KR100802523B1 - System for drying chicken droppings - Google Patents

Abstract

A system for drying chicken manure is provided to dry quickly chicken manure regardless of weather or climate through an efficient air intake and wet air discharge system. A system for drying chicken manure includes a conveyor belt(200), a shield wall(100), a wet air discharge fan, a chicken manure inlet port and a chicken manure outlet port, a spreader, a screw unit, a guide rail(700), a moving flipper(800), and a flipper. The conveyor belt is arranged in multiple stages to convey chicken manure downward. The shield wall is arranged to cover the top and both sides of the conveyor belt, and has an opening formed in the longitudinal direction of the conveyor belt. The shield wall has a through hole for discharging wet air generated by the drying process of air introduced through the opening of the conveyor belt to the outside. The wet air discharge fan is arranged at the through hole of the shield wall to compulsorily discharge wet air. The chicken manure inlet port and the chicken manure outlet port are formed at the top and bottom of the conveyor belt. The spreader is arranged to spread chicken manure injected through the chicken manure inlet port over the conveyor belt. The screw unit includes screw blades for uniformly dispensing chicken manure spread by the spreader onto left and right sides of the conveyor belt. The guide rail is arranged at both sides of the uppermost conveyor belt. The moving flipper turns the upside of chicken manure being conveyed along the conveyor belt. The flipper is fixed on at least one of the conveyor belts except the uppermost conveyor belt, and stirs the chicken manure.

Description

System for drying chicken droppings}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a powder drying apparatus, and more particularly, to provide an effective powder drying treatment system for drying the powder generated in a poultry farm more quickly.

In general, poultry farms that raise chickens produce poultry excreted from chickens that are raised in poultry houses, and when the poultry is small, they are usually used as compost after natural drying.

However, in the case of large poultry farms in which chickens are mass-produced, the amount of poultry is generated in large quantities, so that it is difficult to process a large amount depending on natural drying, and when the process is delayed, many problems are involved.

In other words, processing large amounts of powder based on natural drying requires a large processing space and a long time, which is uneconomical and inconvenient for manual work. And adversely affect the sanitation of the house.

Accordingly, in order to conveniently dry the powder generated in the poultry farm, the powder drying apparatus as disclosed in Patent Publication No. 1999-0086405 and Patent Publication No. 2000-0033326 has been proposed as a powder drying apparatus. The situation is not real effect.

In general, the conventional powder drying apparatus disclosed in Japanese Patent Application Laid-Open No. 1999-0086405 and Japanese Patent Application Laid-open No. 2000-0033326 is carried out while being carried on a conveyor. As it is not evenly distributed, it is moved in a clumped state, and the function of overturning the powder during the movement is extremely poor, and thus only the surface is easily dried.

In addition, in particular, the conventional powder drying apparatus is inefficiently configured with insufficient consideration of the air intake and moisture discharge system for drying, and thus serves as a major cause of delaying the drying of the powder. There is a situation.

In particular, the conventional drying apparatus has a disadvantage in that the drying effect of the system is significantly reduced according to the weather or climate.

Due to the problems pointed out above, even in the case of using a powder drying apparatus, a large amount of powder cannot be dried quickly and normally, and the processing is delayed, causing the powder to accumulate, leading to serious problems in various aspects such as environment and hygiene. First of all, there is an urgent need to implement a powder drying treatment system that can solve the disadvantages and problems of the conventional powder drying apparatus in an effective and practical manner by approaching from a realistic point of view.

The present invention is to solve the above-mentioned problems, in the system to automatically dry the processing by the input of the powder, so that the added powder is moved in a dry transfer belt in a uniformly dispersed state without agglomeration immediately after the addition and In addition, while effectively inverting the system during the movement to prevent the phenomenon of drying only the surface, in particular, the air intake and wet air discharge system for drying is configured to be efficiently configured to enable a quick drying action.

On the other hand, it is an object of the present invention to provide a powder drying treatment system so that the powder can be dried at any time regardless of weather outside the cage or climate.

In order to achieve the above object, the present invention, a feed belt is installed to move the ride, the transfer belt is installed in a multi-stage structure so as to gradually transfer the injected powder to the top; It is installed to cover the upper and left and right sides of the multi-stage conveying belt, the opening is provided in the front and rear in the longitudinal direction of the conveying belt, the drying action of the air introduced through the opening in front and rear of the conveying belt on both sides of the longitudinal central portion of the conveying belt A shielding wall on which a through portion for discharging the wet air generated by the outside is formed; A fan device for discharging the humid air, respectively, for forced discharge of the humid air on the left and right through parts of the shielding wall; A powder inlet and a powder outlet respectively provided on the upper and lower sides of the conveyance belt; A spreader (spreader) which acts to spread the powder added through the powder inlet on a conveying belt; A dispersing apparatus installed after the spread so as to evenly distribute the first spread by the spreader to the left and right sides of the upper surface of the conveying belt; Guide rails installed on both sides of the uppermost transport belt of the transport belt; A moving flipper for inverting the outer and inner sides of the moving material moving on the transport belt while moving along the guide rail; Provided by a stepping drying processing system characterized in that it comprises a fixed flipper fixedly installed on at least one transfer belt side of the remaining transfer belts other than the uppermost transfer belt of the transfer belt to reverse the outside and the inside of the moving sludge. do.

At this time, the dispersing device is characterized in that the feed screw device is provided with a screw blade formed opposite to each other in the left and right sides relative to the center of the screw shaft.

The spreader is characterized by consisting of a drive motor and a spread bar axially coupled to the drive motor to spread the balance while rotating clockwise or counterclockwise.

The moving flipper includes a front left and right wheels and a rear left and right wheels installed to be movable along the guide rail, a support frame to which the front and rear left and right wheels are rotatably coupled, respectively, and one side wheel. The driven gear and the driving gear meshing with the driven gear are axially coupled and installed on the support frame; and a motor for a moving flipper installed separately from the wheel driving motor on the support frame; "A" shaped blade which is installed to be rotated under the driving force of the moving flipper motor and installed on the outer circumferential surface of the rotating axis for rotating the flipper in an up and down and left and right directions along the axial direction so that the step is caught and turned over. Characterized in that configured to include.

The fixed flipper is fixedly installed on the movement path of the remaining transport belts except for the uppermost transport belt of the transport belt, and includes a fixed flipper motor and a rotating shaft for rotating the revolution under the driving force of the fixed flipper motor. On the outer circumferential surface of the rotating shaft for reversing the balance, it is installed upside down and right and left in the axial direction, respectively, characterized in that it consists of a "b" shaped blade to be caught upside down moving along the transfer belt.

That is, the moving flipper is installed to be movable along the traveling direction of the conveyance belt of the uppermost layer, and the fixed flipper is fixedly installed on the moving path of the conveyance belt of the remaining lower layer.

And, at the end of the conveying direction of each end of the conveying belt is characterized in that the step of separating the scraper (scraper) for preventing the phenomenon that the moving material moving in the conveying belt does not fall attached to the conveying belt is further installed. .

The scraper for separating powder is characterized in that it is installed on one point after the conveying belt is completely inverted so as to forcibly remove the powder from the conveying belt that does not fall from the conveying belt even after reversing of the conveying belt.

In addition, the scraping material separation scraper is characterized in that it can be installed for each conveyance belt.

The fan device for discharging the wet air includes a fan housing having an air inlet and an outlet, a fixed pressure low noise crossflow fan installed inside the fan housing and positioned in line with the space between the multi-stage transfer belts. It is characterized by consisting of a fan drive motor connected to the crossflow fan.

On the other hand, according to another form of the present invention for achieving the above object, the feed belt is installed to move the ride, the transfer belt is installed in a multi-stage structure so as to gradually transfer the injected powder to the top; It is installed to cover the upper and left and right sides of the multi-stage conveying belt, the opening is provided in the front and rear in the longitudinal direction of the conveying belt, the drying action of the air introduced through the opening in front and rear of the conveying belt on both sides of the longitudinal central portion of the conveying belt A shielding wall on which a through portion for discharging the wet air generated by the outside is formed; A fan device for discharging the humid air, respectively, for forced discharge of the humid air on the left and right through parts of the shielding wall; A powder inlet and a powder outlet respectively provided on the upper and lower sides of the conveyance belt; A transfer screw device having a screw blade formed opposite to each other on both sides of the left and right sides of the center of the screw shaft so as to evenly distribute the ground powder introduced through the powder inlet to the left and right sides of the transfer belt; Guide rails provided on both sides of at least the uppermost transport belt of the transport belt; It is provided with a powder drying treatment system, characterized in that it comprises a moving flipper for inverting the outer and the inside of the powder moving on the conveyance belt while moving along the guide rail (Moving Flipper).

The effects of the present invention configured as described above are as follows.

First, in a state in which the powder added into the drying treatment device is dispersed evenly without aggregation, the drying efficiency is improved by effectively inverting the powder during the moving process as well as moving the drying conveyance belt of the multi-stage structure.

In particular, as the air intake and moisture discharge system in the drying treatment apparatus is configured more effectively, it is possible to quickly dry the powder.

That is, unlike the prior art, a large amount of dry air is sucked through both openings in the longitudinal front and rear of the conveyance belt to double the drying capacity, and a greater amount of wet air generated by the doubled drying capacity is obtained at both sides of the transfer belt center. Dispersed to both sides through the moisture discharge fan device provided in each of the through hole of the effective discharge to the outside of the shielding wall, thereby contributing to the rapid drying of the system.

In addition, a scraper for separating powder is installed at an inverted portion of the multi-stage transfer belt in the direction in which the conveying belt is completely inverted, so that the powder moving on the conveying belt is prevented from moving without falling off the conveying belt. It is effective.

Then, the flocculated flour is flipped over with a flipper to break up the flour.

On the other hand, the drying treatment apparatus of the present invention, as a moisture discharge fan is installed to correspond to the powder drying space between the feed belt of the multi-stage fixed pressure low noise crossflow fan to smoothly flow the air for powder drying. do.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings of FIGS. 1 to 5.

1 is a plan view of the powder drying treatment system of the present invention, Figure 2 is a detailed view of the portion A of Figure 1, Figure 3 is along the line I-I of Figure 1, of the powder drying treatment system of the present invention FIG. 4 is a cross-sectional configuration diagram, and FIG. 4 is a reference cross-sectional view showing a state when a cross flow fan is applied, taken along line II-II of FIG. 3, and FIG. 5 is a perspective view showing a state of installing a scraper for separating powder.

Referring to these drawings, the powder-drying processing system of the present invention, a feed belt 200 is installed so that the added powder is carried on the move, and is installed in a multi-stage structure to gradually transfer the charged powder to the top; It is installed to surround the upper and left and right sides of the multi-stage transfer belt 200, the opening portion 100a is provided in the front and rear of the conveying belt 200 in the longitudinal direction, the both sides of the longitudinal central portion of the conveying belt 200 A shielding wall (100) having a through portion (100b) formed therein for discharging the wet air generated by the step drying operation of the air introduced through the opening portion (100a) before and after the transfer belt (200); A fan device 300 for discharging the humid air, which is installed on the left and right through parts 100b of the shielding wall 100 for forced discharging of the humid air; A powder inlet 410 and a powder outlet 420 provided at upper and lower sides of the transfer belt 200; A spreader 500 which acts to spread the powder added through the powder inlet 410 onto the conveyance belt 200; Screw blades installed after the spread and formed with opposite blade directions to the left and right sides relative to the center of the screw shaft 610 so as to evenly distribute the powder dispersed primarily by the spreader 500 to the left and right sides of the upper surface of the transfer belt 200. A transfer screw device 600 provided with a 620; Guide rails 700 which are installed on both sides of the uppermost transport belt of the transport belt 200; A moving flipper (800) for inverting the outer and inner sides of the moving material moving on the uppermost conveyance belt while moving along the guide rail 700; Including the fixed flipper (900) (Fixed Flipper) to be fixed to the inside and inside of the moving step is fixed fixedly installed on at least one of the transport belt side of the remaining transport belt except the uppermost transport belt of the transport belt (200) It is composed.

At this time, the spreader 500, the drive motor 510 is installed on the uppermost conveyance belt upper side, and spaced apart at regular intervals while forming a state substantially parallel to the upper surface of the uppermost conveyance belt axially coupled to the drive motor 510 clock Or it consists of a spread bar 520 to straighten the balance while rotating counterclockwise.

The moving flipper 800 includes a front left and right wheels 810a and a rear left and right wheels 810b and a front and rear left and right wheels rotatably installed to be movable along the guide rail 700. The support frame 820 is axially coupled and interconnected in the left and right and front and rear directions, the driven gear 830 axially coupled to one wheel, and the drive gear 840 meshing with the driven gear 830 are axially coupled and supported. A wheel driving motor 850 installed on the frame 820, a moving flipper motor 860 separately installed from the wheel driving motor 850 on the support frame 820, and the moving flipper motor. On the outer circumferential surface of the stepwise reversal rotation shaft 870 and the stepwise reversal rotation shaft 870 which are installed to rotate under the driving force of 860, respectively, are installed to be shifted up and down and left and right along the axial direction so that the steps are caught upside down. The "A" shaped blade 880 It is configured to.

On the other hand, the fixed flipper 900 is fixed to the moving path of the remaining transport belt other than the uppermost transport belt of the transport belt 200, the fixed flipper motor (not shown) and the fixed flipper On the outer circumferential surface of the stepwise reversal rotating shaft 970 and the stepwise reversing rotating shaft 970, which are rotated under the driving force of the motor, respectively installed upside down and left and right along the axial direction, the stepwise moving along the conveying belt is caught and turned over. It consists of a "blade" shaped blade 980. That is, the moving flipper 800 is installed to be movable along the traveling direction of the uppermost conveyance belt, and the fixed flipper 900 is selectively fixed to the moving path of the remaining lower conveying belt.

Further, at the end of the conveying direction of the transfer belt 200 of each stage, a scraper separation scraper 1100 for preventing the phenomenon of moving in a transport belt without falling off attached to the transport belt 200 is added. Is installed.

In particular, the powder separation scraper (1100) of the transfer belt 200 so as to drop the powder that falls naturally from the belt, and then fall off from the transfer belt 200, the powder that does not fall on the remaining belt. It is preferable to install on one point after the direction of movement is completely reversed.

On the other hand, the powder separation scraper 1100 can be installed for each of the conveyance belts 200 of each stage, the left and right edges of the transfer belt to form an interference protrusion 210 to interfere with the scraper 1100 scraping the powder. It is preferable.

Therefore, the scraper 1100 is preferably made of a material having elasticity such as a rubber plate so that the powder does not stick well to itself, which is transferred to the scraper without falling to the lower conveying belt from the scraped powder. This is to allow the scraper 1100 to fall off from the scraper due to the vibration of the scraper 1100 due to the interference with the interference protrusion.

The fan device 300 for discharging the wet air may include a space between a fan housing 310 having an air inlet and an outlet, and a fan housing 310 installed inside the fan housing 310. A fixed pressure low noise crossflow fan 320 is installed to be located on the same line and a fan driving motor (not shown) connected to the crossflow fan 320.

Although the above-mentioned poultry drying treatment system of the present invention does not necessarily need to be installed inside the cage, it is installed inside a sealable cage (not shown) in consideration of the case where the poultry should be dried in a wet weather, but the poultry drying action. The through hole 100b for discharging the wet air generated by the outside is preferably configured to be connected to the outside of the cage.

That is, the house should be able to open doors or windows in dry and clear weather or other occasions where necessary, and in the event of rain or wet conditions, the doors or windows can be closed to seal the process. It is desirable to be able to.

The powder drying process and action by the powder drying treatment system of the present invention configured as described above are as follows.

First, the poultry generated in the poultry farm is transferred to the poultry dry processing system of the present invention by a poultry feed for poultry transfer (not shown), and the transfer belt 200 installed inside the shielding wall 100 through the poultry feed inlet 410 It moves along the uppermost conveyance belt which is driven away by the uppermost conveyance belt.

As described above, the manure falling into the uppermost conveyance belt through the manure inlet 410 is concentrated at the lower position of the inlet 410. In this state of accumulation, the manure is not effectively dried and needs to be dispersed.

To this end, in the conveying belt travel direction, the spreader 500 is installed after the powder inlet 410 to spread the powder added through the powder inlet 410 on the uppermost conveyance belt, so that the powder is spreader ( When moved toward 500, the aggregated aggregates are spread out in a substantially circular shape on the spread bar 520 that is rotated under the driving force of the driving motor 510.

That is, since the spread bar 520 is rotated in a state spaced apart at regular intervals while forming a state substantially parallel to the upper surface of the upper conveyance belt, the step transferred to the position of the spread bar 520 on the conveyance belt is a circular spread rotating in a circle. Bar 520 is spread over a larger area.

As such, the powder in a state dispersed to some extent by the spreader 500 moves on the conveying belt to reach the conveying screw device 600 which is located next and distributes the powder evenly in the horizontal direction of the conveying belt. do.

That is, the first powder dispersed by the spreader 500 passes through the feed screw device 600 formed such that the screw blade 620 is inclined in the opposite direction in both the left and right directions with respect to the middle of the longitudinal direction of the screw shaft 610. Evenly distributed in the conveying belt width direction.

Then, the drying is carried out in the process of moving the powder in the conveyed belt in the dispersed state, the moving flipper 800 is installed on the movement path to turn over while crushing the powder.

That is, the moving flipper 800 inverts the flour placed on the uppermost conveyance belt while moving on the guide rail 700 at regular intervals, thereby helping to efficiently dry the slurry.

At this time, the moving flipper 800 of the present invention has a "b" shaped blade, so that the contact area with the powder is wide, thereby effectively inverting a large amount of powder.

In addition, when the dry step is carried out through this process and moved to the top of the conveying belt reaches one end will fall to the lower conveying belt.

In this process, most of the powder falls naturally, but there may be a case where some of the powder does not fall off due to the conveying belt. On one point after the conveying direction of the conveying belt is completely reversed, a scraper for separating powder (1100) is installed. In order to scrape the powder attached to the conveying belt 200, it falls down to the conveying belt 200.

On the other hand, the fixed flipper 900 is installed instead of the moving flipper on the path moving along the transport belt at the lower end, so that the action of crushing and flipping over the mass of flour is repeated, and the step is performed in the process of falling to the lower end. The action of the separating scraper 1100 is also repeated.

That is, a fixed flipper 900 is provided on the moving path of the poultice, which is carried on the conveyance belt below the uppermost conveying belt, so that the poultice can be inverted. ) Also has a "b" shaped blade 980, so that the contact area with the scale is wide, it is possible to effectively turn over a large amount of weight.

When the drying proceeds as described above and reaches the position just before being discharged on the final transport belt, the drying of the system is completed.

Then, natural drying of the powder is made by the air supplied through the openings 100a on both sides of the conveyance belt forward and backward directions formed by the shielding wall 100 in the process of moving on the conveyance belt 200 as described above. , The wet air generated in the drying process is discharged into the atmosphere by the fan device 300 for discharging the air provided in the through hole (100b) formed in the central portion of the shielding wall (100).

In this case, the fan apparatus for discharging the wet air is provided with a crossflow fan that realizes high static pressure and low noise in response to an increase in system resistance, thereby reducing noise generated in a drying system while increasing drying efficiency.

In addition, the poultry drying treatment system of the present invention is installed in the closed poultry house, the through-hole 100b for discharging the wet air generated by the poultry drying action to the outside is configured to be connected to the outside of the poultry house, the wet air into the house It does not flow in.

When the drying is completed by the above processes and actions, the dried system powder is stored in a separate storage room (not shown) for the purpose of being used for organic fertilizer production, or taken out to the outside.

As described above, according to the present invention by spreading the powder added for drying evenly on the upper conveying belt by the spreader 500 and the conveying screw device 600, the moving flipper 800 and the fixed on the moving path Dig out the flour bound together by the flipper 900, and after each belt direction is reversed, the powder separation scraper 1100 forcibly drops the powder that does not fall off the belt, Fan device for supplying the wet air discharged to the inside of the shielding wall 100 through the openings 100a on both sides of the shielding wall 100 and drying the system powder and the humid air according to the system drying on the left and right sides of the center of the shielding wall 100. Equipped with a two-way suction / 2 way exhaust system to discharge to the outside by using a), it is possible to quickly and effectively dry the powder.

On the other hand, the present invention is not limited to the above embodiments, and various changes and modifications can be made in various forms without departing from the scope of the technical spirit of the present invention.

For example, the fan of the fan device for discharging the wet air is not necessarily limited to the crossflow fan exemplified above, and of course, the axial fan is widely applied.

In addition, even when the crossflow fan is applied, the fan capacity of the upper part and the lower part of the generation amount of the humid air in the multi-stage transfer belt may be designed differently. That is, the crossflow fan can be provided with a large blowing capacity on the upper side, and a small blowing capacity on the lower side.

On the other hand, the above concept is also introduced at the time of installing the axial fan, an axial fan having a large blowing capacity is installed on the upper side, and an axial fan having a small blowing capacity is of course installed.

In addition, if the blower is further provided to blow dry air to the opening side of the front and rear of the conveying belt, it is a matter of course that the powder drying capacity can be further increased.

In addition, in the above-described embodiment, the moving flipper is installed only on the transport belt of the uppermost layer. However, the moving flipper may be applied to the lower transport belts. That is, a moving flipper may be applied instead of the fixed flipper, and the number of the flippers may be arbitrarily adjusted.

On the other hand, in the embodiment of the present invention illustrates that only one feed screw device 600 is provided with a screw blade 620 formed opposite to each other in the left and right sides on the basis of the central portion of the screw shaft 610, the transfer If the screw devices are additionally spaced apart from each other, it will be possible to ensure the dispersion of the powder.

In addition, even if it is additionally installed, by receiving the driving force of the same motor at the same time by the feed screw device to rotate in conjunction with the device can be simplified, of course.

The present invention is effective in drying the poultry produced in poultry farms more quickly, and since the natural dried process can be used to produce organic fertilizers, the industrial applicability is very high.

In particular, since the air intake and wet air discharge system for drying is efficiently configured, it is applied to large poultry farms with a large amount of poultry generation, so that the poultry is dried quickly regardless of external conditions such as weather, and the bad smell and surrounding environment It can effectively solve the problems such as pollution and can be used in the manufacture of fertilizers, so it is a useful invention with high industrial applicability.

1 is a plan configuration diagram of a system for drying powder of the present invention.

FIG. 2 is a detailed view of portion A of FIG. 1

FIG. 3 is a cross-sectional configuration diagram of the system for drying powders of the present invention, taken along line I-I of FIG.

4 is a cross-sectional view taken along line II-II of FIG. 3 and showing a state when a cross flow fan is applied.

5 is a perspective view showing a state of installing a scraper for separating powder

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

100: shielding wall 100a: opening

100b: through hole 200: transfer belt

300: fan device for discharging wet air 410: powder inlet

420: metering outlet 500: spreader

600: feed screw device 700: guide rail

800: moving flipper 900: fixed flipper

1100: scraper for separating powder

Claims (9)

A conveying belt 200 installed to move the inputted powder, and installed in a multi-stage structure so as to gradually transport the charged powder to the upper portion; It is installed to surround the upper and left and right sides of the transfer belt 200 of the multi-stage, the opening portion 100a is provided in the front and rear of the conveying belt longitudinal direction, the conveying belt ( 200) a shielding wall 100 having a through-hole 100b for discharging the wet air generated by the drying action of the air introduced through the front-opening portion 100a to the outside; A fan device 300 for discharging the humid air, which is installed on the left and right through parts 100b of the shielding wall 100 for forced discharging of the humid air; A metering inlet 410 and a metering outlet 420 respectively provided on upper and lower sides of the transfer belt 200; A spreader 500 for spreading the powder added through the powder inlet 410 on a conveying belt; Screw blades 620 which are installed after the spreader 500 and formed with opposite blade directions on both left and right sides with respect to the center of the screw shaft 610 so as to distribute the firstly spread by the spreader to the left and right sides of the upper surface of the transfer belt. A transfer screw device 600 provided therewith; Guide rails 700 which are installed on both sides of the uppermost transport belt of the transport belt 200; A moving flipper (800) for inverting the outer and inner sides of the moving material moving on the conveyance belt while moving along the guide rail 700; And a fixed flipper 900 that is fixedly installed on at least one transfer belt side of the remaining transfer belts other than the uppermost transfer belt among the transfer belts 200 so that the outside and the inside of the moving scale are changed. Stepwise drying treatment system. The method of claim 1, wherein the spreader 500, And a spread bar (520) axially coupled to the drive motor (510) and the drive motor (510) to spread the balance while rotating clockwise or counterclockwise. The method of claim 1, wherein the moving flipper 800, Front left and right wheels 810a and rear left and right wheels 810b installed to be movable along the guide rail 700; A support frame 820 to which the front and rear left and right wheels are rotatably coupled, respectively; A driven gear 830 axially coupled to one wheel; A drive gear motor 850 engaged with the driven gear 830 and axially coupled thereto and installed on the support frame 820; A moving flipper motor 860 installed separately from the wheel driving motor 850 on the support frame 820; A rotating shaft 870 for reversing the revolution installed to rotate under the driving force of the moving flipper motor 860; Powder processing drying system characterized in that it comprises a "b" shaped blade 880 is installed on the outer circumferential surface of the rotating shaft 870 for reversing the angular inverted up and down and left and right along the axial direction to be caught upside down . The method of claim 1, wherein the fixed flipper 900, It is fixedly installed on the movement path of the remaining transport belt except the uppermost transport belt of the transport belt 200, Up and down along the axial direction on the outer circumferential surface of the fixed flipper motor 960, the rotation axis for rotation of the rotation in accordance with the driving force of the fixed flipper motor 960, and the rotation axis for rotation of the rotation 970 The powder drying treatment system, characterized in that composed of a "b" shaped blade (980) which is installed to be shifted left and right shifted along the conveying belt is turned over each other. According to claim 1, At the end of the conveyance belt 200 of each stage in the traveling direction for removing the powder to remove the moving material carried on the conveying belt 200 without falling to the conveying belt 200 (1100) is further installed, characterized in that the powder drying treatment system. The method of claim 5, wherein the scraping separator for separating powder 1100 is to fall off the naturally falling powder, the direction of the conveyance belt 200 is to drop the remaining powder does not fall from the conveying belt 200 A powder drying treatment system, characterized in that it is installed on a point after being completely reversed. According to claim 1, wherein the wet air discharge fan device 300, A fixed pressure low noise crossflow fan installed in the fan housing 310 having an air inlet and an outlet and installed in the fan housing 310 to be in line with the space between the multi-stage transfer belts 200. And 320, and a fan driving motor connected to the crossflow fan 320. A conveying belt 200 installed to move the inputted powder, and installed in a multi-stage structure so as to gradually transport the charged powder to the upper portion; It is installed to surround the upper and left and right sides of the transfer belt 200 of the multi-stage, the opening portion 100a is provided in the front and rear of the conveying belt longitudinal direction, the conveying belt ( 200) a shielding wall 100 having a through-hole 100b for discharging the wet air generated by the drying action of the air introduced through the front-opening portion 100a to the outside; A fan device 300 for discharging the humid air, which is installed on the left and right through parts 100b of the shielding wall 100 for forced discharging of the humid air; A metering inlet 410 and a metering outlet 420 respectively provided on upper and lower sides of the transfer belt 200; Transfer screw device provided with a screw blade 620 formed opposite to each other in the left and right sides on the basis of the central portion of the screw shaft 610 to distribute the powder added through the powder inlet 410 evenly to the left and right sides of the upper surface of the conveying belt ( 600); Guide rails 700 which are installed on both sides of at least the uppermost transport belt of the transport belt 200; And a moving flipper (800) for moving the guide rails 700 so as to change the outer and inner sides of the moving pieces moving on the conveying belt while moving along the guide rails 700. The powder drying treatment system of any one of claims 1 to 8 is installed in a closed cage, and the through-hole 100b for discharging the wet air generated by the powder drying action is configured to be connected to the outside of the cage. A powder drying treatment system, characterized in that wet air is prevented from entering the cage.

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