KR100970233B1 - An organic matter disposal unit - Google Patents

Abstract

The present invention, the cylindrical bottom plate is formed by forming a plurality of air holes in the stirring shaft vertically penetrates the rotary shaft in the upper side and the motor is mounted on the upper side of the rotary shaft integrally coupled by the fastening means, On the upper side and the lower side of the rotating shaft, the upper and lower horizontal brackets formed by symmetrically forming the inner and outer guide pieces spaced apart and inclined at regular intervals on the bottom and the upper surface are formed integrally side by side on the same horizontal line. It is formed integrally on the bottom and the upper surface of the upper horizontal bracket and the lower horizontal bracket, and is formed with a ribbon screw that is wound in a spiral spaced apart from the outer circumferential surface of the rotating shaft, and the outer surface of the stirring cylinder is equipped with a jacket with a built-in insulation to deodorize the inside Forming a part and subtracting the odor generated during the stirring process through the deodorizing unit, and removes The organic material extinction processor is formed by forming a heating air supply unit for continuously supplying the preheated air to the air hole formed in the, it is formed by integrally forming a reinforcing piece protruding downward in the center or the outer end of the bottom of the ribbon-type screw T By forming a screw or a screw, the number of spirals is increased even when the organic material extinction processor is used in a large size. Therefore, the bending force or distortion during the agitation process is strengthened by reinforcing pieces to strengthen the bending force or distortion. It was possible to dissolve so that it could be easily stirred even if a large amount of organic material was added to the inside.

Stirring barrel. Air ball. Top cover. jacket. Deodorant. Heating air supply part. Air supply blower. Air supply line. motor. Axis of rotation. Internal Guidance. External induction flight. Horizontal support bar. Vertical support bar

Description

Organic matter extinction processor {AN ORGANIC MATTER DISPOSAL UNIT}

Food waste including organic matter, livestock waste, sewage, sewage, and waste water (hereinafter referred to as "organic") are introduced into a stirring tank containing sawdust and organic matter-decomposing microorganisms at a constant rate, and mixed with increasing stirring repeatedly (hereinafter "mixture" It refers to an organic material decontamination processor that microorganisms to decompose and destroy the organic material.

The present invention, the cylindrical bottom plate is formed by forming a plurality of air holes in the stirring shaft vertically penetrates the rotary shaft in the upper side and the motor is mounted on the upper side of the rotary shaft integrally coupled by the fastening means, On the upper side and the lower side of the rotating shaft, the upper and lower horizontal brackets formed by symmetrically forming the inner and outer guide pieces spaced apart and inclined at regular intervals on the bottom and the upper surface are formed integrally side by side on the same horizontal line. It is formed integrally on the bottom and the upper surface of the upper horizontal bracket and the lower horizontal bracket, and is formed with a ribbon screw that is wound in a spiral spaced apart from the outer circumferential surface of the rotating shaft, and the outer surface of the stirring cylinder is equipped with a jacket with a built-in insulation to deodorize the inside Forming a part and subtracting the odor generated during the stirring process through the deodorizing unit, and removes Parts of the heating air supply that was continuously supplied to the air pre-heated air into a ball formed on haryeoneunde provide an organic extinction processor to form it is an object.

Food waste including organic matter, livestock waste, sewage, sewage, and waste water (hereinafter referred to as "organic") are introduced into a stirring tank containing sawdust and organic matter-decomposing microorganisms at a constant rate, and mixed with increasing stirring repeatedly (hereinafter "mixture" It refers to an organic material decontamination processor that microorganisms to decompose and destroy the organic material.

As a conventional apparatus similar to the apparatus according to the present invention, Korean Utility Model No. 20-017435 "Food Waste Disposal Device" and Utility Model Registration No. 20-379391 "Food Waste Disinfection Treatment Device" and Utility Model Registration No. Publication No. 10-2004-30734 "Method of manufacturing food waste treatment machine having a screw rotation function" and Publication No. 10-2004-96854 No. "Agitating method of food waste processor" and Korean Patent Application Publication No. 10-2006-42923 "Food waste processing apparatus", Patent Registration No. 10-605789 "Food waste processing apparatus having a screw rotation function" and the like are known. .

Korean Utility Model No. 20-017435 "Food Waste Disposal Device" accommodates food waste in a drum, supplies constant temperature, humidity, and air, and inputs a sustained microbial culture for fermentation, and then drives the drum according to driving of a power source. A portion of the primary purified air, which is agitated by fermentation of food waste by means of a stirring screw rotated in the inside of the fermentation process, and gas, including the odor generated in the fermentation process, through the deodorization tank, together with external air, It is composed of a deodorizing circulation system which is re-supplied into the stirring fermenter and the rest is passed through the adsorption filter and the heating combustion heater to discharge the completely purified odorless air to the outside of the device. By applying microbial mixed culture system, the food waste introduced is completely decomposed and the treatment efficiency is improved. It can be improved and reduced costs, and it can be used indoors by completely decomposing odor gas generated during the extinction of food waste, and can minimize environmental pollution.

However, the food waste treatment device is said to gather food waste in the inlet of the stirring drum and rotate the stirring blade. However, the stirring blade is in one direction (clockwise) so that the rotation of the food waste in the direction of rotation is possible. Therefore, the food waste is driven to one side, and the pressure is greatly increased inside, which can cause fatal damage to the motor, the shaft, and the stirring blade. In addition, the mixture of sawdust and food waste has no fluidity, so the stirring blade In any direction, there is no circulation process and smooth agitation is not possible. Also, air inlet hole and gas exhaust hole are located at the top of the drum, so the air does not flow into the mixture of sawdust and food waste and escapes immediately. Not enough, and moisture drying is difficult, so there is a disadvantage that smooth disappearance .

Utility Model Registration No. 20-379391 "Food Waste Disposal Treatment Apparatus" is provided with an excel hose covered by a heat insulating material on the outer surface of the stirring vessel (cylinder) formed in a cylindrical shape to supply hot water from the boiler, Rotating shaft (rod) is installed in the center of the center so that the mixture of food waste and biochip (coconut coconut shell) can be stirred while rotating by a motor, but a plurality of stirring blades are directly installed on the rotating shaft (rod). The mixture is agitated so as to be located at the center or installed at the outside of the support, and the biochip attracting blade having a long curved shape is installed at the bottom of the rotating shaft (rod) to stir the injected biochip.

However, it stirs food waste and biochips (coconut coconut shells) put into the agitator tank and simply dries them by hot water, and air cannot easily penetrate into the mixture. , Elsel pipe has a problem that the heat transfer capacity is lowered because the contact area is reduced by the line contact with the stirring vessel.

Utility Model Registration No. 20-407327 "Horizontal rotation obstruction means of a residue processor stirring device" is provided with a shaft which is rotated by a motor at the center lower end of the stirring vessel, and a plurality of stirring blades are supported on the shaft by a support rod. It is installed at intervals to stir the introduced residue, and the bottom surface of the stirring vessel is installed a plurality of horizontal rotation preventing means at regular intervals so that the stirred residue cannot be rotated.

However, since this moves along the inner edge of the stirring vessel of the stirring blades and simply hinders the movement by the horizontal rotation preventing means, there is a problem that the residue cannot be stirred efficiently, and since the residue is simply rotated and moved, the treatment efficiency is significantly reduced. there is a problem.

Korean Patent Laid-Open Publication No. 10-2004-30734 "Method of manufacturing food waste processing machine having a screw rotation function" is provided with an inlet support (hopper) at an inner lower end of a housing in which a lid can be opened and closed from above. In the center, the stirring cylinder is installed vertically, and the inside of the stirring cylinder is installed with a screw that is rotated by a motor. The food waste is introduced into the housing through an inlet, and the screw is rotated by the motor to support the inflow stand ( Food waste collected in the inside of the hopper is moved to the upper side of the stirring cylinder, it is to fall from the top of the stirring cylinder to fall into the inlet (hopper).

However, this is because the food waste introduced into the inside of the housing by the operation of the screw to the upper side of the stirring cylinder and the dropping process is simply repeated, and stirring without applying heat, there is a problem that the stirring treatment capacity is lowered, the housing Since the food waste attached to the inner surface of the food waste is not attached to the inlet support (hopper), it is not only able to stir the food evenly, but also has a problem in that the agitation (treatment) ability is inferior.

Korean Patent Publication No. 10-2004-96854 "Agitating Method of Food Waste Disposal Machine" has a stirring shaft installed in the inner center of a stirring cylinder, and is rotated by a motor, and a plurality of stirring wings are fixed on a stirring shaft by a support rod. It is installed up and down while maintaining the interval, and the food waste introduced into the stirring cylinder is stirred by a stirring blade rotating by a motor.

However, this simply stirs the food waste introduced into the stirring cylinder by means of stirring blades installed up and down, so that the food waste cannot be efficiently stirred, and there is a problem that the stirring (treatment) ability is also significantly lowered.

Korean Patent Application Publication No. 10-2006-42923 "Food Waste Disposal Device" has a shaft installed in the inner center of a cylindrical agitator tank so as to be rotated by a motor, and a plurality of agitating blades are provided on the support. It is formed by maintaining at regular intervals, the upper side of the inside of the stirring tank to supply air by the air supply and deodorization device and to deodorize the odor generated in the stirring tank to the outside.

However, since the food waste introduced into the mixing vessel is stirred by simply rotating the stirring blade, the food waste cannot be efficiently stirred, and thus the stirring efficiency is lowered, and the air supplied from the upper side of the mixing vessel is supplied with air. There is a problem that the fermentation treatment capacity is lowered because it does not easily penetrate into the food waste located on the lower side.

Patent registration No. 10-605789 "Food waste treatment device having a screw rotation function", the cylindrical pipe is installed in the inner center of the cylindrical stirring tank, the screw is installed inside the mandrel by a screw drive motor provided on the upper side Rotating, the inner lower end of the stirring vessel is installed in the shaft provided with the auxiliary auxiliary stirring blade of the mandrel to rotate by the auxiliary stirring wing driving motor installed on the lower side, the deodorizing member is installed on the outside of the stirring vessel.

With the food waste inside the stirring tank, the upper and lower screw driving motors and the auxiliary stirring wing driving motors are operated respectively to operate the auxiliary stirring blades and the screws separately, and the screws allow the food waste at the lower side of the stirring tank. Up to the cylindrical pipe to fall from the top, and by the auxiliary stirring wing is to gather the food waste falling from the top of the cylindrical pipe to the center.

However, this is because the auxiliary stirring wing is formed in one curved shape, there is a problem in that the food waste is not simply collected and moved to the center, and because the food waste is not collected in the center, it is accumulated at the edge and easily lifted by the screw. There is a problem that the stirring ability is significantly lowered because it can not be moved.

In addition, since the food waste attached to the inner surface of the stirring tank is not separated and remains attached, there is a problem that food waste cannot be evenly stirred, and since the food waste is simply stirred, the decomposition treatment (drying) ability is significantly reduced. There is.

Particularly, among the conventional apparatuses, in which a plurality of shafts connected to a rising plate are installed, a rotating obstacle device for preventing the contents is installed because the contents rotate together when the food waste is stirred (horizontal movement). There is a problem, and there is a problem that the bad smell due to corruption of the food waste stuck to the obstruction device, the shaft is connected to a lot of weight is heavy, the capacity of the motor is increased, thereby increasing the production cost excessively There is a problem done.

In addition, the device adopting the screw method has a problem that the contents do not rise smoothly because the contents stick to the screw wing because the contents are a mixture of sawdust and food waste, not liquid. There is a problem that a separate auxiliary device must be installed in order to solve the problem, and even though the lower end of the agitation container is formed in an inclined hopper shape, the contents do not flow smoothly (easily) and are attached. There is no problem.

The present invention relates to an organic material extinction treatment device further improved to solve the above problems.

The present invention, the cylindrical bottom plate is formed by forming a plurality of air holes in the stirring shaft vertically penetrates the rotary shaft in the upper side and the motor is mounted on the upper side of the rotary shaft integrally coupled by the fastening means, On the upper side and the lower side of the rotating shaft, the upper and lower horizontal brackets formed by symmetrically forming the inner and outer guide pieces spaced apart and inclined at regular intervals on the bottom and the upper surface are formed integrally side by side on the same horizontal line. It is formed integrally on the bottom and the upper surface of the upper horizontal bracket and the lower horizontal bracket, and is formed with a ribbon screw that is wound in a spiral spaced apart from the outer circumferential surface of the rotating shaft, and the outer surface of the stirring cylinder is equipped with a jacket with a built-in insulation to deodorize the inside Forming a part and subtracting the odor generated during the stirring process through the deodorizing unit, and removes Parts of the heating air supply that was continuously supplied to the air pre-heated air into a ball formed on haryeoneunde provide an organic extinction processor to form it is an object.

Another object of the present invention is to integrally form a reinforcing piece protruding downward at the center or the outer end of the bottom of the ribbon-type screw to form a T-type screw or a-type screw, when the organic material extinction processor is used in a large size Even though the number of spirals is large, the bending and distortion of itself during the agitation process can be strengthened by the reinforcing pieces so that the bending and distortion can be eliminated at the source. The aim is to provide an organic annihilation processor that makes it possible.

Another object of the present invention, by attaching a jacket with a built-in thermal insulation on the outer surface of the stirring tube to form a deodorizing portion to the inside, the odor generated during the stirring process is put into the inside of the jacket through the exhaust blower and collected in the deodorizing tank The deodorant can be easily removed by enclosing the odor by the deodorant liquid, as well as by forming a ball top inside the deodorizing tank, so that the deodorant liquid (not specifically shown) sprayed through the nozzle subsides the odor. It is intended to provide an organic material extinction processor that can automatically detect the deodorant is being supplied through the supplemental water inlet pipe.

Another object of the present invention, the upper and lower horizontal brackets on the same horizontal line formed on the upper and lower sides of the rotating shaft symmetrically formed with the inner and outer guide pieces spaced apart and inclined at regular intervals on the bottom and upper surfaces on the same horizontal line. Integrally formed side by side, the mixture of food waste, sawdust and microorganism collected at the bottom pushes the outer guide piece to the outside and the guide guided to the inside guides the inner guide piece to the inside to freely fall to the center of the ribbon screw The purpose of the present invention is to provide an organic material extinguishing agent that can easily proceed with stirring through the circulation process.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

The cylindrical base plate 4 is formed with a plurality of air holes (5) and the outer surface integrally forming a jacket (11) with a built-in heat insulating material (12) and a mandrel is installed in the bottom of the motor 51 in the center at the top The rotating shaft 52 is mounted in the center and is driven by the motor 51 to the inner center of the stirring tube 2 formed with the upper cover 7 so that the organic material can be introduced and spirals along the outer circumferential surface of the rotating shaft 52. In the organic material extinction processor to rotate the motor 51 to be formed integrally while being squeezed by the motor 51 to stir the organic material introduced therein with sawdust and microorganisms,

A shaft fixing tool 6 is integrally formed on the bottom plate 4 of the stirring tube 2 so as to seat the lower end of the rotating shaft 52 installed in a mandrel, and a plurality of mounting holes are formed along the circumference of the upper outer peripheral surface thereof. Integrally forming the flange 3 on which 3-1) is formed;

The mounting hole 7-1 is formed inside the upper cover 7 mounted on the upper side of the stirring tube 2, and is formed in communication with the mounting hole 3-1 of the flange 3. Fixed by;

In the upper side of the upper cover 7 is formed in the inlet 8 to communicate with the organic material and sawdust and microorganisms to be introduced, and the door (9) which is opened and closed by a hinge to the upper side of the inlet 8 is formed integrally. One;

An exhaust blower 30 having intake pipes 31 and exhaust pipes 32 formed on both sides of the upper cover 7 so as to forcibly suck odors generated during the stirring process and discharge them to the inside of the jacket 11. Forming a;

Deodorizing part filled with a deodorizing liquid filled therein between the stirring cylinder 2 and the jacket 11 integrally formed on the outer surface to remove odors introduced through the exhaust pipe 32 of the exhaust blower 30 ( 20);

A discharge pipe 33 is formed on one outer surface of the jacket 11 and the air passing through the deodorizing unit 20 is transferred through the discharge pipe 33 to pass through the heat exchanger 34;

Forming a fragrance cylinder 35 on the heat exchanger 34 so that air passing through the heat exchanger 34 is discharged to the outside together with the fragrance while passing through the interior of the fragrance cylinder 35;

One side of the lower side of the stirring tube (2) is forced to suck the fresh air through the heat exchanger (34) to heat the first sucked air is continuously supplied to the air hole (5) of the base plate (4) The main air supply unit 40 is formed;

The upper and lower horizontal brackets 53 and the lower horizontal brackets 54 are integrally formed side by side on the same horizontal line on the upper side and the lower side of the rotating shaft 52 installed in the mandrel of the stirring barrel 2, and the upper horizontal brackets At the lower end and the upper end of the 53 and the lower horizontal bracket 54, the inner guide piece 55 and the outer guide piece 56 which are spaced at regular intervals and are inclined are formed symmetrically with each other;

The upper end of the upper horizontal bracket (53), the lower end and the lower horizontal bracket (54) is formed integrally with each tip of the ribbon-type screw 60, the ribbon is installed spaced apart from the outer peripheral surface of the rotary shaft (52) A horizontal support bar (57) is formed on the inner circumferential surface of the screw (60), and the vertical support bar (58) is integrally mounted and fixed between the horizontal support bar (57) and the horizontal support bar (57). It is achieved by the organic material extinction processor (1) characterized in that formed.

According to the present invention, a reinforcing piece protruding downward is integrally formed at the center or the outer end of the bottom face of the ribbon screw to form a T screw or a screw, so that the number of spirals can be increased even when the organic material extinction processor is used in a large size. It can be easily agitated even if a large amount of organic matter, sawdust and microorganisms are introduced into the inside of the agitation process by reinforcing the bearing capacity by the reinforcing piece so as to relieve the bending phenomenon or the distortion. It was made.

In addition, the outer surface of the stirring barrel is equipped with a jacket with a built-in heat preservative to form a deodorizing portion to the inside, the odor generated during the stirring process into the inside of the jacket through the exhaust blower to collect the odor collected in the deodorizing tank to the deodorizing liquid It can easily remove the odor by forming a ball tower inside the deodorization tank, and the ball tower can be used to remove the odor liquid (not specifically shown) that is extinguished while capturing the odor. It is automatically detected and can be automatically supplied through the supplementary water inlet pipe.

In addition, the upper and lower horizontal brackets on the same horizontal line are formed integrally and horizontally on the same horizontal line in the upper and lower sides of the rotating shaft, the inner and outer guide pieces symmetrically formed to be spaced apart from each other at regular intervals on the bottom and the upper surface. In addition, the outer guide piece pushes the lower mixture to the outside, and the upper guided mixture pushes the inner guide piece to the inner side so as to freely fall to the center of the ribbon-type screw to facilitate stirring through the circulation process.

These and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1 to 6b show specific embodiments of the organic material extinction processor 1 according to the present invention. FIG. 1 is a front sectional view showing the structure of the organic material extinction processor 1 according to the present invention. And FIG. 3 is a cross-sectional view showing different main parts of the organic material extinction processor 1 according to the present invention, and FIG. 4A and FIG. 4B separately extract ribbon-shaped screws 60 from the organic material extinction processor 1 according to the present invention. 5A and 5B are front and sectional views showing another embodiment of the screw in the organic material extinction processor 1 according to the present invention, and FIG. 6A and 6B are organic material extinction processor 1 according to the present invention. ) Is a front view and a cross-sectional view of yet another embodiment of a screw.

The organic material extinction processor 1 according to the present invention is shown in Figures 1 to 3, wherein the stirring vessel (2) was formed as follows.

The upper plate has a cylindrical shape, and the bottom plate 4 has a plurality of air holes 5 formed thereon, and a flange 3 having a plurality of mounting holes 3-1 connected thereon is integrally formed on the top plate. In the center of 4), the shaft fixture 6 was integrally formed to accommodate the lower end of the rotary shaft 52 which will be described later.

In addition, the outer circumferential surface of the stirring cylinder (2) is integrally formed with a jacket (11) with a built-in thermal insulation agent 12, but naturally has a space between the stirring cylinder (2) and the jacket 11 to flow into the inside Deodorizing portion 20 was formed to remove the odor.

The upper cover 7 which is connected to the upper side of the stirring tube 2 and integrally coupled by the fastening means was formed as follows.

A mounting hole 7-1 is formed inwardly along the upper outer circumference of the upper cover 7 and connected to the mounting hole 3-1 of the flange 3 to fasten the bolt 70 and the nut 71. It can be coupled by, the center of the upper cover (7) forms a bearing 10 and penetrates to the center of the bearing 10 is installed vertically mandrel and the rotating shaft rotated by the motor 51 coupled to the upper side (52) was formed.

In addition, a door opened and closed by a hinge (not specifically shown) to the upper side of the inlet 8 in a state in which the inlet 8 is formed in communication with the upper side of the upper cover 7 so as to inject the organic matter. 9) was formed integrally.

In addition, an exhaust blower having intake pipes 31 and exhaust pipes 32 formed on both sides to force suction of odor generated during the stirring process on the other side of the upper cover 7 to discharge the inside of the jacket 11. 30 was formed.

Deodorizing unit 20 to remove the odor introduced through the exhaust pipe 32 was configured as follows.

A deodorizing tank 21 is formed between the stirring tube 2 and the jacket 11 to accommodate a deodorizing liquid (not specifically shown), and a plurality of nozzles are disposed at an inner upper end of the deodorizing tank 21. (23) was formed, the mandrel is installed in the upper part of the jacket 11 inwardly to force the suction of the deodorizing liquid (not specifically shown) filled in the inside of the deodorizing tank 21 to the nozzle 23 The suction pipe 25 and the discharge pipe 26 were formed on both sides of the pump 24 so as to be transported.

In addition, a ball tower 13 is formed in the deodorizing tank 21 to automatically supply and block through the supplemental water inlet pipe 13-1 according to the consumption state of the deodorizing liquid filled therein.

As described above, the ball tower 13 is formed inside the deodorizing tank 21, and the deodorizing liquid (not specifically shown) injected through the nozzle 23 captures the odor while the ball deodorant is removed. 13) is automatically detected to be automatically supplied through the replenishment water inlet pipe (13-1).

The outer surface of the jacket 11 is formed to communicate with the discharge pipe 33 so that the air from which the odor is removed through the deodorization tank 21 can be moved, the moved air is a heat exchanger connected to the discharge pipe (33) It was to pass through the heat exchange with the air sucked into the air supply blower 41 through 34), and the odor component remaining in the deodorant to be discharged through the air freshener barrel (70).

Heating air supply unit 40 for continuously supplying the air heated in the air hole 5 formed in the bottom plate 4 of the stirring tube 2 was formed as follows.

On one side of the stirring tube (2), the intake pipe (42) and the exhaust pipe (43) were formed on both sides of the air supply blower (41) so as to force the suction of external air to be transferred to the heater 44, The heater 44 is mounted to preheat the air transferred through the exhaust pipe 43, and the air can be continuously supplied to the plurality of air balls 5 formed in the bottom plate 4 by transferring the preheated air. The supply pipe 45 was formed.

By continuously supplying the heating air through the air hole (5), it supplies oxygen to the organic matter decomposition microorganisms inside, and promotes activation to induce the organic material to be quickly extinguished.

An upper mandrel 53 and a lower horizontal mandrel 54 are provided on an upper side and a lower side of a rotating shaft 52 in which a mandrel is installed inside the stirring tube 2 and a lower end is placed in the shaft fixing tool 6 of the bottom plate 4. The inner guide piece 55 and the outer guide piece which are formed integrally side by side on the same horizontal line and are spaced apart and inclined at regular intervals on the lower and upper surfaces of the upper horizontal bracket 53 and the lower horizontal bracket 54. 56) were formed symmetrically with each other.

In addition, the ribbon-shaped screw 60 was integrally formed at the lower end and the upper end of the inner guide piece 55 and the outer guide piece 56 while being spaced apart by a predetermined distance from the outer circumferential surface of the rotating shaft 52 and spirally wound.

In particular, the outer circumferential surface of the rotating shaft 52 and the inner circumferential surface of the ribbon-type screw 60 are fixed to the horizontal support bar 57 and the vertical support bar (57-1) integrally attached to the organic material and sawdust introduced in a certain ratio and The ribbon-type screw 60 in the process of stirring the microorganisms is to prevent the shaking or twisting at the source, as shown in FIG.

5a to 6b is to form a reinforcing piece 61 in the center or the outer end of the bottom surface of the ribbon-type screw 60 to form a T-type screw 65 or a-type screw (66).

The T-screw 65 is formed by projecting the reinforcing piece 61 downward to the bottom surface of the ribbon-type screw (60).

The a-shaped screw 66 is formed by protruding the reinforcing piece 61 downward to the outer end of the bottom surface of the ribbon-type screw (60).

As described above, by forming the T-type screw 65 or the A-type screw 66 in addition to the ribbon type screw 60, even if the organic material extinction processor 1 is enlarged, it can be easily stirred regardless of the capacity of the organic material. Not only can it strengthen the bearing capacity to prevent the original bending easily.

Hereinafter, the operation relationship of the organic material deterioration treatment unit 1 according to the present invention.

The organic material to be added is prepared, and the door 9 formed at the upper end of the upper cover 7 is opened to be introduced into the stirring barrel 2 containing sawdust and microorganisms through the inlet 8.

When the power is applied by operating a control unit (not specifically shown) formed on one side of the upper cover 7 while the organic material is put as described above, the bottom plate 4 formed at the lower portion of the stirring vessel 2 The heated air is introduced through the air ball 5, and the heating air is forced into the fresh air through the intake pipe 42 while the air supply fan 41 is operated, and the sucked fresh air is exhaust pipe 43. Passed through the heater 44 through the heater 44 is heated to an appropriate temperature while the heater 44 is continuously sprayed to the air hole (5) through the air supply pipe (45).

At the same time as the power is applied, the motor 51 formed on the upper portion of the upper cover 7 is driven in a counterclockwise direction, and the rotation shaft 52 integrally mounted on the lower end of the motor 51 is also a motor ( It rotates together in the driving direction of the 51, spaced apart from the outer surface of the upper and lower horizontal brackets 53 and lower horizontal brackets 54 and the rotary shaft 52 formed integrally parallel to the upper side and the lower side of the rotary shaft 52. The spirally wound ribbon 60 is formed integrally with the upper horizontal bracket 53 and the lower horizontal bracket 54 while rotating in a spiral.

When the rotating shaft 52 is rotated by the motor 51 as described above, the ribbon-type screw 60 is in a spiral motion, and at this time, the mixture of food waste, sawdust and microorganisms in the spiral motion of the ribbon-type screw 60 As a result, the mixture rises upward along the upper surface of the ribbon-type screw 60, and the elevated mixture is ribbond by the inner guide piece 55 of the upper horizontal bracket 53 formed integrally on the upper side of the rotating shaft 52. The free fall to the inner center of the screw 60.

In addition, the mixture of the dropped food waste, sawdust and microorganisms are continuously dropped to the outside of the sound mixture collected by falling to the outer guide piece 56 of the lower horizontal bracket 54 integrally formed on the lower side of the rotating shaft 52 It gives the guide to be raised by the spiral motion of the ribbon-type screw 60 again.

Odor generated in the stirring process as described above is forced to suck through the intake pipe 31 by operating the exhaust blower 30 formed on the upper cover 7, the exhaust pipe communicated to the inside of the jacket ( It is discharged through 32, it is to remove the odor through the deodorizing portion 20 formed on the inside of the jacket (11).

In the deodorizing process, a deodorizing tank 21 is formed between the stirring tube 2 and the jacket 11 to accommodate a deodorizing liquid (not specifically shown), and an inner upper end of the deodorizing tank 21. And a plurality of nozzles 23 are formed in the upper part of the jacket 11, and a mandrel is installed inwardly to force suction of a deodorizing liquid (not specifically shown) filled in the inside of the deodorizing tank 21. The suction pipe 25 and the discharge pipe 26 are formed on both sides of the pump 24 so as to force the transfer to 23, and the deodorizing liquid delivered from the discharge pipe 26 is collected through the nozzle 23 and collected therein. The odor is taken over.

Repeated process as described above is circulated deodorant is consumed, the ball top 13 formed in the deodorization tank 21 detects this automatically in accordance with the consumption of supplemental inlet pipe (13-1) It will be supplied through.

As described above, the air from which the odor is firstly removed through the deodorization tank 21 passes through the heat exchanger 34 connected to the discharge pipe 33 formed on the outer surface of the jacket 11 and is sucked into the air supply blower 41. Heat exchange with and the final outlet was to be discharged after masking through the fragrance cylinder (35) to the odor remaining even deodorizing.

The organic matter is added, stirred, and extinguished every day, and after 3-5 months depending on the increase in salt concentration, the sawdust and microorganisms may be discharged through an outlet (not specifically shown) formed at one side.

In addition, the T-type screw 65 or the A-type screw 66 can be mounted in place of the ribbon type screw 60, for example, if the organic material extinction processor 1 is to be used to increase the number of spirals If it is easy to bend or warp itself during the stirring process in this case, in this case, the T-shaped screw 65 formed by integrally forming the reinforcing piece 62 at the center of the ribbon-type screw 60 or the lower end of the outer end. Produced and used as a type screw (66).

By using the T-type screw 65 or a-type screw 66 strengthening the bearing capacity as described above, it is possible to easily stir even if a large amount of organic matter is added to the agitation cylinder 2 by increasing the size.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various changes and modifications can be made within the technical scope of the present invention, and such changes and modifications are within the scope of the appended claims.

1 is a front sectional view showing a structure of an organic decay group according to the present invention.

2 and 3 are cross-sectional views showing different main parts of the organic material extinction processor according to the present invention.

Figure 4a Figure 4b is a front view and a cross-sectional view taken separately of the ribbon-shaped stirring blade in the organic material extinction processor according to the invention.

Figure 5a Figure 5b is a front view and a cross-sectional view showing another embodiment of a screw in the organic material extinction processor according to the present invention.

Figure 6a Figure 6b is a front view and a cross-sectional view showing another embodiment of a screw in the organic material extinction processor according to the present invention.

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

1: organic matter extinction processor 2: stirring vessel

3: flange 4: bottom plate 5: air ball

6: shaft fastener 7: top cover 8: slot

9: door 11: jacket 12: warming agent

13: ball top 20: deodorizer 21: deodorizing tank

23: nozzle 24: pump 25: suction line

26. 33: exhaust pipe 30: exhaust blower 31. 42: intake pipe

32. 43: exhaust pipe 34: heat exchanger 35: air freshener

40: heating air supply part 41: air supply fan 44: heater

45: air supply pipe 51: motor 52: rotary shaft

53: upper horizontal bracket 54: lower horizontal bracket 55: internal guide

56: external guide piece 57: horizontal support bar 58: vertical support bar

60: ribbon type screw 65: T type screw 66: A type screw

Claims (6)

The cylindrical base plate 4 is formed with a plurality of air holes (5) and the outer surface integrally forming a jacket (11) with a built-in heat insulating material (12) and a mandrel is installed in the bottom of the motor 51 in the center at the top The rotating shaft 52 is mounted in the center and is driven by the motor 51 to the inner center of the stirring tube 2 formed with the upper cover 7 so that the organic material can be introduced and spirals along the outer circumferential surface of the rotating shaft 52. In the organic material extinction processor to rotate the motor 51 to be formed integrally while being squeezed by the motor 51 to stir the organic material introduced therein with sawdust and microorganisms, A shaft fixing tool 6 is integrally formed on the bottom plate 4 of the stirring tube 2 so as to seat the lower end of the rotating shaft 52 installed in a mandrel, and a plurality of mounting holes are formed along the circumference of the upper outer peripheral surface thereof. Integrally forming the flange 3 on which 3-1) is formed; The mounting hole 7-1 is formed inside the upper cover 7 mounted on the upper side of the stirring tube 2, and is formed in communication with the mounting hole 3-1 of the flange 3. Fixed by; In the upper side of the upper cover 7 is formed in the inlet 8 to communicate with the organic material and sawdust and microorganisms to be introduced, and the door (9) which is opened and closed by a hinge to the upper side of the inlet 8 is formed integrally. One; An exhaust blower 30 having intake pipes 31 and exhaust pipes 32 formed on both sides of the upper cover 7 so as to forcibly suck odors generated during the stirring process and discharge them to the inside of the jacket 11. Forming a; Deodorizing part filled with a deodorizing liquid is filled between the stirring cylinder (2) and the jacket (11) integrally formed on the outer surface to remove the odor introduced through the exhaust pipe (32) of the exhaust blower ( 20); A discharge pipe 33 is formed on one outer surface of the jacket 11 and the air passing through the deodorizing unit 20 is transferred through the discharge pipe 33 to pass through the heat exchanger 34; Forming an air freshener (35) on the upper side of the heat exchanger (34) so that air passing through the heat exchanger (34) is discharged to the outside along with the air freshener (35); One side of the lower side of the stirring tube (2) is forced to suck the fresh air through the heat exchanger (34) to heat the first sucked air is continuously supplied to the air hole (5) of the base plate (4) The main air supply unit 40 is formed; The upper and lower horizontal brackets 53 and the lower horizontal brackets 54 are integrally formed side by side on the same horizontal line on the upper side and the lower side of the rotating shaft 52 installed in the mandrel of the stirring barrel 2, and the upper horizontal brackets At the lower end and the upper end of the 53 and the lower horizontal bracket 54, the inner guide piece 55 and the outer guide piece 56 which are spaced at regular intervals and are inclined are formed symmetrically with each other; The upper end of the upper horizontal bracket (53), the lower end and the lower horizontal bracket (54) is formed integrally with each tip of the ribbon-type screw 60, the ribbon is installed spaced apart from the outer peripheral surface of the rotary shaft (52) A horizontal support bar (57) is formed on the inner circumferential surface of the screw (60), and the vertical support bar (58) is integrally mounted and fixed between the horizontal support bar (57) and the horizontal support bar (57). Organic material extinguishing treatment, characterized in that formed. The deodorizing unit 20 of claim 1, wherein the deodorizing unit 20 for removing odor introduced through the exhaust pipe 32 of the exhaust blower 30 is: Forming a deodorizing tank 21 between the stirring tube 2 and the jacket 11 integrally formed on the outer surface; A pump having a mandrel installed in the upper part of the jacket 11 to the inside of the deodorizing tank 21 and having suction pipes 25 and exhaust pipes 26 formed on both sides to suck the deodorizing liquid and supply the deodorant to the nozzle 23 ( 24); An organic substance formed by including a nozzle 23 formed at an upper end of the deodorizing tank 21 so as to spray deodorant supplied through an exhaust pipe 26 so as to subtract and remove odors; Destructor. The heating air supply unit 40 according to claim 1, wherein the heating air supply unit 40 continuously supplies the fresh air to the air hole 5 of the bottom plate 4 by forcibly sucking fresh air through the heat exchanger. An intake pipe 42 and an exhaust pipe 43 are formed on both sides of the air supply blower 41 so as to force suction of external air to be transferred to the heater 44; A heater 44 for preheating the air transferred through the exhaust pipe 43; And an air supply pipe (45) for transporting the preheated air to continuously supply the air to the plurality of air holes (5) formed in the base plate (4). The method according to claim 1, wherein the bottom of the ribbon-shaped screw (60) is formed integrally with the reinforcing piece (61) protruding downward from the center or the outer end formed of a T-shaped screw (65) or a-shaped screw (66); Organic material extinction processor characterized in that. The method according to claim 1 or 2, the ball tower 13 is formed in the inside of the deodorizing tank 21 to be automatically supplied and blocked through the replenishing water inlet pipe 13-1 according to the consumption state of the deodorizing liquid filled therein The organic material extinction processor characterized in that. The fastening means of claim 1, wherein the fastening means for fixing the stirring vessel 2 and the upper cover 7 is: The bolts 70 are loaded through the mounting holes 7-1 and 3-1 so as to communicate with each other, and the lower ends of the bolts 70 are fastened by coupling the nuts 71; Organic material extinction processor characterized in that.

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