A kind of pulp-water recyclable device improving the rate of recovery
Technical field
The utility model relates to mixed mud production field, in particular to a kind of pulp-water recyclable device for improving the rate of recovery.
Background technique
During concrete production, because the characteristic of concrete itself, mixing plant and transporting equipment need timing
Cleaning in cleaning process, can generate a large amount of pulp-water, the place of pulp-water discharge, and dust is very big when fine day, when the rainy day, ground
Face is mud entirely, not only seriously pollution ambient enviroment, but also waste great lot of water resources and great amount of cost, and increases plant area's cleaning
The workload of work needs to recycle pulp-water.
Existing pulp-water recyclable device mostly uses greatly the mode of filtering to separate the sandstone in pulp-water, filtering
Effect is general, and is not easy to for the sandstone generated when filtering being collected, and pulp-water recovery efficiency is low, needs to improve.For this purpose,
It is proposed that a kind of pulp-water recyclable device for improving the rate of recovery.
Utility model content
The main purpose of the utility model is to provide a kind of pulp-water recyclable devices for improving the rate of recovery, can effectively solve
The problems in background technique.
To achieve the above object, the technical solution that the utility model is taken are as follows:
A kind of pulp-water recyclable device improving the rate of recovery, including pedestal, sedimentation basin, clear water reserviors and sandstone collecting pit, it is described
Sedimentation basin is located at pedestal upper end, and the clear water reserviors and sandstone collecting pit are located at sedimentation basin two sides, and draining faucet is set to described
In clear water reserviors one side wall, the pedestal upper end is equipped with pillar, and the pillar is located at sedimentation basin side, and pillar top is connected with
Diversion trench is equipped with movable axis between the pillar and diversion trench, and pillar is flexibly connected by movable axis with diversion trench, described
Diversion trench both ends are located above clear water reserviors and sandstone collecting pit, and the diversion trench inner bottom is equipped with sand item, described
Sand item is triangular structure, and sand item and water conservancy diversion rooved face are inclined to set and are formed with sand catcher, and the sand item is set
There are multiple groups, and sand item is evenly distributed on diversion trench.
Further, the diversion trench bottom end is equipped with No.1 vibrating reed, and diversion trench one end bottom is connected with hydraulic liter
Drop column and hydraulic lifting post bottom end are fixedly connected with pedestal.
Further, filter screen is installed, the filter screen is inclined to set, and filter screen following table inside the sedimentation basin
Face is equipped with No. two vibrating reeds, and deflector chute, the deflector chute both ends difference are connected between the sandstone collecting pit and sedimentation basin
It is connected to sandstone collecting pit with sedimentation basin, and deflector chute is located at the lower one end of filter screen gradient.
Further, material-pumping tube is installed in the sedimentation basin one side wall, mateiral pump is installed, and take out on the material-pumping tube
Expects pipe one end is connected to sandstone collecting pit.
Further, the sedimentation basin side is equipped with water delivery bar, and the fixation that water delivery bar bottom end and base upper surface are equipped with
Seat connection, is connected with water pipe between the water delivery bar and sedimentation basin, and water pump is equipped on water pipe, the installation of water delivery bar top
There is water outlet, the water outlet is located above diversion trench.
Compared with prior art, the utility model has the following beneficial effects:
1, the utility model is by setting diversion trench, and multiple groups sand item will be equipped with inside diversion trench, can use sand
Item intercepts the sand particles in the pulp-water flowed on diversion trench, make pulp-water by the multiple groups sand item on diversion trench slowly
It flows down, sand filter effect is good, and the rate of recovery is high, is easy to use.
2, sand item and water conservancy diversion rooved face by being inclined to set and being formed with sand catcher by the utility model, while will lead
Chute both ends are located above sandstone collecting pit and water purifying tank, be can use hydraulic lifting post jacking, are made diversion trench to sandstone
The inclination of collecting pit one end, while starting No.1 vibrating plate, the sand particles meeting fair current accumulated in sand catcher at this time falls into sandstone receipts
Collect in pond, convenient for being recycled to sandstone.
3, the utility model can use filter screen and carry out just to pulp-water by being equipped with filter screen in sedimentation basin inner inclination
Secondary filtering, and the bulky grain sandstone generated when filtering is sent in sandstone collecting pit by filter screen and deflector chute, it is set with crossing
Mateiral pump is set, the sand particles precipitated in sedimentation basin can be pumped into sandstone collecting pit, prevents sandstone in sedimentation basin from accumulating
Excessively, it is convenient to clean.
Detailed description of the invention
Fig. 1 is a kind of overall structure diagram for the pulp-water recyclable device for improving the rate of recovery of the utility model.
Fig. 2 is that a kind of water delivery bar for the pulp-water recyclable device for improving the rate of recovery of the utility model shows with sedimentation basin connection structure
It is intended to.
Fig. 3 is that a kind of diversion trench for the pulp-water recyclable device for improving the rate of recovery of the utility model overlooks figure structure schematic representation.
Fig. 4 is a kind of sand structural schematic diagram for the pulp-water recyclable device for improving the rate of recovery of the utility model.
In figure: 1, pedestal;2, sedimentation basin;3, clear water reserviors;4, sandstone collecting pit;5, filter screen;6, mateiral pump;7, material is taken out
Pipe;8, fixing seat;9, water pipe;10, deflector chute;11, water delivery bar;12, pillar;13, water outlet;14, movable axis;15, diversion trench;
16, No.1 vibrating reed;17, No. two vibrating reeds;18, draining faucet;19, hydraulic lifting post;20, water pump;21, sand item;22, collect
Sand launder.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment, the utility model is further described.
As shown in Figs 1-4, a kind of pulp-water recyclable device improving the rate of recovery, including pedestal 1, sedimentation basin 2,3 and of clear water reserviors
Sandstone collecting pit 4, the sedimentation basin 2 are located at 1 upper end of pedestal, and the clear water reserviors 3 and sandstone collecting pit 4 are located at sedimentation basin 2
Two sides, draining faucet 18 are set in 3 one side wall of clear water reserviors, and 1 upper end of pedestal is equipped with pillar 12,12, the pillar
In 2 side of sedimentation basin, and 12 top of pillar is connected with diversion trench 15, is equipped with movable axis between the pillar 12 and diversion trench 15
14, and pillar 12 is flexibly connected by movable axis 14 with diversion trench 15,15 both ends of diversion trench are located at clear water reserviors 3 and sand
4 top of stone collecting pit, 15 inner bottom of diversion trench are equipped with sand item 21, and the sand item 21 is triangular structure, and
Sand item 21 and 15 surface of diversion trench are inclined to set and are formed with sand catcher 22, and the sand item 21 is equipped with multiple groups, and sand
Item 21 is evenly distributed on diversion trench 15.
By setting diversion trench 15 (shown in as shown in Figure 1, Figure 3 and Figure 4) in the present embodiment, and it is more by being equipped with inside diversion trench 15
Group sand item 21, can use sand item 21 and intercepts to the sand particles in the pulp-water flowed on diversion trench 15, make pulp-water
It is slowly flowed down by the multiple groups sand item 21 on diversion trench 15, sand filter effect is good, is easy to use.
Wherein, 15 bottom end of diversion trench is equipped with No.1 vibrating reed 16, and 15 one end bottom of diversion trench be connected with it is hydraulic
Lifting column 19 and 19 bottom end of hydraulic lifting post are fixedly connected with pedestal 1.
(as shown in Figure 1) can use the jacking of hydraulic lifting post 19 in the present embodiment, make diversion trench 15 to sandstone collecting pit 4
One end inclination, while starting No.1 vibrating plate 16, the sand particles meeting fair current accumulated in sand catcher 22 at this time falls into sandstone collection
In pond 4, convenient for being recycled to sandstone.
Wherein, filter screen 5 is installed, the filter screen 5 is inclined to set, and 5 following table of filter screen inside the sedimentation basin 2
Face is equipped with No. two vibrating reeds 17, and deflector chute 10, the deflector chute 10 are connected between the sandstone collecting pit 4 and sedimentation basin 2
Both ends are connected to sandstone collecting pit 4 with sedimentation basin 2 respectively, and deflector chute 10 is located at the lower one end of 5 gradient of filter screen.
(as shown in Figure 1) can use filter screen 5 by being equipped with filter screen 5 in 2 inner inclination of sedimentation basin in the present embodiment
Pulp-water is filtered for the first time, and the bulky grain sandstone generated when filtering is sent to sandstone by filter screen 5 and deflector chute 10
In collecting pit 4.
Wherein, material-pumping tube 7 is installed in 2 one side wall of sedimentation basin, mateiral pump 6 is installed on the material-pumping tube 7, and
7 one end of material-pumping tube is connected to sandstone collecting pit 4.
(as shown in Figure 1) can take out the sand particles precipitated in sedimentation basin 2 with setting mateiral pump 6 is crossed in the present embodiment
Enter into sandstone collecting pit 4, sandstone accumulation in sedimentation basin 2 is prevented excessively, to be convenient to clean.
Wherein, 2 side of sedimentation basin is equipped with water delivery bar 11, and 11 bottom end of water delivery bar is consolidated with what 1 upper surface of pedestal was equipped with
Reservation 8 connects, and water pipe 9 is connected between the water delivery bar 11 and sedimentation basin 2, and water pump 20 is equipped on water pipe 9, the water delivery
11 top of bar is equipped with water outlet 13, and the water outlet 13 is located at 15 top of diversion trench.
(as depicted in figs. 1 and 2) with sedimentation basin 2 by connecting water delivery bar 11 by water pipe 9 and water pump 20 in the present embodiment
It connects, convenient for the pulp-water after precipitating is carried out extraction filtering.
It should be noted that the utility model is a kind of pulp-water recyclable device for improving the rate of recovery, when work, by pulp-water plus
Enter into sedimentation basin 2 and is filtered for the first time by filter screen 5, work of the bulky grain sandstone that when filtering generates in No. two vibrating reeds 17
Be sent in sandstone collecting pit 4 with lower by filter screen 5 and deflector chute 10, first filtered pulp-water in sedimentation basin 2 into
Row precipitates, and after precipitating, is discharged to and is led by water outlet 13 by water delivery bar 11 using the pulp-water in the extraction sedimentation basin 2 of water pump 20
On chute 15, hydraulic lifting post 19 is shunk at this time, and 15 beveled end of diversion trench is located at 3 top of clear water reserviors, inside diversion trench 15
Equipped with multiple groups sand item 21, it can use sand item 21 and the sand particles in the pulp-water flowed on diversion trench 15 intercepted,
Sandstone after interception is stored in sand catcher 22, so that pulp-water is slowly flowed down by the multiple groups sand item 21 on diversion trench 15, sand
Filter effect is good, and the rate of recovery is high, is easy to use, and after water conservancy diversion, can use the jacking of hydraulic lifting post 19, make diversion trench 15 to
The inclination of 4 one end of sandstone collecting pit, while starting No.1 vibrating plate 16, the sand particles meeting fair current accumulated in sand catcher 22 at this time is fallen
Enter in sandstone collecting pit 4, it is same to cross setting mateiral pump 6, the sandstone that will be precipitated in sedimentation basin 2 convenient for being recycled to sandstone
Particle is pumped into sandstone collecting pit 4, and sandstone accumulation in sedimentation basin 2 is prevented excessively, to be convenient to clean.
The pedestal 1 of the utility model, sedimentation basin 2, clear water reserviors 3, sandstone collecting pit 4, filter screen 5, mateiral pump 6, material-pumping tube
7, fixing seat 8, water pipe 9, deflector chute 10, water delivery bar 11, pillar 12, water outlet 13, movable axis 14, diversion trench 15, No.1 vibration
Piece 16, No. two vibrating reeds 17, draining leading 18, hydraulic lifting post 19, water pump 20, sand item 21, the equal components of sand catcher 22 are
Universal standard part or component as known to those skilled in the art, structure and principle are all that this technology personnel can be by technology hand
Volume learns or knows by routine experiment method that the utility model will be equipped with multiple groups by setting diversion trench inside diversion trench
Sand item can use sand item and intercept to the sand particles in the pulp-water flowed on diversion trench, pulp-water is made to pass through water conservancy diversion
Multiple groups sand item on slot slowly flows down, and sand filter effect is good, is easy to use.
The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above.Current row
The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments
Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also
It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.The utility model
Claimed range is defined by the appending claims and its equivalent thereof.