CN201175599Y

CN201175599Y - Biochemistry device

Info

Publication number: CN201175599Y
Application number: CNU2008200067302U
Authority: CN
Inventors: 吴仁道
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-02-18
Filing date: 2008-02-18
Publication date: 2009-01-07
Anticipated expiration: 2018-02-18

Abstract

The utility model relates to a device of a biochemical machine, in particular to a biochemical tank. The biochemical tank is provided with biochemical balls and a stirring rod which can stir the water current and the biochemical balls at the inner part, a bactericidal lamp is arranged at the upper inner part of the tank, simultaneously, a water supply pipe which is provided with a switch valve and extends into the tank is connected to a water inlet pipe at the bottom of the biochemical tank, a T-shaped pipe is additionally connected to the water inlet pipe at a position connected to the inner part of the biochemical tank, a drainage pipeline used for draining the filtered water is arranged from top to bottom on the inner side wall of the biochemical tank, and the drainage pipeline is connected with a discharge pipe along the bottom of the tank, therefore, when the water in a pond is irradiated by the bactericidal lamp after being filtered, the water quality can be cleaner, or when the biochemical tank performs cleaning operation, proper collision and friction are generated among all the biochemical balls and the tank wall through the stirring function generated by the water and the biochemical balls inside the tank being stirred by the stirring rod, thus the feculence attached on the surfaces of the biochemical balls and the tank wall can be easily separated; simultaneously, clean water is continuously supplied through the water supply pipe to exchange the sewage, thus the sewage can be completely discharged.

Description

The device of biochemical machine

Technical field

The utility model relates to a kind of filtration of the water that cleaning can be provided more and the biochemical groove of tool continuous wash function.

Background technology

Existing biochemical machine as shown in Figure 1, a top cover 15 is established in the top that is a biochemical groove 1, and set firmly a motor 10 in the bottom land outside, and after the power transmission shaft that makes motor 10 stretches in the groove, set firmly an agitator disk 13 with a plurality of blades at the power transmission shaft end, multiple in biochemical groove 1 on, respectively be provided with the filter screen 12 that is covered with mesh down, and in the order, lay between two filter screens 12 down and have eight approximately, nine fens full biochemistry balls 14, connect at the bottom of biochemical groove 1 book office then and establish an oral siphon 16, and be provided with transfer valve 18 at the book office of oral siphon 16, and establish one in transfer valve 18 the 3rd termination and clean drainpipe 17, in addition not only above biochemical groove 1 book office be but also connect and establish a water filtering and draining pipe 19.

When the operation desiring to filter, be earlier cleaning drainpipe 17 ends of transfer valve 18 to be closed, and the Chi Shui that desire is filtered sends into biochemical groove 1 via oral siphon 16, Chi Shui sees through the filter screen 12 of below in regular turn then, after the filtration of each biochemistry ball 14, see through the filter screen 12 of top again and become clean water, make at last water from water filtering and draining pipe 19 again current drainage go into the pond, so circulation does not make then that pool inner water keeps clean, high dissolved oxygen amount and beneficial mattress generate, and makes biological growing environment remain on the situation of the best in the pond in.

Otherwise, if when biochemical groove 1 cell wall, the surface of filter screen 12 and interior biochemistry ball 14 thereof, built up the thing of too many filth and desire when cleaning as shown in Figure 2, can make transfer valve 18 that the water inlet end of oral siphon 16 is closed with cleaning drainpipe 17 ends season opens, and make motor 10 start again and drive agitator disk 13 rotations, be to utilize biochemical groove 1 interior remaining water to be subjected to the stirring of agitator disk 13, and make water generates swirling flow in the groove, make to flow along with current between each biochemistry ball 14 bump and friction mutually, each biochemistry ball 14 also can rub with biochemical groove 1 cell wall and filter screen 12 bumps simultaneously, and then make biochemistry ball 14, the thing of the filth that filter screen 12 and biochemical groove 1 flute wall surfaces are accompanying breaks away from, and then the sewage after will cleaning emits from cleaning drainpipe 17; Above-mentioned cleaning way still has following desirable not to the utmost disappearance:

1. this agitator disk 13 only is to drive inner water by biochemical groove 1 bottom, the swirl flow that is directed rule, and each biochemistry ball 14 can follow current and do moving of rule, though have the action of pushing between each biochemistry ball 14, but each biochemistry ball 14 itself can't rotate, so the effect of friction bump is in the extreme little between each biochemistry ball 14, thus be difficult to be impacted attached to biochemistry ball 14 lip-deep filths at all, so the filth on biochemistry ball 14 surfaces can't clean up at all.

2. the water that is utilized when cleaning only limits to water originally residual in the biochemical groove 1, even partly spun off so the thing of each biochemistry ball 14 surface filth is existing, and cause the water in the biochemical groove 1 to become dirty, if allow sewage via after cleaning drainpipe 17 discharges, in biochemical groove 1, still can adhere to the residual of many dirts, have no idea along with sewage is discharged fully.

3. because of water filtering and draining pipe 19 is to be located at outside the biochemical groove 1, except comparatively rude in appearance, and clashed into easily and damaged, real in design is non-preferred implementation.

4. biochemical groove 1 inside of stretching into of oral siphon 16 should the end place, be directly to stretch up to establish, so the water that guiding enters in the groove can fling up, except meeting disturbance biochemistry ball 14, the speed of the direct channelling up of water is speeded, and the time in the minimizing stay groove, the effect of make filtering is had a greatly reduced quality and not good.

The utility model content

The purpose of this utility model provides a kind of device of biochemical machine, and the biochemistry ball that is produced to overcome on the aforementioned existing structure such as can't clean up at problem.The utility model provides the stirring action of biochemistry ball in the biochemical groove groove, and adds and can constantly infeed clear water, makes that the sewage after the interior washing of groove can obtain to change, continues to clean.

The technical scheme that its technical problem that solves the utility model adopts is: at an inner upper and lower interior sidewall surface book office that is provided with the biochemical groove of filter screen, one drainage channel is set is connected from being higher than upper filter screen to bottom land, and between upper and lower filter screen, be installed with the biochemistry ball place one stirring rod is set with a delivery pipe.

Again, the entry pipe end place of above-mentioned novel biochemical groove connects and establishes one and be provided with the feed pipe of switch valve, and feed pipe is stretched into be installed with the biochemistry ball part in the biochemical groove.

Above-mentioned novel biochemical groove inner upper end place is provided with bactericidal lamp.

Secondly, the oral siphon at above-mentioned novel biochemical groove bottom land place inserts part in the groove, connects and establishes a T type pipe.

The beneficial effects of the utility model are, by above-mentioned novel stirring rod in the washing and cleaning operation of biochemical groove carries out, not only can the disturbance current, more can stir biochemistry ball, make each biochemistry ball produce and move and rotate dynamically, make between each biochemistry ball and and stirring rod between, produce suitably bump and friction, and then allow the easier disengaging of dirt of biochemistry ball surface attachment, and make the cleaning performance of biochemistry ball better.

Again, above-mentioned novel is connected to oral siphon and stretches into feed pipe in the biochemical groove, when washing and cleaning operation carries out, clear water can be introduced in the biochemical groove via feed pipe, make in biochemistry ball and groove the sewage after cleaning can be by cleaning outside drainpipe discharges, more can constantly introduce clean water and change the water continuous wash, and then groove dirt interior and the biochemistry ball surface can be cleaned more completely totally and discharge, and the minimizing dirt remains in the groove.

Above-mentioned novel oral siphon stretch into the T type pipe of establishing that connects in the biochemical groove, can guide water towards the outflow of scattering of two side directions, it is minimum that current are reduced to disturbing influence that biochemistry ball causes, and can slow down water velocity, increase filtration time and make the effect of filtration better.

Secondly, above-mentioned the drainage channel that the novel water current drainage for after filtering is gone out because of being is arranged in the biochemical groove, so the outward appearance of biochemical groove is improved, can prevent that more pipeline from damaged by bump.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the filtration situation schematic diagram of existing biochemical machine;

Fig. 2 is the cleaning situation schematic diagram of existing biochemical machine;

Fig. 3 is a filtration situation schematic diagram of the present utility model;

Fig. 4 is a cleaning situation schematic diagram of the present utility model.

1. biochemical grooves among the figure, 10. motor, 101. stirring rod, 102. axle beds, 103. fixed mount, 104. mixing parts, 12. filter screens, 14. biochemistry ball, 15. top covers, 16. oral siphons, 161.T the type pipe, 162. feed pipes, 163. switch valves, 17. the cleaning drainpipe, 18. transfer valves, 2. support, 21. bactericidal lamp, 31. drainage channels, 32. delivery pipes.

The specific embodiment

Please consult shown in Figure 3, roughly structure is identical as the aforementioned for the structure of this biochemistry machine, above biochemical groove 1, establish a top cover 15, and the upper and lower appropriate location sets firmly the filter screen 12 that is covered with mesh in biochemical groove 1, and between upper and lower two filter screens 12, lay eight, nine fens full biochemistry balls 14 are arranged approximately, multiple connecing at biochemical groove 1 bottom appropriate location again established an oral siphon 16, and establishes a three-way switch valve 18 on the pipeline of oral siphon 16, and establishes one in transfer valve 18 the 3rd termination and clean drainpipe 17; In addition, appropriate location is provided with a fixed mount 103 above in biochemical groove 1 groove, and on fixed mount 103, set firmly a motor 10, and make motor 10 can drive stirring rod 101 rotations of stretching in the axle bed 102 that the bottom land place is provided with, the position that is positioned at 12 of two filter screens of this stirring rod 101 is provided with a plurality of groups of mixing parts 104 with suitable spacing simultaneously.

Interior sidewall surface place at biochemical groove 1 from top to bottom establishes a drainage channel 31 in the edge, and the upper end of this drainage channel 31 is to be positioned on the screen pack 12, and its lower end then is along being connected with a delivery pipe 32 to bottom land.

In addition, this end place in the biochemical groove 1 of stretching into of aforementioned oral siphon 16 connects and establishes a T type pipe 161, simultaneously again at the place, front side that is positioned at transfer valve 18 of oral siphon 16, connect and establish one and be provided with the feed pipe 162 of switch valve 163, and make this feed pipe 162 stretch into predetermined height in the biochemical groove 1.

Secondly, establish a support 2 on the filter screen 12 up again, and support 2 is provided with a plurality of bactericidal lamps 21.

Therefore, when the operation desiring to filter, be earlier cleaning drainpipe 17 ends of transfer valve 18 to be closed, and Chi Shui is introduced in the biochemical groove 1 via oral siphon 16, and under the stopping and guide of this T type pipe 161, the speed that makes the current direction side scatter and slow down current, the former water that imports in the biochemical groove 1 that makes can be directly to upper punch, and reduce current to disturbing influence that biochemistry ball causes, simultaneously under the situation that current slow down, and then increased water and rest on filtration time in the groove, make that the effect of filtering is better.

Water in the biochemical groove 1 sees through below filter screen 12 in regular turn, after the filtration of each biochemistry ball 14, see through again the top filter screen 12 and after becoming the water of cleaning, again via the irradiation of bactericidal lamp 21, make water quality more clean, make water return in the pond through delivery pipe 32 current drainages then by drainage channel 31; So circulation do not make then that the water pond in keeps clean, the generation of high dissolved oxygen amount and beneficial bacterium, make biological growing environment remain on best and natural situation in the pond in.

This drainage channel 31 is because of being along biochemical groove 1 interior sidewall surface setting simultaneously, but not exposes to outside the biochemical groove 1, so that the outward appearance of biochemical groove 1 is more clean and tidy, more do not have the danger that pipeline is impacted and damages.

Otherwise, as shown in Figure 4, if when desiring to carry out the washing and cleaning operation of biochemical groove 1, the arrival end of the oral siphon 16 of transfer valve 18 is closed, and order cleaning drainpipe 17 ends are opened, switch valve 163 on the feed pipe 162 is also opened simultaneously, clear water is introduced in the biochemical groove 1 via feed pipe 162 from oral siphon 16, and by 101 rotations of motor 10 drive stirring rod, and being produced, stir 104 pairs of biochemistry balls in mixing part 14, and outside the disturbance current, more can make biochemistry ball 14 produce and move and rotate dynamically, make between each biochemistry ball 14 and stirring

rod

101 and 14 of biochemistry balls produce suitably bump and rub, allow the easier disengaging of dirt of each biochemistry ball 14 surface attachment, and the water that oral siphon 16 is introduced, constantly be guided in the biochemical groove 1 via feed pipe 162, outside each biochemistry ball 14 is constantly washed, and the water of the dirt after will cleaning is discharged; Change water so repeatedly, stir and wash down, allow biochemical groove 1 interior residual dirt fully discharge on most ground, make that groove is interior and biochemistry ball 14 is more clean.

Claims

1. the device of a biochemical machine, this biochemistry machine is to comprise an inner upper and lower biochemical groove that respectively is provided with filter screen, and is scattered with biochemistry ball between two filter screens, and makes biochemical trench bottom connect establishing the oral siphon of an installing transfer valve, the 3rd end of this transfer valve then connects establishes a cleaning drainpipe, it is characterized in that:

But establishing one in this biochemistry groove can rotate and the stirring rod of disturbance biochemistry ball, and make and establish one on the interior sidewall surface of biochemical groove from top to bottom to the discharge-channel of bottom land, and this discharge-channel is connected with a delivery pipe, make simultaneously not only this end place in the biochemical groove of access of oral siphon but also connect and establish a T type pipe, and then make the place, transfer valve front side that is positioned at of oral siphon connect and establish one and be provided with switch valve and stretch into the feed pipe of biochemical groove.

2. the device of biochemical machine according to claim 1, it is characterized in that: a support is established at the filter screen seat of honour, top of this biochemistry groove, and makes this support be provided with a plurality of bactericidal lamp persons.

3. the device of biochemical machine according to claim 1 is characterized in that: this stirring rod is positioned to be scattered on the biochemistry ball, is provided with many mixing parts that can stir current and biochemistry ball.