CN205320638U

CN205320638U - Modular granary of lying prone

Info

Publication number: CN205320638U
Application number: CN201620056740.1U
Authority: CN
Inventors: 赵广春
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-17
Filing date: 2016-01-17
Publication date: 2016-06-22
Anticipated expiration: 2026-01-17

Abstract

The utility model relates to a store up grain equipment, promptly a modular granary of lying prone. Its characteristics are: there is many stands (1) through connecting piece (2) and many drag link (3) joints, constitutes bracket (4) of keeping at a distance with ground, lay above bracket (4) stereoplasm net (5). The beneficial effects are that: can fast assembly become planar net check or three -dimensional box with a net, its area with highly can increase with the site condition as required, the corncob is stacked to net or box with a net the inside, contactless earth, air drying is functional, avoids the grain loss, and simple structure, low in cost, convenient to use is convenient for after the dismantlement deposit, long service life, the inboard installs the screen cloth additional can store multiple grain granule, is expected to become the storage grain equipment of peasant household's indispensability.

Description

Lie prone silo combination type

Technical field

This utility model relates to a kind of grain storage equipment, i.e. a kind of combination type ground silo of lying prone。

Background technology

Grain of lying prone be the popular term of Northeast Agricultural Region of China, straight meaning is the grain lain face down, and refers in particular to the mode that the corncob after results was deposited on the spot before threshing。After corncob results, due to reasons such as water content are big and the various farm work of autumn harvest is too much, it is impossible to threshing immediately, it is necessary to store a period of time。Owing to lacking suitable facility, corncob during this period of time can only be stacked on the ground, so cry " grain of lying prone "。Grain of lying prone although there is reduction corn content, alleviate busy farming season pressure, it is to avoid central selling, alleviate storage pressure, and be conducive to sale of selecting a good opportunity, the benefit such as increase farmers' income, but its drawback is also a lot。Particularly the grain contact earth of lower floor, is unfavorable for aeration-drying, it is easy to freeze or mix, and waste is very big。If experience snowfall, loss more can strengthen。In order to solve this problem, body of wall shape is put into corncob in some areas, although so can reduce the area of ground connection, lowers loss, but human cost is too high, it is difficult to penetration and promotion。Therefore, the storage time of grain of lying prone all very short existingly, and it avoids central selling and sale of selecting a good opportunity, and the advantage such as increase farmers' income is difficult to play。

Summary of the invention

The purpose of this utility model is to provide one and is suitable in a large number stack corncob for a long time, and corncob is not in contact with the ground, can avoid loss, and performance of ventilating is good, it is simple to drying and dehydrating, and simple in construction, cheap, it is simple to assemble, combination type easy to use ground silo of lying prone。

Above-mentioned purpose is realized by techniques below scheme: with developing a kind of combination type silo of lying prone, and is characterized in: have branched column to be engaged with branched drag link by hanging part, constitute the bracket kept at a distance with ground, lays hard grid above bracket。

Described hard grid is steel plate stretching net。

Described hanging part is to be connected in the sleeve pipe outside column, and the jack of sleeve pipe matches with the inserted link at drag link two ends。

Described hanging part is to be connected in the inserted link outside column, and inserted link matches with the jack of the sleeve pipe at drag link two ends。

The outside of described column has at least two sides to be separately installed with sleeve pipe or inserted link。

The outside of described column has four sides to be separately installed with sleeve pipe or inserted link。

Described column extends above to bracket, is provided with the hanging part of more than a layer on differing heights, draws composition box like space framework mutually with the hanging part at drag link two ends。

The lever being provided around erectting of described space framework。

The periphery of described space framework is provided with hurdle net。

It is provided with cross-arm between the drag link of described same layer。

Steel plate stretching net above described bracket and the hurdle net around space framework, be provided with screen cloth inside it。

Described column two ends are can docking structure。

Described space framework has the branched ventilation duct surrounded by screen cloth。

The beneficial effects of the utility model are: can quickly be assembled into the net cage of plane grid or solid, its area and highly can strengthening with site condition as required, grid or stack corncob inside net cage, not contacting earth, aeration-drying is functional, it is to avoid grain loss, and simple in construction, cheap, be suitable to mechanical work, dismounting back part volume is only small, it is easy to deposit, long service life, inner side installs screen cloth additional can store plurality of cereals granule, it is expected to become the grain storage equipment that peasant household is indispensable。

Accompanying drawing explanation

Fig. 1 is the front view of the first embodiment；

Fig. 2 is the top view of the first embodiment；

Fig. 3 is the enlarged front view of the parts column of the first embodiment；

Fig. 4 is the amplification plan view of the parts column of the first embodiment；

Fig. 5 is the partial enlargement installation diagram of the parts column of the first embodiment and drag link；

Fig. 6 is the enlarged front view of the parts another kind column of the first embodiment；

Fig. 7 is the amplification plan view of the parts another kind column of the first embodiment；

Fig. 8 is the enlarged front view of another column of parts of the first embodiment；

Fig. 9 is the amplification plan view of another column of parts of the first embodiment；

Figure 10 is the partial enlargement installation diagram of another column of parts of the first embodiment and drag link；

Figure 11 is the assembling plan view of the component bracket of the first embodiment；

Figure 12 is the front view of the parts steel plate stretching net of the first embodiment；

Figure 13 is the left view of the parts steel plate stretching net of the first embodiment；

Figure 14 is the assembling front view of multiple brackets of the first embodiment；

Figure 15 is the assembling top view of multiple brackets of the first embodiment；

Figure 16 is the use view of the first embodiment；

Figure 17 is the front view of the second embodiment；

Figure 18 is the use view of the second embodiment；

Figure 19 is the front view of the third embodiment；

Figure 20 is the top view of the third embodiment；

Figure 21 is the assembling schematic diagram of the 4th kind of embodiment；

Figure 22 is the front view of the 5th kind of embodiment；

Figure 23 is the front view of the parts ventilation duct of the 5th kind of embodiment；

Figure 24 is the left view of the parts ventilation duct of the 5th kind of embodiment；

Figure 25 is the left view of the parts another kind ventilation duct of the 5th kind of embodiment。

In figure visible: column 1, connector 2, drag link 3, bracket 4, hard grid 5, steel plate stretching net 6, sleeve pipe 7, inserted link 8, cross-arm 9, corncob 10, space framework 11, pin 12, hurdle net 13, screen cloth 14, ventilation duct 15。

Detailed description of the invention

The total design of this utility model is: constituting bracket or space framework by column and drag link, hard grid is installed in inner side, namely becomes the ground that can pile up corncob and lies prone silo。Five kinds of embodiments are introduced below in conjunction with accompanying drawing。

The first embodiment: as shown in Fig. 1 Fig. 2, this combination type ground silo of lying prone, it is characterized in: have branched column 1 to be engaged with branched drag link 3 by connector 2, constitutes the bracket 4 kept at a distance with ground, bracket 4 laying hard grid 5 above。Here column 1 can be made by square tube, and high 150-200mm is advisable。Drag link 3 can be made with angle steel, and long 1800-2000m is advisable。Connector 2 between column 1 and drag link can have various structures, but all should be easy for engaging, it is simple to the component of dismounting。Visible in conjunction with accompanying drawing 3, Fig. 4, connector 2 is two sleeve pipes 7 being connected in two sides outside column 1, and the jack of sleeve pipe 7 matches with the inserted link 8 at drag link 3 two ends shown in Fig. 5。Obviously, the column 1 of this both sides sleeve pipe 7 can only to picking out square bracket 4。If a square bracket 4 is inadequate, it is also possible to dock two or more。

Visible in conjunction with accompanying drawing 6, Fig. 7, connector 2 is four sleeve pipes 7 being connected in four sides outside column 1, and the jack of sleeve pipe 7 matches with the inserted link 8 at drag link 3 two ends shown in Fig. 5。Obviously, this four sides all have sleeve pipe 7 column 1 both can to picking out a square bracket 4。It is suitable for again the docking of multiple brackets。Butt joint edge saves a drag link and multiple column。

As shown in Figure 8, Figure 9, connector 2 is to be connected in the inserted link 8 outside column 1, and as shown in Figure 10, inserted link 8 matches with the jack of the sleeve pipe 7 at drag link 3 two ends。Obviously, this column connector 2 with inserted link and column connector 2 with well, its structural principle is the same, therefore does not describe in detail。

Figure 11 describes column 1 and drag link 3 connects into the situation of square bracket 4, in order to improve intensity, can also pass through bolt and install cross-arm 9 between drag link 3。Laying the hard grid 5 shown in Figure 12, Figure 13 above bracket 4, hard grid 5 should have stronger intensity, it is recommended that adopts steel plate stretching net 6。

Figure 14, Figure 15 describe the situation of this bracket 4 docking, and what enumerate in figure is that nine brackets are connected to one piece。During use, as shown in figure 16, corncob 10 is deposited in above bracket 4, below and ground maintain a certain distance, both can prevent the mixing with earth, dehydration of can ventilating again, improve Semen Maydis quality。

The second embodiment: Figure 17 is silo of lying prone with describing another kind of combination type, identical with the first embodiment: be also be butted into bracket 4 bracket 4 by column 1 and drag link 3 by connector 2 also to lay hard grid 5 above。Institute the difference is that: column 1 extends above to bracket 4, highly adds。Column top has at least the sleeve pipe 7 of more than a layer or the connector 2 of inserted link 8 composition, draws composition box like space framework 11 with connector 2 phase at drag link 3 two ends。Obviously, the space inside this box like space framework 11 can load more corncob 10。In order to prevent corncob from deviating from, as shown in figure 18, the pin 12 being provided around erectting of space framework 11。Lever 12 can be metal rod, it is also possible to gather materials on the spot, and utilizes the materials such as branch club, it is possible to reduce cost further。

The third embodiment: Figure 19, Figure 20 lie prone silo with describing another combination type, and the same with the second embodiment, column 1 extends above to bracket 4, adds height, draws composition box like space framework 11 with drag link 3 phase。The difference is that: be provided with hurdle net 13 in the periphery of space framework 11。Hurdle net 13 can be iron wire mesh grid, in order to improve intensity, it is possible to set up several metal pins 12。Comparing with first two embodiment, the cost of this space framework 11 increases to some extent, but, its performance optimizes more, uses convenient, it is possible to uses for many years continuously, is the grain storage equipment being hopeful penetration and promotion most。

4th kind of embodiment: as shown in figure 21, this combination type silo of lying prone be improve to form on the basis of the third embodiment, be mainly characterized by column two ends for can docking structure。Can the form of docking structure having multiple, illustrate one of which: column 1 is to be made up of steel pipe in figure, including pipe and square tube, the radial dimension of column hypomere diminishes, it is possible to suitable for reading to inserting with column。In this manner it is possible to two or more space frameworks 11 are upwards docked, make silo higher, both can better utilize space, the wind-force of eminence can be utilized again, strengthen the performance of ventilation dehydration。Certainly, space framework 11 can also dock to horizontal direction while upwards docking, it is possible to docks out area bigger, highly higher silo。

5th kind of embodiment: shown in Figure 22, this combination type silo of lying prone be improve to form on the basis of the third embodiment, column 1 extends above to bracket 4, with drag link 3 phase draw composition box like space framework 11。Its improvement is: the inner side of the hurdle net 13 around the above and space framework 11 of bracket 4 steel plate stretching net 6 above adds the screen cloth 14 of one layer of aperture。In this manner it is possible to deposit the granule of the grains such as Semen Maydis, Sorghum vulgare Pers., Semen sojae atricolor, Oryza sativa L., particularly after the corncob threshing stored, this silo can also continue to play a role, and stores the solid food through processed, increases operation rate further, reduces use cost。

If the grains moisture content stored is higher, the silo of this large volume is used to there is the risk gone mouldy, for this, it is possible to set up ventilation duct 15 inside silo and solve ventilating problem。As shown in figure 23, ventilation duct 15 is the long tube surrounded by skeleton and screen cloth, and its section configuration can triangle as of fig. 24, it is also possible to circle as shown in figure 25, naturally it is also possible to adopt other various shapes。During use, while loading grain, this ventilation duct according to level, vertical or incline direction, the inside can be arranged on, silo inner air flow can be made, make grain continue dry。If desired, it would however also be possible to employ blower fan forced ventilation, it is prevented that the generation gone mouldy。

Claims

1. lie prone silo a combination type, it is characterized in that: have branched column (1) to be engaged with branched drag link (3) by connector (2), constituting the bracket (4) kept at a distance with ground, hard grid (5) laid above by bracket (4)。

2. lie prone silo combination type according to claim 1, it is characterised in that: described hard grid (5) is steel plate stretching net (6)。

3. lie prone silo combination type according to claim 1, it is characterized in that: described connector (2) is the sleeve pipe (7) being connected in column (1) outside, and the jack of sleeve pipe (7) matches with the inserted link (8) at drag link (3) two ends。

4. lie prone silo combination type according to claim 1, it is characterized in that: described connector (2) is the inserted link (8) being connected in column (1) outside, and inserted link (8) matches with the jack of the sleeve pipe (7) at drag link (3) two ends。

5. lie prone silo combination type according to claim 1, it is characterised in that: the outside of described column (1) has at least two sides to be separately installed with sleeve pipe (7) or inserted link (8)。

6. lie prone silo combination type according to claim 1, it is characterised in that: the outside of described column (1) has four sides to be separately installed with sleeve pipe (7) or inserted link (8)。

7. lie prone silo combination type according to claim 1, it is characterized in that: described column (1) extends above to bracket (4), differing heights is provided with one layer of the connections above part (2), draws composition box like space framework (11) with the connector (2) at drag link (3) two ends mutually。

8. lie prone silo combination type according to claim 7, it is characterised in that: the lever (12) being provided around erectting of described space framework (11)。

9. lie prone silo combination type according to claim 7, it is characterised in that: the periphery of described space framework (11) is provided with hurdle net (13)。

10. lie prone silo combination type according to claim 7, it is characterised in that: described column (1) two ends are can docking structure。

11. combination type according to claim 7 ground silo of lying prone, it is characterised in that: described space framework (11) inner side is provided with screen cloth (14)。

12. combination type according to claim 11 ground silo of lying prone, it is characterised in that: described space framework (11) has the branched ventilation duct (15) surrounded by screen cloth (14)。