved in the water of trap 20 In, another part gas not soluble in water is then since water seal acts on and is evacuated under the air pressure that part 11 pushes toward downcomer above The flowing of 200 directions.After people leaves, inlet valve is again turned on, and is rinsed again to urinating bucket, before be dissolved in the gas of water then with Flushing water flow away, deodorization device 10 complete exhaust deodorization movement, pumping part 11 stop working and enter standby mode.

It is understood that deodorization device 10 provided in this embodiment, not only may be mounted on urinating bucket, can also pacify On the product that such as toilet seat or squatting pan etc. need to remove gas with foreign flavor.

To sum up, deodorization device 10 provided in this embodiment is realized and is actively removed by that will be evacuated part 11 set on urinating bucket It is smelly, solve the source of air pollution.It is molten conducive to the ammonia in stink air by the way that exhaust pipe 13 to be connected to trap 20 Yu Shui, and flow away with flushing water, it avoids and secondary pollution is caused to room air.

Second embodiment

Fig. 2 to Fig. 6 is please referred to, different from the first embodiment, deodorization device 60 provided in this embodiment further included Filter component 65/75/85, the structure and filter core 653/753/853 of the filter cartridge 651/751/851 that filter assemblies 65/75/85 include Type or quantity it is different, the setting of filter assemblies 65/75/85 is between pumping part 61 and exhaust pipe 63.

Also referring to Fig. 3 and Fig. 4, in one embodiment, filter assemblies 65 include filter cartridge 651 and filter core 653, Filter core 653 is placed in filter cartridge 651.

The material of filter cartridge 651 can be metal material, be also possible to the materials such as plastic cement, and the shape of filter cartridge 651 can be with It is rectangular to be also possible to round perhaps other shapes and can be formed by techniques such as injection molding or welding.

Filter cartridge 651 includes air inlet 6511, gas outlet 6513 and opening 6519, wherein air inlet 6511 and opening 6519 It is set to the opposite sides of filter cartridge 651, gas outlet 6513 is provided with air inlet 6511 and 6519 place sides of opening are adjacent Side on, air inlet 6511 is communicated with the exhaust passage 613 of pumping part 61, the size of air inlet 6511 and exhaust passage 613 Size it is identical, gas outlet 6513 is communicated with one end of exhaust pipe 63, and the size of gas outlet 6513 and the caliber of exhaust pipe 63 are big Small identical, filter cartridge 651 further includes accommodating chamber 6515, and accommodating chamber 6515 is enclosed by each side of filter cartridge 651, the receipts Cavity 6515 is in communication with the outside by opening 6519.

In present embodiment, filter cartridge 651 includes single drawer 6517, and drawer 6517 is incorporated in accommodating chamber 6515, is taken out Drawer 6517 is set to the side that filter cartridge 651 has opening 6519, and drawer 6517 is can with the side of 6513 corresponding position of gas outlet To there is through-hole, drawer 6517 is preferably communicated with exhaust pipe 63, filter core 653 is placed in when being integrally placed in filter cartridge 651 In drawer 6517, filter core 653 can include but is not limited to one of materials such as active carbon, glass fibre, synthetic fibers or more The mixture of kind, due to being provided with drawer 6517 in filter cartridge 651, so that the replacement of filter core 653 is more convenient.

Please individually refering to Fig. 5, in another embodiment, filter assemblies 75 include filter cartridge 751 and filter core 753, mistake Filtering box 751 includes multiple drawers, such as the first drawer 7513, the second drawer 7515, third drawer 7517, and multiple drawers are folded up and down Set, the quantity of filter core 753 be it is multiple, multiple filter cores 753 are respectively placed in multiple drawers, and the filter core 753 in each layer drawer can be with It is identical to can also be different, as active carbon is placed in the first drawer 7513, glass fibre is placed in the second drawer 7515, synthetic fibers are placed in Third drawer 7517 etc..Different filter cores 753 is arranged in different drawers, so that the replacement of filter core 753 is more convenient, and And certain filter core 753 is only replaced in a suitable manner, it is possible to reduce the waste of filter core 753, save the cost.

Please individually refering to Fig. 6, in yet another embodiment, filter assemblies 85 include filter cartridge 851 and filter core 853, mistake Filtering box 851 includes shell 8511 and upper cover 8513, has opening 8515 at the top of shell 8511, and each side of shell 8511 encloses Accommodating chamber 8517 is formed, filter core 853 is placed in accommodating chamber 8517, and upper cover 8513 can be fastened on shell by way of interference fit On body 8511, filter core 853 is arranged in filter cartridge 851 by upper cover 8513 and the interference fit of shell 8511, can be increased The airtightness of filter cartridge 851, to reduce the stink air escaped into air because of the airtightness problem of filter cartridge 851 Amount.

To sum up, deodorization device 60 provided in this embodiment, by the way that filtering group is arranged between pumping part 61 and exhaust pipe 63 Part 65/75/85 can absorb and filter the odor molecules in most of stink air；By being arranged in filter cartridge 651/751 Drawer 6517/7513/7515/7517, so that the replacement of filter core 653/753 is more convenient, on being arranged in filter cartridge 851 Lid 8513 reduces the amount that the stink air in air is escaped into due to 851 airtightness problem of filter cartridge.

3rd embodiment

Referring to Figure 7 together to Figure 10, the present embodiment provides a kind of urinating bucket 100, it includes above-mentioned reality which, which removes, It applies except such as deodorization device 60 in example, urinating bucket 100 further includes pedestal 30, and pedestal 30 includes inverted draw cut 31, kerve 33 and chamber Body 35.Cavity 35 is set between inverted draw cut 31 and kerve 33, and pumping part 61 is set to inverted draw cut 31, and trap 20 is set to kerve 33, deposits Water bend pipe 20 is connected to cavity 35.

Specifically, urinating bucket 100 includes pedestal 30, and in the present embodiment, the material of pedestal 30 is ceramics, it is possible to understand that It is that the material of pedestal 30 can also be glass, alloy or plastic cement material.Pedestal 30 is installed on wall.It is also set on urinating bucket 100 It is equipped with inlet valve 40 and sewage draining exit 300, the opposite end of inlet valve 40 and sewage draining exit 300 in pedestal 30.Inlet valve 40 can block It closes at the top of pedestal 30, inlet valve 40 is connect with water inlet pipe, and is connected to external source, such as tap water etc., passes through water inlet Pipe is connected to tap water washes by water.Sewage draining exit 300 can connect trap 20 and by the urinating bucket 100 urine or/and Water discharge, trap 20 include water inlet 21 and water outlet 23,21 sewage draining exit 300 of water inlet connection, water outlet 23 be lauched Pipe 200 connects, so that urinating bucket 100 is discharged in sewage.

Pedestal 30 includes inverted draw cut 31 and mounting plate 32, and the top of pedestal 30 is arranged in inverted draw cut 31, and mounting plate 32 is located at inverted draw cut 31 bottom, mounting plate 32 separate pedestal 30 to form inverted draw cut 31 and cavity 35, and mounting plate 32 includes the first surface being away from each other 321 with second surface 323, wherein second surface 323 is evacuated part 61 and is set to first surface 321 towards cavity 35.Urinating bucket 100 It further include through-hole 325, through-hole 325 is set to around through-hole 325 simultaneously through first surface 321 and second surface 323, pumping part 61 Via through holes 325 extract gas.

In one embodiment, multiple through-holes 325, Duo Getong can also be set on the mounting plate 32 of urinating bucket 100 Hole 325 can be evenly distributed in the different location of mounting plate 32, and by the way that multiple through-holes 325 are arranged, pumping part 61 can be improved Pumping efficiency.

In another embodiment, filter screen can also be set on mounting plate 32 to cover the through-hole 325, filtered Net can be set between through-hole 325 and pumping part 61, or be stuck among through-hole 325, be filtered by being arranged in through-hole 325 Net can reduce urine and splash the risk of pumping part 61 by through-hole 325, to keep the cleaning of pumping part 61, can also prevent Only worm ant etc. enters inverted draw cut 31 by through-hole 325, to prevent worm ant from generating destruction to each device in inverted draw cut 31.

In yet another embodiment, referring to Fig. 8, sheet metal can also be arranged between through-hole 325 and pumping part 61 327.Sheet metal 327 is set around around the through-hole 325, i.e. the opening and closing that can control through-hole 325 of sheet metal 327.Metal Piece 327 can also control its opening and closing by controller such as electric-controlled box, when sheet metal 327 is light enough, or even not Electric-controlled box is needed to be controlled.When electric-controlled box control pumping part 61 is run, the air-flow of generation passes through can be directly by sheet metal 327 It opens；When pumping part 61 stops working, due to the gravity of sheet metal 327 itself, sheet metal 327 covers through-hole 325, The advantages of this embodiment be it is possible to prevente effectively from odorous gas in downcomer 200 by exhaust pipe 63, pumping part 61 and Through-hole 325 returns in urinating bucket 100, to effectively avoid the secondary pollution to air in lavatory.

Pedestal 30 includes kerve 33, and Open Side Down that the bottom of pedestal 30 is arranged in for kerve 33, and kerve 33 includes bottom plate 331, Bottom plate 331 separates pedestal 30 to form kerve 33 and cavity 35, and trap 20 is set to kerve 33, and trap 20 is arranged in bottom The side wall of slot 33 is connected to downcomer 200 and exhaust pipe 63.

Pedestal 30 further includes pit 37, side plate 38 and top cover 39.

Please individually refering to Fig. 9, the back side of pedestal 30, i.e. position between pedestal 30 and wall, pit is arranged in pit 37 37 are connected to inverted draw cut 31, and exhaust pipe 63 is provided in pit 37.

Please individually refering to fig. 10, side plate 38 includes outer wall 381 and inner wall 383, and wherein outer wall 381 can be the dress of pedestal 30 Adorn region, inner wall 383 be to the region of urine and water water conservancy diversion, the position that inner wall 383 is combined with mounting plate 32 offer it is multiple out Water hole 3831, apopore 3831 are connected to inlet valve and water inlet pipe, and tap water is flowed to along the inner wall 383 of side plate 38 30 bottom of pedestal is disposed from inner wall 383 conducive to by remaining urine, and side plate 38, mounting plate 32 and bottom plate 331 are enclosed Cavity 35.

The top of inverted draw cut 31 is arranged in top cover 39, can be adhesive on pedestal 30 by sealing, thus by inverted draw cut 31 Each element and device are enclosed in inverted draw cut 31.

Urinating bucket 100 further includes electric-controlled box 50, and electric-controlled box 50 can be arranged by the modes such as bonding or being threadedly coupled In inverted draw cut 31, electric-controlled box can control inlet valve 40 and the opening and closing for being evacuated part 61, and electric-controlled box 50 can be by external Switch or infrared inductor control.

To sum up, urinating bucket 100 provided in this embodiment is realized by the setting pumping part 61 of inverted draw cut 31 in urinating bucket 100 Active deodorization simultaneously improves pumping part 61 to the assimilation effect of stink air, solves the source of air pollution.By that will arrange Tracheae 63 is connected to trap 20, is dissolved in water conducive to the ammonia in stink air, and flow away with flushing water, is avoided Secondary pollution is caused to room air.

Further, by the way that multiple through-holes 325 are arranged, the pumping efficiency of pumping part 61 can be improved.By in through-hole 325 Middle setting filter screen can reduce the risk that urine splashes pumping part 61 across through-hole 325.Between through-hole 325 and filter screen Winding sheet metal 327 can effectively reduce the secondary pollution to air in lavatory.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.

Claims (10)

1. a kind of deodorization device, adapts to urinating bucket, the urinating bucket includes trap, which is characterized in that the deodorization dress It sets and includes:

It is evacuated part, the pumping part is set to the urinating bucket；

Exhaust pipe, the exhaust pipe are connected to the pumping part and the trap.

2. deodorization device as described in claim 1, which is characterized in that the pumping part is turbofan.

3. deodorization device as described in claim 1, which is characterized in that the exhaust pipe is also connected to downcomer.

4. deodorization device as described in claim 1, which is characterized in that the deodorization device further includes filter assemblies, the mistake Component is filtered to be arranged between the pumping part and the exhaust pipe.

5. deodorization device as claimed in claim 4, which is characterized in that the filter assemblies include filter cartridge and filter core, described Filter core is placed in the filter cartridge.

6. deodorization device as claimed in claim 5, which is characterized in that the filter cartridge includes single drawer, and the filter core is set In in the drawer.

7. deodorization device as claimed in claim 5, which is characterized in that the filter cartridge includes multiple drawers, the multiple pumping Drawer is stacked up and down, the quantity of the filter core be it is multiple, multiple filter cores are respectively placed in the multiple drawer.

8. a kind of urinating bucket, which is characterized in that including such as described in any item deodorization devices of claim 1-7, the urinating bucket It further include pedestal, the pedestal includes inverted draw cut, kerve and cavity, and the cavity is set between the inverted draw cut and the kerve, institute It states pumping part and is set to the inverted draw cut, the trap is set to the kerve, and the trap is connected to the cavity.

9. urinating bucket as claimed in claim 8, which is characterized in that the pedestal further includes mounting plate, and the mounting plate is located at The bottom of the inverted draw cut, the mounting plate include the first surface and second surface being away from each other, and the second surface is described in Cavity, the pumping part are set to the first surface.

10. urinating bucket as claimed in claim 9, which is characterized in that the mounting plate further includes through-hole, and the through-hole runs through institute First surface and the second surface are stated, the pumping part is set to around the through-hole and extracts gas through the through-hole.