KR19980041084U - Residual Processor Stirrer Assembly Support Structure - Google Patents

Abstract

The present invention relates to a residue processor stirrer assembly support structure for improving the productivity of the residue processor which is discharged after heating, stirring, and deodorizing food at home or restaurant.

The present invention is a residual machine in which the stirrer assembly 20 composed of the stirrer shaft 21 and the stirrer 22 is mounted on the fermentation tank 13 via a bearing in the bearing housing and an oil seal in the oil seal case; The bearing 34 uses a type in which the inner ring is longer than the outer ring; The bearing housing (33) uses only one side of the bearing (34); The oil seal case 35 is formed by extending its flange 35a to the outer wall of the fermentation tank 13.

Accordingly, the present invention has an effect of improving productivity by improving the workability of the assembly by improving the support structure of the stirrer assembly for evenly stirring the waste food introduced from the residue processor.

Description

Residual Processor Stirrer Assembly Support Structure

The present invention relates to a residue processor, and more particularly, to improve workability due to the assembly of an agitator assembly for uniformly stirring waste food input from the residue processor which is heated, stirred, and deodorized after being discharged from homes or restaurants. It relates to a remainder processor stirrer assembly support structure for.

In general, a certain amount of residue (waste food) is discharged from each home or restaurant every day, and the residue is used as a livestock feed or filtered through a simple strainer, and then discarded. However, such a leftover treatment method increases the amount of garbage collection and generates a bad smell if the garbage is not thrown away frequently, so that the leftover treatment machine is used.

1 is a configuration diagram schematically showing the interior of the residue processor.

An input door 11 for inserting the residue and a discharge door 12 for taking out the processed residue are formed outside the main body of the residue processor made of a heat insulator, and a fermentation tank 13 and the residue for processing the residue in the main body. Deodorizers (not shown) and the like are installed to remove odor generated in the process.

Inside the fermentation tank 13, the stirrer coupling body 20 is rotatably mounted, inducing the composting of the residue while mixing the residue with the fermenter introduced from the outside. The stirrer coupling body 20 is connected to the large sprocket 14 outside the fermentation tank 13, and the motor 16 of the AC induction motor type positioned below the fermentation tank 13 is connected to the source plaque 15. Since the large sprocket 14 and the source plaque 15 are connected to the chain 17 again, the stirring force is performed when the rotational force of the motor 16 is transmitted to the stirrer assembly 20.

On the other hand, the fan heater device which consists of the suction fan (not shown) which inhales external air through the input door 11, and the heater (not shown) which is installed so as to heat the air sucked by the suction fan, has the moisture in a remainder. Quickly remove to reduce the residue.

2 is a block diagram showing the stirrer assembly of FIG.

The stirrer assembly 20 is composed of a stirrer shaft 21 mounted across the fermentation tank 13 and a stirrer 22 mounted to the stirrer shaft 21 and having a plurality of wings to perform a stirring operation.

The stirrer shaft 21 is mounted on the wall surface of the fermentation tank 13 via a bearing 24 and an oil seal (not shown). The bearing 24 is mounted in the bearing housing 23 composed of two upper and lower sets, and the oil seal is mounted in the oil seal case 25.

At this time, the bearing housing 23 is fixed on the outer wall surface of the fermentation tank 13 while the oil seal case 25 is fixed on the inner wall surface of the fermentation tank 13 and bolted using bolt holes formed to the same specification. Since it is difficult to install the bolt has the disadvantage of increasing the work man.

Therefore, the present invention is intended to solve the above disadvantages, workability according to the assembly of the stirrer assembly to evenly agitate the waste food input from the residue processor for heating, stirring, deodorizing and discharging food discarded at home or restaurant It is an object of the present invention to provide a residue processor stirrer assembly support structure for improving the efficiency.

1 is a configuration diagram schematically showing the interior of the residue processor;

Figure 2 is a block diagram showing a stirrer assembly of Figure 1 in partial cross-section,

3 is a block diagram showing a stirrer assembly according to the present invention,

* Description of the symbols for the main parts of the drawings *

11: input door 12: discharge door

13: Fermentation tank 14: Large sprocket

15: small sprocket 16: motor

17: Chain 20: Agitator binder

21: Agitator axis 22: Agitator

23: Bearing housing (conventional) 24: Bearing (conventional)

25: oil seal case (conventional) 33: bearing housing (this design)

34: Bearing (this design) 35; Oil seal case (this design)

35a: Flange

In order to achieve the above object, the present invention provides a stirrer assembly (20) consisting of an agitator shaft (21) and an agitator (22) mounted on a fermentation tank (13) via a bearing in a bearing housing and an oil seal in an oil seal case. In the bearing 34, the inner ring has a type of longer than the outer ring; The bearing housing (33) uses only one side of the bearing (34); The oil seal case 35 provides the remainder processor stirrer assembly support structure, characterized in that the flange (35a) is extended to the outer wall surface of the fermentation tank (13).

At this time, the other side of the bearing 34 is supported by the oil seal case (35).

EXAMPLE

Hereinafter, with reference to the accompanying Figure 3 will be described a preferred embodiment of the present invention.

Figure 3 is a block diagram showing a stirrer combination according to the present invention.

The present invention is applied to the remainder processor mounted on the fermentation tank 13 (Fig. 1) via the stirrer assembly 20 consisting of the stirrer shaft 21 and the stirrer 22 via the bearing in the bearing housing and the oil seal in the oil seal case. 1 is to improve the bearing housing 23, the bearing 24, the oil seal case 25 and the like.

Input door 12 to the outside as shown in Figure 1 above The discharge door 13 is formed, and the fermentation tank 13 therein. Large Sprockets (14) Source plaque (15) Source plaque (15) The structure including the motor 16 and the like is the same as in the prior art.

At this time, the bearing 34 of the present invention uses a type of the inner ring is longer than the outer ring.

Conventionally, the bearing 24 is press-fitted into the stirrer shaft 21, but using the bearing 34 of the present invention, it is also possible to fasten the inner ring and the stirrer shaft 21 with bolts, thereby improving workability than press-fitting.

In addition, the bearing housing 33 of the present invention is used to support only one side of the bearing (34).

It is possible to reduce the material cost and work maneuver by using only one side rather than using the one consisting of two sets of top and bottom as in the prior art.

In addition, the oil seal case 35 of the present invention is formed by extending the outer wall surface of the flange (35a) of the fermentation tank (13).

Since the oil seal case 35 is deeper than the conventional one, the oil seal case 35 is formed by redrawing during deep drawing process. The size of the flange 35a is to be the same as in the prior art.

Conventionally, the oil seal case 25 should be fixed to the inner surface of the fermentation tank 13, but according to the present invention, the bearing 34 and the bearing housing 33 as well as the oil seal case 35 are assembled to the outside of the fermentation tank 13. It is possible to improve workability.

At this time, the other side of the bearing 34 is supported by the oil seal case (35).

The outer ring of the bearing 34 is half-contacted by the bearing housing 33 and the oil seal case 35, respectively. As a result, the bearing 34 and the oil seal are mounted on the same space formed by the bearing housing 33 and the oil seal case 35.

Accordingly, the overall number of components is also reduced, and the stirrer assembly 20 can be easily mounted on the outside of the fermentation tank 13.

As described above, the remaining structure of the stirrer assembly supporter of the present invention improves the support structure of the stirrer assembly that uniformly stirs the waste food introduced from the left-handed processor after heating, stirring, and deodorizing the discarded food, thereby improving workability according to assembly. This improves productivity.

Although the present invention has been illustrated and described with reference to certain preferred embodiments, the present invention may be modified and modified in various ways without departing from the spirit or the field of the present invention provided by the following utility model registration claims. It will be readily apparent to one of ordinary skill in the art that it can be used.

Claims (2)

In the residual processing machine in which the stirrer assembly 20, which is composed of the stirrer shaft 21 and the stirrer 22, is mounted on the fermentation tank 13 via a bearing in the bearing housing and an oil seal in the oil seal case: The bearing 34 uses a type in which the inner ring is longer than the outer ring; The bearing housing (33) uses only one side of the bearing (34); The oil seal case (35) is the remainder processor stirrer assembly support structure, characterized in that the flange (35a) is extended to the outer wall surface of the fermentation tank (13). The structure of claim 1, wherein the other side of the bearing (34) is supported by an oil seal case (35).