CN2698451Y - Small-sized garbage and organic matter classification and collection equipment - Google Patents
Small-sized garbage and organic matter classification and collection equipment Download PDFInfo
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- CN2698451Y CN2698451Y CN 200420006680 CN200420006680U CN2698451Y CN 2698451 Y CN2698451 Y CN 2698451Y CN 200420006680 CN200420006680 CN 200420006680 CN 200420006680 U CN200420006680 U CN 200420006680U CN 2698451 Y CN2698451 Y CN 2698451Y
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Abstract
The utility model relates to a small-sized garbage and organic matter classification and collection equipment. The utility model is mainly provided with a current guide seat which can raise and lower high and low positions, and the lower end of an outlet of the current guide seat is provided with a sieving set device. The utility model is characterized in that the lower end of the sieving set device is provided with a current introducing channel, and the current introducing channel is communicated to a current moderating channel. One end of the current moderating channel which is connected to the current introducing channel is a high order end, and the other end of the current moderating channel is an outlet of a low order end. An organic matter sieving set net device which can sieve organic matter is arranged at the lower end of an outlet of the current moderating channel. The utility model mainly utilizes water characteristics, such as specific gravity performance, fluidity, sinkage and appearance, etc., to efficiently classify float, organic matter and deposit garbage in order to efficiently classify and treat small-sized garbage.
Description
Technical field
The utility model relates to a kind of small-sized rubbish and organic classified collection device, refer to especially a kind of can be fast and effectively classify small-sized rubbish and organic device.
Background technology
Since ancient times, the mode of disposal of refuse, nothing more than handling with landfill and incineration mode, yet progress along with society, the quantity of refuse that people make is also a large amount of, causing need be with a large amount of landfill rubbish, and not good if protection works are handled, and also further causes the pollution of underground water source and soil property easily; And the mode to incinerate then can produce a large amount of air pollutions, and the slag after the burning finally still wants landfill in underground, has the problem of underground water source and land pollution equally; And along with the exploitation in new cities and towns, people are because of paying attention to household's environment, thereby prolong the fight of giving birth to the soot, make it possible to as the soil of landfill less and lessly, also cause the increase of garbage disposal cost relatively.
Along with the consumption day by day of earth resource, make that people begin to pay attention to and treasure limited earth resource, being recycled of available material in the rubbish not only can effectively be reduced the treating capacity of rubbish, slows down pressure service life of refuse landfill; More can make and extenuate the consumption of people to earth resource, therefore, resource reclaims, and just becomes the preferred approach of temporarily extenuating garbage disposal pressure.
Yet present equipment and the technology that reclaims, and the rubbish that mixes effectively can't be classified, the material that focuses in the domestic refuse is too complicated, comprise poisonous, nontoxic, large and small, dried, wet, soft, hard and light, heavy not first-class material, can't effectively classify by mechanized equipment usually; And the mode of classifying with manpower (may be requirement classify by the common people earlier or afterwards by recovery personnel classification), because the error rate height of trouble and classification, in a single day moreover mix material in the rubbish with toxicity, the just as easy as rolling off a log personnel of making of manual sort's mode are subjected to the infection of toxicant, also nonideal mode classification.
The utility model content
In view of this utility model technical staff progresses greatly after the research and development, invents out a kind of water that utilizes finally and is medium, and small-sized rubbish and organic matter can be made method and the device thereof that validity is classified.
Main purpose of the present utility model is: provide a kind of can effectively " drift rubbish ", " organic matter rubbish " be reached " sediment rubbish " to make automatically the effectively collection method and the device thereof of classification.
Another purpose of the present utility model is: a kind of small-sized rubbish and organic matter sorting technique and device thereof that has the rubbish cleaning function concurrently is provided.
Another purpose of the present utility model is: provide a kind of with small-sized rubbish and the organic matter sorting technique and the device thereof of desalinating noxious material in the rubbish.
For reaching above-mentioned purpose, the utility model provides a kind of small-sized rubbish and organic categorised collection method, mainly rubbish is mixed with water, and after weight rubbish that earlier will submerged removes in advance, carries out with the following step again, and it comprises:
Step 1, sieve collection small-sized rubbish and organic matter:
The rubbish that will mix with water is poured screen cloth into, make the small-sized rubbish in the rubbish, collected by mesh by screen cloth, and the medium-sized rubbish by the screen cloth mesh not, then stay on the screen cloth, and dash spray by screen cloth below with water column, and make the medium-sized rubbish that stays on the screen cloth, broken away from screen cloth and concentrate and deal with in addition;
Step 2, drainage small-sized rubbish and organic matter:
Will be by small-sized rubbish, organic matter and the water of screen cloth, on the slow precipitation road of drainage to;
The small-sized rubbish of step 3, collecting precipitation:
Utilization is established a V-type groove in bottom surface, slow precipitation road, and silt in the water supply or small-sized precipitation rubbish sink in the V-type groove, and will be deposited on silt or small-sized precipitation rubbish in the V-type groove by a conduit, discharges slow precipitation road and is collected;
Drift rubbish is collected in step 4, intercepting:
Utilize one to be obliquely installed on sluice way, and slightly sink to netted conveyer belt, the small-sized drift rubbish that floats on the sluice way water surface is intercepted, and small-sized drift rubbish delivered in the drift collecting box collected in the water surface;
Step 5, the sieve catchment stream in organic matter:
Include organic rubbish current, continuation is guided by sluice way by netted conveyer belt, and it is online to flow to organic matter sieve collection, by this organic matter sieve collection net organic matter is effectively sieved collection, and collect the water of netting by the organic matter sieve, then discharge and carry out sewage disposal, finish small-sized rubbish and organic collection recovery with one-tenth.
Advantageously, the sieve collection small-sized rubbish organic matter step of this step 1 further comprises following thin step:
One, dusting cover collection step:
The rubbish that will mix with water, pour into earlier by among first screen cloth, the mesh of this first screen cloth is 4-6cm, and make thin organic matter and small garbage in the rubbish, be able to flow in the penstock, and, then stay on first screen cloth not by the rubbish of this first screen cloth by first screen cloth, and utilize water column by other rubbish of first screen cloth below flushing, make its disengaging flow to second screen cloth;
Two, scalping collection step:
The residue rubbish that breaks away from first screen cloth via flushing, it is being mixed water together flowing on second screen cloth, the mesh of this second screen cloth is 6-8cm, so that the thick organic matter in the rubbish reaches the small-sized rubbish less than 6-8cm, by second screen cloth, drainage enters in the penstock in addition again.
The utility model also provides a kind of small-sized rubbish and organic classified collection device, mainly be provided with the diversion seat of a liftable high and low position, the outlet below of this diversion seat, be provided with a sieve acquisition means, wherein, the below of this sieve acquisition means is a sluice way, sluice way then is communicated on the slow precipitation road, the end that this slow precipitation road is connected with sluice way is a high order end, and other end of slow precipitation road is the outlet of a low order end, and, be provided with one and can sieve the organic organic matter sieve of collection collecting net equipment in the below of this slow precipitation road outlet; And be somebody's turn to do the stage casing part of delaying the precipitation road, and then forming more unconspicuous mild section of high and low potential difference, bottom of this mild section is arranged with the V-type groove that formation one can supply silt or small-sized heavy thing to precipitate, and connects a drain valve in the lowermost end of this V-type groove; Again, this mild section is positioned at the V-type groove between outlet, and an acclivitous netted conveyer belt is set, wherein, the least significant end of this netted conveyer belt slightly sinks to the water surface of the mild section in this slow precipitation road, and the end in addition of netted conveyer belt then is connected with a drift collecting box.
Advantageously, this diversion seat be a section be the ㄩ type hold the water seat.
Advantageously, this sieve acquisition means mainly comprises the first screen cloth conveyer belt, this first screen cloth conveyer belt be positioned at diversion seat outlet under, and the below of this first screen cloth conveyer belt, then first sluice way for being connected with slow precipitation road; This first screen cloth conveyer belt differs from the side-lower in addition of diversion seat, and a drip pan then is set, the inside of this first screen cloth conveyer belt, and being horizontally set with one can be towards the first screen cloth conveyor belt surface and drip pan side, the sparge pipe of angular injection water column; The below of this drip pan then is provided with a mesh second screen cloth conveyer belt big than the first screen cloth conveyer belt, and the below of this second screen cloth conveyer belt then is provided with one and is communicated in second sluice way that delays the precipitation road equally.
Advantageously, this drip pan is the square type disk body of a drop-center shape, and make this drip pan differ from a side of the first screen cloth conveyer belt, the opening that formation can be supplied water and be flowed out, and make this drip pan groove lean on the position of opening, form the slightly upwards bending edge of bending, with this bending edge slightly the backstop current directly do not flow out by opening.
Advantageously, the mesh of this first screen cloth conveyer belt is the 4-6 centimetre.
Advantageously, the mesh of this second screen cloth conveyer belt is the 6-8 centimetre.
Advantageously, the screen cloth of this organic matter sieve collecting net equipment is made with the tiny basket net nylon of mesh 200 ~ 400 orders.
The utlity model has following advantage:
1, provides a kind of thinking pattern that is different from present stage rubbish separation, invent out with water is medium, effectively " organic matter " in the small-sized rubbish, " sediment " are reached " rubbish floats " and give separated and collected, need not manually carry out sorting, have the effect of convenience, rapidity and accuracy.
2, the utility model is medium with water, can have concurrently rubbish is cleaned, to make things convenient for the effect of subsequent recovery in sorting rubbish.
3, the utility model is medium with water, can desalinate noxious material in the rubbish simultaneously in sorting rubbish, but reduces the property that infects human body when reclaiming.
4, the utility model also provides a kind of and can fast, effectively reach accurate device with small-sized rubbish and organic matter separated and collected.
For making the professional person who reads the utility model specification, can understand technical characterictic of the present utility model more specifically and also can implement according to this,, figure number graphic with the preferred embodiment cooperation is described as follows:
Description of drawings
Fig. 1 is the flow chart of the utility model sorting technique.
Fig. 2 is the schematic perspective view of the utility model sorter preferred embodiment.
Fig. 3 is the longitudinal profile configuration schematic diagram of the utility model sorter preferred embodiment.
Fig. 4 is the schematic top plan view of the utility model sorter preferred embodiment.
The specific embodiment
At first please referring to shown in Figure 1, wherein the utility model small-sized rubbish and organic collection sorting technique are mainly mixed rubbish with water, and after weight rubbish that earlier will submerged removes in advance, carry out with the following step again, comprising:
Step 1, sieve collection small-sized rubbish and organic matter:
The rubbish that will mix with water, pour into earlier by among first screen cloth, the mesh of this one first screen cloth is 4-6cm, and make thin organic matter and small garbage in the rubbish, be able to flow in the penstock, and, then stay on first screen cloth not by the rubbish of first screen cloth by the mesh of first screen cloth, and utilize water column by other rubbish of first screen cloth below flushing, make its disengaging flow to second screen cloth;
The residue rubbish that breaks away from first screen cloth via flushing, mixing water and together flowing on second screen cloth, the mesh of this second screen cloth is 6-8cm, so that the thick organic matter in the rubbish reaches the small-sized rubbish less than 6-8cm, by second screen cloth, drainage enters in the penstock in addition again;
And this moment and the medium-sized rubbish by screen cloth not then stays on second screen cloth, and dashes spray with water column by the screen cloth below makes the medium-sized rubbish that stays on the screen cloth, is broken away from screen cloth and concentrates and deal with in addition;
Step 2, drainage small-sized rubbish and organic matter:
Will be by small-sized rubbish, organic matter and the water of screen cloth, on the slow precipitation road of drainage to;
The small-sized rubbish of step 3, collecting precipitation:
Utilization is established a V-type groove in bottom surface, slow precipitation road, and silt in the water supply or small-sized precipitation rubbish sink in the V-type groove, and will be deposited on silt or small-sized precipitation rubbish in the V-type groove by a conduit, discharges slow precipitation road and is collected;
Drift rubbish is collected in step 4, intercepting:
Utilize one to be obliquely installed on sluice way, and slightly sink to netted conveyer belt, the small-sized drift rubbish that floats on the sluice way water surface is intercepted, and small-sized drift rubbish delivered in the drift collecting box collected in the water surface;
Step 5, the sieve catchment stream in organic matter:
Include organic rubbish current, continuation is guided by sluice way by netted conveyer belt, and it is online to flow to organic matter sieve collection, by this organic matter sieve collection net organic matter is effectively sieved collection, and collect the water of netting by the organic matter sieve, then discharge and carry out sewage disposal, finish small-sized rubbish and organic collection recovery with one-tenth.
The utility model technical staff provides concrete device for carrying out said for can reach above-mentioned small-sized rubbish and organic collection method; Wherein preferred embodiment please cooperate referring to shown in Fig. 2,3 and 4, be small-sized rubbish of the present utility model and organic matter gathering-device, it mainly is provided with the diversion seat 10 of a liftable high and low position, this diversion seat 10 be a section be the ㄩ type hold the water seat, and, a sieve acquisition means 20 is set in the outlet below of this diversion seat 10;
Advantageously, this sieve acquisition means 20 mainly is provided with the first screen cloth conveyer belt 21, wherein, this first screen cloth conveyer belt 21 be positioned at this diversion seat 10 outlet under, the mesh of this first screen cloth conveyer belt 21 is the 4-6 centimetre, and makes thin organic matter and small garbage in the rubbish, is able to flow in (shown in Fig. 2,4) in first sluice way 22 by the first screen cloth conveyer belt 21, and not by the rubbish of the first screen cloth conveyer belt 21, then stay on the first screen cloth conveyer belt 21; Again, this first screen cloth conveyer belt 21 differs from the side-lower in addition of diversion seat 10, one drip pan 23 then is set, this drip pan 23 square type disk body that is a drop-center shape wherein, and make this drip pan 23 differ from a side of the first screen cloth conveyer belt 21, the formation opening (as shown in Figure 2) that stream flows out that can supply water, and make these drip pan 23 grooves lean on the position of opening, then form the slightly upwards bending edge 230 of bending,, current are relaxed by opening flow out (as shown in Figure 3) with these bending edge 230 buffering current; The inside of this first screen cloth conveyer belt 21 again, then being horizontally set with one can be towards the first screen cloth conveyer belt, 21 surface and drip pan 23 inboards, the sparge pipe 210 of angular injection water column (shown in Fig. 2 and 4);
The below of this drip pan 23, one second screen cloth conveyer belt 24 then is set, the mesh of this second screen cloth conveyer belt 24 is the 6-8 centimetre, so that the thick organic matter in the rubbish reaches the small-sized rubbish less than the 6-8 centimetre, must with current together by the second screen cloth conveyer belt 24, and flow in (shown in Fig. 2,4) in one second sluice way 25;
Again the inside of this second screen cloth conveyer belt 24 also be horizontally set with one can be towards the sparge pipe 240 (shown in Fig. 2 and 4) of the second screen cloth conveyer belt, 24 angular injection water columns.
Equally shown in Fig. 2 to 4, wherein this first, two sluice ways 22,25, connect and establish on the slow precipitation road 30 that is communicated in a long groove shape, should be positioned at the outside of sieve acquisition means 20 (as Fig. 2 in slow precipitation road 30, shown in 4), and the end that this slow precipitation road 30 is connected with first sluice way 22, be highly the highest high order end, the end in addition in slow precipitation road 30 then forms highly minimum low order end outlet 31 relatively, and in outlet 31 belows in this slow precipitation road 30, be provided with one again and can sieve the organic organic matter sieve of collection collecting net equipment 40, wherein this organic matter sieves the screen cloth of collecting net equipment 40, and this screen cloth is that the very tiny basket net nylon guipure of mesh 200 ~ 400 orders is made;
And the stage casing in this slow precipitation road 30 partly, then form more unconspicuous mild section 32 of high and low potential difference (shown in Fig. 2,4), should be positioned at mild section 32 bottom in slow precipitation road 30, then be arranged with and form a V-type groove 33 that can supply silt or small-sized heavy thing to precipitate, and connect a drain valve 330 (as shown in Figure 3) in the bottommost of this V-type groove 33;
And should slow precipitation road 30 mild sections 32 arrive between the outlet 31 at V-type groove 33, one acclivitous netted conveyer belt 34 (shown in Fig. 2,3) then is set, wherein the least significant end of this acclivitous netted conveyer belt 34 slightly sinks in the water surface of this slow precipitation road 30 mild sections 32 (as shown in Figure 3), and the end in addition of netted conveyer belt 34, then connection is delivered to a drift collecting box 340 (as shown in Figure 2).
By this, when the utility model when implementing, can be with rubbish with after water mixes, the weight rubbish that will sink to again in water is removed in advance, adjust the height potential difference of 21 of the diversion seat 10 and the first screen cloth conveyer belts again, the height potential difference of this diversion seat 10 wherein, adjust according to the organic matter number in the rubbish, organic matter in rubbish more for a long time, can raise diversion seat 10 to increase the lower punch power of current and rubbish, and increase organic matter and small-sized rubbish penetration power by the first screen cloth conveyer belt 21, the rubbish that will mix with water is directly fallen in diversion seat 10 again, and then is dashed on the first screen cloth conveyer belt 21 for 10 times by diversion seat, make thin organic matter and small garbage in the rubbish, be able to flow in slow falling among the penstock 30 via first sluice way 22 by the first screen cloth conveyer belt 21;
And the rubbish by the first screen cloth conveyer belt 21 not, then stay on the first screen cloth conveyer belt 21, and utilize the sparge pipe 210 of the first screen cloth conveyer belt, 21 inside, by the first screen cloth conveyer belt, 21 inner oblique ejection water columns, and make other rubbish that stays on the first screen cloth conveyer belt 21, be able to break away from the first screen cloth conveyer belt 21 and flow in drip pan 23 (as shown in Figure 3) by the flushing of water column, can keep the first screen cloth conveyer belt, 21 mesh often unimpeded so first, second can add the water effect to drip pan 23, make drip pan 23 interior materials be continued the mat flow action and flow forward, handle to do classification.And because drip pan 23 open side of the present utility model, formation has bending edge 230 designs of slightly upwards bending, so break away from the residue rubbish of the first screen cloth conveyer belt 21 via the water flushing, can in this drip pan 23, form more stratified flowing on the second screen cloth conveyer belt 24, be difficult for taking place the laminated phenomenon of rubbish;
And after residue rubbish mixing water together flow on the second screen cloth conveyer belt 24, thick organic matter in the rubbish reaches the small-sized rubbish less than the 6-8 centimetre, can flow in second sluice way 25 and then flow into to concentrate on and delay among the precipitation road 30 along with the mesh of current by the second screen cloth conveyer belt 24; And the medium-sized rubbish by the second screen cloth conveyer belt 24 not, then stay on the second screen cloth conveyer belt 24, equally the water column with the sparge pipe 240 that is located at the second screen cloth conveyer belt, 24 inside is sprayed to oblique upper punch by the second screen cloth conveyer belt, 24 inside, make to stay in second screen cloth and carry medium-sized rubbish on 24, also broken away from the second screen cloth conveyer belt 24 and concentrate and deal with in addition.In the present embodiment, a bit ofly in the second screen cloth conveyer belt, 24 rear ends establish one apart from S and instigate wheel 50, instigate wheel 50 belows and establish a conveyer belt 60, the medium-sized rubbish that rests on the second screen cloth conveyer belt 24 can be fallen on the conveyer belt 60 via the instigation of instigateeing wheel 50, and transport to another assorting process otherwise processed.Owing to instigate 24 of the 50 and second screen cloth conveyer belts of wheel an interval S is arranged, so will fall into (shown in Fig. 2 and 4) in the main channel 70, otherwise processed greater than the small-sized rubbish of mesh less than interval S.
In addition, equally shown in Fig. 2 to 4, wherein via first sluice way 22 and second sluice way 25, and flow in the small-sized rubbish and the organic waste in slow precipitation road 30 respectively, continue to flow to mild section 32 in slow precipitation road 30, and make its flow velocity comparatively mild, so that part silt, objects such as little lighter or absorbent tampons body, be able in process of flowing, sink to deposition in the V-type groove 33 of slow 30 bottoms, precipitation road, and be deposited on silt or precipitation rubbish in the V-type groove 33, and then can be in good time it be disposed to slow precipitation road 30 by the drain valve 330 of V-type groove 33 bottoms) deal with in addition outward.
Again, do not sink in should slow precipitation road 30 in the showy rubbish of V-type groove 33 and other and mix organic matter in water, then continue outlet 31 side drainages to slow precipitation road 30, and make each showy rubbish the time by netted conveyer belt 34, running by this netted conveyer belt 34, the small-sized drift rubbish that floats on slow precipitation road 30 horizontal planes can be intercepted, and small-sized drift rubbish delivered in the drift collecting box 340 collected;
After the effect via above-mentioned V-type groove 33 and netted conveyer belt 34, delay this moment and be left to be all organic matter in the precipitation road, this contains organic rubbish current, continuation is flowed to the outlet 31 in slow precipitation road 30, flow on the organic matter sieve collecting net equipment 40 (as Fig. 2 via outlet 31, shown in 3), by organic matter sieve collecting net equipment 40200 ~ 400 purpose meshes, residual organic substances in the current is effectively sieved collection, and because the screen cloth of organic matter of the present utility model sieve collecting net equipment 40, for basket net nylon guipure made, the surface is smooth can not to attach any material, so can not cause obstruction, almost can will all can all collect by visual material, the material that can pass has been very careful material, as oil, powder slurry thing etc., and the oil of sieving collecting net equipment 40 by organic matter, powder slurry thing and water etc., then discharge and carry out sewage disposal, finish small-sized rubbish and organic collection recovery with one-tenth.
By above-mentioned explanation as can be known, the utlity model has following advantage:
1, provides a kind of thinking pattern that is different from present stage rubbish separation, invent out with water is medium, effectively " organic matter " in the small-sized rubbish, " sediment " are reached " rubbish floats " and give separated and collected, need not manually carry out sorting, have the effect of convenience, rapidity and accuracy.
2, the utility model is medium with water, can have concurrently rubbish is cleaned, to make things convenient for the effect of subsequent recovery in sorting rubbish.
3, the utility model is medium with water, can desalinate noxious material in the rubbish simultaneously in sorting rubbish, but reduces the property that infects human body when reclaiming.
4, the utility model also provides a kind of and can fast, effectively reach accurate device with small-sized rubbish and organic matter separated and collected.
Comprehensive the above, of the present utility model is a quite excellent invention really, files an application utility model patent in accordance with the law; The content of above-mentioned explanation only is preferred embodiment explanation of the present utility model, and all variations of extending according to technological means of the present utility model all should fall into patent claim of the present utility model.
Claims (8)
1, a kind of small-sized rubbish and organic collection sorter, mainly be provided with the diversion seat of a liftable high and low position, the outlet below of this diversion seat, then be provided with a sieve acquisition means, it is characterized in that, the below of this sieve acquisition means is a sluice way, this sluice way is communicated on the slow precipitation road, the end that this slow precipitation road is connected with this sluice way is a high order end, and other end of slow precipitation road is the outlet of a low order end, and, be provided with one and can sieve the organic organic matter sieve of collection collecting net equipment in the below of this slow precipitation road outlet;
Should delay the stage casing part in precipitation road, then form more unconspicuous mild section of high and low potential difference; Should on the mild section an acclivitous netted conveyer belt be set, the least significant end of this netted conveyer belt slightly sinks to the water surface of the mild section in this slow precipitation road, and the end in addition of netted conveyer belt then is connected with a drift collecting box.
According to described small-sized rubbish of claim 1 and organic collection sorter, it is characterized in that 2, the bottom of this mild section is arranged with and forms a V-type groove that can supply silt or small-sized heavy thing to precipitate, and connects a drain valve in the lowermost end of this V-type groove.
3, according to described small-sized rubbish of claim 1 and organic collection sorter, it is characterized in that, this sieve acquisition means mainly comprises the first screen cloth conveyer belt, this first screen cloth conveyer belt be positioned at diversion seat outlet under, and the below of this first screen cloth conveyer belt, then first sluice way for being connected with slow precipitation road;
Again, this first screen cloth conveyer belt differs from the side-lower in addition of diversion seat, and a drip pan then is set, the inside of this first screen cloth conveyer belt, and being horizontally set with one can be towards the first screen cloth conveyor belt surface and drip pan inboard, the sparge pipe of angular injection water column;
The below of this drip pan, it is the second big screen cloth conveyer belt than the first screen cloth conveyer belt that a mesh then is set, the below of this second screen cloth conveyer belt then is provided with one and is communicated in second sluice way that delays the precipitation road equally.
4, according to described small-sized rubbish of claim 3 and organic collection sorter, it is characterized in that, this drip pan is the square type disk body of a drop-center shape, and make this drip pan differ from a side of the first screen cloth conveyer belt, the opening that formation can be supplied water and be flowed out, and make the position of this drip pan groove by opening, and formation is the bending edge of bending slightly upwards, and this bending edge can make current relax outflow by opening.
According to described small-sized rubbish of claim 3 and organic collection sorter, it is characterized in that 5, the mesh of this first screen cloth conveyer belt is the 4-6 centimetre.
According to described small-sized rubbish of claim 3 and organic collection sorter, it is characterized in that 6, the mesh of this second screen cloth conveyer belt is the 6-8 centimetre.
7, according to described small-sized rubbish of claim 3 and organic collection sorter, it is characterized in that, the screen cloth of this organic matter sieve collecting net equipment, made with the basket net nylon that mesh 200 ~ 400 orders are tiny.
According to described small-sized rubbish of claim 1 and organic collection sorter, it is characterized in that 8, the spacing place that is separated by, the rear end of this second screen cloth conveyer belt establishes one and instigates wheel, establishes a conveyer belt below this instigations wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420006680 CN2698451Y (en) | 2004-03-15 | 2004-03-15 | Small-sized garbage and organic matter classification and collection equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420006680 CN2698451Y (en) | 2004-03-15 | 2004-03-15 | Small-sized garbage and organic matter classification and collection equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2698451Y true CN2698451Y (en) | 2005-05-11 |
Family
ID=34767761
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420006680 Expired - Fee Related CN2698451Y (en) | 2004-03-15 | 2004-03-15 | Small-sized garbage and organic matter classification and collection equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2698451Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111296549A (en) * | 2020-04-03 | 2020-06-19 | 湛江国联水产开发股份有限公司 | Aquatic product unfreezing production line |
| CN113083672A (en) * | 2021-04-02 | 2021-07-09 | 江西惠农种业有限公司 | A kind of device of selecting seeds for rice |
-
2004
- 2004-03-15 CN CN 200420006680 patent/CN2698451Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111296549A (en) * | 2020-04-03 | 2020-06-19 | 湛江国联水产开发股份有限公司 | Aquatic product unfreezing production line |
| CN113083672A (en) * | 2021-04-02 | 2021-07-09 | 江西惠农种业有限公司 | A kind of device of selecting seeds for rice |
| CN113083672B (en) * | 2021-04-02 | 2022-11-22 | 江西惠农种业有限公司 | A kind of device of selecting seeds for rice |
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