CN201393418Y - Combined type natural drying grain bin - Google Patents
Combined type natural drying grain bin Download PDFInfo
- Publication number
- CN201393418Y CN201393418Y CN2009200936942U CN200920093694U CN201393418Y CN 201393418 Y CN201393418 Y CN 201393418Y CN 2009200936942 U CN2009200936942 U CN 2009200936942U CN 200920093694 U CN200920093694 U CN 200920093694U CN 201393418 Y CN201393418 Y CN 201393418Y
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- crossbeam
- cross beam
- middle cross
- curb girder
- column
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/51—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture specially adapted for storing agricultural or horticultural products
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Abstract
The utility model discloses a combined type natural drying grain bin, which comprises a bin body, a shielding screen, anti-rat nets, a bin cover and a bin base, wherein the bin body comprises left andright front upright posts, two front middle upright posts, left and right rear upright posts and two rear middle upright posts; the upright posts are welded with bases; lower, middle and upper frontleft cross beams are connected between the left front upright post and one front middle upright post; lower, middle and upper front right cross beams are connected between the right front upright postand the other front middle upright post; lower, middle and upper front cross beams are connected between the two front middle upright posts; the lower, middle and upper left and right cross beams andthe lower, middle and upper rear upright posts are correspondingly arranged between the left and right rear upright posts and the rear middle upright posts; the shielding screen is suspended on the cross beams and side beams in layers; the anti-rat nets are arranged on the bottom surface and the top surface of the bin body respectively; and the bin base comprises a plurality of precast mobile cement pillars. The targeted design in compliance with the factors such as the characteristic, circumstance, modes and methods of grain storage in rural area ensures solidness, durableness, and safe grain storage.
Description
Technical field
The utility model relates to a kind of device that stores grain, particularly a kind of combined type natural seasoning silo.
Background technology
At present, the used silo majority of traditional storing grain method is the ground proximity setting, it is not smooth to ventilate, and mouse more easily enters, and is easy to make that institute grain storage food goes mouldy, damages by worms, mouse robber, ageing etc., caused tremendous loss, special 60% of the grain that produces all is dispersed in peasant household's family in the northeast of China granary province, and the grain storage condition of most of peasant households is poor, storage technology falls behind, and causes the grain huge waste in postpartum.
Summary of the invention
Go mouldy in order to solve the grain that takes place in the grain storage process, damage by worms, mouse is stolen, ageing, reduce the loss of institute's grain storage food, solve the north to disperse that the farmer storage condition is poor, backward in technique, grain storage equipment ventilates smooth, move inconvenience, the effectively problem of protection against rodents and a kind of combined type natural seasoning silo of inventing.
The utility model is by warehouse, block net, rodent-proof mesh, Cang Gai, the storehouse seat is formed, wherein warehouse is a rectangular structure, warehouse comprises left and right sides front column, two preceding central posts, left and right sides rear column, central post after two, two preceding central posts equidistantly are arranged between the front column of the left and right sides, central post equidistantly is arranged between the rear column of the left and right sides after two, cylinder is a cold-rolled strip, mechanical pressing, above-mentioned column is welded with base, be connected with preceding lower-left crossbeam between the central post before the left front column and, preceding left middle cross beam, preceding upper left crossbeam, be connected with preceding bottom right crossbeam between right front column and another the preceding central post, preceding right middle cross beam, preceding upper right crossbeam, be connected with preceding sill between two preceding central posts, preceding middle cross beam, preceding entablature, be connected with lower-left, back crossbeam behind left back column and one between the central post, the left middle cross beam in back, the upper left crossbeam in back, be connected with bottom right, back crossbeam between right back column and another back central post, the right middle cross beam in back, the upper right crossbeam in back, be connected with the back sill between the two back central posts, back middle cross beam, back entablature, be connected with the lower-left curb girder between left front column and the left back column, curb girder in the left side, upper left curb girder, be connected with the bottom right curb girder between right front column and the right back column, curb girder in the right side, upper right curb girder, crossbeam and curb girder are cold-rolled strip, mechanical pressing, crossbeam, be connected by screw and nut between curb girder and the column, preceding lower-left crossbeam, preceding sill, preceding bottom right crossbeam and lower-left, back crossbeam, back sill, back bottom right crossbeam is corresponding to be provided with, left and right sides bottom side rail is corresponding to be provided with, preceding lower-left crossbeam and lower-left, back crossbeam, preceding sill and back sill, be connected with lacing wire under the lacing wire and center pillar under the left, center, right between preceding bottom right crossbeam and the back bottom right crossbeam, lacing wire is a cold-rolled strip, the width coupling of width and crossbeam, be connected by screw and nut between lacing wire and the crossbeam, preceding left middle cross beam, preceding middle cross beam, preceding right middle cross beam and the left middle cross beam in back, back middle cross beam, the right middle cross beam in back is corresponding to be provided with, about in curb girder is corresponding is provided with, preceding left middle cross beam and the left middle cross beam in back, preceding middle cross beam and back middle cross beam, be connected with perpendicular lacing wire in several between the right middle cross beam of preceding right middle cross beam and back, in perpendicular lacing wire be cold-rolled strip, the width coupling of width and crossbeam, in be connected by screw and nut between perpendicular lacing wire and the crossbeam, be connected with lacing wire in the left side between the curb girder in a perpendicular lacing wire and the left side in the left side, lacing wire is a cold-rolled strip in the left side, width with in the width coupling of perpendicular lacing wire, be connected with lacing wire in the right side between the curb girder in the perpendicular lacing wire and the right side in the right, lacing wire is a cold-rolled strip in the right side, width with in the width coupling of perpendicular lacing wire, be connected with middle lacing wire between the perpendicular lacing wire in all the other, in lacing wire be cold-rolled strip, width with in the width coupling of perpendicular lacing wire.
Warehouse is divided into two-layer, preceding left middle cross beam, preceding middle cross beam, the top on preceding plane, right middle cross beam place is ground floor, the bottom is the second layer, blocking the net layering is suspended on crossbeam and the curb girder, between preceding upper left crossbeam and the preceding left middle cross beam, between preceding entablature and the preceding middle cross beam, between preceding upper right crossbeam and the preceding right middle cross beam, in the upper right curb girder and the right side between the curb girder, between the right middle cross beam of upper right crossbeam in back and back, between back entablature and the back middle cross beam, between the left middle cross beam of upper left crossbeam in back and back, be connected with the upper ledge active column in a upper left curb girder and the left side between the curb girder, the upper ledge active column is a cold-rolled strip, mechanical pressing, upper ledge active column two ends are welded with alignment pin up and down, be connected with crossbeam and curb girder by alignment pin upper ledge active column up and down, between preceding middle cross beam and the preceding sill, in the right side between curb girder and the bottom right curb girder, between right middle cross beam in back and bottom right, the back crossbeam, between back middle cross beam and the back sill, between left middle cross beam in back and lower-left, the back crossbeam, be connected with the lower frame active column between curb girder and the lower-left curb girder in the left side, the lower frame active column is a cold-rolled strip, mechanical pressing, lower frame active column two ends are welded with up and down alignment pin, are connected with crossbeam and curb girder by alignment pin lower frame active column up and down.
Between preceding left middle cross beam and the preceding lower-left crossbeam, be provided with dodge gate between preceding right middle cross beam and the preceding bottom right crossbeam, dodge gate is made up of lower and upper cross-member and left and right sides crossbeam, lower and upper cross-member and left and right sides crossbeam are cold-rolled strip, mechanical pressing, the dodge gate lower and upper cross-member is identical with the cross dimensions of left and right sides crossbeam, be connected by bolt and nut between lower and upper cross-member and the left and right sides crossbeam, be connected with an active column between the dodge gate lower and upper cross-member, the door active column is a cold-strip steel, mechanical pressing, door active column two ends are welded with alignment pin up and down, the door active column is connected with the dodge gate lower and upper cross-member by alignment pin, the lower and upper cross-member of dodge gate, left and right sides crossbeam is provided with several latches, by two dodge gates of several latches respectively with left front column, preceding left middle cross beam, two preceding central posts, preceding lower-left crossbeam, preceding right middle cross beam, right front column, preceding bottom right crossbeam connects.
Rodent-proof mesh one place be arranged under the left, center, right, bottom surface of warehouse lacing wire under the lacing wire and center pillar above, another place's rodent-proof mesh be sealed in silo top Cang Gai below, the mesh aperture of rodent-proof mesh is less than the mesh aperture of blocking net.
Cang Gai be arranged on warehouse above, Cang Gai is made up of purlin, top cover, on the column, top cover was fixed on the purlin before and after purlin was connected by screw and nut.
The storehouse seat is made up of several prefabricated movably cement nest posts, and the surface is sprayed with outdoor protective paint after preservative treatment, the storehouse seat be placed on the warehouse sill below.
The main body frame of above-mentioned warehouse all adopts cold-rolled strip, mechanical pressing, and through preservative treatment, phosphatization processing, electrostatic spraying, make the material therefor can be durable in use, accessory through punch forming, punching, preservative treatment, phosphatization handle, electrostatic spraying, be convenient to install, sturdy and durable.
The scope of application of the present utility model: the storage characteristics according to the high moisture content corn in three provinces in the northeast of China designs, and through overtesting, is applicable to the Northeast and other granary provinces.
The beneficial effects of the utility model: the design of carrying out targetedly according to factors such as the characteristic of rural area grain storage, environment, mode, methods, that project organization more rationally, is easily adorned is readily removable, reserves flexibly, safeguard convenient, fringe storage grain storage all can, loading and unloading grain is convenient, can play protection against rodents, mildew-resistant, anti-being scattered, can make full use of the moisture content of nature wind regime, light source reduction grain storage period, reach and increase income, synergy, increase the purpose of matter, sturdy and durable, safe grain storage.
Description of drawings
Fig. 1 the utility model front view.
Fig. 2 the utility model rearview.
Fig. 3 the utility model left view.
Fig. 4 the utility model right view.
Fig. 5 the utility model is removed storehouse lid vertical view.
Fig. 6 along A-A among Fig. 1 to cutaway view.
Fig. 7 along B-B among Fig. 1 to cutaway view.
Fig. 8 support body corner crossbeam, curb girder are connected enlarged drawing with column.
Fig. 9 crossbeam is connected enlarged drawing with center pillar.
C place enlarged drawing among Figure 10 Fig. 6.
D place enlarged drawing among Figure 11 Fig. 6.
Among Figure 12 Fig. 6 along the H-H profile.
Among Figure 13 Fig. 6 along the J-J profile.
Among Figure 14 Fig. 7 along the K-K profile.
Among Figure 15 Fig. 7 along the M-M profile.
Figure 16 crossbeam, curb girder termination welding closure plate enlarged diagram.
Figure 17 storehouse seat cement nest post enlarged diagram.
1, warehouse 2, block net 3, rodent-proof mesh 4, storehouse lid 5, storehouse seat
6, dodge gate 11, left front column 12, right front column 13, preceding central post
14, preceding central post 15, left back column 16, right back column 17, back central post
18, back central post 19, base 21, preceding lower-left crossbeam 22, preceding left middle cross beam
23, preceding upper left crossbeam 24, preceding bottom right crossbeam 25, preceding right middle cross beam 26, preceding upper right crossbeam
27, preceding sill 28, preceding middle cross beam 29, lower-left, preceding entablature 31 back crossbeam
32, the left middle cross beam 33 in back, the upper left crossbeam 34 in back, bottom right, back crossbeam 35, the right middle cross beam in back
36, the upper right crossbeam 37 in back, back sill 38, back middle cross beam 39, back entablature
41, curb girder 43, upper left curb girder 44, bottom right curb girder in lower-left curb girder 42, the left side
45, curb girder 46, upper right curb girder 47, closure plate 48, circular hole in the right side
51, lacing wire 53 under lacing wire 52, the center pillar under the left, center, right, in perpendicular lacing wire
54, lacing wire 56 in lacing wire 55, the right side, middle lacing wire 57, upper ledge active column in the left side
58, go up alignment pin 59, following alignment pin 61, lower frame active column 71, entablature
72, sill 73, left crossbeam 74, right crossbeam 75, door active column
81, purlin 82, top cover 83, cement nest post 84, latch.
Embodiment
See also Fig. 1 to shown in Figure 17: the utility model is by warehouse 1, block net 2, rodent-proof mesh 3, storehouse lid 4, storehouse seat 5 is formed, wherein warehouse 1 is a rectangular structure, warehouse 1 comprises left front column 11, right front column 12, preceding central post 13, preceding central post 14, left back column 15, right back column 16, back central post 17, back central post 18, preceding central post 13 and preceding central post 14 equidistantly are arranged between left front column 11 and the right front column 12, back central post 17 and back central post 18 equidistantly are arranged between left back column 15 and the right back column 16, cylinder is a cold-rolled strip, mechanical pressing, above-mentioned column is welded with base 19, be connected with preceding lower-left crossbeam 21 between left front column 11 and the preceding central post 13, preceding left middle cross beam 22, preceding upper left crossbeam 23, be connected with preceding bottom right crossbeam 24 between right front column 12 and the preceding central post 14, preceding right middle cross beam 25, preceding upper right crossbeam 26, sill 27 before being connected with between preceding central post 13 and the preceding central post 14, preceding middle cross beam 28, preceding entablature 29, be connected with lower-left, back crossbeam 31 between left back column 15 and the back central post 17, the left middle cross beam 32 in back, the upper left crossbeam 33 in back, be connected with bottom right, back crossbeam 34 between right back column 16 and the back central post 18, the right middle cross beam 35 in back, the upper right crossbeam 36 in back, be connected with back sill 37 between back central post 17 and the back central post 18, back middle cross beam 38, back entablature 39, be connected with lower-left curb girder 41 between left front column 11 and the left back column 15, curb girder 42 in the left side, upper left curb girder 43, be connected with bottom right curb girder 44 between right front column 12 and the right back column 16, curb girder 45 in the right side, upper right curb girder 46, described crossbeam and curb girder are cold-rolled strip, mechanical pressing, all crossbeams, the two ends of curb girder all is welded with closure plate 47, closure plate 47 upper punches have two circular holes 48, all crossbeams, curb girder is connected by screw and nut by between the circular hole 48 on the closure plate of termination and the described column, preceding lower-left crossbeam 21, preceding sill 27, preceding bottom right crossbeam 24 and lower-left, back crossbeam 31, back sill 37, back bottom right crossbeam 34 corresponding settings, lower-left curb girder 41 and the 44 corresponding settings of bottom right curb girder, preceding lower-left crossbeam 21 and lower-left, back crossbeam 31, preceding sill 27 and back sill 37, be connected with lacing wire 52 under the lacing wire 51 and center pillar under the left, center, right between preceding bottom right crossbeam 24 and the back bottom right crossbeam 34, lacing wire is a cold-rolled strip, the width coupling of width and crossbeam, be connected by screw and nut between lacing wire and the crossbeam, preceding left middle cross beam 22, preceding middle cross beam 28, preceding right middle cross beam 25 and the left middle cross beam 32 in back, back middle cross beam 38, right middle cross beam 35 corresponding settings the in back, curb girder 45 corresponding settings in curb girder 42 and the right side in the left side, preceding left middle cross beam 22 and the left middle cross beam 32 in back, preceding middle cross beam 28 and back middle cross beam 38, be connected with perpendicular lacing wire 53 in several between the right middle cross beam 35 of preceding right middle cross beam 25 and back, in perpendicular lacing wire 53 be cold-rolled strip, the width coupling of width and crossbeam, in be connected by screw and nut between perpendicular lacing wire 53 and the crossbeam, be connected with lacing wire 54 in the left side between the curb girder 42 in a perpendicular lacing wire 53 and the left side in the left side, lacing wire 54 is a cold-rolled strip in the left side, width with in the width coupling of perpendicular lacing wire 53, be connected with lacing wire 55 in the right side between the curb girder 45 in the perpendicular lacing wire 53 and the right side in the right, lacing wire 55 is a cold-rolled strip in the right side, width with in the width coupling of perpendicular lacing wire 53, lacing wire 56 in being connected with between the perpendicular lacing wire 53 in all the other, in lacing wire 56 be cold-rolled strip, width with in the width of perpendicular lacing wire 53 mate.
Warehouse 1 is divided into two-layer, preceding left middle cross beam 22, preceding middle cross beam 28, the top on preceding plane, right middle cross beam 25 place is ground floor, the bottom is the second layer, blocking net 2 layerings is suspended on crossbeam and the curb girder, between preceding upper left crossbeam 23 and the preceding left middle cross beam 22, between preceding entablature 29 and the preceding middle cross beam 28, between preceding upper right crossbeam 26 and the preceding right middle cross beam 25, in the upper right curb girder 46 and the right side between the curb girder 45, between the right middle cross beam 35 of upper right crossbeam 36 in back and back, between back entablature 39 and the back middle cross beam 38, between the left middle cross beam 32 of upper left crossbeam 33 in back and back, be connected with upper ledge active column 57 between the curb girder 42 in a upper left curb girder 43 and the left side, upper ledge active column 57 is a cold-rolled strip, mechanical pressing, upper ledge active column 57 two ends are welded with alignment pin 58 and following alignment pin 59, be connected with above-mentioned crossbeam and curb girder with following alignment pin 59 upper ledge active columns 57 by last alignment pin 58, between preceding middle cross beam 28 and the preceding sill 27, in the right side between curb girder 45 and the bottom right curb girder 44, between right middle cross beam 35 in back and bottom right, the back crossbeam 34, between back middle cross beam 38 and the back sill 37, between left middle cross beam 32 in back and lower-left, the back crossbeam 31, be connected with lower frame active column 61 between curb girder 42 and the lower-left curb girder 41 in the left side, lower frame active column 61 is a cold-rolled strip, mechanical pressing, lower frame active column 61 two ends are welded with alignment pin 58 and following alignment pin 59, are connected with above-mentioned crossbeam and curb girder with following alignment pin 59 lower frame active columns 61 by last alignment pin 58.
Between preceding left middle cross beam 22 and the preceding lower-left crossbeam 21, be provided with dodge gate 6 between preceding right middle cross beam 25 and the preceding bottom right crossbeam 24, dodge gate 6 is by entablature 71, sill 72, left side crossbeam 73, right crossbeam 74 is formed, entablature 71, sill 72, left side crossbeam 73, right crossbeam 74 is a cold-rolled strip, mechanical pressing, entablature 71, sill 72, left side crossbeam 73, the cross dimensions of right crossbeam 74 is identical, connect by bolt and nut between the crossbeam, be connected with an active column 75 between entablature 71 and the sill 72, door active column 75 is a cold-strip steel, mechanical pressing, door active column 75 two ends are welded with alignment pin 58 and following alignment pin 59, door active column 75 is connected with sill 72 with entablature 71 with following alignment pin 59 by last alignment pin 58, the entablature 71 of dodge gate 6, sill 72, left side crossbeam 73, right crossbeam 74 is provided with several latches 84, by 84 two dodge gates 6 of several latches respectively with left front column 11, preceding left middle cross beam 22, preceding central post 13, preceding lower-left crossbeam 21, preceding central post 14, preceding right middle cross beam 25, right front column 12, preceding bottom right crossbeam 24 connects, put grain outward as needs, open corresponding latch 84, draw back dodge gate 6 and can put grain, putting pays the grain tax, and the dodge gate 6 that closes is plugged latch 84 and is got final product.
Rodent-proof mesh 3 one places be arranged under the left, center, right, bottom surface of warehouse 1 lacing wire 52 under the lacing wire 51 and center pillar above, another place's rodent-proof mesh 3 be sealed in warehouse 1 top storehouse lid 4 below, the mesh aperture of rodent-proof mesh 3 is less than the mesh aperture of blocking net 2.
Storehouse lid 4 be arranged on warehouse 1 above, storehouse lid 4 is made up of purlin 81, top cover 82, purlin 81 is connected on the column of front and back by screw and nut, top cover 82 is fixed on the purlin 81.
Storehouse seat 5 is made up of several prefabricated movably cement nest posts 83, and the surface is sprayed with outdoor protective paint after preservative treatment, storehouse seat 5 be placed on warehouse 1 sill below.
Claims (3)
1, a kind of combined type natural seasoning silo is by warehouse, block net, rodent-proof mesh, Cang Gai, the storehouse seat is formed, Cang Gai is arranged on the upper end of warehouse, warehouse is a rectangular structure, it is characterized in that: described warehouse comprises left and right sides front column, two preceding central posts, left and right sides rear column, central post after two, two preceding central posts equidistantly are arranged between the front column of the left and right sides, central post equidistantly is arranged between the rear column of the left and right sides after two, above-mentioned column is welded with base, be connected with preceding lower-left crossbeam between the central post before the left front column and, preceding left middle cross beam, preceding upper left crossbeam, be connected with preceding bottom right crossbeam between right front column and another the preceding central post, preceding right middle cross beam, preceding upper right crossbeam, be connected with preceding sill between two preceding central posts, preceding middle cross beam, preceding entablature, be connected with lower-left, back crossbeam behind left back column and one between the central post, the left middle cross beam in back, the upper left crossbeam in back, be connected with bottom right, back crossbeam between right back column and another back central post, the right middle cross beam in back, the upper right crossbeam in back, be connected with the back sill between the two back central posts, back middle cross beam, back entablature, be connected with the lower-left curb girder between left front column and the left back column, curb girder in the left side, upper left curb girder, be connected with the bottom right curb girder between right front column and the right back column, curb girder in the right side, upper right curb girder, the two ends of aforesaid crossbeam and curb girder are welded with closure plate, the closure plate upper punch has two holes, by the aforementioned crossbeam in two holes on the closure plate, be connected by screw and nut between curb girder and the column, preceding lower-left crossbeam and lower-left, back crossbeam, preceding sill and back sill, be connected with lacing wire under the lacing wire and center pillar under the left, center, right between preceding bottom right crossbeam and the back bottom right crossbeam, be connected by screw and nut between lacing wire and the crossbeam, preceding left middle cross beam and the left middle cross beam in back, preceding middle cross beam and back middle cross beam, be connected with perpendicular lacing wire in several between the right middle cross beam of preceding right middle cross beam and back, in be connected by screw and nut between perpendicular lacing wire and the crossbeam, be connected with lacing wire in the left side between the curb girder in a perpendicular lacing wire and the left side in the left side, be connected with lacing wire in the right side between the curb girder in the perpendicular lacing wire and the right side in the right, be connected with middle lacing wire between the perpendicular lacing wire in all the other, warehouse is divided into two-layer, preceding left middle cross beam, preceding middle cross beam, the top on preceding plane, right middle cross beam place is ground floor, the bottom is the second layer, blocking the net layering is suspended on crossbeam and the curb girder, between preceding upper left crossbeam and the preceding left middle cross beam, between preceding entablature and the preceding middle cross beam, between preceding upper right crossbeam and the preceding right middle cross beam, in the upper right curb girder and the right side between the curb girder, between the right middle cross beam of upper right crossbeam in back and back, between back entablature and the back middle cross beam, between the left middle cross beam of upper left crossbeam in back and back, be connected with several upper ledge active columns in a upper left curb girder and the left side between the curb girder, upper ledge active column two ends are welded with alignment pin up and down, by up and down alignment pin upper ledge active column and crossbeam, curb girder connects, between preceding middle cross beam and the preceding sill, in the right side between curb girder and the bottom right curb girder, between right middle cross beam in back and bottom right, the back crossbeam, between back middle cross beam and the back sill, between left middle cross beam in back and lower-left, the back crossbeam, be connected with several lower frame active columns in the left side between curb girder and the lower-left curb girder, lower frame active column two ends are welded with alignment pin up and down, by up and down alignment pin lower frame active column and crossbeam, curb girder connects, rodent-proof mesh be arranged under the left, center, right, bottom surface of following and warehouse of Cang Gai lacing wire under the lacing wire and center pillar above, the storehouse seat is made up of several prefabricated cement nest posts.
2, combined type natural seasoning silo according to claim 1, it is characterized in that: before described between left middle cross beam and the preceding lower-left crossbeam, be provided with dodge gate between preceding right middle cross beam and the preceding bottom right crossbeam, dodge gate is made up of lower and upper cross-member and left and right sides crossbeam, be connected with an active column between the dodge gate lower and upper cross-member, door active column two ends are welded with alignment pin up and down, the door active column is connected with lower and upper cross-member by alignment pin, dodge gate lower and upper cross-member and be provided with the latch that several are connected with crossbeam with the warehouse column above the crossbeam of the left and right sides.
3, combined type natural seasoning silo according to claim 1, it is characterized in that: the mesh aperture of described rodent-proof mesh is less than the mesh aperture of blocking net.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200936942U CN201393418Y (en) | 2009-05-25 | 2009-05-25 | Combined type natural drying grain bin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200936942U CN201393418Y (en) | 2009-05-25 | 2009-05-25 | Combined type natural drying grain bin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201393418Y true CN201393418Y (en) | 2010-02-03 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200936942U Expired - Fee Related CN201393418Y (en) | 2009-05-25 | 2009-05-25 | Combined type natural drying grain bin |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201393418Y (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102119609A (en) * | 2011-01-27 | 2011-07-13 | 魏国凯 | Agricultural wind circulating storage grain bin |
| CN102442483A (en) * | 2011-09-22 | 2012-05-09 | 北京奥科瑞丰机电技术有限公司 | In-bulk stacking storage device and in-bulk stacking storage method for biomass briquetting fuels |
| CN103329690A (en) * | 2013-07-18 | 2013-10-02 | 衢州乐创节能科技有限公司 | Three-dimensional orange storage rack |
| CN103621264A (en) * | 2012-08-27 | 2014-03-12 | 李万苍 | Net-type natural drying silo and silo group system |
| CN104521457A (en) * | 2015-01-07 | 2015-04-22 | 孟凡刚 | Hidden ventilating duct type granary |
-
2009
- 2009-05-25 CN CN2009200936942U patent/CN201393418Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102119609A (en) * | 2011-01-27 | 2011-07-13 | 魏国凯 | Agricultural wind circulating storage grain bin |
| CN102442483A (en) * | 2011-09-22 | 2012-05-09 | 北京奥科瑞丰机电技术有限公司 | In-bulk stacking storage device and in-bulk stacking storage method for biomass briquetting fuels |
| CN103621264A (en) * | 2012-08-27 | 2014-03-12 | 李万苍 | Net-type natural drying silo and silo group system |
| CN103329690A (en) * | 2013-07-18 | 2013-10-02 | 衢州乐创节能科技有限公司 | Three-dimensional orange storage rack |
| CN103329690B (en) * | 2013-07-18 | 2015-02-04 | 衢州乐创节能科技有限公司 | Three-dimensional orange storage rack |
| CN104521457A (en) * | 2015-01-07 | 2015-04-22 | 孟凡刚 | Hidden ventilating duct type granary |
| CN104521457B (en) * | 2015-01-07 | 2016-08-17 | 孟凡刚 | A kind of hidden ventilating duct formula silo |
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