CN103086468B - Clean-free overflowing type ultraviolet water treatment device - Google Patents

Clean-free overflowing type ultraviolet water treatment device Download PDF

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Publication number
CN103086468B
CN103086468B CN 201310051296 CN201310051296A CN103086468B CN 103086468 B CN103086468 B CN 103086468B CN 201310051296 CN201310051296 CN 201310051296 CN 201310051296 A CN201310051296 A CN 201310051296A CN 103086468 B CN103086468 B CN 103086468B
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water
housing
diversion channel
inlet
trench
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CN 201310051296
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Chinese (zh)
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CN103086468A (en )
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刘建平
汪可涛
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科斯特(厦门)节水设备有限公司
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Abstract

本发明涉及一种利用水压将处理器内腔存有的空气压缩至水面上方,将水与紫外线石英灯管隔离的免清洗过流式紫外线水处理器。 The present invention relates to a pressure lumen there processor air compressed to above the water surface, the washing water-free quartz bulb ultraviolet isolated water over-flow UV processor. 在密闭的卧式容器的壳体顶部设有紫外线石英灯管,壳体中上部设有沟槽式导流渠,沟槽式导流渠设有缓流布水槽和进水口,壳体底部有向下的出水口和支架,壳体除进出水口外,是一个密闭不漏气的容器。 At the top of the housing is provided with a closed horizontal vessel of quartz UV lamp, the housing is provided with an upper trench diversion channel, trench diversion channel is provided with a slow stream to the fabric and the inlet tank, the bottom of the housing and a nozzle holder, in addition to the inlet and outlet outside the housing, is a closed airtight container under the. 进入处理器的水经过缓流布水槽顺沟槽式导流渠流过,流过的水经紫外线照射杀菌消毒流入底部出水口流出,全过程紫外线石英灯管在气体气压保护下未能与水接触,没有接触就没有污染,紫外线石英灯管可始终保持清洁、免清洗。 Entering the slow flow of water through the processor cloth sink cis trench diversion channel flows, flowing water disinfection by ultraviolet radiation outlet flows into the bottom, the whole process could not UV quartz bulb contact with water in a gas pressure protection no contact with no pollution, UV quartz tube can always be kept clean, no-clean.

Description

免清洗过流式紫外线水处理器 Free cleaned water flow UV processor

技术领域 FIELD

[0001] 本发明涉及紫外线水处理技术,特别是过流式紫外线水处理器中的紫外线石英灯管的免清洗技术。 [0001] The present invention relates to an ultraviolet water treatment technology, in particular over-flow UV ultraviolet water processor quartz bulb of no-clean technique.

背景技术 Background technique

[0002] 紫外线杀菌消毒已被广泛应用于水的处理。 [0002] UV disinfection has been widely used in water treatment. 紫外线杀菌灯的方法,有直接把灯放入水中,称为“浸没式”,紫外线灯放入套管里浸没在水中使用,称为“过流式”。 A method UV germicidal lamp, the lamp directly into the water, known as "immersion" UV lamp into the sleeve in use submerged in water, known as "over-flow." 目前水处理以“过流式”为主。 Currently water to "over-flow" based. “过流式”主要是水的流动并带有压力,流速快,杀菌时间一般可控,水处理效率高、效果好。 "Over-flow" is mainly water and with a pressure flow, flow speed, sterilization time is generally a controllable, high treatment efficiency, good effect. 存在的问题主要每过一段时间必须即时清洗紫外线石英灯管的外壁,在实际应用过程中由于水质较差、悬浮物多、细菌含量大等因素,很容易在紫外线灯的石英灯管壁上吸附有生物粘泥、有机物、细小颗粒等杂质,特别是在污水处理过程中更为突出,导致紫外线辐射能量降低, 紫外线的穿透力减弱,仅能杀灭直接照射到的微生物、细菌,严重影响了杀菌效果。 The main problems have to be cleaned every once in a while the outer wall of the instant UV quartz lamp, due to poor water quality, suspended solids, large bacterial content and other factors, it is easily absorbed in the quartz bulb wall of the UV light in the practical application process biological slime, organic, fine particles and other impurities, especially in the more prominent the sewage treatment process, resulting in reduced energy UV radiation, the penetration of ultraviolet rays is weakened, can only be directly irradiated to kill microorganisms, bacteria, a serious impact a bactericidal effect. 为了保证紫外线杀菌的高效,保持紫外线石英灯管壁的清洁是一项重要的技术指标。 In order to ensure the efficient ultraviolet disinfection, ultraviolet quartz lamps keep the wall clean is an important technical indicators.

[0003]目前能见到的保持紫外线石英灯管清洁的方法有超声波去除、化学清洁还有是用机械擦洗等方法,它们都必须在后期靠人工或机械清洁,十分不方便,影响了正常出水。 [0003] ultraviolet quartz lamps to maintain the current cleaning methods can see the ultrasonic removal, chemical cleaning there is a mechanical scrubbing methods, they must rely on manual or mechanical cleaning, very inconvenient in the late, affecting the normal water .

[0004] 发明专利内容 [0004] Disclosure of Invention Patent

[0005]为克服过流式紫外线石英灯管外壁在水中被微生物等杂质的粘附与结垢影响对水处理杀菌的效果,始终保持清洁是唯一要求。 [0005] To overcome the over-flow UV quartz bulb outer wall is adhered to the influence of impurities such as microorganisms fouling effect sterilization of water, clean water is always maintained at only requirement.

[0006] 本发明是通过如下技术方案实现的: [0006] The present invention is achieved by the following technical solutions:

[0007] 利用水压将处理器内腔存有的空气压缩至水面上方,将水与紫外线石英灯管隔离,使水始终都无法接触到紫外线石英灯管壁也就不可能污染和粘附杂质在其外壁上,同时保持过流式水处理器功能和效能。 [0007] The water pressure lumen there processor compressed air above the water surface to the water and ultraviolet quartz lamp isolation, so that water can always be in contact with the wall, it is impossible ultraviolet quartz lamp impurity contamination and adhesion on its outer wall, while maintaining the flow of water through the processor functionality and performance. 全过程的紫外线石英灯管在气体气压保护下未能与水接触,没有接触就没有污染,紫外线石英灯管可始终保持清洁、免清洗。 UV quartz lamp fails the whole process of contacting under gas pressure and water protection, no contact would be no pollution, UV quartz tube can always be kept clean, no-clean.

[0008] 所述的一种利用压缩空气将水与紫外线石英灯管隔离的水处理器,包括:可受压的密闭卧式容器的壳体,壳体内腔顶部设有紫外线杀菌灯,壳体内腔中上部设有一沟槽式导流渠,将内腔分隔为上下腔,沟槽式导流渠一端与壳体一端连接,此端沟槽式导流渠上面有缓流布水槽,进水口接有进水管;沟槽式导流渠另一端与壳体内腔壁有一空隙,壳体进水口一端的底部有向下的出水口和支架,支架确保壳体不能翻转,壳体除了进水口、出水口外不得有漏气点,进水口、出水口串联在水路中,起到杀菌消毒的作用。 [0008] one of the water using compressed air with ultraviolet quartz bulb isolated water processor, comprising: a horizontal hermetic housing may be pressurized container, the top of the housing interior is provided with an ultraviolet germicidal lamp, the inner housing the upper chamber is provided with a trench diversion channel, the lumen divided into upper and lower chambers, the trench diversion channel is connected at one end to one end of the housing, with a flow end of this cloth sink trench above the diversion channel, then inlet intake pipe; the other end of the diversion channel trench inner lumen wall has a housing gap, the downward outlet and inlet end bracket housing bottom, the housing can ensure the flip stand, in addition to the housing inlet, outside the outlet may not have the leakage point, inlet, outlet series waterway, play the role of disinfection.

[0009] 当水从进水口流入缓流布水槽,流入沟槽式导流渠,在水的压力下,水顺势从沟槽式导流渠上面流向另一端,落入空隙下的壳体下腔;此时,流过的水均得到紫外线的照射而杀菌,水流从下腔的出水口流出。 [0009] When the water flows from the inlet tank cloth slow flow, flows into the diversion channel trench, under water pressure, the water flows from the other end to take advantage of the diversion channel trench above, fall under the lower void chamber housing ; at this time, the water flows are obtained when irradiated by ultraviolet disinfection, the water flows out from the outlet of the lower chamber.

[0010] 为提高紫外线水处理器处理能力高效,对进水的压力可以加大,此时,压力较高的水进入上腔,水量增多,流速加快,流入缓流布水槽,经沟槽式导流渠流入下腔,从出水口流出,由于水量较大,水封闭了出水口,腔内的空气不能排出,随着进水口带有压力的水不断进入腔内,水未能及时排出,腔内的水压随之升高,消毒过的水积存在下腔,将下腔的空气赶入上腔,腔内压力不断升高,空气也随之被压缩到上腔的上端,直至气压与水压平衡,压缩气体抵挡腔内的水不能继续上升浸没紫外线石英灯管,从而保护石英灯管不与水接触,由于有了沟槽式导流渠的作用,进入腔内的水必须经过上腔经过紫外线照射,再流入下腔流出,而在沟槽式导流渠的作用下,水流过的厚度确保不会超过紫外线射线所能穿透的厚度,达到有效杀菌的目的。 [0010] To improve the ability to efficiently ultraviolet water processor, can increase the pressure of the water, this time, the high pressure water into the chamber, increase the amount of water, flow speed, flow distribution tank flows slowly by conduction trench Drainage stream flows into the lower chamber, flows out from the outlet due to the large amount of water, the water outlet is closed, the air chamber can not be discharged, with the water inlet into the cavity with the constant pressure, the water could not be discharged, the chamber the consequent pressure increase, sterile water reservoir lower chamber, the lower chamber of the air driven into the chamber, rising pressure in the chamber, the air will be compressed into the upper end of the chamber, until the pressure and equilibrium pressure, the compressed gas chamber can not withstand water immersion UV quartz lamp continues to rise, thereby protecting the quartz tube is not in contact with the water, thanks to the action of the diversion channel of the trench, the water entering the cavity must pass through the after UV irradiation chamber, and then flows into the outflow chamber, in trench under the action of the diversion channel, to ensure that the thickness of the water flows over the ultraviolet rays can not penetrate the thickness, effective sterilization purposes.

附图说明 BRIEF DESCRIPTION

[0011] 图1是本发明的结构剖视图。 [0011] FIG. 1 is a cross-sectional view of the structure of the present invention.

[0012] 图2、图3是本发明的工作状态图。 [0012] FIG. 2, FIG. 3 is a state diagram of the present invention.

[0013] 图号说明: [0013] FIG number Definitions:

[0014] I壳体2紫外线石英灯管3电极导线4灯座5沟槽式导流渠6缓流布水槽7封冒8进水口9出水口10支架 [0014] 2 I UV quartz bulb socket housing 3 electrode lead 4 5 6 trench slow flow diversion channel cloth take sink 7 8 9 inlet 10 outlet holder

具体实施方式: detailed description:

[0015] 现结合附图说明和具体实施方式对本发明进一步说明。 [0015] The present invention will now be further described in conjunction with the accompanying drawings and specific embodiments described.

[0016] 如图1所示,在可受压的密闭卧式容器的壳体(1)的顶部设有紫外线石英灯管(2),根据需要可增加紫外线石英灯管(2),电极导线(3)引出壳体(1)外,紫外线石英灯管 [0016] 1, is provided with an ultraviolet quartz bulb (2), if necessary increased UV quartz bulb (2), the electrode lead at the top of the housing (1) can be pressed closed horizontal vessel (3) lead-out housing (1), the quartz bulb UV

(2)的灯座(4)与壳体(1)是密闭状态;壳体(1)中上部设有沟槽式导流渠(5),与紫外线石英灯管(2)相对平行,将容器分为上下两腔,沟槽式导流渠(5)的一端设有缓流布水槽(6)与壳体(1) 一端封冒(7)相连,封冒(7)上有一进水口(8),沟槽式导流渠(5)的另一端与壳体⑴的另一端封冒⑵有间隙。 (2) a socket (4) and the housing (1) is a closed state; a housing (1) provided with a groove in the upper portion of the diversion channel of formula (5), ultraviolet quartz bulb (2) relatively parallel, the the container is divided into two chambers, one end of the diversion channel trench (5) is provided with a slow flow distribution tank (6) and the housing (1) end-capped at risk (7) to take the seal (7) has an inlet ( 8), the diversion channel trench (5) and the other end of the other end of the casing to take ⑴ ⑵ seal gap. 壳体⑴的底部设有向下的出水口(9)和支架(10),壳体⑴除进水口(8)、出水口(9)外,是一个密闭不漏气的容器,进水口(8)、出水口(9)串联在水路中,起到杀菌消毒的作用。 ⑴ housing bottom is provided with a downward outlet (9) and the bracket (10), in addition to housing inlet ⑴ inlet (8), the outlet (9), is a sealed airtight container, ( 8), the outlet (9) connected in series in water, acts as sterilization.

[0017] 图2、图3是本发明的工作状态图。 [0017] FIG. 2, FIG. 3 is a state diagram of the present invention. 如图2所示,在水压和流量较低的情况下,水从进水口(8)流入缓流布水槽(6),流入沟槽式导流渠(5),在水的压力下,水顺势从沟槽式导流渠(5)上面流向另一端,落入空隙下的壳体(1)下腔;此时,流过的水均得到紫外线的照射而杀菌,水流从下腔的出水口(9)流出。 As shown, at lower water pressure and flow conditions, water from the inlet (8) into the water tub 2 slow flow cloth (6), flows into the diversion channel trench (5), under a pressure of water, which homeopathic (5) above the trench diversion channel flows from the other end of the housing (1) in the lower chamber falls void; at this time, the water flows are obtained when irradiated by ultraviolet disinfection, the water from the lower chamber outlet (9) outflow.

[0018] 如图3所示,为提高紫外线水处理器处理能力高效,对进水的压力可以加大,此时,压力较高的水进入上腔,水量增多,流速加快,流入缓流布水槽(6),经沟槽式导流渠 [0018] 3, to improve the efficiency of water ultraviolet processor power, may increase the pressure of the water, this time, the high pressure water into the chamber, increase the amount of water, flow speed, flow distribution tank flows slowly (6), via the diversion channel trench

(5)流入下腔,从出水口(9)流出,由于水量较大,水封闭了出水口(9),腔内的空气不能排出,随着进水口(8)带有压力的水不断进入腔内,水未能及时排出,腔内的水压随之升高,消毒过的水积存在下腔,将下腔的空气赶入上腔,腔内压力不断升高,空气也随之被压缩到上腔的上端,直至气压与水压平衡,压缩气体抵挡腔内的水不能继续上升浸没紫外线石英灯管(2),从而保护紫外线石英灯管(2)不与水接触,由于有了沟槽式导流渠(5)的作用,进入腔内的水必须经过上腔经过紫外线照射,再流入下腔流出,而在沟槽式导流渠(5)的作用下,水流过的厚度确保不会超过紫外线射线所能穿透的厚度,达到有效杀菌的目的。 (5) flows into the lower chamber, from the outlet (9) flows, due to the large amount of water, the water outlet closure (9), the air chamber can not be discharged, with the water inlet (8) with a pressure into the constantly cavity, the water could not be discharged, the chamber pressure will be increased, sterilized water reservoir lower chamber, the lower chamber of the air driven into the chamber, rising pressure in the chamber, air also will be to the upper end of the compression chamber until the pressure balance with the water pressure, the compressed gas chamber can not withstand water immersion UV quartz bulb continue to rise (2), thereby protecting the quartz ultraviolet lamp (2) is not in contact with the water, thanks to effect of the diversion channel trench (5), into the cavity of the water must be ultraviolet irradiation, and then flows into the lower chamber flows through the chamber, under the effect of the diversion channel trench (5), the water flows thickness ensure that ultraviolet rays can not exceed object penetration thickness, to achieve effective sterilization. 即使在出水口(9)关闭的情况下也能保持紫外线石英灯管(2)不会与水接触。 Even in the case where the outlet (9) can be kept closed UV quartz bulb (2) does not contact with water.

Claims (2)

  1. 1.一种免清洗过流式紫外线水处理器,它由可受压的密闭卧式容器的壳体、紫外线石英灯管、沟槽式导流渠、缓流布水槽、进水口、出水口、支架组成,所述的紫外线石英灯管固定在壳体的顶部,沟槽式导流渠固定在壳体内腔的中上部与紫外线石英灯管相对平行,将壳体内腔分隔为上、下腔,沟槽式导流渠的一端设有缓流布水槽与壳体一端封帽相连,封帽上有一进水口,进水口接有进水管;沟槽式导流渠的另一端与壳体的另一端封帽有间隙,壳体进水口一端的底部有向下的出水口和支架,壳体除了进水口、出水口外不得有漏气点。 A no-clean water over-flow UV processor, which can be pressed by the housing closed horizontal vessel, ultraviolet quartz lamps, the trench diversion channel, slow flow distribution tank, inlet, outlet, frame composition, the ultraviolet quartz lamp fixed to the top of the housing, fixed relative to the diversion channel trench parallel to the upper ultraviolet quartz bulb housing interior, the housing interior partitioned into upper and lower chambers, One end of the diversion channel is provided with a grooved end caps cloth slow flow tank connected to the housing, a water inlet on the sealing cap, a water inlet pipe connected with the water inlet; the other at the other end of the housing of the diversion channel trench gap sealing cap, with a downward outlet and the housing inlet end of the bracket bottom, in addition to the housing inlet, the water may not have extraoral leak points.
  2. 2.根据权利要求1所述的免清洗过流式紫外线水处理器,根据需要可增加紫外线石英灯管。 Free cleaning according to claim 1 of water over-flow UV processor, ultraviolet quartz lamps can be increased as needed.
CN 201310051296 2013-01-09 2013-01-09 Clean-free overflowing type ultraviolet water treatment device CN103086468B (en)

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5433866A (en) 1992-06-15 1995-07-18 Hoppe; Jeffrey E. System and method for treating water
US6099799A (en) 1997-03-14 2000-08-08 Pura, Inc. Apparatus for ultraviolet disinfection of water
CN201056506Y (en) 2007-04-29 2008-05-07 苏州滨特尔水处理有限公司 Enhanced ultraviolet disinfection water processing device
CN201220921Y (en) 2008-04-23 2009-04-15 杭州天创净水设备有限公司 Overflowing type ultraviolet tube
RU2450978C2 (en) 2010-08-02 2012-05-20 Государственное Унитарное Предприятие "Водоканал Санкт-Петербурга" Apparatus for treating liquids with uv radiation
CN203222500U (en) 2013-01-09 2013-10-02 科斯特(厦门)节水设备有限公司 Cleaning-free overflow type ultraviolet water treatment device

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5433866A (en) 1992-06-15 1995-07-18 Hoppe; Jeffrey E. System and method for treating water
US6099799A (en) 1997-03-14 2000-08-08 Pura, Inc. Apparatus for ultraviolet disinfection of water
CN201056506Y (en) 2007-04-29 2008-05-07 苏州滨特尔水处理有限公司 Enhanced ultraviolet disinfection water processing device
CN201220921Y (en) 2008-04-23 2009-04-15 杭州天创净水设备有限公司 Overflowing type ultraviolet tube
RU2450978C2 (en) 2010-08-02 2012-05-20 Государственное Унитарное Предприятие "Водоканал Санкт-Петербурга" Apparatus for treating liquids with uv radiation
CN203222500U (en) 2013-01-09 2013-10-02 科斯特(厦门)节水设备有限公司 Cleaning-free overflow type ultraviolet water treatment device

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