CN2818462Y - Vertical ultraviolet sterilizing system - Google Patents
Vertical ultraviolet sterilizing system Download PDFInfo
- Publication number
- CN2818462Y CN2818462Y CN 200520027575 CN200520027575U CN2818462Y CN 2818462 Y CN2818462 Y CN 2818462Y CN 200520027575 CN200520027575 CN 200520027575 CN 200520027575 U CN200520027575 U CN 200520027575U CN 2818462 Y CN2818462 Y CN 2818462Y
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- disinfection
- tube
- flow
- transverse tube
- vertical
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Abstract
The utility model discloses a system used to sterilize the fluid, such as sewage, etc., by the ultraviolet, particularly to an ultraviolet disinfection system whose sterilized fluid flowing mode uses vertical flow. The utility model belongs to the technical field of environment protection equipment and comprises an ultraviolet lamp tube module, an electric control cabinet and an electric connection box. A water inlet pipe is arranged at the lower part of one side of a disinfection well and a water outlet pipe is arranged at the other side of the disinfection well, which is higher than the water inlet pipe and is lower than an overbrace horizontal pipe. The ultraviolet lamp tube module is vertically placed in the disinfection well to make the ultraviolet lamp tube perpendicular to the bottom of the disinfection well. The utility model has the advantages that all electric elements are arranged over the water surface and keep certain distance with the water surface, and the utility model does not need complex diving sealing devices and is not influenced by the change of the outside water level. The complication degree of the system is decreased and the manufacturing cost is reduced. The utility model is convenient to produce and install and provides convenience for routine maintenance and breakdown maintenance.
Description
Technical field
The utility model belongs to the technical field of environmental protection equipment, particularly relates to a kind ofly in order to the system to carrying out disinfection such as fluid utilization ultraviolet rays such as sewage, and the fluidic flow pattern that particularly is sterilized adopts vertical-flow UV disinfection system.
Background technology
Paying attention to environment protection all builds consensus in the whole world; usually adopt means such as biotechnology decomposition at present at sanitary sewage disposal after; eliminate objectionable impuritiess such as intestinal bacteria with the mode of disinfection by ultraviolet light again; drain into the river after making it reach emission standard; the sterilisation system of existing flat flow; be to constitute by putting into the uv sterilisation module in the water channel; the water of water channel is flat flow; the uv sterilisation module makes quartz burner 50 be parallel to water channel; it is to be fixed in the framework by a plurality of framed bents to constitute for the uv sterilisation module; framed bent 110 comprises quartz burner 50 as shown in Figure 1; quartz socket tube 40; left side supporting tube 70; right supporting tube 20; upper support transverse tube 100; lower support transverse tube 10; tightness system 60; tightness system 60 is threaded fittings, and electrical control cabinet (not shown) constitutes, and framed bent 110 using method are to lie in the water channel.
Because framed bent 110 using method are to lie in the water channel, framed bent 110 slips in the water, unless the tightness system 60 that requires to connect quartz burner 50 reaches the sealing of diving rank, causes the production cost height again; When in a single day present tightness system in use has quartz burner 60 to damage, will cause whole framed bent water inlet and damage quartz burner; And when needs are changed quartz burner, need with framed bent 110 whole leaving the water fragile again other quartz burner 60 when promptly taking a lot of work; When rainy season, water level was surging, current did not have the uv sterilisation module often to produce the big problem of framed bent top fluid leakage disinfectant, made the sterilisation system of flat flow exist the production cost height, maintenance difficult, and work-ing life is short, the problem of sterilisation quality's poor reliability.
Summary of the invention:
The purpose of this utility model provides the problem that a kind of new vertical-flow UV disinfection system is intended to overcome the sterilisation system existence that has flat flow now.
Take following technical scheme for reaching the purpose of this utility model: vertical-flow UV disinfection system, it comprises the UV-lamp tube module, electrical control cabinet and electric circuit connection container, it is characterized in that: a side lower part of disinfection well is provided with water inlet pipe, be higher than the position that water inlet pipe is lower than the upper support transverse tube at the opposite side of disinfection well and set out water pipe, the UV-lamp tube module is placed vertically in disinfection well, make quartz burner perpendicular to the disinfection well bottom, electrical control cabinet then is placed in the other disinfection room of disinfection well, electric circuit connection container is located at the disinfection well limit, connects and composes by power cable between the each several part.
Described vertical-flow UV disinfection system is characterized in that: the fluid that is sterilized is flow lifting type in disinfection well.
Described vertical-flow UV disinfection system is characterized in that: it is the disinfection well of flow lifting type that described UV-lamp tube module places the fluid that is sterilized.
Described vertical-flow UV disinfection system is characterized in that: described UV-lamp tube module is to be fixed in the framework by a plurality of framed bents to constitute.
Described vertical-flow UV disinfection system is characterized in that framed bent left side supporting tube, right supporting tube are vertical tubes, and the both sides that are located under upper support transverse tube, the lower support transverse tube are also perpendicular; Top adopts flange to connect, and the bottom adopts welding fixing; The electrical wiring transverse tube is the transverse tube of a hollow, and the electrical wire of quartz burner is therefrom drawn, and is connected with the electrical wire that attracts from electric circuit connection container by dismountable web member; The upper support transverse tube also is the transverse tube of a hollow, and in its underpart perforate, the distance in two adjacent holes equates, tightness system is installed in the hole;
The lower support transverse tube is " C " shape stainless steel plate, at its top drilling, the distance in two adjacent holes equates, and it is corresponding with the perforate of upper support transverse tube, the quartz socket tube base is installed in the hole, the quartz socket tube base is made up of stainless steel plate lamp socket and silica gel base, and bottom centre's perforate of stainless steel plate lamp socket is fixed by bolts on the lower support transverse tube, and the silica gel base is put into stainless steel plate lamp socket inside;
The quartz burner outside is with quartz socket tube, and the end sealing of quartz socket tube is installed in the quartz socket tube base, and the other end opening by tightness system and upper support transverse tube, enters into the electrical wiring transverse tube, and tightness system and tightness system lid are the formations that is threaded.
Described vertical-flow UV disinfection system is characterized in that: the distance between two adjacent quartz burners equates; Distance between two adjacent sterilization framed bents equates.
Described vertical-flow UV disinfection system is characterized in that: described UV-lamp tube module is installed in the disinfection well abreast with the flow direction that is sterilized.
The positively effect of the fluid disinfection system that the vertical-flow uv sterilisation building block technique of employing of the present invention scheme is made is: compare with the sterilisation system of other flat flows; the need hermetic unit of the quartz burner of vertical-flow sterilisation system is more than the water surface and have certain protection highly rather than always to soak in water; so just need not complicated diving tightness system; only need simple water-tight device to get final product, and be not subjected to the influence of change of level in the disinfection well.The electric connecting member of quartz burner all more than the water surface, has been avoided because of long term operation under water, and the diving bad seals causes infiltration, thereby makes lead current-carrying part and tube plug short circuit, causes barretter and quartz burner to damage; Thereby production cost reduces, and is easy to maintenance, long service life, sterilisation quality's good reliability.When rainy season, the water yield increased, the fluid that is sterilized of the disinfection well that also can guarantee to flow through all carried out disinfection, and has guaranteed sterilisation effect.
Description of drawings:
Fig. 1 is a bent structure synoptic diagram in the sterilisation system of flat flow of prior art.
Fig. 2 is a bent structure synoptic diagram in the vertical-flow UV disinfection system of the present utility model.
Fig. 3 is a vertical-flow UV disinfection system user mode synoptic diagram of the present utility model.
The main nomenclature of accompanying drawing:
1: water inlet pipe 2: disinfection well
3: framed bent 4: link box's output cable
5: rising pipe 6: electric circuit connection container
7: electrical control cabinet 8: the quartz socket tube base
9: stainless steel plate lamp socket 10: the silica gel base
11: quartz socket tube 12: quartz burner
13: right supporting tube 14: electrical wiring transverse tube
15: tightness system 16: the tightness system lid
17: left supporting tube 18: lower support transverse tube
19: the upper support transverse tube
Embodiment
Describe vertical-flow UV disinfection system of the present utility model in detail below in conjunction with accompanying drawing, Fig. 2 is a bent structure synoptic diagram in the vertical-flow UV disinfection system of the present utility model.Fig. 3 is a vertical-flow UV disinfection system user mode synoptic diagram of the present utility model.Usually adopt means such as biotechnology decomposition at sanitary sewage disposal after, eliminate objectionable impuritiess such as intestinal bacteria with the mode of disinfection by ultraviolet light again, drain into the river after making it reach emission standard, vertical-flow UV disinfection system comprises that the carrier of water is a disinfection well, the water inlet pipe 1 of disinfection well 2 is in the bottom of disinfection well 2, rising pipe 5 is arranged on the position that water inlet pipe 1 is lower than upper support transverse tube 19 that is higher than of disinfection well 2, the UV-lamp tube module is placed vertically 2 li of disinfection wells, make quartz burner perpendicular in the disinfection well 2, the UV-lamp tube module is with on the stainless steel frame, following two corresponding frame medial surfaces are provided with several grooves suitable with framed bent 3 width, framed bent 3 is fixed on the stainless steel frame, what framed bents 3 are set in the UV-lamp tube module, be according to every day water displacement the length and width height of disinfection well 2 is set, the length and width height of UV-lamp tube module setting is as the criterion to be covered with disinfection well 2, the quantity of framed bent 3 is provided with according to water quality situation and water displacement, the structure of framed bent 3 comprises the electrical wiring transverse tube 14 that adopts stainless material to make as shown in Figure 2, upper support transverse tube 19, lower support transverse tube 18, left side supporting tube 17, right supporting tube 13, tightness system 15, tightness system lid 16, quartz socket tube base 8 and quartz burner 12, quartz socket tube 11 constitutes.
Left side supporting tube 17, right supporting tube 13 are vertical tubes, and the both sides that are located under upper support transverse tube 19, the lower support transverse tube 18 are also perpendicular.Top adopts flange to connect, and the bottom adopts welding fixing; Electrical wiring transverse tube 14 is transverse tubes of a hollow, and the electrical wire of quartz burner 12 is therefrom drawn, and is connected with the electrical wire that attracts from electric circuit connection container by dismountable web member.Upper support transverse tube 19 also is the transverse tube of a hollow, and in its underpart perforate, the distance in two adjacent holes equates, tightness system 15 is installed in the hole.
Lower support transverse tube 18 is " C " shape stainless steel plates, at its top drilling, the distance in two adjacent holes equates, and with the corresponding position of the perforate of upper support transverse tube 19, quartz socket tube base 8 is installed in the hole, quartz socket tube base 8 is made up of stainless steel plate lamp socket 9 and silica gel base 10, and bottom centre's perforate of stainless steel plate lamp socket 9 is fixed by bolts on the lower support transverse tube 18, and silica gel base 10 is put into stainless steel plate lamp socket 9 inside.
Comprise electric control system and barretter group in the electrical control cabinet.Electric control system is realized the unlatching of each uv sterilisation framed bent and is stopped, and shows the working order of each uv sterilisation framed bent, regulates fan and lowers the temperature for the barretter group.Whole electrical control cabinet flooring is installed in the disinfection room on disinfection well next door.
UV-lamp tube module adverse current body flow direction is placed in the disinfection well 2, the mobile direction of water is from bottom to top, the blind end sealing of quartz socket tube 11 downwards, the opening end of quartz socket tube 11 is on top, as shown in Figure 3 because rising pipe 5 is arranged on the position that water inlet pipe 1 is lower than upper support transverse tube 19 that is higher than of disinfection well 2, water level can not flood tightness system 15 forever, tightness system 15 seal requests have also reduced, quartz burner 12 has fault simultaneously, only use at individuality and keep in repair, need not spur entire ultraviolet line fluorescent tube module, convenient for maintaining.
Claims (7)
1, vertical-flow UV disinfection system, it comprises the UV-lamp tube module, electrical control cabinet and electric circuit connection container, it is characterized in that: a side lower part of disinfection well is provided with water inlet pipe, be higher than the position that water inlet pipe is lower than the upper support transverse tube at the opposite side of disinfection well and set out water pipe, the UV-lamp tube module is placed vertically in disinfection well, make quartz burner perpendicular to the disinfection well bottom, electrical control cabinet then is placed in the other disinfection room of disinfection well, electric circuit connection container is located at the disinfection well limit, connects and composes by power cable between the each several part.
2, vertical-flow UV disinfection system according to claim 1 is characterized in that: the fluid that is sterilized is flow lifting type in disinfection well.
3, vertical-flow UV disinfection system according to claim 1 is characterized in that: it is the disinfection well of flow lifting type that described UV-lamp tube module places the fluid that is sterilized.
4, according to the vertical-flow UV disinfection system described in the claim 3, it is characterized in that: described UV-lamp tube module is to be fixed in the framework by a plurality of framed bents to constitute.
5, according to the vertical-flow UV disinfection system described in the claim 4, it is characterized in that framed bent left side supporting tube, right supporting tube are vertical tubes, the both sides that are located under upper support transverse tube, the lower support transverse tube are also perpendicular; Top adopts flange to connect, and the bottom adopts welding fixing; The electrical wiring transverse tube is the transverse tube of a hollow, and the electrical wire of quartz burner is therefrom drawn, and is connected with the electrical wire that attracts from electric circuit connection container by dismountable web member; The upper support transverse tube also is the transverse tube of a hollow, and in its underpart perforate, the distance in two adjacent holes equates, tightness system is installed in the hole;
The lower support transverse tube is " C " shape stainless steel plate, at its top drilling, the distance in two adjacent holes equates, and it is corresponding with the perforate of upper support transverse tube, the quartz socket tube base is installed in the hole, the quartz socket tube base is made up of stainless steel plate lamp socket and silica gel base, and bottom centre's perforate of stainless steel plate lamp socket is fixed by bolts on the lower support transverse tube, and the silica gel base is put into stainless steel plate lamp socket inside;
The quartz burner outside is with quartz socket tube, and the end sealing of quartz socket tube is installed in the quartz socket tube base, and the other end opening by tightness system and upper support transverse tube, enters into the electrical wiring transverse tube, and tightness system and tightness system lid are the formations that is threaded.
6, vertical-flow UV disinfection system according to claim 5 is characterized in that: the distance between two adjacent quartz burners equates; Distance between two adjacent sterilization framed bents equates.
7, according to the vertical-flow UV disinfection system described in the claim 6, it is characterized in that: described UV-lamp tube module is installed in the disinfection well abreast with the flow direction that is sterilized.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520027575 CN2818462Y (en) | 2005-09-29 | 2005-09-29 | Vertical ultraviolet sterilizing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520027575 CN2818462Y (en) | 2005-09-29 | 2005-09-29 | Vertical ultraviolet sterilizing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2818462Y true CN2818462Y (en) | 2006-09-20 |
Family
ID=37004516
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520027575 Expired - Lifetime CN2818462Y (en) | 2005-09-29 | 2005-09-29 | Vertical ultraviolet sterilizing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2818462Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107098433A (en) * | 2017-06-26 | 2017-08-29 | 深圳清华大学研究院 | Water body disinfection system and vertical non-pressure ultraviolet radiation for water body disinfecting reactor |
| CN109205733A (en) * | 2018-11-28 | 2019-01-15 | 中国海洋大学 | Ultraviolet disinfection device for culture |
-
2005
- 2005-09-29 CN CN 200520027575 patent/CN2818462Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107098433A (en) * | 2017-06-26 | 2017-08-29 | 深圳清华大学研究院 | Water body disinfection system and vertical non-pressure ultraviolet radiation for water body disinfecting reactor |
| CN109205733A (en) * | 2018-11-28 | 2019-01-15 | 中国海洋大学 | Ultraviolet disinfection device for culture |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20060920 |
|
| EXPY | Termination of patent right or utility model |