CN204125213U - A kind of sour water treatment unit - Google Patents
A kind of sour water treatment unit Download PDFInfo
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- CN204125213U CN204125213U CN201420380280.9U CN201420380280U CN204125213U CN 204125213 U CN204125213 U CN 204125213U CN 201420380280 U CN201420380280 U CN 201420380280U CN 204125213 U CN204125213 U CN 204125213U
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Abstract
The utility model discloses a kind of sour water treatment unit, comprise processing vessel, above-mentioned processing vessel is non iron container, the medial surface of above-mentioned processing vessel is arc, above-mentioned processing vessel is provided with the export structure exported for the water in processing vessel, and the upper end of above-mentioned processing vessel has the water inlet pipe flow to for extraneous water in processing vessel; Above-mentioned sour water treatment unit also includes and makes the water of ejection be horn-like water outlet on the circumferential medial surface of processing vessel upper end, and the thickness of the water body sprayed is the nozzle mechanism of 0.1 ~ 0.5mm, in the upper end that above-mentioned injection equipment is arranged on above-mentioned processing vessel or on the water outlet end of above-mentioned water inlet pipe, and the internal diameter that the upper end of above-mentioned processing vessel corresponds to above-mentioned injection equipment spray regime place is 16 ~ 30mm.Compared with prior art, a whole treating processes is without the need to using any chemistry agent, and the mineral substance of water body can not be destroyed or remove, and have simple structure, cost is low, advantage easy to use.
Description
Technical field
The utility model relates to a kind for the treatment of device for water, particularly a kind for the treatment of unit for sour water process.
Background technology
Along with the raising day by day of people's living standard, the need awareness of function water is also strengthened gradually, particularly can relieve the effect of alcohol, fat-reducing, the effects such as treatment diabetes, hyperlipidemia, hypertension, regulate the demand of the alkalescent water of human acid-base balance to strengthen gradually; And the ph value of existing tap water and mineral water is all between 6.0 ~ 6.6, in acid, (ph value is in 7.0 ~ 8.0 cannot to reach best drinking-water ph value; Thus, existing occur various dissimilar on the market, sour water has been carried out to the water treatment device of basic treatment.But no matter which kind of sour water treatment unit is all common also exists complex structure, some mineral substance of water body can be removed in treating processes, the defect that cost is high.
In view of this, the above-mentioned defect of the present inventor to existing sour water treatment unit conducts in-depth research, and this case produces thus.
Utility model content
The purpose of this utility model is to provide a kind of sour water treatment unit, and sour water can be processed into drinkable alkaline water by it, and has simple structure, and cost is low, can not destroy and remove the advantage of the original mineral substance of water body.
The technical solution of the utility model is such: a kind of sour water treatment unit, comprise processing vessel, above-mentioned processing vessel is non iron container, the medial surface of above-mentioned processing vessel is arc, above-mentioned processing vessel is provided with the export structure exported for the water in processing vessel, and the upper end of above-mentioned processing vessel has the water inlet pipe flow to for extraneous water in processing vessel; Above-mentioned sour water treatment unit also includes and makes the water of ejection be horn-like water outlet on the circumferential medial surface of processing vessel upper end, and the thickness of the water body sprayed is the nozzle mechanism of 0.1 ~ 0.5mm, in the upper end that above-mentioned injection equipment is arranged on above-mentioned processing vessel or on the water outlet end of above-mentioned water inlet pipe, and the internal diameter that the upper end of above-mentioned processing vessel corresponds to nozzle mechanism spray regime place is 16 ~ 30mm.
Above-mentioned processing vessel is upper and lower two ends is ringent cylindrical structure, the end, upper end of above-mentioned processing vessel is the horn-like structure of from top to bottom flaring, the lower end of above-mentioned processing vessel is the horn-like structure of from top to bottom convergent, the lower end port of above-mentioned processing vessel is above-mentioned export structure, the port, upper end of above-mentioned processing vessel is one-body molded has its upper end to be in above processing vessel, lower end extends to the hollow cylinder in the end, upper end of above-mentioned processing vessel, above-mentioned water inlet pipe is set in the end, upper end of above-mentioned hollow cylinder, said nozzle mechanism is installed in the lower end of above-mentioned hollow cylinder.
Said nozzle mechanism comprises rotating shaft, cross water sheet and rotating disk, above-mentioned water sheet permanent sleeve of crossing is loaded in above-mentioned hollow cylinder, above-mentioned mistake on water sheet offers several limbers, each above-mentioned limbers along the above-mentioned circumferential direction spacing ring crossing water sheet around distribution, above-mentioned rotating shaft is erected in above-mentioned hollow cylinder, and the end, upper end of above-mentioned rotating shaft is installed in rotation on above-mentioned water sheet excessively, the lower end of above-mentioned rotating shaft is stretched out in the end, upper end of the outer extremely above-mentioned processing vessel of lower end of above-mentioned hollow cylinder, above-mentioned rotating disk is fixed in outside the lower end of above-mentioned rotating shaft, and the centre place of the upper surface of above-mentioned rotating disk is convexly equipped with the water guide post of from top to bottom flaring, the outer side of above-mentioned water guide post is arc, and the top of above-mentioned water guide post is in above-mentioned hollow cylinder, the lower end of above-mentioned water guide post is in outside above-mentioned hollow cylinder, there is between the outer side of above-mentioned water guide post and the lower end surface of above-mentioned hollow cylinder the water outlet spacing of 0.1cm ~ 0.5cm, the position be positioned at outside above-mentioned rotating disk outside above-mentioned water guide post is provided with some arc shaped blades, each above-mentioned arc shaped blade is uniformly and equidistantly in the shape of a spiral around being distributed on the upper surface of above-mentioned rotating disk, and the inner of above-mentioned arc shaped blade is connected with the lower end of above-mentioned water guide post, the end, outer end of above-mentioned arc shaped blade is in the outer of above-mentioned rotating disk.
Above-mentioned rotating shaft is installed in rotation on the above-mentioned centre place crossing water sheet by being set in the above-mentioned bearing crossed in water sheet, and each above-mentioned water hole is in outside above-mentioned rotating shaft.
Above-mentioned processing vessel be upper end opening-like hold kettle, above-mentioned side of holding the upper end port of kettle is outward extended with a water-pouring nozzle, above-mentioned water-pouring nozzle and the above-mentioned upper end port holding kettle form above-mentioned export structure, above-mentioned water inlet pipe is in and above-mentionedly holds kettle, and the water side of above-mentioned water inlet pipe is in and holds in the upper end port of kettle, said nozzle mechanism is installed on outside the water side of above-mentioned water inlet pipe.
Said nozzle mechanism comprises connection tube head, seal cage and outer sleeve, above-mentioned connection tube head is erect and is arranged, and the end, water side of above-mentioned water inlet pipe is locked in the end, upper end of above-mentioned connection tube head, the lower end surface of above-mentioned connection tube head is provided with and the hollow undergauge section being connected tube head and being connected to downward-extension, the outer side wall of above-mentioned hollow undergauge section is provided with outside screw, above-mentioned outer sleeve is upper end is opening shape, lower end is the hollow cylinder of closed form, above-mentioned outer sleeve is sheathed on outside above-mentioned undergauge section, the internal thread being provided with and being screwed with above-mentioned outside screw and the upper end inner side-wall of above-mentioned outer sleeve is got on the bus, the lower end surface of above-mentioned outer sleeve offers the circular spout that its aperture is 1-2cm, one-body molded on the lower end surface of above-mentioned undergauge section have the joint pin communicated with undergauge section, the lower end surface of above-mentioned joint pin is closed form, above-mentioned seal cage is locked on outside above-mentioned joint pin, and be sealed and matched with above-mentioned outer sleeve, above-mentioned joint pin is positioned at place below above-mentioned seal cage and is provided with two posticums be oppositely arranged, be locked outside the below that above-mentioned joint pin is positioned at above-mentioned posticum water guiding ring, above-mentioned water guiding ring and above-mentioned outer sleeve wringing fit, the sidewall of above-mentioned water guiding ring offers two to be oppositely arranged, what vergence direction was identical tilts the mouth of a river.
The feed-water end of above-mentioned water inlet pipe is provided with the Miniature water-pumping pump that it has a feed-water end and a water side, water side and the above-mentioned water inlet pipe of above-mentioned Miniature water-pumping pump are connected, and the feed-water end of above-mentioned Miniature water-pumping pump is provided with the movable drinking-water pipe stretched in bottled water.
Above-mentioned Miniature water-pumping pump is installed in a housing, the end, one end that above-mentioned water inlet pipe is connected with above-mentioned Miniature water-pumping pump is stretched in above-mentioned housing, the end, one end that above-mentioned drinking-water pipe matches with bottled water is stretched out outside above-mentioned housing, above-mentioned housing is provided with the trip switch controlling above-mentioned Miniature water-pumping pump and open and close, and above-mentioned housing is provided with the supply lead be electrically connected with civil power for Miniature water-pumping pump.
After adopting such scheme, a kind of sour water treatment unit of the present utility model, all can be injected on the inner side-wall of processing vessel by the water in water inlet pipe or through the sour water that water inlet pipe flow in processing vessel upper end through nozzle mechanism during use, now because nozzle mechanism can make water be horn-like injection, and the thickness sprayed is 0.1 ~ 0.5mm, and the width in the space of universe penetrates material, the i.e. microwave of 4080 megahertzes, the material within 4 millimeters can be injected, like this, its thickness sprayed be the trumpet-shaped water body of 0.1 ~ 0.5mm thickness lead to enough with by rubbing with the microwave of 4080 megahertzes, cutting, accept the radiation of the microwave of 4080 megahertzes, simultaneously, jet thickness because of horn-like water body is 0.1 ~ 0.5mm, the internal diameter that processing vessel upper end corresponds to nozzle mechanism spray regime place is 16 ~ 30mm, can be processed after horn-like water body ejects container inner side stop, and it is dirty along the medial surface straight line of processing vessel, now dirty water body can reach 0.2 ~ 1.5mm at the thickness of processing vessel medial surface, like this, water body can rub with terrestrial magnetic pole on the one hand in the process dirty along processing vessel, cutting, on the other hand also can by the radiation of the microwave of 4080 megahertzes, like this, dirty water can obtain energy transformation and transmission by the microwave of terrestrial magnetic pole and 4080 megahertzes, play physical action, fully magnetized, dirty sour water is made to convert alkalescent water to, water then downstream to processing vessel lower end can be slightly acidic.Compared with prior art, a whole treating processes is without the need to using any chemistry agent, and the mineral substance of water body can not be destroyed or remove, and have simple structure, cost is low, advantage easy to use.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment one;
Fig. 2 is the structural representation of embodiment one turntable;
Fig. 3 is the structural representation of embodiment two;
Fig. 4 is the structural representation of nozzle mechanism in embodiment two;
Fig. 5 is the structural representation of another angle of nozzle mechanism in embodiment two.
Embodiment
A kind of sour water treatment unit of the present utility model, embodiment one, as Fig. 1, shown in 2, comprise processing vessel 1, processing vessel 1 is non iron container, this processing vessel 1 can be Glass Containers, the non iron containers such as plastic containers, this processing vessel 1 is ringent cylindrical structure in upper and lower two ends, the height of processing vessel is 60cm, the end, upper end of processing vessel 1 is the horn-like structure of from top to bottom flaring, the lower end of processing vessel 1 is the horn-like structure of from top to bottom convergent, the port, upper end of processing vessel 1 is one-body molded has its upper end to be in above processing vessel 1, lower end extends to the hollow cylinder 11 in the end, upper end of processing vessel 1, its one end that is locked in the end, upper end of hollow cylinder 11 is in the water inlet pipe (not shown in FIG.) of hollow cylinder 11, the lower end port of processing vessel is extended with body linkage section 12 downwards, the rising pipe (not shown) of protruded tube body linkage section 12 is set with in this body linkage section 12, this body linkage section 12 and rising pipe can form the export structure flowed out for the water in processing vessel 1, be provided with the water in hollow cylinder 11 in the lower end of this hollow cylinder 11 is horn-like water outlet on the circumferential medial surface of processing vessel 1 upper end, and the thickness of the water body sprayed is the nozzle mechanism of 0.1 ~ 0.5mm, the internal diameter that the upper end of processing vessel 1 corresponds to nozzle mechanism spray regime place is 16 ~ 30mm.
This nozzle mechanism comprises rotating shaft 21, cross water sheet 22 and rotating disk 23, crossing water sheet 22 permanent sleeve is loaded in hollow cylinder 11, cross on water sheet 22 and offer several limbers 221, each limbers 221 is along crossing the circumferential direction spacing ring of water sheet 22 around distribution, rotating shaft 21 is erected in hollow cylinder 11, and the end, upper end of rotating shaft 21 was installed in rotation on water sheet 22, the lower end of rotating shaft 21 stretches out the lower end of hollow cylinder 11 outward in the end, upper end of processing vessel 1, rotating disk 23 is fixed in outside the lower end of rotating shaft 21, and the centre place of rotating disk 23 upper surface is convexly equipped with the water guide post 24 of from top to bottom flaring, the outer side of water guide post 24 is arc, namely water guide post 24 is in horn-like structure, and the top of water guide post 24 is in hollow cylinder 11, the lower end of water guide post 24 is in outside hollow cylinder 11, there is between the outer side of water guide post 24 and the lower end surface of hollow cylinder 11 the water outlet spacing 100 of 0.1cm ~ 0.5cm, the position be positioned at outside rotating disk 23 outside water guide post 24 is provided with some arc shaped blades 25, the radian direction of each arc shaped blade 25 is consistent, and uniformly and equidistantly in the shape of a spiral around being distributed on the upper surface of rotating disk 23, and the inner of arc shaped blade 25 is connected with the lower end of water guide post 24, the end, outer end of arc shaped blade 25 is in the outer of rotating disk 23, namely between the end, outer end of arc shaped blade 25 and the outer of rotating disk 23, there is spacing, do not overlap.
A kind of sour water treatment unit of the present utility model, during use, the water outlet of tap water and water inlet pipe are connected, tap water can flow in hollow cylinder 12 through water inlet pipe, tap water in hollow cylinder 12 is by crossing each limbers 221 of water sheet 22 downstream on water guide post 24, utilize the horn-like structure of water guide post 24, water is made to be that horn-like dispersion is dirty and flow in the spacing between two arc shaped blades 25 through water outlet spacing 100, now utilize the spiral of each arc shaped blade 25 and the hydraulic pressure of self can promote rotating disk 23 together to rotate together with rotating shaft 21, the fast rotational of rotating disk 23 enables to flow out when water flow to the outer of rotating disk 23 between two arc shaped blades 25 to make centrifugal motion, thus the ironed water sheet of the centrifugal height of a closed-loop shaped can be formed eject from the current that rotating disk 23 flows out, namely a horn-like structure is formed, the spacing of water outlet simultaneously 100 is 0.1cm ~ 0.5cm, with the spacing between arc shaped blade 25 and rotating disk 23 outer can play the effect of evenly distribute to water, the thickness of the ironed water sheet of the centrifugal height of closed-loop shaped thrown away through rotating disk 23 is enable to reach 0.1cm ~ 0.5cm all the time, the microwave of 4080 megahertzes that the ironed water sheet one side of the centrifugal height of the closed-loop shaped now ejected can be able to be injected in the universe space of the material within 4mm with it because of thinner thickness rubs, cutting, the upper end of processing vessel 1 corresponds to the scope place internal diameter of nozzle mechanism injection direction between 16 ~ 30mm on the other hand, like this, the range that the ironed water sheet of the centrifugal height of closed-loop shaped sprays can be subject to the stop of processing vessel 1 inwall and reflect between 8 ~ 15mm, now because of the curved structure of inwall and gravitational effect of processing vessel 1, the water of reflection can not four to be penetrated, can only be dirty along the inwall of processing vessel, and dirty water body thickness can only reach 0.2 ~ 1.5mm, friction and cutting can be there is in the microwave of 4080 megahertzes then in the space of universe and terrestrial magnetic pole to dirty water body, like this, dirty current can obtain energy transformation and transmission through the microwave of terrestrial magnetic pole and 4080 megahertzes, play physical action, fully magnetized, dirty sour water is enable to convert alkalescent water to, the water that then processing vessel 1 lower end rising pipe flows out is weakly alkaline.Compared with prior art, a whole treating processes, without the need to using any chemistry agent, makes the mineral substance of water body destroy or to remove, has simple structure, cost is low, advantage easy to use, and without the need to using any electric equipment, comparatively energy-conservation, utility value is high, applied range, for the process of water resources brings new page, should be widely promoted; Meanwhile, the upper end of processing vessel 1 is arranged to horn-like structure and can be prevented the water sprayed from water outlet spacing 100 from being disperseed and rebounding, and ensures that the current spraying to processing vessel 1 inwall go downstream all the time; Separately, processing vessel 1 lower end arrange accordingly become horn-like structure can to flow out current gather, make outflow go out stream larger.
The utility model is in experimentation, learn after tested, when the thickness of the water body of injection equipment injection is 0.2mm, the scope place internal diameter that the upper end of processing vessel 1 corresponds to nozzle mechanism injection direction is 16mm, and the range namely spraying water body is that the thickness spraying down-flow water body when water body is incident upon the inwall of processing vessel 1 and reflects dirty under the restriction of 8mm can reach 0.2 ~ 1.5mm; When the thickness of the water body of injection equipment injection is 0.3mm, the scope place internal diameter that the upper end of processing vessel 1 corresponds to nozzle mechanism injection direction is 30mm, and the range namely spraying water body is that the thickness spraying down-flow water body when water body is incident upon the inwall of processing vessel 1 and reflects dirty under the restriction of 15mm can reach 0.2 ~ 0.8mm;
The utility model is measured untreated front tap water and tap water after treatment with ph test pen before the test afterwards respectively, and concrete data see the following form:
| Water quality | Tap water | Process water |
| Ph value | 6.6 | 7.4-7.6 |
As seen from the above table, treatment unit of the present utility model, to the potential of hydrogen greatly improving tap water, can't impact environment, has the marketable value of vast popularization.
In the utility model, the height of processing vessel 1 correspondingly can be changed in use according to the water quality situation of local tap water, as the height of processing vessel 1 is arranged to 1 meter or 2 meters, like this, the increase of processing vessel 1 height can extend the clipping time of the microwave along the dirty current of processing vessel 1 and terrestrial magnetic pole and 4080 megahertzes, thus the alkalescence of the water of rising pipe is uprised, the alkalescence namely processing water is directly proportional to the height of processing vessel 1.
A kind of sour water treatment unit of the present utility model, embodiment two, as in Figure 3-5, the difference part of itself and embodiment one is: this processing vessel be upper end opening-like hold kettle 10, the side of holding the upper end port of kettle 10 is outward extended with a water-pouring nozzle 101, water-pouring nozzle 101 forms export structure with the upper end port holding kettle 10, water inlet pipe 200 is in and holds kettle 10, and the water side of water inlet pipe 200 is in and holds in the upper end port of kettle 10, nozzle mechanism is installed on outside the water side of water inlet pipe 200, this nozzle mechanism comprises and connects tube head 31, seal cage 32 and outer sleeve 33, connect tube head 31 and erect setting, the end, water side of water inlet pipe 200 is locked in the end, upper end of connection tube head 31, the lower end surface connecting tube head 31 is provided with hollow undergauge section 311 to downward-extension, hollow undergauge section 311 be connected tube head 31 and be connected, the outer side wall of hollow undergauge section 311 is provided with outside screw 312, outer sleeve 33 is opening shape in upper end, lower end is the hollow cylinder of closed form, outer sleeve 33 is sheathed on outside undergauge section 311, between the lower end surface of outer sleeve 33 and undergauge section 311, there is spacing, the internal thread 331 being provided with and being screwed with outside screw 312 and the upper end inner side-wall of outer sleeve 33 is got on the bus, the lower end surface of outer sleeve 33 offers the circular spout 332 that its aperture is 1-2cm, one-body molded on the lower end surface of undergauge section 311 have the joint pin 313 communicated with undergauge section 311, joint pin 313 is in hollow cylinder, the lower end surface of joint pin 313 is closed form, seal cage 32 is locked on outside joint pin 313, and be sealed and matched with the inner side-wall of outer sleeve 33, joint pin 313 is positioned at place below seal cage 32 and is provided with two posticums be oppositely arranged 314, the water upwards channelling that can prevent posticum 314 from flowing out by this seal cage 32, joint pin 313 is positioned at place below posticum 314 and has been locked water guiding ring 34, and the inner side-wall of the outer side wall of water guiding ring 34 and outer sleeve 33 closely cooperates, the sidewall of water guiding ring 34 offers two be oppositely arranged tilt the mouth of a river 341, two to tilt the vergence direction at the mouth of a river 341 identical.
The feed-water end of described water inlet pipe 200 is provided with the Miniature water-pumping pump (not shown) that it has a feed-water end and a water side, this water inlet pipe 200 is rigid elbow, water side and the water inlet pipe 200 of this Miniature water-pumping pump are connected, the feed-water end of Miniature water-pumping pump is provided with the movable drinking-water pipe 4 stretched in bottled water 300, this Miniature water-pumping pump is installed in a housing 5, the end, one end that water inlet pipe 200 is connected with Miniature water-pumping pump is stretched in housing 5, the end, one end that drinking-water pipe 4 matches with bottled water 300 is stretched out outside housing 5, the outside surface of housing 5 is provided with the trip switch 6 controlling Miniature water-pumping pump and open and close, housing 5 is provided with the supply lead 7 be electrically connected with civil power for Miniature water-pumping pump, like this, the water in bottled water can be extracted out by Miniature water-pumping pump and deliver in water inlet pipe 200, flowing to the inner side-wall of processing vessel through water inlet pipe 200 inner nozzle mechanism, finally flowing out from the rising pipe of processing vessel lower end and drink.
The sour water treatment unit of the present embodiment, during use, drinking-water pipe 4 is stretched in bottled water 300, and open trip switch 6, water in bottled water 300 is drawn in water inlet pipe 200 through Miniature water-pumping pump, water in water inlet pipe 200 can flow to successively and connect tube head 31, undergauge section 311, in joint pin 313, flowed out by two water outlet 314 side direction of the sidewall of joint pin 313 again, make the current flow direction in T shape, hydraulic pressure now through the water of water outlet 314 outflow can be enhanced, the water that water outlet 314 flows out is reflexed to by outer sleeve 33 on the upper surface of water guiding ring 34, now water is diffused, and then tilt the mouth of a river 341 through whole water bodys of water guiding ring 34 through two and flow out, utilization tilts aspect, the mouth of a river 341 1 and compresses again water body, hydraulic pressure is to be enhanced, the water of outflow can be made dirty along the inner side spiral of outer sleeve 33 on the other hand, the dirty water of spiral is diffused again again, now water body does spiral centrifugal motion, making to flow out water from circular spout 332 is centrifugal high pressure water, namely the horn-like water body in central hollow, and pass through the restriction of circular spout 332 bore of outer sleeve 33, the thickness of the centrifugal high pressure water of outflow is made to be 0.1 ~ 0.5mm.The nozzle mechanism of the present embodiment and the nozzle mechanism of embodiment one are all that the centrifugal high pressure water being 0.1 ~ 0.5mm in order to enable ejection thickness is arranged, and to produce this its thickness be the centrifugal high pressure water of 0.1 ~ 0.5mm is that the thickness of current in order to make processing vessel dirty is in the scope of 0.2mm-1.5mm.
In the present embodiment, the circular spout 332 that can realize regulating outer sleeve 33 and the spacing tilted between the mouth of a river 341 is coordinated by internal and external threads between outer sleeve 33 with undergauge section 311, the adjustment of this spacing can realize the spray angle to the horn-like water body that circular spout 332 sprays, namely the spray angle realizing horn-like water body regulates between 45 ~ 135 degree, this horn-like water body spray angle is less, it accepts, and the swept area of the microwave of 4080 megahertzes is corresponding to diminish, and shorten the dirty water body that the is injected in processing vessel inwall contact flow process area at processing vessel, namely the clipping time between the microwave shortening dirty water body and terrestrial magnetic pole and 4080 megahertzes, like this, the corresponding decline of reduction degree of the Ph value of the water body after process, record through test, when the spray angle of horn-like water body is at 90 degree, after process, the Ph value of water body can reduce by 0.5, when the spray angle of horn-like water body is at 45 degree, after process, the Ph value of water body can only reduce by 0.3.
The utility model is measured untreated front bottled water and bottled water after treatment with ph test pen before the test afterwards respectively, and concrete data see the following form:
| Water quality | Drummed pure water | Drummed pure water after process |
| Ph value | 6.0 | 6.8-7.4 |
As seen from the above table, sour water treatment unit of the present utility model can extensively should on bottled water, and it can improve the potential of hydrogen of bottled water greatly, and with the best drinking water quality be up to state standards, can be used as automatic drinking water apparatus and use, function is more diversified.
Above-described embodiment and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field, to its suitable change done or modification, all should be considered as not departing from patent category of the present utility model.
Claims (8)
1. a sour water treatment unit, it is characterized in that: comprise processing vessel, above-mentioned processing vessel is non iron container, the medial surface of above-mentioned processing vessel is arc, above-mentioned processing vessel is provided with the export structure exported for the water in processing vessel, and the upper end of above-mentioned processing vessel has the water inlet pipe flow to for extraneous water in processing vessel; Above-mentioned sour water treatment unit also includes and makes the water of ejection be horn-like water outlet on the circumferential medial surface of processing vessel upper end, and the thickness of the water body sprayed is the nozzle mechanism of 0.1 ~ 0.5mm, in the upper end that above-mentioned injection equipment is arranged on above-mentioned processing vessel or on the water outlet end of above-mentioned water inlet pipe, and the internal diameter that the upper end of above-mentioned processing vessel corresponds to above-mentioned injection equipment spray regime place is 16 ~ 30mm.
2. a kind of sour water treatment unit according to claim 1, it is characterized in that: above-mentioned processing vessel is upper and lower two ends is ringent cylindrical structure, the end, upper end of above-mentioned processing vessel is the horn-like structure of from top to bottom flaring, the lower end of above-mentioned processing vessel is the horn-like structure of from top to bottom convergent, the lower end port of above-mentioned processing vessel is above-mentioned export structure, the port, upper end of above-mentioned processing vessel is one-body molded has its upper end to be in above processing vessel, lower end extends to the hollow cylinder in the end, upper end of above-mentioned processing vessel, above-mentioned water inlet pipe is set in the end, upper end of above-mentioned hollow cylinder, said nozzle mechanism is installed in the lower end of above-mentioned hollow cylinder.
3. a kind of sour water treatment unit according to claim 2, it is characterized in that: said nozzle mechanism comprises rotating shaft, cross water sheet and rotating disk, above-mentioned water sheet permanent sleeve of crossing is loaded in above-mentioned hollow cylinder, above-mentioned mistake on water sheet offers several limbers, each above-mentioned limbers along the above-mentioned circumferential direction spacing ring crossing water sheet around distribution, above-mentioned rotating shaft is erected in above-mentioned hollow cylinder, and the end, upper end of above-mentioned rotating shaft is installed in rotation on above-mentioned water sheet excessively, the lower end of above-mentioned rotating shaft is stretched out in the end, upper end of the outer extremely above-mentioned processing vessel of lower end of above-mentioned hollow cylinder, above-mentioned rotating disk is fixed in outside the lower end of above-mentioned rotating shaft, and the centre place of the upper surface of above-mentioned rotating disk is convexly equipped with the water guide post of from top to bottom flaring, the outer side of above-mentioned water guide post is arc, and the top of above-mentioned water guide post is in above-mentioned hollow cylinder, the lower end of above-mentioned water guide post is in outside above-mentioned hollow cylinder, there is between the outer side of above-mentioned water guide post and the lower end surface of above-mentioned hollow cylinder the water outlet spacing of 0.1cm ~ 0.5cm, the position be positioned at outside above-mentioned rotating disk outside above-mentioned water guide post is provided with some arc shaped blades, each above-mentioned arc shaped blade is uniformly and equidistantly in the shape of a spiral around being distributed on the upper surface of above-mentioned rotating disk, and the inner of above-mentioned arc shaped blade is connected with the lower end of above-mentioned water guide post, the end, outer end of above-mentioned arc shaped blade is in the outer of above-mentioned rotating disk.
4. a kind of sour water treatment unit according to claim 3, is characterized in that: above-mentioned rotating shaft is installed in rotation on the above-mentioned centre place crossing water sheet by being set in the above-mentioned bearing crossed in water sheet, and each above-mentioned water hole is in outside above-mentioned rotating shaft.
5. a kind of sour water treatment unit according to claim 1, it is characterized in that: above-mentioned processing vessel be upper end opening-like hold kettle, above-mentioned side of holding the upper end port of kettle is outward extended with a water-pouring nozzle, above-mentioned water-pouring nozzle and the above-mentioned upper end port holding kettle form above-mentioned export structure, above-mentioned water inlet pipe is in and above-mentionedly holds kettle, and the water side of above-mentioned water inlet pipe is in and holds in the upper end port of kettle, said nozzle mechanism is installed on outside the water side of above-mentioned water inlet pipe.
6. a kind of sour water treatment unit according to claim 5, it is characterized in that: said nozzle mechanism comprises connection tube head, seal cage and outer sleeve, above-mentioned connection tube head is erect and is arranged, and the end, water side of above-mentioned water inlet pipe is locked in the end, upper end of above-mentioned connection tube head, the lower end surface of above-mentioned connection tube head is provided with and the hollow undergauge section being connected tube head and being connected to downward-extension, the outer side wall of above-mentioned hollow undergauge section is provided with outside screw, above-mentioned outer sleeve is upper end is opening shape, lower end is the hollow cylinder of closed form, above-mentioned outer sleeve is sheathed on outside above-mentioned undergauge section, the internal thread being provided with and being screwed with above-mentioned outside screw and the upper end inner side-wall of above-mentioned outer sleeve is got on the bus, the lower end surface of above-mentioned outer sleeve offers the circular spout that its aperture is 1-2cm, one-body molded on the lower end surface of above-mentioned undergauge section have the joint pin communicated with undergauge section, the lower end surface of above-mentioned joint pin is closed form, above-mentioned seal cage is locked on outside above-mentioned joint pin, and be sealed and matched with above-mentioned outer sleeve, above-mentioned joint pin is positioned at place below above-mentioned seal cage and is provided with two posticums be oppositely arranged, be locked outside the below that above-mentioned joint pin is positioned at above-mentioned posticum water guiding ring, above-mentioned water guiding ring and above-mentioned outer sleeve wringing fit, the sidewall of above-mentioned water guiding ring offers two to be oppositely arranged, what vergence direction was identical tilts the mouth of a river.
7. a kind of sour water treatment unit according to claim 5, it is characterized in that: the feed-water end of above-mentioned water inlet pipe is provided with the Miniature water-pumping pump that it has a feed-water end and a water side, water side and the above-mentioned water inlet pipe of above-mentioned Miniature water-pumping pump are connected, and the feed-water end of above-mentioned Miniature water-pumping pump is provided with the movable drinking-water pipe stretched in bottled water.
8. a kind of sour water treatment unit according to claim 7, it is characterized in that: above-mentioned Miniature water-pumping pump is installed in a housing, the end, one end that above-mentioned water inlet pipe is connected with above-mentioned Miniature water-pumping pump is stretched in above-mentioned housing, the end, one end that above-mentioned drinking-water pipe matches with bottled water is stretched out outside above-mentioned housing, above-mentioned housing is provided with the trip switch controlling above-mentioned Miniature water-pumping pump and open and close, and above-mentioned housing is provided with the supply lead be electrically connected with civil power for Miniature water-pumping pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420380280.9U CN204125213U (en) | 2014-07-10 | 2014-07-10 | A kind of sour water treatment unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420380280.9U CN204125213U (en) | 2014-07-10 | 2014-07-10 | A kind of sour water treatment unit |
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| Publication Number | Publication Date |
|---|---|
| CN204125213U true CN204125213U (en) | 2015-01-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420380280.9U Withdrawn - After Issue CN204125213U (en) | 2014-07-10 | 2014-07-10 | A kind of sour water treatment unit |
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| Country | Link |
|---|---|
| CN (1) | CN204125213U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104085966A (en) * | 2014-07-10 | 2014-10-08 | 曾文水 | Acid water treatment device |
-
2014
- 2014-07-10 CN CN201420380280.9U patent/CN204125213U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104085966A (en) * | 2014-07-10 | 2014-10-08 | 曾文水 | Acid water treatment device |
| CN104085966B (en) * | 2014-07-10 | 2016-04-06 | 曾文水 | A kind of sour water treatment unit |
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| AV01 | Patent right actively abandoned |
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