KR950009567Y1 - Silos - Google Patents

Abstract

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Description

Double Wall Assembly Structure of Livestock Feed Storage Bin

1 is a perspective view of the present invention.

2 is a partial perspective view of the double wall constituting the bin of the present invention.

3 is an enlarged perspective view of a nut body mounted inside a double wall of a bin.

4 is a longitudinal cross-sectional view of a double wall of a bin.

5 is a cross-sectional view of an embodiment in which the double wall of the bin is laminated and assembled.

6 is a plan view of another embodiment in which a plurality of bins are assembled side by side in the bin of the present invention.

FIG. 7 is an enlarged sectional view of portion “A” of FIG. 6.

* Explanation of symbols for main parts of the drawings

1,1 empty 2: double wall

2a, b: inner, outer wall 3,4: inner, outer corner member

5: bolt 6: drill screw

7 Nut 8 Nut Mounting Hole

201: reinforcing member 202: air insulation layer

203: top finishing member 204: long hole

205: welding bead 206: side end closing member

208: connection part finishing plate

The present invention relates to a double wall assembly structure of a livestock feedstock storage bin for storing livestock feedstock, the present design consists of a double wall of the storage bin (BIN), the condensation phenomenon occurs in the inner wall of the bin This is to prevent the storage adjacent to the inner wall from condensing due to moisture to show bridge or decay for moisture, and the inner wall is made of ordinary steel. The outer wall is composed of galvanized steel plate, so that the inner wall can be welded from the outside and the inner wall can be assembled with the drill screw while the inner wall is bound with the channel-shaped reinforcing member interposed between the inner and outer walls. It is protected by paint painting, which is a common means of rust, and the outer wall is a non-welding means. The other purpose is to improve the durability of the bin itself by maintaining the characteristics as it is, and another object is to assemble the symmetrical assembly of the angle-type assembly member on both sides of the double wall constituting the bin in a box shape. In order to facilitate the assembly, it is conceived to provide a bin that can maintain the stacking state without the need for a separate assembly tool or assembly accessories when laminating, assembling the double wall.

Conventional bins for storing grain or livestock feed have been introduced from steel sheets and glass fiber reinforced plastics (FRP). The former is usually made of a single sheet of steel and forms the walls of the bin. In this case, the wall of the bin itself cannot block heat conduction due to the change of the outside temperature, so when the bin temperature is higher than the outside temperature, dew condensation will appear on the inner surface, which is more severe in winter and thus the animal feed material adjacent to the inner wall of the wall. As condensation is caused by moisture, bridges appear on the inner surface of the wall, which causes many problems in the discharge of raw materials, and a bigger drawback is that the raw materials causing the bridges are easily decayed. As it was spreading, correction was required. Said further condensation could also involve defects are the cause of corrosion of the inner walls adversely affect the storage of water.

In addition, since the wall itself is composed of one sheet, dew condensation appears on its inner surface, so even if the adverse effect of corrosion is prevented, bridge and decay due to condensation could not be prevented.

The present invention was devised to eliminate the above-mentioned general defects, and the wall was doubled so that the air insulation layer was composed for the purpose of preventing condensation from appearing on the inner wall of the bin. In order to facilitate the assembly, it will be described in detail according to the accompanying drawings of the present invention as follows.

1 shows a configuration in which the bin 1 of the present invention is assembled, and the bin 1 has four double walls 2 arranged in a box shape, and then an outer corner member on the outside and inside of the corner portion. (4) and the inner corner member (3) are assembled and attached, respectively, but the attachment of the outer corner members (3) and (4) in them is to be assembled as a conventional bolt (5) shown in FIG. The screw assembly structure of the bolt will be described later.

2 is a partially separated perspective view showing the assembling structure of the double wall 2 constituting the bin 1, wherein the double wall 2 has several channels between the inner and outer walls 2a and 2b interposed therebetween. The air insulation layer 202 is configured by the type reinforcing member 201, and the upper end of the inner and outer walls are inclined toward the inner side to attach and fix the channel type upper end member 203.

The inner wall 2a is made of steel sheet and attached to the reinforcing member 201 by a welding method, and the outer wall 2b is made of a galvanized steel sheet and thus assembled by a non-welding method, that is, a drill screw 204. In the case of the inner wall, the inner wall is welded to the reinforcing member by drilling several long holes 204 horizontally in the position where the reinforcing member is located in advance and welding them from the outside through the long holes. When the long hole is filled with the welding bead 205, the inner wall has a flat surface. In the case of the two side wall, the screw is forcibly typed by the drill screw 6 having the drill tip 6a. The reason for the different means of assembling the inner and outer shaft walls is to assemble the inner wall, so that the inner wall constitutes the inner wall of the bin 1, so that there is no contact with the outside air, so that the painting means can prevent the occurrence of rust. There This is because the outer wall constitutes the outer wall of the hollow, and the galvanizing steel sheet can be used to prevent rust from being completely prevented from painting. Therefore, the galvanized part is prevented from being damaged during welding. As a means for drilling the outer wall and the reinforcing member with a drill screw (6) is assembled by screws.

Both ends of the double wall 2 are finished with an angle type side end member 206. The short side of the side end member 206 is attached to the inner wall with a bolt 5, and the wide side is inner, At the same time, both ends of the outer wall are blocked and protruded symmetrically with respect to the outer wall, and a plurality of bolting holes are drilled in the extension part.

The assembly method of the inner and outer corner members 3 and 4 mentioned above with the shaft end closing member 206 will be described. On both ends of the inner and outer walls 2a and 2b, the side closing member 206 is formed. The inner and outer corner members (3) and (4) are bored with a nut buried hole (207) for bolt assembly.The drilling position and the number of the nut buried holes are determined according to the size of the bin. In the nut inner hole 207, as shown in FIG. 3, the nut 7 is inserted in a manner of fastening the attachment ring 8a of the nut attachment hole 8 into which the nut 7 is inserted. The inner and outer walls are assembled in a state of embedding in advance between the outer walls, and then both side end finishing members 206 are assembled with bolts symmetrically on both ends of the double wall 2, and then the double wall ( 2) arranged in a box shape and assembled by screwing the inner corner members 3 and 4 to the nut 7 as bolts 5. A.

On the other hand, the lower space portion of the double wall (2) assembled as described above is configured to have a gap (S) and the height (H), the width of the upper end of the upper closing member 203 can fit snugly into the space portion of the lower When the bin 1 is stacked in two or more stages, the upper end of the upper finishing member of each double wall can be inserted into the lower end of the upper double wall in which the bin 1 is laminated. Lamination of the bins can be facilitated (see Fig. 5).

The bin 1 assembled as described above may be assembled to form a plurality of storage spaces as shown in the example of FIG. 6, in which case the four double walls 2 are assembled in a "+" shape. It is assembled by the method of assembling with the bolt 5 in the state which faced the short surface of the side end closing member which the extension part of the side end closing member 206 assembled to the side end of the wall 2 faced (refer FIG. 7). ), While the outer wall constituting the outer wall is assembled in the "T" shape portion is to finish the outer wall while tightening the connection portion by the bolt assembly of the connection portion finishing plate material 208.

Referring to the operation and effects of the present invention configured as described above are as follows.

Normally, the livestock feed material stored in the bin (1) is stored in a high humidity state, and the livestock feed material heats itself during storage, so the upper upper space of the bin (1) where the livestock feed material is stored is generally humid And the temperature is maintained above room temperature. Therefore, in the case of winter, rather than the summer, the external temperature is low. Therefore, in the case of the conventional draft, in which the wall constituting the bin is composed of one sheet of steel or F, R, or P, the external temperature is empty. The condensation of moisture is condensed by the condensation of moisture on the inner wall of the bin, resulting in deterioration of the stored livestock feed and the simultaneous bridge phenomenon. 1) The double wall body 2 constituting the inner and outer walls 2a and 2b with a plurality of reinforcing members 201 interposed therebetween so that the air insulation layer 202 is formed. Hayeoteumeuro it will be capable of ambient temperature and can block that is passed to the inner wall (2a), thus preventing the bridge phenomenon of decay prevention and animal feed raw material by condensation on the inner wall of the blank (1).

In addition, when assembling the four double wall (2) constituting the bin (1) of the present invention in the form of a box, the inner and outer corner members (3) (4) are assembled using the assembly to pursue the rigidity of the bin configuration The inner corner member (3) can be avoided in the corners of the four corners of the bin to prevent the case of stored livestock feed material is agglomerated in the corner corners to facilitate the discharge of the raw material can be pursued will be.

And when the double wall constituting the bin is composed of the inner wall (2a) and the outer wall (2b) of the double, assembling structure with the reinforcing member 201 interposed therebetween, the outer wall (2b) of galvanized steel sheet is a drill screw In order to assemble the screw with (6), the inner wall 2a made of steel sheet drills the long hole 204 and fills the inner wall to the reinforcing member through the long hole and simultaneously fills the long hole with the welding bead 205. The inner wall of the inner wall member (3) except the protruding the head portion of the bolt (5) to be attached to form a flat surface, the discharge effect of the storage of livestock feed and the like can be expected smoothly, while the outer wall By tightening with a drill screw, the galvanized surface can be protected.

Each upper finishing member 203 constituting the upper end of the bin (1) assembled as described above can be inserted in accordance with the interval (S) formed in the lower end of each of the double wall of the upper width (S '), In addition, the insertion height (H ') is also configured to coincide with the height of the lower space, so if the bin (1) is to be stacked and assembled in two or more stages, the bottom of each double wall of the bin stacked on the upper side without a separate stacking assembly member It can be firmly laminated assembly only by the easy lamination means to be fitted to the upper end of each upper finishing member of the double wall.

In addition, a plurality of bins 1 'assembled to a certain standard may be assembled horizontally as in the embodiment of FIG. 6, in which case the double walls 2 constituting the outer wall may have an inner wall (as shown in the above-described embodiment). 2a) is made of steel sheet and the outer wall (2b) is made of galvanized steel sheet to obtain the above-described action and effect, in the case of the double wall (2 ') constituting the inner wall is assembled on both sides of the reinforcing member 201. It is the construction method of the right bin (1 ') that both sides of the wall are made of steel plate and assembled by welding means that drills the long hole and fills the hole with the welding bead. In order to store the livestock feedstock, since the "+" shaped connection part connecting the double walls 2 'constituting the inner wall is assembled only with the bolt 5 and the nut 7, the air circulation is smooth. Using high pressure The pneumatic pressure generated when the livestock feed is blown out into each storage space through the gap between the "+" shaped connection part to prevent the bad phenomenon that the inner and outer walls forming each storage space are expanded by pneumatic pressure. Will be done. Therefore, in the case of the present invention, there is an advantage in that it is not necessary to form an air distribution hole that is necessarily formed on the inner wall upper side to form a plurality of storage spaces evenly as in the prior art.

The present invention has a structure in which the air insulation layer is formed on the walls of the bins, and doubles the outer walls to prevent condensation on the inner walls of the bins. It prevents the case of storage materials such as animal feed materials caused by moisture or bridging due to moisture, and protects the storage state of the stored materials in an optimal state. The inside of the double wall and the inside of the outer wall are embedded with a nut at a predetermined position by using a nut attachment hole so that the inner and outer corner members can be easily assembled as bolts. It is a useful design that has the effect of making construction easy and quick.

Claims (3)

Between the inner and outer (2a) (2b) interposed the reinforcing member 201 at regular intervals to arrange the double wall (2) formed in the box to form the air insulation layer 202, and then each of the double walls Bolt-assemble the inner and outer corner members 3 and 4 to the inner and outer corner portions of the inner and outer corner portions where both ends meet, and the lower end of each of the double walls fits the upper end of the upper finishing member 203. A double wall assembly structure of a bin for storing livestock feedstock, characterized in that the bin 1 is laminated and assembled in two or more stages so as to be assembled. The inner wall (2a) of the dual body (2) is melted with the reinforcing member 201 through the long hole 204, the outer wall (2b) is a conventional drill screw (6) reinforcing member ( 201) Double wall assembly structure of the bin for storing livestock feedstock, characterized in that attached to. 2. The inner and outer walls of claim 1, wherein the side end closure members 206 at both ends of the double wall body 2 and the inner side and outer corner members 3 and 4 are attached to the inside of the double wall body and the outer corner part. 2a) (2b) is attached to the nut 7 of the nut attachment hole 8 in which the attachment ring 8a is fitted to the nut embedding hole 207 formed as each and the bolt 5 screwed to the nut. Double wall assembly structure of livestock feedstock storage bin.