KR200300892Y1 - Washing machine for Grain - Google Patents

Abstract

The present invention is supplied by the water supply pipe 13, the grain is fed by the upper lid 15, the washing machine consisting of a washing tub 16 for washing the grain by the motor 17 and the impeller 18 formed at the bottom (A) and the vibration formed at the top by the vibration motor (4) formed at the bottom of the grain transported by the grain conveying pipe 11 formed on one side of the lower side of the washing tub (16) of the washing machine (A) It relates to a grain washer consisting of a dehydrator (B) for vibrating and dewatering the bottom up vibration screen (2) attached to the lower part of the sieve (25).

Description

Grain Washing Machine {Washing machine for Grain}

The present invention relates to a grain washer, which is supplied by the water supply pipe 13, the grain is fed by the upper lid 15, the washing tub for washing the grain by the motor 17 and the impeller 18 formed at the bottom The washing machine (A) consisting of (16) and the grains washed and transported by the grain conveying pipe (11) formed on one side of the lower side of the washing container (16) of the washing machine (A), the vibration motor (4) formed at the bottom And, it relates to a grain washer consisting of a dehydrator (B) for dehydration by the vibration of the bottom up vibration screen (2) attached to the lower portion of the vibrating body (25) located above the vibration motor (4).

Generally, the washing tank is made to wash a large amount of grain and the grain is washed by hand while the grain and water are contained in the washing tank. There is a problem that it is very cumbersome and the state of washing of grain is poor, and it is inconvenient to rely on manual labor even when transferring the washed grain to another place, while rotating a large amount of grain by installing a rotating device in the washing tank. In the case of washing is relatively easier than the former, there have been many studies to solve the problems such as poor washing state.

The hopper is installed in the Republic of Korea Utility Model Publication No. 1996-0009525 and has a spiral groove at the inner circumference, the screw shaft is rotated inside the main body receiving the washing water from the washing water supply device, the outlet is formed in the lower end A grain washing machine comprising a washing unit, a secondary washing unit formed at a lower portion of the primary washing unit so that the screw shaft is rotated in a direction opposite to the primary washing unit, and a drying device connected to the secondary washing machine and drying the substrate. It is

Korean Utility Model Registration No. 0101374 describes a washing dehydrator of a washing tank having a washing device, a dehydrating device for dewatering the washed grains, and a device for discharging the dehydrated grains.

The publication No. 20-209642 includes a drying unit, a drying frame having a cylindrical mesh for rotating the grain inside, a cover and a support for supporting the drying frame up and down, and connected to the support to suck in air. The drying structure of the grain washing apparatus comprising a dust collector and a discharge port for taking out the grain discharged from the drying mold is described,

Korean Utility Model Publication No. 1999-001436 discloses grain washing that supplies cleaning grains and water, washes the supplied grains first, and then cleans the first washed grains in the cooking section while filtering the foreign matter. Device is described,

Korean Patent Publication No. 1994-0006753 describes a grain automatic washing and cooking apparatus that continuously adds, washes, and collects grains according to human numbers.

Conventional techniques as described above have a problem in that the device is complicated and difficult to operate, and the installation cost is expensive.

In order to solve the above problems, the present invention has been improved to simplify the structure.

A washing machine (A) for cooking and washing grains by the lid (15) into which the grains are introduced, the water supply pipe (13) to be fed, the motor (17) and the impeller (18) formed at the bottom, and the side of the washing machine (A). Dehydration and foreign matter by the vibration of the vibration motor 4 formed in the lower portion of the washing grain conveyed by the grain transfer pipe 11 formed on the lower side, and the vibration body 25 located above the vibration motor 4 It is a technical problem to be achieved by the present invention to provide a grain washer consisting of a dehydrator (B).

1 is a detailed view of the grain washer of the present invention

Figure 2 is a detailed view of the grain washing container of the present invention

Figure 3 is a detailed view of the grain dehydrator of the present invention

4 is a detailed view of dustproof rubber of the present invention

5 is a detailed view of the grain vibration screen of the present invention

Figure 6 is a detailed view of the grain screen network of the present invention

7 is a detailed view of the grain screen PE vibration screen support plate of the present invention

<Description of the Drawings>

Grain moving path (1), vibrating screen (2), drip tray (bucket) (3), vibration motor (4), net (5, 28), anti-vibration rubber fixture (6), vibration motor fixing plate (7), drain pipe ( 8,8-1), support (9), valve (10, 11-1), grain transfer valve (11), water level sensor (12), water supply pipe (13), handle (14), lid (15), cleaning Bucket 16, motor 17, impeller 18, cover 19, screen fixing bolt 20, washing nozzle 21, water pipe connection pipe 22, dustproof rubber 23, fixed support 24 ), Vibrating body 25, grain recovery port 26, PE vibration screen support plate 27, hot air blower 29, hot air supply pipe (30). Vibration transmission unit 31, washing machine (A), dehydrator (B)

In order to achieve the above object, the present invention is supplied by the water supply pipe 13, the grain is injected by the upper lid 15, washing to wash the grain by the motor 17 and the impeller 18 formed in the lower portion It is connected to the tub 16, the hot air blower 29 formed in the lower portion of the washing tub 16, and the hot air blower 29, and another end of the hot air is installed under the vibrating screen (2) of the dehydrator (B) Upward vibrating screen for dewatering and removing foreign matter from the grains conveyed by the washing machine (A) consisting of the supply pipe (30) and the grain conveying pipe (11) formed at one side of the lower side of the washing container (16) of the washing machine (A) Vibration body (25) is installed, the vibration motor (4) formed in the lower portion of the vibrating screen (2) and vibrating the vibration body 25, and formed in the lower end of the grain transfer pipe (11) Grain tax consisting of a dehydrator (B) provided with a hot air supply pipe (30) end supply portion connected to the lower portion of the vibrating screen (2) Groups relate.

The vibrating screen 2 of the present invention is configured to be inclined upwardly toward the end in the upward direction and is formed at the bottom of the vibrating body 25, and the bottom of the net 28 and the net 28 are PE vibrating screen support plates ( 27) is composed of a structure that is attached with an adhesive, and is a structure for transporting the grain removed by vibration and debris to the end.

The vibrating body 25 is sealed in the upper and lower left and right to prevent the falling of the grain from side to side, the bottom up and down vibrating screen (2) provided on one side and the bottom of the grain recovery port 26 and the grain transfer valve (11) ) Is open, and the anti-vibration rubber fixture 6 formed at the end of the vibration transmission unit 31 is a structure formed in the middle portion.

The mesh 5, 28 of the present invention is to use any one selected from a mesh made of synthetic resin composed of PE, PP, Teflon or a stainless steel mesh.

When described in detail with reference to the drawings as follows.

1 is a detailed view of the grain washer of the present invention, Figure 2 is a detailed view of the grain washing container of the present invention, Figure 3 is a detailed view of the grain dehydrator of the present invention, Figure 4 is a detailed view of the dust-proof rubber of the present invention, Figure 5 Detailed view of the grain vibration screen of the present invention, Figure 6 is a detailed view of the grain screen net of the present invention, Figure 7 shows a detailed view of the grain screen PE vibration screen support plate of the present invention, grain moving path (1), vibration screen (2 ), Drip tray (bucket) (3), vibration motor (4), mesh (5,28), anti-vibration rubber fixture (6), vibration motor fixing plate (7), drain pipe (8,8-1), support (9) , Valve (10,11-1), grain transfer valve (11), water level sensor (12), water supply pipe (13), handle (14), lid (15), washing container (16), motor (17), impeller (18), cover (19), screen fixing bolt (20), washing nozzle (21), water pipe connection pipe (22), dustproof rubber (23), fixed support (24), vibrating body (25), grain recovery tool (26), PE vibration screen support plate (27), hot air blower (29), hot air supply pipe (30). It can be seen that the vibration transmission unit 31, the washing machine (A), the dehydrator (B).

Looking at the configuration, as shown in Figure 1, the water is supplied by the water supply pipe 13, the grain is fed by the upper lid 15, washing the grain by the motor 17 and the impeller 18 formed at the bottom Is connected to the washing tub 16, the hot air blower 29 formed on the lower portion of the washing tub 16, and the hot air blower 29, the other end is under the vibrating screen (2) of the dehydrator (B) Washing machine (A) consisting of the installed hot air supply pipe (30), and the bottom up of the grain transport pipe 11 formed on one side of the lower side of the washing tub (16) of the washing machine (A) to dehydrate and remove foreign matters Vibrating screen 2 is formed on the bottom of the vibrating body 25, PE vibration screen support plate 27 formed on the bottom of the bottom up vibration screen (2), the vibration screen (2) is provided below, Vibration motor 4 for vibrating the vibrating body 25 through the vibration transmission unit 31 connected to the vibrating body 25, the music Regarding a grain washer consisting of a dehydrator (B) provided with a hot air supply pipe (30) end supply portion connected to the bottom of the bottom up vibration screen (2) formed in the lower end of the water transfer pipe (11),

As shown in FIGS. 1 and 2, the washer A includes a washing tub 16 having a motor 17 installed therein, an impeller 18 connected to the motor 17, and the washing tub. The lid 15 is placed on the upper portion of the 16 and the handle 14 is formed in the upper center, the water supply pipe 13 is connected to the upper side of the washing tub 16 to supply water, and the water supply pipe 13 Drain pipe (8-1) formed in the lower portion of the discharge material to discharge, the water level sensor 12 installed on another upper side of the washing tub, and the grain conveying pipe formed on one side lower side of the washing tub (16) (11), the valve (11-1) formed on one side of the grain conveying pipe (11), a drain pipe (8) formed on one side of the lower portion of the washing tub 16, and formed on the upper portion of the drain pipe (8) One end is connected to the net 5, the hot air blower 29 formed below, and the hot air blower 29, and the other end is installed at the bottom of the bottom-up vibrating screen 2 of the dehydrator B. Consists of a wind pipe (30)

As shown in FIG. 3, the dehydrator B has a portion of a grain transfer pipe 11 formed at one side of the lower side of the washer 16 and the other side of the dehydrator B. As shown in FIG. Consists of a grain recovery hole 26 for recovering grain,

Vibration motor 4 formed in the lower portion, the vibration motor fixing plate 7 formed on the upper portion of the vibration motor 4, the vibration transmission unit 31 formed on the vibration motor fixing plate 7 and the vibration transmission Anti-vibration rubber fixture (6) for fixing the vibration body 25 formed on the upper portion 31, the dust-proof rubber 23 formed on one end surface of the vibration transmission portion 31 and the vibration body 25 And, the bottom end of the bottom up vibration screen 2 formed on the bottom of the vibrating body 25, the hot air supply pipe 30 formed at one end of the bottom up vibration screen (2), the upper end of the vibration screen (2) Grain recovery port 26 for collecting the dehydrated grains formed in the department,

The bottom of the bottom-up vibrating screen (2) is provided with a drip tray (bucket) 3 for storing dehydrated water, a drain pipe (8) formed on one side of the bottom of the drip tray (bucket) 3, and the treatment It is a grain washer consisting of a washing nozzle 21 connected to the water connection pipe 22, a cover 19 formed on the outside of the apparatus, and a support 9 for supporting the apparatus.

As shown in Figures 1 and 5, the bottom-up vibration screen 2 is formed at an end inclined upwardly, is formed at the bottom of the vibration body 25, PE vibration screen support plate 27 of a rectangular frame ( 7) and a mesh composed of one selected from a mesh consisting of a synthetic resin composed of PE, PP, and Teflon attached to an upper portion of the PE vibration screen support plate 27 or a stainless steel mesh (28). (See FIG. 6), two fixed supports 24 formed at regular intervals on one side of the lower side of the PE vibration screen support plate 27, and dust-proof rubbers formed on the upper and lower left and right sides of the outer middle of the vibrating body 25. (23) is a structure in which the anti-vibration rubber fixture (6) is installed.

Briefly explaining the operation method, after opening the lid 15 formed on the upper portion of the washing tub 16 of the washing machine (A) while feeding grains and watering by the water supply pipe 13 at the same time (the degree of water supply Automatically supplied by the instruction of the formed water level sensor 12)

After operating the motor 17 and the impeller 18 installed in the lower part to rotate the washed grain, and then the valve 11-1 of the grain conveying pipe 11 formed on one side of the lower side of the washing tub 16 After opening and transferring to the dehydrator (B), (the water remaining in the washing tub 16 opens and drains the valve 10 of the drain pipe 8 formed on one side of the lower part, and the foreign substance having a light specific gravity such as a shell is a drain pipe (8). -1) oboe flow (natural drainage))

When the grains washed in the washing machine (A) flows into the bottom up vibration screen (2), the vibration motor (4) formed at the bottom is activated to the dust formed on the upper portion of the vibration transmission unit 31 connected to the vibration motor (4) It is transmitted to the vibrating body 25 through the four vibration-proof rubber 23 installed on the rubber fixture (6), and at the same time the vibrating screen 2 formed on the lower portion of the vibrating body 25 is vibrated to vibrate the vibrating screen (2) Grain transferred to the upper part of the dehydration by vibrating, moving to the inclined front to recover the washed and dehydrated grain in the grain recovery port 26, wherein the dewatered water drip tray (bucket) ( 3) and drained through a drain pipe 8 formed on one side of the bottom of the drip tray (bucket) 3,

After the operation of the dehydrator, by connecting the water connection pipe 22 to the water pipe, spraying water from the washing nozzle 21 connected to the water connection pipe 22 to operate the grain washer to wash the interior of the vibrating screen (2), etc. It is a way

The dehydrator B of the present invention as described above can be used as a dehydrator not only for dehydrating grains but also for treating various wastewater and livestock manure.

Hereinafter, the device of the present invention is compared with other companies' products as follows.

compare Third party product Devised Power Consumption 5.5 Kw 1.5 Kw Throughput (per hour) 500 Kg 2 ton Dehydration capacity Use after 15-20 minutes Immediately Washing ability Left and right washing Washing up, down, left and right Grain transport direction handwork Bottom up automatic Screen Stainless steel and perforated PE.PP.Teflon.Stainless Steel Network Screen fixing plate none has exist Range of use Grain washing Grain drying, grain washing, wastewater treatment Water content 70-80% 30-40%

The present invention as described above can be washed a large amount of grain with a small device, the washing of the grain by washing the blades of the circulation and agitator at the same time to cook, and using the vibration screen stone or stone All the foreign matter can be removed, it is possible to work automatically by automating all the above processes, there is an advantage that can be used in a relatively small space.

Claims (4)

In the grain washing machine, the water is supplied by the water supply pipe 13, the grain is fed by the upper lid 15, the washing tub 16 for washing the grain by the motor 17 and the impeller 18 formed at the bottom and It is connected to the hot air blower 29 and the hot air blower 29 formed in the lower portion of the washing tub 16, the other end is a hot air supply pipe 30 installed under the vibration screen (2) of the dehydrator (B) The washing machine (A) is configured, and the bottom of the bottom up vibration screen (2) for dewatering and removing foreign matter grains transferred by the grain transport pipe 11 formed on one side of the lower side of the washing tub (16) of the washing machine (A) Vibration motor (25) formed in the lower portion of the vibrating screen (2), the vibration transmission unit 31 is connected to the vibrating body (25) to vibrate the vibrating body (25) ) And a hot air supply pipe 30 connected to the bottom of the bottom up vibration screen 2 formed at the lower end of the grain conveying pipe 11. Grain washing machine, characterized in that consisting of a dehydrator (B) provided as an end supply. The washing machine (A) according to claim 1, wherein the washing machine (A) has a motor (17) installed therein, a washing tank (16) in which an impeller (18) connected to the motor (17) is built, and an upper portion of the washing container (16). The lid 15 is settled in the center and the handle 15 is formed, the water supply pipe 13 is connected to the upper side of the washing tub 16 to supply water, and formed in the lower portion of the water supply pipe 13 A drain pipe 8-1 for discharging the substance, a water level sensor 12 installed at another upper side of the washing tub, a grain conveying tube 11 formed at one side of the lower side of the washing tub 16, and the A valve 11-1 formed at one side of the grain conveying pipe 11, a drain pipe 8 formed at one lower side of the washing tub 16, a net 5 formed at the top of the drain pipe 8, One end is connected to the hot air blower 29 and the hot air blower 29 formed at the bottom thereof, and another end of the hot air blower 30 is installed at the bottom of the bottom up vibration screen 2 of the dehydrator B. Grain cleaner, characterized in that consisting of). The method of claim 1, wherein the dehydrator (B) is one side is a part of the grain transfer pipe 11 formed on one side of the lower side of the washing machine (A) washing tub 16, the other side is to recover the dehydrated grain Consists of grain recovery hole 26 to say, Vibration motor 4 formed in the lower portion, the vibration motor fixing plate 7 formed on the upper portion of the vibration motor 4, the vibration transmission unit 31 formed on the vibration motor fixing plate 7 and the vibration transmission Anti-vibration rubber fixture (6) for fixing the vibration body 25 formed on the upper portion 31, the dust-proof rubber 23 formed on one end surface of the vibration transmission portion 31 and the vibration body 25 Wow, Upward vibrating screen 2 formed on the lower portion of the vibrating body 25, the distal end of the hot air supply pipe 30 formed on one end of the bottom-up vibrating screen 2, and the upper end portion of the vibrating screen 2 Grain recovery port 26 for collecting and dewatering the formed grains, drip tray (bucket) (3) for storing the dehydrated water is installed on the lower side of the vibration screen (2), and the drip tray (bucket) (3) The drain pipe (8) formed on one side of the lower side, and the washing nozzle 21 connected to the water connection pipe (22) for washing the device after the treatment, the cover (19) formed outside the device and the device Grain washer, characterized in that consisting of a support (9). According to claim 1, The bottom up vibration screen (2) is formed to be inclined to the top end, the lower portion of the vibrating body 25, PE vibration screen support plate 27 of the rectangular frame and the PE vibration screen support plate (27) and the PE vibrating screen support plate (27) composed of any one selected from meshes made of synthetic resin composed of PE, PP, Teflon or stainless steel mesh attached to the upper portion of the 27 by an adhesive. Two fixed support 24 formed at a predetermined interval on the lower middle one side, and the anti-vibration rubber fixture 6 for fixing the anti-vibration rubber 23 formed on the upper and lower left and right sides of the outer middle of the vibrating body 25 is installed Characterized by a grain washer.