KR100375807B1 - Upright type sweetener - Google Patents

Abstract

The upright type tilting apparatus of the present invention includes a frame body 1 which is entirely box-shaped and a partition wall 6 which divides the inside of the frame body 1 into three spaces 7, 8 and 9. The partition wall 6 is constituted by a vertical wall 10 located in the middle of the right and left of the frame body 1 and a horizontal wall 11 located in the upper and lower middle of the frame body 1. A motor 14 is installed in a first space 7 defined by the vertical wall 10 and the horizontal wall 11 and a third space 9 located above the horizontal wall 11 And an upright type rubbing machine 20 having a vertical nip shaft 27 which is rotated by a motor 14 is installed in the remaining second space 8. The nipper 20 includes a granular supply hopper 21 at an upper portion thereof, a lower support portion 23 having a bearing 23A for rotatably supporting the nipple shaft 27 at a lower portion thereof, (22) for finishing the grain between the support portion (23) and the support portion (23). The supporting part 23 is provided with an attaching piece 24 fixed to the frame body 1 with a bolt or the like and an attaching piece 25 fixed to the vertical wall 10 with bolts or the like, The opening portion 49 is formed in the outer cylinder 38 of the bell mouth 22 and the opening 49 is connected to the brewing apparatus 50 through the inclined duct 53.

Description

Upright type sweetener

The present invention relates to an upright type smelting apparatus.

There is known a grinding apparatus having an upright type rubbing machine having a vertical rubbing shaft, a motor for rotating the rubbing shaft, a bark-aspirating device for sucking the barks generated in the rindroom of the rubbing machine, and a frame body to which the rubbing baffle is mounted Patent Nos. 5,259,303 and 3,960,068).

Among the above patents, U.S. Patent No. 5,259,303 discloses that since the polishing machine, the motor, and the bag-and-paper suction device exist independently of each other, they can not be assembled with one frame body and occupy a large amount of unnecessary space. That is, since the bin suction apparatus is installed at a completely separate position from the frame body, it is difficult to assemble it, and since the motor is installed so as to protrude outside the frame body, the space above the motor is wasted.

On the other hand, in the above-mentioned Patent No. 3,960,068, a frame, a motor, and a bobbin sucking device are installed in one frame body, thereby significantly reducing spatial waste. However, in the latter patent, since the hopper that feeds the grains of the grain at the grinding period protrudes to the outside of the frame body, it still takes up a lot of space, and since the constituent member of the grinder serves as a part of the frame body, A heavy motor for rotating a point and a rim axis is suspended on a ceiling wall, so that the center of the whole is elevated to deteriorate the stability, and at the same time, there is a problem in that strong strength is required in the ceiling wall and the frame supporting the same.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide an upright type smoothing device that overcomes the above problems.

To achieve the above object, the present invention is directed to a method of manufacturing an air conditioner comprising an upright type nipping machine having a vertical nailing shaft, a motor for rotating the nailing machine shaft, A squeezing device 50 for sucking generated bran, and a frame body 1 to which the bran sucking device 50 is attached. The frame body 1 is entirely formed in a box shape and includes a vertical wall 10 located in the right and left middle of the frame body 1 in the frame body 1, The interior of the frame body 1 is provided with a first space 7 surrounded by a vertical wall 10 and a horizontal wall 11 and a second space 7 surrounded by an upper portion of the horizontal wall 11 And the second space 8 is partitioned into a third space 9 and a second space 8 in which the first space 7 and the second space 8 are located, (50) is installed in the third space (9). A lower support portion 23 having a feed hopper 21 on the upper portion and a bearing 23A for rotatably supporting the rudder shaft 27 is provided on the upper end of the hopper 21 (22) for finishing the grain between the support portion (23) and the support portion (23). The supporting part 23 is provided with an attaching piece 24 fixed to the frame body 1 with a bolt or the like and an attaching piece 25 fixed to the vertical wall 10 with bolts or the like, The opening 49 is formed in the outer cylinder 38 of the brewing unit 22 and the brewing apparatus 50 is connected to the brewing unit 50 through the inclined duct 53.

One embodiment of the present invention will be described with reference to the drawings. The frame body 1 is constituted by a pair of left vertical rods 2, a pair of right vertical rods 3, a pair of lower horizontal rods 4 and a pair of upper horizontal rods 5 do. Side walls, bottom walls, and ceiling walls (not shown) are provided on each side of the frame body 1 to make the entire body square.

As shown in FIG. 4, a substantially L-shaped partition wall 6 is provided inside the frame body 1. As shown in FIG. The partition wall 6 is formed of a vertical wall 10 substantially in the middle in the left and right direction of the frame body 1 and a horizontal wall 11 located in the middle of the vertical direction of the frame body 1. The space partitioned by the partition wall 6 becomes the first space 7 and its size becomes about 1/4 of the frame body 1. [ A second space 8 extending from the bottom of the frame body 1 to the ceiling portion is formed on the left side of the vertical wall 10 and a third space 9 is formed on the upper portion of the horizontal wall 11.

In the first space (7), there is provided a regular smoothing motor (14). The screw rods 12 and 13 are fixed to the vertical wall 10 and fix the bracket 15 of the motor 14 to the screw rods 12 and 13 with the nuts 16 and 17. The output shaft 18 of the motor 14 protrudes downward from the motor 14. A drive pulley 19 is fixed to the output shaft 18. The first space 7 is almost filled with the motor 14 and the drive pulley 19.

In the second space 8, there is provided an upright nipper 20 having a vertically extending nipple shaft 27. A support portion 23 having a bearing 23A for rotatably supporting a rudder shaft 27 is provided at a lower portion of the polishing machine 20. [ A plurality of attachment pieces (24, 25, 26) projecting in the transverse direction are integrally formed on the support portion (23). The attachment pieces 24 protrude in the left direction and are fixed to the left vertical rod 2 or the left wall of the frame body 1 by bolts or the like and the attachment pieces 25 and 26 protrude in the right direction, 10 by bolts or the like. It is one of the excellent features of the present invention that a plurality of attachment pieces for fixing the polishing machine 20 to the frame body 1 are integrally formed on the support portion 23, The work of attaching to the main body 1 is considerably simplified.

The lower end of the nip portion shaft 27 is projected downward from the support portion 23 and the manual pulley 28 is fixed to the projecting portion. A belt (29) is wound between the manual pulley (28) and the drive puller (19). The attachment position of the motor 14 can be moved left and right by adjusting the fixing positions of the nuts 16 and 17, and the tension of the belt 29 can be adjusted by this movement.

A feed hopper 21 of grain is mounted on the upper part of the upright type polishing machine 20. The hopper 21 is provided with a sensor 30 for detecting the presence or absence of the grain as shown in FIG. The sensor 30 is connected to the control unit. The horizontal shutter 31 closes the drop port of the hopper 21, and the inclined shutter 32 regulates the supply amount of the grain. The adjustment of the inclined shutter 32 is carried out by unscrewing the nut 33.

And a cleansing portion 22 is provided between the hopper 21 and the support portion 23. [ The internal structure of the clearing part 22 is shown in detail in FIG. The upper part of the polishing shaft 27 penetrates through the clearing part 22 and extends upward. A spiral portion 34 is fixed to the upper portion of the polishing spindle 27 and the outer periphery of the spiral portion 34 is surrounded by the grain carrier tube 35 at a predetermined interval. The grain separated from the hopper 21 is forcibly transported downward by the action of the spiral portion 34.

A tumbling roll (36) is provided at the middle of the tumbling shaft (27). The outer periphery of the flat roll 36 is surrounded by a hexagonal or octagonal chaff removal bin 37 at a predetermined interval. The bin removing bin 37 is formed of a perforated plate. The space between the plowing roll 36 and the briquetting barrel 37 becomes the purifying chamber 40. The outer periphery of the bobbin removing cylinder (37) is surrounded by an outer cylinder (38) with a predetermined clearance. The space between the bin removing cans 37 and the outer cans 38 becomes a sack 39. An opening 49 is formed in the outer cylinder 38 and a duct 53 leading to the brewing apparatus 50 is connected to the opening 49. The grain transferred downward under the action of the spiral portion 34 is finely ground in the cleansing chamber 40 and is removed by the cleansing by the suction force of the chaff dust suction device 50, And is then taken out to the sieve 39 through the sieve.

A resistance mechanism (42) is provided at the bottom of the cleansing chamber (40). The resistance mechanism 42 is formed of a ring 43 fixed to the upper portion of the support portion 23 and a moving body 44 mounted on the rudder shaft 27 so as to be movable up and down. A pin 47 is provided on the moving body 44 and a portion 46 with a groove is engaged with one end of the lever 45 on the pin 47. A weight 48 is mounted on the other end of the lever 45 so as to be adjustable in position. When there is no grain in the purifying chamber 40, the moving body 44 is moved upward by the action of the weight 48 to come into contact with the ring 43 as shown in FIG. 6, and the lower part of the purifying chamber 40 Closing. However, if the grain is filled in the netting chamber 40, the moving body 44 moves downward by the pressure of the grain, and the lower portion of the netting chamber 40 is opened to keep the pressure of the grain in the netting chamber 40 constant.

The bin suction device (50) is disposed in the third space (9). As shown in FIG. 2, the bin suction apparatus 50 includes a motor 51, a suction fan 52 rotated by the motor 51, an inclined duct 53 connected to the opening 49, And an attachment base 54 of the motor 51. The attachment base 54 is mounted on the horizontal wall 11 of the partition wall 6 and fixed by a bolt or the like. The tip of the inclined duct 53 is fixed to the outer cylinder 38 in alignment with the opening 49. [ Since the motor 51 of the bin suction apparatus 50 is considerably lighter than the motor 14 that rotates the polishing shaft 27, the overall stability is not impaired even if the bin-suction apparatus 50 is disposed at the upper portion.

Since the height of the opening 49 and the height of the fan 52 are different from each other when the fan 52 is installed at the upper portion of the horizontal wall 11 but the inclined duct 53 is provided, .

The frame body 1 is first made of the left vertical rod 2, the right vertical rod 3, the lower horizontal rod 4 and the upper horizontal rod 5, 1, a partition wall 6 composed of a vertical wall 10 and a horizontal wall 11 is provided. Three spaces 7, 8, and 9 are formed in the frame body 1 thus formed.

Thereafter, the netting motor 14 having the bracket 15 mounted therein is inserted into the first space 7 and threaded rods 12 and 13 fixed to the vertical wall 10 are inserted into the ventilation holes of the bracket 15 And temporarily fixed to the nuts 16 and 17 by inserting them. At this time, the motor 14 is pushed toward the second space 8 side.

Next, among the plurality of attachment pieces 24, 25, and 26 integrally provided in the support portion 23 of the polishing machine 20, the nippers 20 of FIG. 3 are housed in the second space 8, And the attachment pieces 25 and 26 are fixed to the vertical wall 10 of the partition wall 6 by bolts or the like. Thereby, the polishing machine 20 is simply and rigidly mounted. Subsequently, after the belt 29 is wound between the manual pulley 28 under the fixed nib 20 and the drive pulley 19 of the motor 14, the motor 14 is moved to the right and the belt 29 Tightly tighten the nuts 16 and 17 to fix the motor 14 at a place where a proper tensile force can be obtained.

Next, the bin suction device 50 is housed in the third space 9, and the device stand 54 of the bin-sucking device 50 is fixed on the horizontal wall 11 of the partition wall 6 with bolts or the like And the inclined duct 53 is connected to the opening 49 of the outer cylinder 38 of the rinse machine 20. Thus, the assembly of the spin finisher is terminated.

Since the assembling operation is very simple and the assembled squeezing device is entirely box-shaped, and there is no member protruding to the outside, the product assembled at the factory is returned to the installation place with a truck or the like The work is easy, and the installation work at the installation site is also simple.

When the tumbler shaft 27 is rotated by the tumbler motor 14, the spiral portion 34 fixed to the tumbler shaft 27 and the tumbler roll 36 are rotated, When the fan 52 is rotated by the motor 51, air in the pyramid chamber 40 is sucked through the duct 53. In this state, when the horizontal shutter 31 of the hopper 21 is opened and an appropriate amount of the inclined shutter 32 is opened, the grains are separated from the hopper 21 and forcedly sent from the spiral portion 34 to the lower silver chamber 40 And is agitated and agitated by the action of the plow roll 36. At this time, since the moving body 44 provided at the lower part of the cleansing chamber 40 closes the lower portion of the cleansing chamber 40 when the grain in the cleansing chamber 40 is small, the grain grains gradually gather in the cleansing chamber 40 And when the pressure of the grain is increased, the lower portion of the netting chamber 40 is gradually opened to keep the amount of the kernel in the netting chamber 40 constant.

The bran separated by the pickling is guided to the straw chamber 39 through the plurality of holes of the bran removing cylinder 37 by the suction of the fan 52 and discharged through the duct 53.

When the finishing work is performed and the grain in the hopper 21 disappears, the sensor 30 detects this and the control unit stops the motors 14 and 51.

FIG. 1 is a front view of a tumbling device according to the present invention. FIG.

2 is a front view of the bin suction apparatus; Fig.

The third view is a front view of the rice grinder.

4 is a front view of the frame body;

5 is a front view of the hopper;

FIG. 6 is a partial longitudinal front view of the clearing part. FIG.

Description of the Related Art

1: frame body

7: First space

8: Second space

9: Third space

10: vertical wall

11: Horizontal wall

14: Motor

20: Ribs

21: Hopper

22:

23:

27: Razor shaft

40: Clean room

49: opening for taking out

50: dirt suction device

53: inclined duct

Claims (7)

A motor 14 for rotating the polishing spindle 27; an aspirator 20 for sucking burs generated in the chambers 40 of the polishing machine 20; (50) and a frame body (1) on which the device (50) is mounted, The frame body 1 is entirely formed in a box shape. Inside the frame body 1, a vertical wall 10 positioned in the right and left middle of the frame body 1 and a horizontal wall 11 ) Is installed, The inside of the frame body 1 is divided into a first space 7 defined by the vertical wall 10 and the horizontal wall 11 and a third space 9 located above the horizontal wall 11 And the remaining second space 8. The motor 14 is installed in the first space 7 and the nib 20 is installed in the second space 8 , And the breech-suction device (50) is installed in the third space (9) The grinder 20 is provided with a feed hopper 21 at the upper portion and a support portion 23 having a bearing 23A for rotatably supporting the spindle 27 at the lower portion. (22) for finishing the grain between the support portion (23) and the support portion (23) The supporting part 23 is provided with an attaching piece 24 fixed to the frame body 1 with a bolt or the like and an attaching piece 25 fixed to the vertical wall 10 with bolts or the like, The opening portion 49 is formed in the outer cylinder 38 of the above-mentioned cleansing portion 22 and the opening 49 is connected to the above-mentioned bag-suctioning apparatus 50 through the inclined duct 53 . The upright type smearing apparatus according to claim 1, wherein the attachment pieces (24, 25) are integrally formed on the support portion (23). The vertical wall (10) according to claim 1, wherein a horizontal screw rod (12, 13) extending along a direction connecting the first space (7) and the second space (8) And the motor (14) is attached to the screw rods (12, 13) so as to freely adjust the mounting position along the longitudinal direction of the screw rods (12, 13). The motor according to claim 3, wherein the output shaft (18) of the motor (14) projects downward, a drive pulley (19) is fixed to the protruding end thereof, and a manual pulley And the belt 29 is wound around the driving pulley 19 and the manual pulley 28 and the tension of the belt 29 is adjusted by adjusting the attachment position of the motor 14 Characterized in that the upright type smelting device. 2. The frame according to claim 1, wherein the frame body (1) comprises a pair of left vertical rods (2), a pair of right vertical rods (3), a pair of lower rods (4) (5). ≪ / RTI > 6. The upright type smearing apparatus according to claim 5, wherein side walls, bottom walls, and ceiling walls are provided on each side of the frame body (1). The apparatus according to claim 1, wherein the hopper (21) is provided with a sensor (30) for detecting the presence or absence of grains.