KR850000506Y1 - Apparatus for orashing pine nut - Google Patents

Abstract

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Description

Pine nut shelling device

Figure 1 is an overall cross-sectional view of the shelling device of the present invention.

Figure 2 is an enlarged perspective view of the main portion of the present invention shell.

3 (a) and 3 (b) are perspective views of the screening network of the present invention.

Figure 4 is an exemplary cross-sectional view of the main part of the present invention.

Figure 5 is an enlarged cross-sectional view of the inlet of the present invention.

* Explanation of symbols for main parts of the drawings

1: gas 1 ': supply port

2: lifting conveyor belt 3: motor

4: support 5: hpa

6: shelling path 7: sorting path

7 ': Outlet port 8: Desorption path

8 ': outlet 9, 10: square

9 ', 10: multiple grooves 11, 12: guide case

13, 14: 1st, 2nd angle angle roller (Kalboran roller)

15: bearing 15a, 15b: gap adjusting plate

16, 17: guide groove 18, 18 ': handle

19, 19 ': Adjustment nut 20, 20': Adjustment bolt shaft

21, 21 ': Fixing nut 22, 23: Halftone

22 ', 23': Mangong 24: Recovery port

25, 25 ': pulley shaft 26: pulley

27, 27 ': belt 28: roller

29: handle 30: motor

31, 31 ': Belt 32, 32': Adjustment handle

The present invention is a shell shell (cuticle) of the pine nuts according to the size of the pine shell shelling device installed so that the shelling rollers installed on the top of the square tub formed with a large number of grooves arbitrarily adjust the gap up and down to automatically perform the shelling operation It is about.

Conventionally, since the shells of pine nuts were stripped using shells, grains of grains to remove shells of pine nuts, they resulted in time and economic loss, and in particular, work efficiency was extremely low. The present invention has been made in order to solve the conventional drawbacks as described above in detail by the accompanying drawings as follows.

A motor mounted on the support 4 by interlocking the elevating conveyor belt 2 with the pulleys 26 arranged on the shafts 25 and 25 'in the gas 1 on which the supply port 1' is installed ( 3) and a belt 27, and the lower hpa 5 is formed by a transfer belt 27 'having a spaced gap as a handle 29, and degassed to an upper portion and a lower portion of the base 1. In the interior of the zigzag connecting device of the passage 6, the sorting passage 7, and the de-orientation passage 8, the net boards 22, 23 having a plurality of net holes 22 ', 23' are installed. Guide grooves 16 and 17 are formed on both sides of the shell path 6 to allow the gap adjusting plates 15a and 15b to be inserted, and a center ring of the gap adjusting plates 15a and 15b to attach the bearing 15 to the center portion of the gap adjusting plate 15a and 15b. (13) and (14), while adjusting the handle bolt (18) and (18 ') on the upper end of the adjustment bolt shaft to insert the adjustment nut (19) (19') and the fixing nut (21) (21 ') (20) and (20 ') and a plurality of grooves (9') (10 ') on each side at the bottom of the shell (6) Guide to the case (11, 12) to form a square tank (9, 10) consisting of) to form a gap adjusting handle (32, 32 ').

Referring to the effect of the present invention as described above is as follows. The size of the pine nuts is classified into a plurality of types, and one of the same size is put in the humpa (5), and the handles 18 and 18 'of the shelling rollers 13 and 14 are rotated to deflect the selected pine nuts.

Subsequently, the gap adjusting plates 15a and 15b are moved up and down along the guide grooves 16 and 17 by the fixing nuts 21 and 21 'attached to the adjustment bolt shafts 20 and 20'. The angle elimination rollers 13 and 14 built in the bearing 15 attached to the control plates 15a and 15b are adjusted with the top surface of the quadrangles 9 and 10 to maintain proper spacing of the selected pine nuts. Let's go. The shell path (6) in contact with the square tank (9) 10 is cut by the size of the roller to be in contact with the inner shell roller (13) (14) bar, the selected pine is shelled.

In addition, the square jaw (9) (10) can be used to replace the other surface by detaching when the groove (9 ') (10') of one side is worn, and also the adjustment angle (32) (13) and the clearance handle (32) ( 32 '). In addition, the belt 31 'is connected to the pulley or gear of the shaft arranged by the bearing, and the primary stripping roller 13 is connected to and operated as the motor 30 and the belt 31.

Further, the gap between the primary shell angle roller 14 and the square shell 10 is narrower than the interval between the primary shell angle roller 13 and the square nail 9 of the pine nuts so that the primary shell angle roller 13 and the square nail ( 9) Ideally, the small pine nuts that are not incinerated between are used to be indented between the secondary incineration rollers 14 and the square tank 10. When explaining the action of the pine nuts are actually shelled by the present invention as follows.

First, the pine nuts introduced into the muffler 5 are supplied to the supply port 1 'by the belt 27', and at the same time, the basket attached to the lifting conveyor belt 2 lifts the pine nuts and supplies them to the shell shell passage 6. A circular net (22 ') of the shell separation path (7) is removed by the pine shell (9') and 10 'through the square tank (9) (10) and the shell angle rollers (13) and (14). In this multitude of laid meshes 22, relatively round seals fall through the circular meshes 22 'and are discharged to the outlet 7'. 23 ') is lowered under the laid mesh plate 23 is discharged to the discharge port (8'), and the remaining pine nuts are not recovered to the bottom surface of the gas (1) through the recovery port 24 to be supplied again.

In addition, the handle 29 on the side of the muffler 5 parallelizes or loosens the supply belt 27 'of the pine tree, and when the pine tree supplied from the muffler 5 is fastened to the supply port 1', Loosen when supplying.

The present invention as described above can be removed by adjusting the interval by the size of the pine nuts, the shelling time is fast and efficient, and without the fear of failure or damage is effective.

Claims (1)

As shown in the figure, the raising conveyor belt 2 interlocks with the pulley 26 built on the shafts 25 and 25 'in the installation of the supply port 1', and the raising is placed on the support 4. The upper and lower portions of the base 1 are formed by connecting the rotor 3 and the belt 27 and forming a transfer belt 27 'with a gap between the lower and lower halves 5 as the handle 29. The net boards 22 and 23 which laid a plurality of net holes 22 'and 23' inside the zigzag-connected furnace shell passage 6, the selection passage 7, and the shell separation passage 8 in a zigzag shape. Guide grooves 16 and 17 are formed on both sides of the shell path 6 so as to allow the gap adjusting plates 15a and 15b to be inserted and the bearings 15 are formed on the gap adjusting plate 13 and 14. ) After adjusting the handle bolts 18, 18 'at the top, adjusting bolt shafts 20, 20' inserting the adjusting nuts 19, 19 'and the fixing nuts 21, 21'. ) And a plurality of grooves (9 ') (10') on each side at the bottom of the shell path (6) Pine shell shell 9, characterized in that the inserted into the guide case (11) (12) to adjust the handle as a gap adjusting handle (32).