CN203356175U - Integrated biological drying device - Google Patents
Integrated biological drying device Download PDFInfo
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- CN203356175U CN203356175U CN 201320265535 CN201320265535U CN203356175U CN 203356175 U CN203356175 U CN 203356175U CN 201320265535 CN201320265535 CN 201320265535 CN 201320265535 U CN201320265535 U CN 201320265535U CN 203356175 U CN203356175 U CN 203356175U
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Abstract
The utility model relates to an organic matter treatment device, in particular to an integrated biological drying device. The device comprises a sealed discharge bin, wherein a feed gate is arranged on one side surface of the sealed discharge bin; the device further comprises a biochemical treatment bin; the sealed discharge bin is connected with the biochemical treatment bin; a sealed top cover is arranged at the tops of the sealed discharge bin and the biochemical treatment bin; a discharge feeding machine is arranged in the sealed discharge bin; an automatic distributing sequencing batch type biochemical processor, a discharge room, a combined type purification device, a storage bin and a material conveyor are arranged in the biochemical treatment bin; a discharge end of the discharge feeding machine is connected with the material conveyor; the other end of the material conveyor is connected with the automatic distributing sequencing batch type biochemical processor; the discharge room is located between the automatic distributing sequencing batch type biochemical processor and the combined type purification device; the combined type purification device is located between the storage bin and the discharge room; and a discharge channel is arranged between the storage bin and the discharge room. The integrated biological drying device provides low-cost, large-batch, continuous and clean-production technical conditions for drying waste organic matter.
Description
Technical field
The utility model relates to a kind of organic matter treating apparatus, especially a kind of integral biological desiccation apparatus.
Background technology
In daily life and production process, all can produce a large amount of organic wastes every day, as garbage, sludge of sewage treatment plant etc., the moisture content of these organic wastes generally surpasses 70%, very easily rotten, and produce high concentration sepage and foul smell, ecological environment is caused to severe contamination.Because these organic wastes are difficult to carry out recycling, mostly adopt at present the mode of landfill or burning to process.But directly landfill can cause chronic pollution to underground water source and air ambient, and takies a large amount of land resource; Directly burning needs to add coal, the wet goods fossil fuel is combustion-supporting, causes energy waste, and can produce the extremely toxic substance dioxin, and cause smoke pollution.At present, organic waste processing mode preferably is to carry out recycling, but at first the precursor condition of recycling is need to carry out harmless treatment and reduce moisture content, makes its mummification.Conventional drying technique is to adopt dryer to carry out hot drying and processing, and this furnace drying method need to use a large amount of coal, and the drying and other treatment cost is higher, and easily produces the secondary pollutions such as flue gas, stink, can't realize in enormous quantities, large-scale production.Therefore, drying and other treatment is the technology barrier of current organic waste recycling.
The utility model content
The purpose of this utility model is to have proposed a kind of integral biological desiccation apparatus, and its drying and other treatment that is organic waste provides low-costly and in high volume, the technical conditions of serialization, cleaner production.
The utility model is to adopt following technical scheme to realize: a kind of integral biological desiccation apparatus, comprise the sealing discharge bin, one side of sealing discharge bin is provided with feeding gate, wherein, this device also comprises biochemical treatment chamber, described sealing discharge bin is connected with biochemical treatment chamber, the top of sealing discharge bin and biochemical treatment chamber is provided with top pressure closure, be provided with the discharging batcher in the sealing discharge bin, be provided with automatic distribution sequencing batch biochemical processor in biochemical treatment chamber, between discharging, the combined type purifier, feed bin and material conveyor, the delivery end of discharging batcher is connected with material conveyor, the other end of material conveyor is connected with automatic distribution sequencing batch biochemical processor, between discharging between automatic distribution sequencing batch biochemical processor and combined type purifier, the combined type purifier is between between feed bin and discharging, be provided with tapping channel between between feed bin and discharging.
In the utility model, described automatic distribution sequencing batch biochemical processor can be arranged with the lateral vertical of sealing discharge bin; Automatic distribution sequencing batch biochemical processor also can arrange with the parallel sided of sealing discharge bin, now between discharging, combined type purifier, feed bin be arranged in parallel between automatic distribution sequencing batch biochemical processor and sealing discharge bin successively.
Described sealing discharge bin inner chamber top is provided with bridge crane track, one end of bridge crane track is positioned at the charging aperture place, the other end is positioned at discharging batcher place, bridge crane and grab bucket are set on bridge crane track, grab bucket is fixed on the bottom of bridge crane, bridge crane drives grab bucket and slides along bridge crane track, and the bottom of sealing discharge bin is provided with sepage and collects ditch.
The lower end of described bridge crane is not less than 6m with the distance at the bottom of sealing discharge bin storehouse.
Width between described discharging is no less than 6m.
Described automatic distribution sequencing batch biochemical processor comprises the automatic distribution sequencing batch biochemical processor housing, be provided with along its length at least one dividing plate in the automatic distribution sequencing batch biochemical processor housing, dividing plate is divided into a plurality of biochemical reaction lists storehouse by the inner chamber of housing, the bottom of housing is provided with air duct, air duct is connected with air supply line, housing is provided with hermatic door near the sidewall of tapping channel one side, the respectively corresponding hermatic door in each biochemical reaction list storehouse, the top of housing is provided with the belt feeding machine along its length, one end of belt feeding machine is provided with the feeding machine feed hopper, the feeding machine feed hopper is positioned at the below of material conveyor, the top of housing inner chamber and edge are provided with the movable charge machine perpendicular to the direction of belt feeding machine, the movable charge machine comprises ingredients belt and is positioned at the telescopic belt machine of ingredients belt below, ingredients belt is positioned at the below of belt feeding machine, ingredients belt is provided with cutting plate, side or the bottom of movable charge machine are provided with electric wheel.
Distance between the top of described automatic distribution sequencing batch biochemical processor housing and ground is not less than 2m, and the volume in each biochemical reaction list storehouse is not less than 100m
3.
Described combined type purifier comprises shell combination formula purifier, combined type purifier housing is provided with dividing plate along the middle part of its short transverse, dividing plate is divided into two-layer up and down by combined type purifier housing, upper strata is provided with odor purification, odor purification comprises Ventilator Room successively from the end near the sealing discharge bin, washing chamber and biofiltration chamber, be provided with blower fan in Ventilator Room, blower fan is connected with exhaust duct with induced duct respectively, induced duct is connected with automatic distribution sequencing batch biochemical processor with the sealing discharge bin, exhaust duct is connected with the washing chamber, inner chamber top in the washing chamber is provided with spray head, spray head is arranged on the spray washing pipeline, spray washing is sent into by water pump, the washing chamber is provided with near Yi Ce lower end, biofiltration chamber the ventilating opening communicated with the biofiltration chamber, the middle part of biofiltration chamber is provided with the biofiltration filler, the top of biofiltration chamber is provided with aiutage, the lower floor of combined type purifier sets gradually tapping channel and sewage purifier from the end near the sealing discharge bin, one end of sewage purifier is connected with sump, the other end is connected with drainpipe, sump is collected ditch with sepage and is communicated with.
The profile of described integral biological desiccation apparatus can be square or cuboid.
The beneficial effects of the utility model are:
(1) this integral biological desiccation apparatus utilizes biotechnology to realize the biological dewatered processing to organic waste, the biological high temperature produced in the organic waste biochemical process can evaporate the moisture in organic waste, reduce moisture content, simultaneously kill harmful germ, worm's ovum etc., and degraded stink, created favourable technical conditions for the organic waste recycling, realized innoxious, low-costly and in high volume, the serialization production operation;
(2) by the intensive combination to discarded organic-biological drying and other treatment technique equipment needed thereby and facility, make it consist of an integrated apparatus, greatly reduced construction floor space and cost of investment;
(3) owing to being provided with the combined type purifier in the utility model, make the sewage and the waste gas that produce in the biological dewatered processing procedure of organic waste obtain timely purified treatment, realize cleaner production, greatly reduced in the production process secondary pollution to environment.
In sum, the utility model mummification is effective, for the drying and other treatment of organic waste provides low-costly and in high volume, the technical conditions of serialization, cleaner production.
The accompanying drawing explanation
Fig. 1 is front view of the present utility model;
The A-A that Fig. 2 is Fig. 1 in embodiment 1 is to view;
The B-B that Fig. 3 is Fig. 1 is to view;
The front view that Fig. 4 is the utility model automatic distribution sequencing batch biochemical processor;
The top view that Fig. 5 is the utility model automatic distribution sequencing batch biochemical processor;
The C-C that Fig. 6 is Fig. 5 is to view;
The D-D that Fig. 7 is Fig. 2 is to view;
The A-A that Fig. 8 is Fig. 1 in embodiment 2 is to view.
In figure: 1 sealing discharge bin; 2 sealing discharge bin feeding gates; 3 top pressure closures; 4 discharging batchers; 5 automatic distribution sequencing batch biochemical processors; Between 6 dischargings; 7 combined type purifiers; 8 feed bins; 9 material conveyors; 10 bridge crane tracks; 11 bridge cranes; 12 grab buckets; Ditch is collected in 13 sepages; 14 automatic distribution sequencing batch biochemical processor housings; 15 belt feeding machines; 16 belt feeding machine feed hoppers; 17 hermatic doors; 18 movable charge machines; 19 cutting plates; 20 dividing plates; 21 telescopic belt machines; 22 ingredients belts; 23 electric wheels; 24 air ducts; 25 combined type purifier housings; 26 dividing plates; 27 Ventilator Rooms; 28 washing chambers; 29 biofiltration chambers; 30 induced ducts; 31 blower fans; 32 exhaust ducts; 33 spray heads; 34 ventilating openings; 35 biofiltration fillers; 36 aiutages; 37 sumps; 38 sewage purifiers; 39 drainpipes; 40 tapping channels.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described further.
As shown in Figure 1, this integral biological desiccation apparatus comprises sealing discharge bin 1 and biochemical treatment chamber, sealing discharge bin 1 is connected with biochemical treatment chamber, and the top of sealing discharge bin 1 and biochemical treatment chamber is provided with top pressure closure 3, and the profile of this integral biological desiccation apparatus is square or cuboid.Be provided with between automatic distribution sequencing batch biochemical processor 5, discharging 6 in biochemical treatment chamber, combined type purifier 7, feed bin 8 and material conveyor 9.
As shown in Figure 2, one side of sealing discharge bin 1 is provided with feeding gate 2, automatic distribution sequencing batch biochemical processor 5 joins with the lateral vertical of sealing discharge bin 1, between discharging 6, combined type purifier 7, feed bin 8 be arranged in parallel successively with automatic distribution sequencing batch biochemical processor 5.Discharging batcher 4 is arranged in sealing discharge bin 1, the delivery end of discharging batcher 4 is connected with material conveyor 9, the other end of material conveyor 9 is connected with automatic distribution sequencing batch biochemical processor 5, and material is delivered in automatic distribution sequencing batch biochemical processor 5 through material conveyor 9 by discharging batcher 4.Between discharging, 6 between automatic distribution sequencing batch biochemical processor 5 and combined type purifier 7, and its width is no less than 6m.Described feed bin 8 can be cuboid, between feed bin 8 and discharging, between 6, is provided with tapping channel, through the organic waste of biological dewatered processing, by tapping channel, is transported into feed bin 8, and feed bin 8 is for depositing material and organic waste resource deep processing equipment can being installed.Combined type purifier 7 is between feed bin 8 and discharging between 6.
As shown in Figure 3, in material is unloaded and is put in storage by feeding gate 2, sealing discharge bin 1 both sides along its length, inner chamber top are respectively equipped with bridge crane track 10, one end of bridge crane track 10 is positioned at feeding gate 2 places, the other end is positioned at discharging batcher 4 places, bridge crane 11 and grab bucket 12 are set on bridge crane track 10, grab bucket 12 is fixed on bridge crane 11, bridge crane 11 drives grab bucket 12 and slides along bridge crane track 10, and the distance at the bottom of bridge crane lower end and storehouse is not less than 6m.Material is captured and is transported by bridge crane 11 and grab bucket 12 and is discharged into discharging batcher 4, by discharging batcher 4, evenly transfers out sealing discharge bin 1.The bottom of sealing discharge bin 1 is provided with sepage and collects ditch 13, and sepage is collected ditch 13 and derived for collecting the sepage that organic waste produces.
Fig. 4 to Fig. 6 is automatic distribution sequencing batch biochemical processor 5, this processor comprises automatic distribution sequencing batch biochemical processor housing 14, organic waste carries out biological dewatered processing in housing 14, the automatic distribution sequencing batch biochemical processor housing is cuboid, be provided with along its length dividing plate 20 in automatic distribution sequencing batch biochemical processor housing 14, dividing plate 20 is divided into two biochemical reaction list storehouses by the inner chamber of housing 14, and the top of automatic distribution sequencing batch biochemical processor housing 14 is provided with top pressure closure.Organic waste is distributed in housing by the top of housing 14, and the distance between the top of housing 14 and ground is not less than 2m, and the volume in each biochemical reaction list storehouse is not less than 100m
3, the bottom of housing 14 is provided with air duct 24, and air duct 24 is connected with air supply line, by air supply line, to the material in housing 14, ventilates, to provide the microbial biochemical process required oxygen.Housing 14 is provided with the respectively corresponding hermatic door 17 in 17, two biochemical reaction list storehouses of two hermatic doors near the sidewall of tapping channel 6 one sides, and hermatic door 17 draws off for material in storehouse.The top of housing 14 side along its length is provided with belt feeding machine 15, and an end of belt feeding machine 15 is provided with feeding machine feed hopper 16, and feeding machine feed hopper 16 is positioned at the below of material conveyor 9.The organic waste material drops down onto on belt feeding machine 15 by belt feed feed hopper 16, and under the driving of driving wheel, belt drives material and carries along the length direction of housing 14.The top of housing 14 inner chambers and edge are provided with movable charge machine 18 perpendicular to the direction of belt feeding machine, and movable charge machine 18 comprises ingredients belt 22 and is positioned at the telescopic belt machine 21 of ingredients belt 22 belows.Ingredients belt 22 is provided with cutting plate 19, and cutting plate 19 can divide the material on belt feeding machine 15 to push on ingredients belt 22.Described belt proportioning machine 22 comprises belt and driving wheel, belt is wrapped on driving wheel, under the driving of driving wheel, belt by mass transport to telescopic belt machine 21, by the flexible of belt in telescopic belt machine 21, realized to the interior uniform distribution of housing 14, and the height of materials in housing can not be subject to larger restriction.The side of movable charge machine 18 or bottom are provided with electric wheel 23, and electric wheel 23 can drive movable charge machine 18 and move along the length direction of housing 14, carries out uniform distribution.In the housing at this place, after the cloth full with substance, movable charge machine 18 is movable to other position, thereby continues to the interior cloth of housing 14.By the housing inner chamber being divided into to a plurality of biochemical reaction lists storehouse, after one of them single storehouse cloth full with substance, movable charge machine 18 continues cloth is carried out in other single storehouse, now biochemical treatment is carried out to material in single storehouse of cloth full with substance, and the single storehouse after biochemical treatment finishes can draw off material from hermatic door 17.Therefore, make this automatic distribution sequencing batch biochemical processor 5 realize circulation order batch job, met the biochemical process requirement and greatly improved automated production level and treatment effeciency.
As shown in Figure 7, combined type purifier 7 comprises housing 25, combined type purifier housing 25 is provided with dividing plate 26 along the middle part of its short transverse, dividing plate 26 is divided into two-layer up and down by combined type purifier housing 25, upper strata is provided with odor purification, and odor purification sets gradually respectively Ventilator Room 27, washing chamber 28 and biofiltration chamber 29 from the end near sealing discharge bin 1.Be provided with blower fan 31 in Ventilator Room 27, blower fan 31 is connected with exhaust duct 32 with induced duct 30 respectively.Induced duct 30 is connected with automatic distribution sequencing batch biochemical processor 5 with sealing discharge bin 1.The foul smell that blower fan 31 will seal discharge bin 1 and automatic distribution sequencing batch biochemical processor 5 inside by induced duct 30 is drawn, by exhaust duct 32, foul smell is sent in washing chamber 28, inner chamber top in washing chamber 28 is provided with spray head 33, spray head 33 is arranged on the spray washing pipeline, spray washing is sent into by water pump, washing chamber 28 is provided with ventilating opening 34 near Yi Ce lower end, biofiltration chamber, and foul smell is interior after washing in washing chamber 28, by ventilating opening 34, enters biofiltration chamber 29.The middle part of biofiltration chamber 29 is provided with biofiltration filler 35, and 29 top, biofiltration chamber is provided with aiutage 36.Foul smell after washing, after biofiltration filler 35 filtration, purifications are processed, is discharged by aiutage 36, thereby has realized the purified treatment to the waste gas of production process generation.The lower floor of combined type purifier 7 sets gradually respectively tapping channel 40 and sewage purifier 38 from the end near sealing discharge bin 1, tapping channel 40 makes between discharging 6 to communicate with feed bin 8, the sepage that in sealing discharge bin 1, organic waste produces, collecting ditch 13 by sepage collects, flow into sump 37, pump into sewage purification treatment equipment 38 by sewage pump, after purified treatment, discharged by the drainpipe 39 be connected with sewage purification treatment equipment 38, thereby realized the purified treatment to the sewage of production process generation.
During this device work, organic waste enters in sealing discharge bin 1 by sealing discharge bin feeding gate 2, bridge crane 11 drives grab bucket 12 and slides along bridge crane track 10, by grabbing bucket, 12 organic waste is grabbed to discharging batcher 4, material is delivered in automatic distribution sequencing batch biochemical processor 5 through material conveyor 9 by discharging batcher 4.Material carries out biochemical treatment in automatic distribution sequencing batch biochemical processor 5, material after biochemical treatment is discharged between discharging in 6 through hermatic door 17, material by between discharging 6 and feed bin 8 between material channel enter in feed bin 8, material is carried out to follow-up processing feed bin 8 is interior.Simultaneously, the foul smell in sealing discharge bin 1 and automatic distribution sequencing batch biochemical processor 5 carries out purified treatment by combined type purifier 7.
As different from Example 1: as shown in Figure 8, automatic distribution sequencing batch biochemical processor 5 also can arrange with the parallel sided of sealing discharge bin 1, between discharging 6, combined type purifier 7, feed bin 8 be arranged in parallel between automatic distribution sequencing batch biochemical processor 5 and sealing discharge bin 1 successively.
The other the same as in Example 1.
Claims (10)
1. an integral biological desiccation apparatus, comprise sealing discharge bin (1), one side of sealing discharge bin (1) is provided with feeding gate (2), it is characterized in that: this device also comprises biochemical treatment chamber, described sealing discharge bin (1) is connected with biochemical treatment chamber, the top of sealing discharge bin (1) and biochemical treatment chamber is provided with top pressure closure (3), be provided with discharging batcher (4) in sealing discharge bin (1), be provided with automatic distribution sequencing batch biochemical processor (5) in biochemical treatment chamber, between discharging (6), combined type purifier (7), feed bin (8) and material conveyor (9), the delivery end of discharging batcher (4) is connected with material conveyor (9), the other end of material conveyor (9) is connected with automatic distribution sequencing batch biochemical processor (5), between discharging, (6) are positioned between automatic distribution sequencing batch biochemical processor (5) and combined type purifier (7), combined type purifier (7) is positioned between feed bin (8) and discharging between (6), be provided with tapping channel (40) between feed bin (8) and discharging between (6).
2. integral biological desiccation apparatus according to claim 1, is characterized in that: described automatic distribution sequencing batch biochemical processor (5) and the lateral vertical layout that seals discharge bin (1).
3. integral biological desiccation apparatus according to claim 1, it is characterized in that: described automatic distribution sequencing batch biochemical processor (5) and the parallel sided layout that seals discharge bin (1), now between discharging, (6), combined type purifier (7), feed bin (8) are arranged in parallel between automatic distribution sequencing batch biochemical processor (5) and sealing discharge bin (1) successively.
4. according to claim 1, 2 or 3 described integral biological desiccation apparatus, it is characterized in that: described sealing discharge bin (1) inner chamber top is provided with bridge crane track (10), one end of bridge crane track (10) is positioned at charging aperture (2) and locates, the other end is positioned at discharging batcher (4) and locates, bridge crane (11) and grab bucket (12) are set on bridge crane track (10), grab bucket (12) is fixed on bridge crane (11), bridge crane (11) drives grab bucket (12) and slides along bridge crane track (10), the bottom of sealing discharge bin (1) is provided with sepage and collects ditch (13).
5. integral biological desiccation apparatus according to claim 4 is characterized in that: the lower end of described bridge crane is not less than 6m with the distance at the bottom of sealing discharge bin storehouse.
6. according to claim 1,2 or 3 described integral biological desiccation apparatus, it is characterized in that: between described discharging, the width of (6) is no less than 6m.
7. according to claim 1, 2 or 3 described integral biological desiccation apparatus, it is characterized in that: described automatic distribution sequencing batch biochemical processor (5) comprises automatic distribution sequencing batch biochemical processor housing (14), be provided with along its length at least one dividing plate (20) in automatic distribution sequencing batch biochemical processor housing (14), dividing plate (20) is divided into a plurality of biochemical reaction lists storehouse by the inner chamber of housing (14), the bottom of housing (14) is provided with air duct (24), air duct (24) is connected with air supply line, housing (14) is provided with hermatic door (17) near the sidewall of tapping channel (6) one sides, the respectively corresponding hermatic door (17) in each biochemical reaction list storehouse, the top of housing (14) is provided with belt feeding machine (15) along its length, one end of belt feeding machine (15) is provided with feeding machine feed hopper (16), feeding machine feed hopper (16) is positioned at the below of material conveyor (9), the top of housing (14) inner chamber and edge are provided with movable charge machine (18) perpendicular to the direction of belt feeding machine, movable charge machine (18) comprises ingredients belt (22) and is positioned at the telescopic belt machine (21) of ingredients belt (22) below, ingredients belt (22) is positioned at the below of belt feeding machine (15), ingredients belt (22) is provided with cutting plate (19), the side of movable charge machine (18) or bottom are provided with electric wheel (23).
8. integral biological desiccation apparatus according to claim 7 is characterized in that: the distance between the top of described automatic distribution sequencing batch biochemical processor housing (14) and ground is not less than 2m, and the volume in each biochemical reaction list storehouse is not less than 100m
3.
9. according to claim 1, 2 or 3 described integral biological desiccation apparatus, it is characterized in that: described combined type purifier (7) comprises combined type purifier housing (25), combined type purifier housing (25) is provided with dividing plate (26) along the middle part of its short transverse, dividing plate (26) is divided into two-layer up and down by combined type purifier housing (25), upper strata is provided with odor purification, odor purification comprises Ventilator Room (27) successively from the end near sealing discharge bin (1), washing chamber (28) and biofiltration chamber (29), be provided with blower fan (31) in Ventilator Room (27), blower fan (31) is connected with exhaust duct (32) with induced duct (30) respectively, induced duct (30) is connected with automatic distribution sequencing batch biochemical processor (5) with sealing discharge bin (1), exhaust duct (32) is connected with washing chamber (28), inner chamber top in washing chamber (28) is provided with spray head (33), spray head (33) is arranged on the spray washing pipeline, washing chamber (28) is provided with near Yi Ce lower end, biofiltration chamber the ventilating opening (34) communicated with the biofiltration chamber, the middle part of biofiltration chamber (29) is provided with biofiltration filler (35), the top of biofiltration chamber (29) is provided with the aiutage (36) be communicated with the indoor chamber of biofiltration, the lower floor of combined type purifier (7) sets gradually tapping channel (40) and sewage purifier (38) from the end near the sealing discharge bin, one end of sewage purifier (38) is connected with sump (37), the other end is connected with drainpipe (39), sump (37) is collected ditch (13) with sepage and is communicated with.
10. integral biological desiccation apparatus according to claim 1, it is characterized in that: the profile of described integral biological desiccation apparatus is square or cuboid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320265535 CN203356175U (en) | 2013-05-15 | 2013-05-15 | Integrated biological drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320265535 CN203356175U (en) | 2013-05-15 | 2013-05-15 | Integrated biological drying device |
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| Publication Number | Publication Date |
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| CN203356175U true CN203356175U (en) | 2013-12-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320265535 Expired - Fee Related CN203356175U (en) | 2013-05-15 | 2013-05-15 | Integrated biological drying device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104791802A (en) * | 2015-04-14 | 2015-07-22 | 李轼 | Integrated set device for garbage derived fuel preparing and incinerating power generation |
| CN107311710A (en) * | 2017-08-24 | 2017-11-03 | 临川环境技术（天津）有限公司 | A kind of box perishable rubbish becomes thoroughly decomposed drying and other treatment equipment |
-
2013
- 2013-05-15 CN CN 201320265535 patent/CN203356175U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104791802A (en) * | 2015-04-14 | 2015-07-22 | 李轼 | Integrated set device for garbage derived fuel preparing and incinerating power generation |
| CN107311710A (en) * | 2017-08-24 | 2017-11-03 | 临川环境技术（天津）有限公司 | A kind of box perishable rubbish becomes thoroughly decomposed drying and other treatment equipment |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131225 |
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| CF01 | Termination of patent right due to non-payment of annual fee |