CN205269350U - Waste water treatment tank - Google Patents

Abstract

The utility model discloses a waste water treatment tank, including handling the pond, the chi kou who handles the pond is connected with a plurality of footboards net, the footboard net is worked out by a plurality of footboard pieces, each footboard piece is equipped with a plurality of recesses towards waste water treatment tank's surface, the recess internal fixation has the dry layer of dry waste water volatile substance, and it has the absorbed layer that absorbs the waste water volatile substance to fill between the inner wall of dry layer and recess, in this embodiment, can carry out the drying with the volatile materials who that volatilizees from waste water through dry layer, and the absorbed layer can absorb the noxious material in volatile material, it volatilizees to the environment in to borrow this to reduce noxious material in waste water, reduce and cause environmental pollution, but also avoided noxious material to give off pungent odor or cause the injury to the human body, and the absorbed layer all is fixed in this recess in situ with dry layer, borrows this reducible absorbed layer and dry layer to avoid by morals and manners, the effectual life of absorbed layer with dry layer that has prolonged.

Description

Purification tank for liquid waste

Technical field

This utility model relates to waste water reclamation agitating device produced by a kind of cement mixing process, particularly a kind of purification tank for liquid waste.

Background technology

Nowadays along with the increase of people's life stress, the demand bought house also sharply increases, thus it is swift and violent to result in real estate industry's development, one of them link as industrial chain, concrete demand is also greatly increased, and concrete is to utilize sandstone, concrete and water could produce after being sufficiently stirred for, and in this whipping process, have substantial amounts of waste water to produce, if these waste water are directly discharged in nature, owing to concrete has certain toxicity, therefore waste water can to environment, it is unfavorable for environmental protection, and, because containing substantial amounts of concrete microgranule in waste water, if directly discharging, will also result in very big waste. therefore in prior art, stirring recovery pond can be adopted after coarse filtration by waste water, be again stirred, then by waste water reclamation utilization extremely low-grade concrete.

Stirring recovery pond of the prior art mainly includes coarse filtration pond and purification tank for liquid waste, the Chi Kou of purification tank for liquid waste is additionally provided with agitating device and pump receiving apparatus, waste water flow to purification tank for liquid waste after coarse filtration pond is filtered, after being then passed through agitating device stirring, utilizing pump receiving apparatus to reclaim, in order to the stirring state of the waste water better observed in filtering ponds, the be everlasting Chi Kou of purification tank for liquid waste of people is provided with pedal, the net that pedal is generally made up of steel wire, it can support operator and observe waste water.

But, in prior art, because the waste water in wastewater disposal basin has a lot of concrete components, and concrete contains substantial amounts of sulfidic material, therefore waste water is along with the stirring of purification tank for liquid waste, have a lot of harmful substances along with, in air borne to air, harm operator's is healthy, and can cause environmental pollution, in addition, waste water Many times in purification tank for liquid waste also can produce by abnormal smells from the patient excitatory, and the olfactory sensation of the harm operator that this also can be very serious, it is detrimental to health; And in the prior art, good process is made in the harm human body not caused by purification tank for liquid waste.

Utility model content

For the deficiency that prior art exists, the purpose of this utility model is in that to provide a kind of purification tank for liquid waste, and it is easy to clean, and cleaning is without influence on its heat insulation effect to the water in tank body.

For achieving the above object, this utility model provides following technical scheme:

A kind of purification tank for liquid waste, including processing pond, the Chi Kou in described process pond is connected to some pedal nets, described pedal net is worked out by some flats, each described flat is provided with some grooves towards the surface of purification tank for liquid waste, it is fixed with the drying layer of dry waste water volatile matter in described groove, and between drying layer and the inwall of groove, is filled with the absorbed layer absorbing waste water volatile matter.

It is further arranged to: described groove is gradually reduced along the aperture towards purification tank for liquid waste direction.

It is further arranged to: described groove is connected to dividing plate towards the opening sliding in purification tank for liquid waste direction, and described dividing plate is provided with some through holes.

It is further arranged to: described absorbed layer includes some calcium oxide capsules, and described calcium oxide capsule is filled between drying layer and the inwall of groove.

It is further arranged to: in described drying layer, be filled with some molecular sieve capsules, and described molecular sieve capsule is embedded in the small end of groove.

It is further arranged to: described drying layer is made up of polyurethane material.

It is further arranged to: the surface of described pedal net is equipped with some anti-slip veins.

It is further arranged to: described process pond is externally provided with a measuring cell, and the bottom of described measuring cell connects with purification tank for liquid waste.

It is further arranged to: described process pond is cylindrically arranged.

Pass through technique scheme, because pedal net is provided with groove towards the side of purification tank for liquid waste, and in groove, it is clamped with absorbed layer and drying layer from top to bottom successively, namely drying layer is between absorbed layer and purification tank for liquid waste, in the present embodiment, just the volatile material volatilized from waste water can be dried by drying layer, volatile material also may proceed to self-desiccation layer and volatilizees towards absorbed layer after entering super-dry layer, when volatile material evaporates into absorbed layer, noxious substance in volatile material just can be absorbed by absorbed layer, the noxious substance reduced in waste water whereby evaporates in environment, reduce and cause environmental pollution, but also can effectively avoid noxious substance distribute penetrating odor or human body is damaged, be conducive to ensureing that operator's is healthy, wherein, the effect of drying layer is mainly for avoiding the moisture in volatile matter to affect the absorbed layer absorption to volatile matter, and absorbed layer and drying layer are both secured in this groove layers, just can ensure that absorbed layer and drying layer reduce and the contacting of external environment whereby, it is to avoid it, by air slaking, effectively extends the service life of absorbed layer and drying layer.

Accompanying drawing explanation

Fig. 1 is the structural representation of embodiment;

Fig. 2 is the structural representation of embodiment;

Fig. 3 is the structural representation of pedal net in embodiment;

Fig. 4 is the sectional view A-A in Fig. 3;

Fig. 5 is the enlarged drawing in B portion in Fig. 4;

Fig. 6 is the enlarged drawing in C portion in Fig. 5.

In figure: 1, purification tank for liquid waste; 11, coarse filter; 111, filtering holes; 12, pond is processed; 13, measuring cell; 131, communicating pipe; 2, pedal net; 21, flat; 22, groove; 221, drying layer; 222, absorbed layer; 3, pump receiving apparatus; 4, agitating device; 5, dividing plate; 51, through hole.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, it is further elucidated with this utility model, it should be understood that these embodiments are merely to illustrate this utility model rather than limit scope of the present utility model, after having read this utility model, the amendment of the various equivalent form of values of the present utility model is all fallen within the application claims limited range by those skilled in the art.

According to Fig. 1, the Chi Kou of purification tank for liquid waste 1 is covered with by the pedal net 2 of flat 21 braiding, operator can pass through the support of pedal net 2, pedal net 2 is directly observed the stirring state of waste water in purification tank for liquid waste 1, for avoiding personnel to slip on pedal net 2, therefore in the present embodiment, the other end of the relative purification tank for liquid waste 1 of pedal net 2 is provided with anti-slip veins, in addition, this purification tank for liquid waste 1 is additionally provided with pump receiving apparatus 3 and agitating device 4, pump receiving apparatus 3 and agitating device 4 and both passes through pedal net 2 and stretch in purification tank for liquid waste 1.

Shown in Fig. 2, purification tank for liquid waste 1 includes coarse filter 11, process pond 12 and measuring cell 13, and pump receiving apparatus 3 and agitating device 4 all stretch in process pond 12, for processing pond 12, for avoiding waste water to produce mud alluvial in stirred layer, therefore process pond 12 and can be set to cylindrical shape, and in the present embodiment, coarse filter 11 and dip stick are positioned at the two ends processing pond 12, and coarse filter 11 is connected with processing pond 12 by filtering holes 111, and filtering holes 111 is provided with drainage screen (not shown in FIG.), whereby the bulky grain thing in waste water is filtered, avoid because bulky grain thing causes that pump receiving apparatus 3 is stuck, and measuring cell 13 passes through to connect communicating pipe 131 with process pond 12, and be positioned at communicating pipe 131 measuring cell 13 and process pond 12 common the bottom of sidewall, because the waste water processed in pond 12 is under the effect of agitating device 4, measure and can acutely shake, cause cannot processing the height of waste water in pond 12 accurately, and this also results in the height that cannot accurately regulate agitating device 4, cause making waste water be stirred fully, and in the present embodiment, measuring cell 13 passes through above-mentioned connecting communicating pipe 131 with processing pond 12, utilize law of connected vessels (law of connected vessels: the container that several bottoms interconnect, inject same liquid, when liquid does not flow, in linker, the liquid level of each container always remains in same level). therefore operator can pass through measuring cell 13 understanding accurately and process the height of waste water in pond 12, regulate the height of agitating device 4 whereby, it is achieved waste water is stirred fully.

According to Fig. 3, this pedal net 2 is formed by 18 flat 21 braidings, and according to Fig. 4 to Fig. 5, each flat 21 is equipped with groove 22 towards the side of stirring, and described groove 22 is gradually reduced along the aperture towards purification tank for liquid waste 1 direction, i.e. the tapered setting of groove 22, the small end of the groove 22 of tapered setting is towards purification tank for liquid waste 1, do so, it is possible to utilize the cell wall clamping material placed within of groove 22, without adopting other fixed form; Certainly, according to Fig. 4 to Fig. 6, groove 22 is connected to dividing plate 5 towards the opening sliding in purification tank for liquid waste 1 direction, and dividing plate 5 is provided with some through holes 51, whereby, when needs are toward placement material in groove 22, it is only necessary to remove dividing plate 5 and spill the opening of groove 22, then place material, then the opening of dividing plate closed pockets 22 is moved, whereby, so that it may material is fixed in groove 22, and is controlled by through hole 51 with airborne waste water and contacts with material.

Sliding for dividing plate 5 with groove 22 is connected, concrete, the opening of groove 22 is provided with slide rail (not shown in FIG.), and the edge of dividing plate 5 is provided with the slide block coordinated with slide rail (not shown in FIG.), whereby, dividing plate 51 is moved with the opening at groove 22 that coordinates of slide rail (not shown in FIG.) by slide block (not shown in FIG.); Certainly, slide rail (not shown in FIG.) also can be located at the edge of dividing plate 51, and the slide block (not shown in FIG.) coordinated with slide rail (not shown in FIG.) can be located at the opening of groove 22.

For groove 22, it is embedded with drying layer 221, absorb waste water whereby with airborne moisture, additionally, be filled with absorbed layer 222 between the sidewall of drying layer 221 and groove 22, absorb the harmful substance being dried in layer 221 in the moisture of absorption whereby, whereby, human body is damaged by the harmful substance reduced in waste water, and wherein, the effect of drying layer 221 is mainly for avoiding the moisture in volatile matter to affect the absorbed layer 222 absorption to volatile matter.

Concrete, described drying layer 221 is made up of polyurethane material, and in drying layer, it is filled with some molecular sieve capsules, and described molecular sieve capsule is embedded in the small end of groove 22, because polyurethane material is loose structure, molecular sieve is positioned in the aperture of polyurethane material, ensure that molecular sieve capsule will not shift everywhere whereby, and molecular sieve capsule is a porous capsule, molecular sieve it is filled with in it, because molecular sieve refers to has uniform micropore, the class material that its aperture is suitable with general molecular size. The application of molecular sieve is widely, it is possible to make highly effective drying agent, selective absorbent, catalyst, ion-exchanger etc., and molecular sieve (also known as synthetic zeolite) is a kind of many microporous crystals of aluminosilicate. It is formed basic framing structure by silica, aluminum-oxygen tetrahedron, there is metal cation (such as Na+, K+, Ca2+, Li+ etc.) in lattice, to balance negative charge unnecessary in crystal. The type of molecular sieve is broadly divided into by its crystal structure: A type, X-type, Y type etc. Additionally, adsorption function: the absorption of material is derived from physical absorption (Van der Waals force) by molecular sieve, has very strong polarity and Coulombian field inside its crystal hole, and polar molecule (such as water) and unsaturated molecule displays are gone out strong absorbability. Just can adsorb the moisture from waste water volatilization whereby, whereby the moisture evaporating into absorbed layer 222 is dried so that absorbed layer 222 can better to the poisonous better absorption volatilized from waste water; Additionally, molecular sieve also can effectively absorb the organic solvent from waste water volatilization, the organic solvent of volatilization can be effectively prevented from whereby to environment.

Absorbed layer 222 includes some calcium oxide capsules, calcium oxide capsule is a porous capsule, calcia material it is filled with in it, described calcium oxide capsule is filled between the inwall of drying layer 221 and groove 22, because calcia material dissolves in acids, glycerol and sucrose solution, therefore it can well absorb the poisonous organic substance volatilized in waste water, avoid the poisonous organic substance contaminated environment of volatilization, be conducive to environmental protection, and it can effectively avoid poisonous organic substance that human body is worked the mischief, can effectively ensure that operator's is healthy.

Below being only preferred implementation of the present utility model, protection domain of the present utility model is not limited merely to above-described embodiment, and all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model. It should be pointed out that, for those skilled in the art, without departing from the some improvements and modifications under this utility model principle premise, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims (9)

1. a purification tank for liquid waste, including processing pond, the Chi Kou in described process pond is connected to some pedal nets, described pedal net is worked out by some flats, it is characterized by: each described flat is provided with some grooves towards the surface of purification tank for liquid waste, it is fixed with the drying layer of dry waste water volatile matter in described groove, and between drying layer and the inwall of groove, is filled with the absorbed layer absorbing waste water volatile matter.

2. purification tank for liquid waste according to claim 1, is characterized by: described groove is gradually reduced along the aperture towards purification tank for liquid waste direction.

3. purification tank for liquid waste according to claim 1, is characterized by: described groove is connected to dividing plate towards the opening sliding in purification tank for liquid waste direction, and described dividing plate is provided with some through holes.

4. purification tank for liquid waste according to claim 1, is characterized by: described absorbed layer includes some calcium oxide capsules, and described calcium oxide capsule is filled between drying layer and the inwall of groove.

5. purification tank for liquid waste according to claim 2, is characterized by: be filled with some molecular sieve capsules in described drying layer, and described molecular sieve capsule is embedded in the small end of groove.

6. purification tank for liquid waste according to claim 5, is characterized by: described drying layer is made up of polyurethane material.

7. purification tank for liquid waste according to claim 1, is characterized by: the surface of described pedal net is equipped with some anti-slip veins.

8. purification tank for liquid waste according to claim 1, is characterized by: described process pond is externally provided with a measuring cell, and the bottom of described measuring cell is by connecting with purification tank for liquid waste communicating pipe.

9. purification tank for liquid waste according to claim 1, is characterized by: described process pond is cylindrically arranged.