CN204293979U - A kind of rotating filter decarbonization device with sterilizing function - Google Patents
A kind of rotating filter decarbonization device with sterilizing function Download PDFInfo
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- CN204293979U CN204293979U CN201420728146.3U CN201420728146U CN204293979U CN 204293979 U CN204293979 U CN 204293979U CN 201420728146 U CN201420728146 U CN 201420728146U CN 204293979 U CN204293979 U CN 204293979U
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- Prior art keywords
- scavenging solution
- tank
- decarbonization device
- charging aperture
- sterilizing unit
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Abstract
The utility model provides a kind of rotating filter decarbonization device with sterilizing function, comprise tank structure frame, dry decarbonization device and sterilizing unit, described drying decarbonization device and described sterilizing unit are arranged in described tank structure frame, and described drying decarbonization device lower end is connected with described sterilizing unit.The utility model utilizes the effect of rotary centrifugal force to carry out carbonization treatment to liquid, the decarburization efficiency of effective raising liquid, the application of ultraviolet sterilization apparatus in addition, effectively improve the degree of purity of liquid, the integrated design of this device, this decarbonization device is had, and decarburization efficiency is high, process equipment simple, easy to operate advantage, and this appliance arrangement is simple, operation easier is less.
Description
Technical field
The utility model belongs to technical field of mechanical design, especially relates to a kind of rotating filter decarbonization device with sterilizing function.
Background technology
In existing technology, what decarbonization device utilization was many is chemical method decarburization or high pressure decarburization, and chemical method decarburization easily causes the pollution to environment, and high pressure decarbonization method generally all needs high-tension apparatus, complex process, and equipment is larger.
The continuous decarburization filter of such as patent CN202876479U, comprise decolouring still, decarburizing filter, be connected by decarburization pipeline between the outlet of described decolouring still and the import of decarburizing filter, the outlet of described decarburizing filter is connected with clear liquid pipeline, the outlet of described decarburizing filter is also connected with reflux line, the described reflux line other end is connected with the import of decolouring still, although have filter clean, decarburization is effective etc. a little, but this appliance arrangement is complicated, and operation easier is large.
Summary of the invention
The purpose of this utility model is to provide a kind of rotating filter decarbonization device with sterilizing function, and this device utilizes rotation drying principle to carry out carbonization treatment to liquid, and decarburization efficiency is high, device miniaturization, structure are simple, easy to operate.
For reaching above-mentioned purpose, the technical solution adopted in the utility model is: a kind of rotating filter decarbonization device with sterilizing function, comprise tank structure frame, dry decarbonization device and sterilizing unit, it is characterized in that: described drying decarbonization device and described sterilizing unit are arranged in described tank structure frame, described drying decarbonization device lower end is connected with described sterilizing unit, described tank structure frame comprises tank body shell, charging aperture, charging aperture control valve, sterilizing unit control box, surveillance mirror, first discharge port, first discharge port control valve, second floss hole and the second floss hole control valve, described charging aperture is arranged on described tank body housing top end, described charging aperture control valve is connected with described tank body shell by described charging aperture, described sterilizing unit control box is arranged on the sidewall of described tank body shell side, described surveillance mirror is arranged on the sidewall of described tank body shell opposite side, described first discharge port control valve is connected with described tank body outer casing bottom side by described first discharge port, described second floss hole control valve is connected with described tank body outer casing bottom opposite side by described second floss hole, described tank structure frame is connected with described drying decarbonization device by described charging aperture, described drying decarbonization device comprises raw material cabin, raw material slide plate, rotate decarbonizing tank, de-carbon steel mesh, solid decarbonizer, rotating shaft, scavenging solution baffle plate, first scavenging solution outlet and the outlet of the second scavenging solution, described raw material slide plate is fixed on described tank body enclosure, cavity between described raw material slide plate and described charging aperture is described raw material cabin, decarburization charging aperture is had in the middle of described raw material slide plate, described decarburization charging aperture stretches in described rotation decarbonizing tank, described rotation decarbonizing tank outer wall has the outlet of multiple fluid purification, described rotation decarbonizing tank inwall is provided with described solid decarbonizer, described solid decarbonizer inwall is provided with described de-carbon steel mesh, described rotation decarbonizing tank is connected with described scavenging solution baffle plate by described rotating shaft, described first scavenging solution outlet and described second scavenging solution outlet are separately positioned on described scavenging solution baffle plate both sides, described drying decarbonization device is connected with described sterilizing unit with described second scavenging solution outlet by described first scavenging solution outlet, described sterilizing unit comprises observation window, scavenging solution accumulator tank, ultraviolet germicidal lamp, bactericidal lamp protective sleeve, control box connecting line, bactericidal lamp installing port, first import, second import, first material liquid outlet and the second material liquid outlet, described scavenging solution accumulator tank is connected with the described surveillance mirror on described tank body shell by described observation window, described bactericidal lamp installing port is arranged on the both sides of described scavenging solution accumulator tank, described bactericidal lamp installing port is connected with described sterilizing unit control box by described control box connecting line, described first import and described second import are all arranged on described scavenging solution accumulator tank upper end, described ultraviolet germicidal lamp is fixed in described scavenging solution accumulator tank by described bactericidal lamp installing port, described ultraviolet germicidal lamp outer surface wraps up bactericidal lamp protective sleeve described in one deck, described first material liquid outlet and described second material liquid outlet are all arranged on described scavenging solution accumulator tank lower end, described first material liquid outlet is connected with described first discharge port, described second material liquid outlet is connected with described second floss hole.
Further, described raw material slide plate and described scavenging solution baffle plate are all obliquely installed, so that the eliminating of liquid.
Further, described bactericidal lamp protective sleeve is quartziferous protective sleeve.
The advantage that the utility model has and good effect are: this decarbonization device utilizes centrifugal principle to carry out carbonization treatment to liquid, the carbonaceous gas that can be mingled with in large granular impurity effectively in filter liquide and liquid, and ultraviolet sterilization effect effectively can suppress growing of bacterium in liquid, there is good filtration sterilization effect, and this appliance arrangement is simple, operation easier is less.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
In figure: 1, tank structure frame; 1-1, tank body shell; 1-2, charging aperture; 1-3, charging aperture control valve; 1-4, sterilizing unit control box; 1-5, surveillance mirror; 1-6, first discharge port; 1-7, first discharge port control valve; 1-8, the second floss hole; 1-9 second floss hole control valve; 2, decarbonization device is dried; 2-1, raw material cabin; 2-2, raw material slide plate; 2-3, decarburization charging aperture; 2-4, rotation decarbonizing tank; 2-5, de-carbon steel mesh; 2-6, solid decarbonizer; 2-7, fluid purification export; 2-8, rotating shaft; 2-9, scavenging solution baffle plate; 2-10, the first scavenging solution outlet; 2-11, the second scavenging solution outlet; 3, sterilizing unit; 3-1, observation window; 3-2, scavenging solution accumulator tank; 3-3, ultraviolet germicidal lamp; 3-4, bactericidal lamp protective sleeve; 3-5, control box connecting line; 3-6, bactericidal lamp installing port; 3-7, the first import; 3-8, the second import; 3-9, the first material liquid outlet; 3-10, the second material liquid outlet.
Detailed description of the invention
Contrast accompanying drawing below, by the description to embodiment, to detailed description of the invention of the present utility model, effect and operation principle etc. as the mutual alignment between the shape of involved each component, structure, each several part and annexation, each several part are described in further detail.
As shown in Figure 1, the utility model provides a kind of rotating filter decarbonization device with sterilizing function, comprise tank structure frame 1, dry decarbonization device 2 and sterilizing unit 3, drying decarbonization device 2 and sterilizing unit 3 are arranged in tank structure frame 1, dry decarbonization device 2 lower end to be connected with sterilizing unit 3, tank structure frame 1 comprises tank body shell 1-1, charging aperture 1-2, charging aperture control valve 1-3, sterilizing unit control box 1-4, surveillance mirror 1-5, first discharge port 1-6, first discharge port control valve 1-7, second floss hole 1-8 and the second floss hole control valve 1-9, charging aperture 1-2 is arranged on tank body shell 1-1 top, charging aperture control valve 1-3 is connected with tank body shell 1-1 by charging aperture 1-2, sterilizing unit control box 1-4 is arranged on the sidewall of tank body shell 1-1 side, surveillance mirror 1-5 is arranged on the sidewall of tank body shell 1-1 opposite side, first discharge port control valve 1-7 is connected with side bottom tank body shell 1-1 by first discharge port 1-6, second floss hole control valve 1-9 is connected with opposite side bottom tank body shell 1-1 by the second floss hole 1-8, tank structure frame 1 is connected with drying decarbonization device 2 by charging aperture 1-2, dry decarbonization device 2 and comprise raw material cabin 2-1, raw material slide plate 2-2, decarburization charging aperture 2-3, rotate decarbonizing tank 2-4, de-carbon steel mesh 2-5, solid decarbonizer 2-6, fluid purification outlet 2-7, rotating shaft 2-8, scavenging solution baffle plate 2-9, first scavenging solution outlet 2-10 and the second scavenging solution outlet 2-11, it is inner that raw material slide plate 2-2 is fixed on tank body shell 1-1, cavity between raw material slide plate 2-2 and charging aperture 1-2 is raw material cabin 2-1, decarburization charging aperture 2-3 is had in the middle of raw material slide plate 2-2, decarburization charging aperture 2-3 stretches into and rotates in decarbonizing tank 2-4, rotate on decarbonizing tank 2-4 outer wall and have multiple fluid purification outlet 2-7, rotate decarbonizing tank 2-4 inwall and be provided with solid decarbonizer 2-6, solid decarbonizer 2-6 inwall is provided with de-carbon steel mesh 2-5, rotate decarbonizing tank 2-4 to be connected with scavenging solution baffle plate 2-9 by rotating shaft 2-8, scavenging solution baffle plate 2-9 both sides are respectively arranged with the first scavenging solution outlet 2-10 and the second scavenging solution outlet 2-11, dry decarbonization device 2 to be connected with sterilizing unit 3 with the second scavenging solution outlet 2-11 by the first scavenging solution outlet 2-10, sterilizing unit 3 comprises observation window 3-1, scavenging solution accumulator tank 3-2, ultraviolet germicidal lamp 3-3, bactericidal lamp protective sleeve 3-4, control box connecting line 3-5, bactericidal lamp installing port 3-6, first import 3-7, second import 3-8, first material liquid outlet 3-9 and the second material liquid outlet 3-10, scavenging solution accumulator tank 3-2 is connected with the surveillance mirror 1-5 of tank body shell 1-1 by observation window 3-1, bactericidal lamp installing port 3-6 is arranged on the both sides of scavenging solution accumulator tank 3-2, bactericidal lamp installing port 3-6 is connected with sterilizing unit control box 1-4 by control box connecting line 3-5, scavenging solution accumulator tank 3-2 upper end is provided with the first import 3-7 and the second import 3-8, ultraviolet germicidal lamp 3-3 is fixed in scavenging solution accumulator tank 3-2 by bactericidal lamp installing port 3-6, ultraviolet germicidal lamp 3-3 outer surface wraps up one deck bactericidal lamp protective sleeve 3-4, scavenging solution accumulator tank 3-2 lower end is provided with the first material liquid outlet 3-9 and the second material liquid outlet 3-10, first material liquid outlet 3-9 is connected with first discharge port 1-6, second material liquid outlet 3-10 is connected with the second floss hole 1-8.Raw material slide plate 2-2 and scavenging solution baffle plate 2-9 is all obliquely installed, so that the eliminating of liquid.Bactericidal lamp protective sleeve 3-4 is quartziferous protective sleeve.
The course of work of this example: raw material enters in raw material cabin 2-1 by charging aperture 1-2, entered into by decarburization charging aperture 2-3 under the effect of raw material slide plate 2-2 and rotate decarbonizing tank 2-4, under the active force rotating decarbonizing tank 2-4 rotation, liquid is got rid of along the direction rotating tangential force from fluid purification outlet 2-7 through de-carbon steel mesh 2-5 and solid decarbonizer 2-6, then the first scavenging solution outlet 2-10 and the second scavenging solution outlet 2-11 is flowed to along scavenging solution baffle plate 2-9, scavenging solution enters in scavenging solution accumulator tank 3-2 by the first import 3-7 and the second import 3-8, under the effect of ultraviolet germicidal lamp 3-3, sterilization is carried out to liquid, after get rid of tank body shell 1-1 through the first material liquid outlet 3-9 and the second material liquid outlet 3-10.
Above embodiment of the present utility model has been described in detail, but described content being only preferred embodiment of the present utility model, can not being considered to for limiting practical range of the present utility model.All equalizations done according to the utility model application range change and improve, and all should still belong within patent covering scope of the present utility model.
Claims (3)
1. one kind has the rotating filter decarbonization device of sterilizing function, comprise tank structure frame, dry decarbonization device and sterilizing unit, it is characterized in that: described drying decarbonization device and described sterilizing unit are arranged in described tank structure frame, described drying decarbonization device lower end is connected with described sterilizing unit, described tank structure frame comprises tank body shell, charging aperture, charging aperture control valve, sterilizing unit control box, surveillance mirror, first discharge port, first discharge port control valve, second floss hole and the second floss hole control valve, described charging aperture is arranged on described tank body housing top end, described charging aperture control valve is connected with described tank body shell by described charging aperture, described sterilizing unit control box is arranged on the sidewall of described tank body shell side, described surveillance mirror is arranged on the sidewall of described tank body shell opposite side, described first discharge port control valve is connected with described tank body outer casing bottom side by described first discharge port, described second floss hole control valve is connected with described tank body outer casing bottom opposite side by described second floss hole, described tank structure frame is connected with described drying decarbonization device by described charging aperture, described drying decarbonization device comprises raw material cabin, raw material slide plate, rotate decarbonizing tank, de-carbon steel mesh, solid decarbonizer, rotating shaft, scavenging solution baffle plate, first scavenging solution outlet and the outlet of the second scavenging solution, described raw material slide plate is fixed on described tank body enclosure, cavity between described raw material slide plate and described charging aperture is described raw material cabin, decarburization charging aperture is had in the middle of described raw material slide plate, described decarburization charging aperture stretches in described rotation decarbonizing tank, described rotation decarbonizing tank outer wall has the outlet of multiple fluid purification, described rotation decarbonizing tank inwall is provided with described solid decarbonizer, described solid decarbonizer inwall is provided with described de-carbon steel mesh, described rotation decarbonizing tank is connected with described scavenging solution baffle plate by described rotating shaft, described first scavenging solution outlet and described second scavenging solution outlet are separately positioned on described scavenging solution baffle plate both sides, described drying decarbonization device is connected with described sterilizing unit with described second scavenging solution outlet by described first scavenging solution outlet, described sterilizing unit comprises observation window, scavenging solution accumulator tank, ultraviolet germicidal lamp, bactericidal lamp protective sleeve, control box connecting line, bactericidal lamp installing port, first import, second import, first material liquid outlet and the second material liquid outlet, described scavenging solution accumulator tank is connected with the described surveillance mirror on described tank body shell by described observation window, described bactericidal lamp installing port is arranged on the both sides of described scavenging solution accumulator tank, described bactericidal lamp installing port is connected with described sterilizing unit control box by described control box connecting line, described first import and described second import are all arranged on described scavenging solution accumulator tank upper end, described ultraviolet germicidal lamp is fixed in described scavenging solution accumulator tank by described bactericidal lamp installing port, described ultraviolet germicidal lamp outer surface wraps up bactericidal lamp protective sleeve described in one deck, described first material liquid outlet and described second material liquid outlet are all arranged on described scavenging solution accumulator tank lower end, described first material liquid outlet is connected with described first discharge port, described second material liquid outlet is connected with described second floss hole.
2. a kind of rotating filter decarbonization device with sterilizing function according to claim 1, is characterized in that: described raw material slide plate and described scavenging solution baffle plate are all obliquely installed.
3. a kind of rotating filter decarbonization device with sterilizing function according to claim 1, is characterized in that: described bactericidal lamp protective sleeve is quartziferous protective sleeve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420728146.3U CN204293979U (en) | 2014-11-28 | 2014-11-28 | A kind of rotating filter decarbonization device with sterilizing function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420728146.3U CN204293979U (en) | 2014-11-28 | 2014-11-28 | A kind of rotating filter decarbonization device with sterilizing function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204293979U true CN204293979U (en) | 2015-04-29 |
Family
ID=53099564
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420728146.3U Expired - Fee Related CN204293979U (en) | 2014-11-28 | 2014-11-28 | A kind of rotating filter decarbonization device with sterilizing function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204293979U (en) |
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2014
- 2014-11-28 CN CN201420728146.3U patent/CN204293979U/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: 20150429 Termination date: 20151128 |