CN203626019U - Novel toilet bowl - Google Patents
Novel toilet bowl Download PDFInfo
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- CN203626019U CN203626019U CN201320541607.1U CN201320541607U CN203626019U CN 203626019 U CN203626019 U CN 203626019U CN 201320541607 U CN201320541607 U CN 201320541607U CN 203626019 U CN203626019 U CN 203626019U
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- blow
- line
- bedpan
- assembly
- cover
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Abstract
The utility model discloses a novel toilet bowl which comprises a bowl and a disinfection mechanism. The disinfection mechanism is mounted on the bowl and comprises a high-temperature assembly, an ultraviolet assembly, an ozone generation assembly and a control assembly, the high-temperature assembly is mounted on a cover wall of a bowl cover, the ultraviolet assembly and the ozone generation assembly are mounted on a cover surface of the bowl cover, and the high-temperature assembly, the ultraviolet assembly and the ozone generation assembly run under the control of the control assembly. Compared with the prior art, the novel toilet bowl has the advantages that different disinfection modes can be provided for users, and the users can select the different disinfection modes according to personal requirements, so that bacteria can be effectively eliminated, and a thorough disinfection effect can be realized; the design of blowdown pipelines of a blowdown channel and an activated carbon adsorption layer are improved, so that odor of the inside of the toilet bowl can be effectively eliminated, a deodorization mode is simple, resources can be saved, and the novel toilet bowl has an extreme wide application prospect.
Description
Technical field
The utility model relates to a kind of sanitaryware, specifically, relates to a kind of novel pedestal pan.
Background technology
Water closet, claims again toilet, and a great invention efficiently solves the mankind's psychological need.
Public place is more and more now all adopts water closet, and part family adopts water closet.Use water closet, the user to physical disabilities especially, is very easily.The large contingent that water closet used due to every day, and need to directly contact with human body, easily make people's skin infection disease, so a lot of user is unwilling to use in public places water closet.If after each use, artificially, to water closet sterilization, can waste so again more man power and material, be therefore a problem demanding prompt solution to the sterilization of water closet.Repeatedly in use procedure, easily produce stink many people in water closet, user produces unhappy sense in use.Be generally to use detergent for toilet, could effectively remove the stink in water closet.But, particularly in public places, can not clean water closet after using water closet each, therefore residual stink usually in water closet.
Utility model content
The problems referred to above that exist for prior art, the purpose of this utility model is to provide a kind of novel pedestal pan, and the effective eliminating bacteria of described novel pedestal pan is eliminated the stink in water closet, economizes on resources.
For realizing above-mentioned utility model object, the technical solution adopted in the utility model is as follows:
A kind of novel pedestal pan, comprising:
One bedpan, described bedpan comprises a bedpan body, a blowdown channel and a bedpan cover, described blow-off line is arranged on the bottom of described bedpan body, described bedpan cover is movably arranged on the bedpan mouth of described bedpan body, described bedpan cover further comprises a capping and a tegmental wall, and described tegmental wall extends to form downwards from the edge of described capping; With
One disinfecting mechanism, described disinfecting mechanism is arranged on described bedpan, described disinfecting mechanism comprises a high temperature components, a ultraviolet-ray assembly, an ozone generating assembly and a Control Component, described high temperature components is arranged on the tegmental wall of described bedpan cover, described ultraviolet-ray assembly and described ozone generating assembly are arranged on the capping of described bedpan cover, the operation of high temperature components, described ultraviolet-ray assembly and described ozone generating assembly described in described Control Component control.
Further, described Control Component comprises a control element and control elements in a period of time, described control element and when described control elements be arranged on the tegmental wall of described bedpan cover, described control element regulates being connected of control elements and described high temperature components, described ultraviolet-ray assembly and described ozone generating assembly when described, user, by the described control element of regulation and control, selects disinfection way.
Preferably, when described, the connection effective time of control elements when in described high temperature components, described ultraviolet-ray assembly and described ozone generating assembly one is connected is 5min, exceeding after 5min, when described, control elements disconnects automatically, and after described bedpan cover is opened, when described, control elements disconnects automatically.
Further described Control Component further comprises a power supply Connection Element, one end of described source element control elements when described is connected, the other end is connected with power supply, when described, control elements when in described high temperature components, described ultraviolet-ray assembly and described ozone generating assembly one is connected, provides power supply.
Further, described high temperature components comprises a heating element and a heat insulating element, described heat insulating element is close to the sidewall of described bedpan cover, described heating element is connected with described heat insulating element, prevent that the high temperature that described heating element produces in the time adding hot air from producing and destroying the sidewall of described bedpan cover, and prevent hot air effusion, described heating element produces high temperature air and is sprayed on the bedpan mouth of described bedpan body, destroy the structure of bacterium, murder bacterium.Described heating element is 40 degree to the maximum temperature of air heat, can not damage human body.
Further, described ultraviolet-ray assembly comprises a ultraviolet lamp and a lampshade, and described ultraviolet lamp is arranged on the capping of described bedpan cover, described ultraviolet lamp sees through lampshade and is radiated on described bedpan body, destroy the DNA of bacterium, make bacterium lose the function of breeding and self-replacation, thereby murder bacterium.
Further, described ozone generating assembly is arranged on the capping of described bedpan cover, described ozone generating assembly comprises an ozone generator, one pneumatic carrier conveyor and an appendix, described pneumatic carrier conveyor is arranged on the tegmental wall of described bedpan cover, described ozone generator is arranged on the capping of described bedpan cover, and described appendix connects described ozone generator and described pneumatic carrier conveyor.
Preferably, described bedpan body further comprises a bedpan chamber, just pelvic cavity bottom described in described blowdown channel is arranged on, described blowdown channel comprises a dirt inlet, a sewage draining exit and a blow-off line, described dirt inlet is communicated with described bedpan chamber, be arranged on the bottom in described bedpan chamber, described sewage draining exit communicates with sewer, and described blow-off line is communicated with described dirt inlet and described sewage draining exit.
Further, described blow-off line further comprises one first blow-off line, one second blow-off line and one the 3rd blow-off line, described the first blow-off line is communicated with described dirt inlet, described the second blow-off line is communicated with described sewage draining exit, and described the 3rd blow-off line is communicated with described the first blow-off line and described the second blow-off line.
Further, described blow-off line is S-shaped, the first flex point P1 that the tie point of described the first blow-off line and described the 3rd blow-off line is described blow-off line, the Second Inflexion Point P2 that described the second blow-off line and described the 3rd blow-off line tie point are described blow-off line.
Further, the difference in height between the Second Inflexion Point P2 of described dirt inlet and described blow-off line is H1, and the distance between described dirt inlet and described blow-off line the first flex point P1 is H2, H1 > H2, distance between the peak of the first flex point P1 of the minimum point of described Second Inflexion Point P2 and described blow-off line is h, and h >=5cm, described sewage is easy to accumulate in the first flex point P1 of described blow-off line, by the Second Inflexion Point P2 of described blow-off line, and at sewage completely from described blow-off line is discharged, clear water accumulates in the first flex point P1 of described blow-off line, clear water is difficult for being back in described toilet seat pelvic cavity, the embarrassing phenomenon of having avoided like this user's appearance in use to dabble, with prevent that stink is circulated in described toilet seat pelvic cavity from described the second blow-off line.
Compared with prior art, novel pedestal pan of the present utility model, provide different disinfection way to user, user requires to select different disinfection way according to individual, effectively eliminating bacteria, sterilization thoroughly, and by improving blow-off line design and the activated carbon adsorption layer of blowdown channel, effectively remove the stink in water closet, deodorizing mode is simple, economize on resources, therefore its application prospect is very wide.
Accompanying drawing explanation
Fig. 1 is the stereogram of the utility model preferred embodiment novel pedestal pan;
Fig. 2 is the sectional view of the utility model preferred embodiment novel pedestal pan;
Fig. 3 is the closet cap view of the utility model preferred embodiment novel pedestal pan;
Fig. 4 is the flow chart of the utility model preferred embodiment novel pedestal pan.
The specific embodiment
Below in conjunction with embodiment and to accompanying drawing to the utility model do further in detail, intactly explanation.
As shown in Figures 1 to 4, be the utility model preferred embodiment novel pedestal pan.Described novel pedestal pan comprises a bedpan 10 and a disinfecting mechanism 20, and described disinfecting mechanism 20 is arranged on described bedpan 10.
Described bedpan 10 comprises a bedpan body 11, a blowdown channel 12 and a bedpan cover 13, described blowdown channel 12 is arranged on the bottom of described bedpan body 11, described bedpan cover 13 is movably arranged on the bedpan mouth 111 of described bedpan body 11, described bedpan cover 13 further comprises a capping 131 and tegmental wall 132, and described tegmental wall 132 extends to form downwards from the edge of described capping 131.
Described bedpan body 11 further comprises a bedpan chamber 112, and described bedpan chamber 112 is communicated with described bedpan mouth 111.Described blowdown channel 12 is arranged on 112 bottoms, described bedpan chamber, described blowdown channel 12 comprises a dirt inlet 121, a sewage draining exit 122 and a blow-off line 123, described dirt inlet 121 is communicated with described bedpan chamber 112, be arranged on the bottom in described bedpan chamber 112, described sewage draining exit 122 communicates with sewer, and described blow-off line 123 is communicated with described dirt inlet 121 and described sewage draining exit 122.
Described sewage draining passage 123 further comprises one first blow-off line 1231, one second blow-off line 1232 and one the 3rd blow-off line 1233, described the first blow-off line 1231 is communicated with described dirt inlet 121, the second blow-off line 123 is communicated with described sewage draining exit 122, and the 3rd blow-off line 1233 is communicated with described the first blow-off line 1231 and the second blow-off line 1232.
Described blow-off line 123 is S-shaped, described the first blow-off line 1231 is the first flex point P1 of described blow-off line 123 with the tie point of described the 3rd blow-off line 1233, and described the second blow-off line 1232 is the Second Inflexion Point P2 of described blow-off line 123 with described the 3rd blow-off line 1233 tie points.
Difference in height between described dirt inlet 121 and the Second Inflexion Point P2 of described blow-off line 123 is H1, and the distance between described dirt inlet 121 and described blow-off line 123 first flex point P1 is H2, H1 > H2, distance between the peak of the first flex point P1 of the minimum point of described Second Inflexion Point P2 and described blow-off line 123 is h, and h >=5cm, described sewage is easy to accumulate in the first flex point P1 of described blow-off line 123, by the Second Inflexion Point P2 of described blow-off line 123, and at sewage completely from described blow-off line 123 is discharged, clear water accumulates in the first flex point P1 of described blow-off line 123, clear water is difficult for being back in described toilet seat pelvic cavity, the embarrassing phenomenon of having avoided like this user's appearance in use to dabble, with prevent that stink is circulated in described bedpan chamber 112 from described the second blow-off line 1232.
Described bedpan cover 13 further comprises an active carbon layer 133, and described active carbon layer 133 is close to described capping 131, absorbs the stink in the bedpan chamber 112 of described bedpan body 11.
Described disinfecting mechanism 20 is arranged on described bedpan 10, described disinfecting mechanism 20 comprises a high temperature components 21, a ultraviolet-ray assembly 22, an ozone generating assembly 23 and a Control Component 24, described high temperature components 21 is arranged on the tegmental wall 132 of described bedpan cover 13, described ultraviolet-ray assembly 22 and described ozone generating assembly 23 are arranged on the capping 131 of described bedpan cover 13, and described Control Component 24 is controlled the operation of described high temperature components 21, ultraviolet-ray assembly 22 and described ozone generating assembly 23.
Described Control Component 24 comprises a control element 241 and control elements 242 in a period of time, described control element 241 regulates being connected of control elements 242 and described high temperature components 21, described ultraviolet-ray assembly 22 and described ozone generating assembly 23 when described, described control element 241 is arranged on the tegmental wall 132 of described bedpan cover 13, user, by the described control element 241 of regulation and control, selects disinfection way.
When described, control elements 242 is when in described high temperature components 21, described ultraviolet-ray assembly 22 and described ozone generating assembly 23 one is connected, be 5min the effective time connecting, exceeding after 5min, when described, control elements 242 disconnects automatically, and after described bedpan cover 213 is opened, automatically disconnect.
Described Control Component 24 further comprises a power supply Connection Element 243, one end of described source element 243 control elements 242 when described is connected, the other end is connected with power supply (POWER), when described, control elements 242 when in described high temperature components 21, described ultraviolet-ray assembly 22 and described ozone generating assembly 23 one is connected, provides power supply.
Described high temperature components 21 comprises a heating element 211 and a heat insulating element 212, described heat insulating element 211 is close to the tegmental wall 132 of described bedpan cover 13, prevent that the high temperature that described heating element 211 produces in the time adding hot air from producing and destroying the tegmental wall 132 of described bedpan cover 13, with prevent hot air overflow, described heating element 212 produces on the bedpan mouth 111 that high temperature air is sprayed on described bedpan body 11, destroy the structure of bacterium, murder bacterium.Described heating element 212 is 40 degree to the maximum temperature of air heat, can not damage human body.
When described, control elements 242 is connected with described high temperature components 21, when described, control elements 242 is connected with described heating element 211.
Described ultraviolet-ray assembly 22 comprises a ultraviolet lamp 221 and a lampshade 222, described ultraviolet lamp 221 is arranged on the capping 131 of described bedpan cover 13, described ultraviolet lamp 221 sees through lampshade 222 irradiation ultraviolet radiations on the bedpan mouth 111 and bedpan chamber 112 of described bedpan body 11, destroy the DNA of bacterium, make bacterium lose the function of breeding and self-replacation, thereby murder bacterium.
When described, control elements 242 is connected with described ultraviolet-ray assembly 22, when described, control elements 242 is connected with described ultraviolet lamp 221.
Described ozone generating assembly 23 is arranged on the capping 131 of described bedpan cover 13, described ozone generating assembly 23 comprises an ozone generator 231, pneumatic carrier conveyor 232 and appendix 233, described appendix 233 connects described ozone generator 231 and described pneumatic carrier conveyor 232, described pneumatic carrier conveyor 232 is arranged on the tegmental wall 132 of described bedpan cover 13, described ozone generator 231 is arranged on the capping 131 of described bedpan cover 13, with described ultraviolet-ray assembly 22 simultaneously on the capping 131 of described bedpan cover 13.Described pneumatic carrier conveyor 232 flows to described ozone generator 231 by gas through appendix 233, and gas is converted into ozone by described ozone generator 231, is sprayed on the bedpan mouth 111 and bedpan chamber 112 of described bedpan body 11, eliminates the bacterium on bedpan body 11.There is oxidation reaction in the enzyme of ozone and bacterium or DNA (RNA) etc., makes bacterium death, thereby water closet is sterilized.
When described, control elements 242 is connected with described ozone generating assembly 23, when described, control elements 242 is connected with described ozone generator 231.
Finally be necessary described herein: above embodiment is only for being described in more detail the technical solution of the utility model; can not be interpreted as the restriction to the utility model protection domain, some nonessential improvement that those skilled in the art makes according to foregoing of the present utility model and adjustment all belong to protection domain of the present utility model.
Claims (10)
1. a novel pedestal pan, is characterized in that, comprising:
One bedpan, described bedpan comprises a bedpan body, a blowdown channel and a bedpan cover, described blow-off line is arranged on the bottom of described bedpan body, described bedpan cover is movably arranged on the bedpan mouth of described bedpan body, described bedpan cover further comprises a capping and a tegmental wall, and described tegmental wall extends to form downwards from the edge of described capping; With
One disinfecting mechanism, described disinfecting mechanism is arranged on described bedpan, described disinfecting mechanism comprises a high temperature components, a ultraviolet-ray assembly, an ozone generating assembly and a Control Component, described high temperature components is arranged on the tegmental wall of described bedpan cover, described ultraviolet-ray assembly and described ozone generating assembly are arranged on the capping of described bedpan cover, the operation of high temperature components, described ultraviolet-ray assembly and described ozone generating assembly described in described Control Component control.
2. novel pedestal pan according to claim 1, is characterized in that: described Control Component comprises a control element and control elements for the moment, described control element and when described control elements be arranged on the tegmental wall of described bedpan cover; When described, the connection effective time of control elements when in described high temperature components, described ultraviolet-ray assembly and described ozone generating assembly one is connected is 5min.
3. novel pedestal pan according to claim 2, is characterized in that: described Control Component further comprises a power supply Connection Element, and one end of described source element control elements when described is connected, and the other end is connected with power supply.
4. novel pedestal pan according to claim 3, is characterized in that: described ultraviolet-ray assembly comprises a ultraviolet lamp and a lampshade, and described ultraviolet lamp is arranged on the capping of described bedpan cover.
5. novel pedestal pan according to claim 3, is characterized in that: described high temperature components comprises a heating element and a heat insulating element, and described heat insulating element is close to the sidewall of described bedpan cover, and described heating element is connected with described heat insulating element; Described heating element is 40 degree to the maximum temperature of air heat.
6. novel pedestal pan according to claim 3, it is characterized in that: described ozone generating assembly is arranged on the capping of described bedpan cover, described ozone generating assembly comprises an ozone generator, one pneumatic carrier conveyor and an appendix, described pneumatic carrier conveyor is arranged on the tegmental wall of described bedpan cover, described ozone generator is arranged on the capping of described bedpan cover, and described appendix connects described ozone generator and described pneumatic carrier conveyor.
7. novel pedestal pan according to claim 1, is characterized in that: described bedpan body further comprises a bedpan chamber, just pelvic cavity bottom described in described blowdown channel is arranged on; Described blowdown channel comprises a dirt inlet, a sewage draining exit and a blow-off line, described dirt inlet is communicated with described bedpan chamber, be arranged on the bottom in described bedpan chamber, described sewage draining exit communicates with sewer, and described blow-off line is communicated with described dirt inlet and described sewage draining exit; Described blow-off line further comprises one first blow-off line, one second blow-off line and one the 3rd blow-off line, described the first blow-off line is communicated with described dirt inlet, described the second blow-off line is communicated with described sewage draining exit, and described the 3rd blow-off line is communicated with described the first blow-off line and described the second blow-off line.
8. novel pedestal pan according to claim 7, it is characterized in that: described blow-off line is S-shaped, the first flex point P1 that the tie point of described the first blow-off line and described the 3rd blow-off line is described blow-off line, the Second Inflexion Point P2 that described the second blow-off line and described the 3rd blow-off line tie point are described blow-off line.
9. novel pedestal pan according to claim 8, it is characterized in that: the difference in height between the Second Inflexion Point P2 of described dirt inlet and described blow-off line is H1, distance between described dirt inlet and described blow-off line the first flex point P1 is H2, H1 > H2; Distance between the peak of the first flex point P1 of the minimum point of described Second Inflexion Point P2 and described blow-off line is h, and h >=5cm.
10. according to claim 1,4,5,6 or 9 arbitrary described novel pedestal pans, it is characterized in that: described bedpan cover further comprises an active carbon layer, described active carbon layer is close to described capping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320541607.1U CN203626019U (en) | 2013-09-02 | 2013-09-02 | Novel toilet bowl |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320541607.1U CN203626019U (en) | 2013-09-02 | 2013-09-02 | Novel toilet bowl |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203626019U true CN203626019U (en) | 2014-06-04 |
Family
ID=50812511
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320541607.1U Expired - Fee Related CN203626019U (en) | 2013-09-02 | 2013-09-02 | Novel toilet bowl |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203626019U (en) |
-
2013
- 2013-09-02 CN CN201320541607.1U patent/CN203626019U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140604 Termination date: 20140902 |
|
| EXPY | Termination of patent right or utility model |