KR20160131777A - Equipment for rice seed hot water disinfection - Google Patents

Abstract

A shelf guide means formed to have a length corresponding to the height of the disinfection container, and an upper portion of the disinfection container along the outer surface of the shelf guide means, A driving motor which is formed so that the shelf is raised or lowered to an upper portion or a lower portion of the sterilizing container as it rotates in a forward or reverse direction; A control unit configured to control a rotation speed and an amount of rotation of the drive motor and an oxygen supply amount of the oxygen supplier; and a control unit coupled to the rotation shaft so that the rotation axis and the lathe guide unit do not arbitrarily flow , And the other end is detachably coupled to an upper end of the sterilizing container As the shelf installed in the disinfecting container containing the hot water is elevated or lowered, the rice seed can be easily taken out of the rice seeds after completion of hot water disinfection and disinfection of the rice seed, The present invention relates to a rice seed warm water disinfection apparatus capable of increasing the convenience of work by notifying the outside of the location of the rice seed warm water disinfection apparatus.

Description

[0001] Equipment for rice seed hot water disinfection [

More particularly, the present invention relates to a rice seed warm water disinfection apparatus, and more particularly, to a rice seed warm water disinfection apparatus having a disinfection apparatus for disinfecting a rice seed, The present invention relates to a rice seed warm water disinfection apparatus which can increase the convenience and efficiency of work by informing the outside of the rice seed warm water disinfection apparatus automatically so that the user can easily identify the respective states.

In general, when disinfecting rice seeds before sowing, disinfectants are used. In case of using disinfectant, disinfecting germs in the epidermis of rice seeds can be disinfected, but germs in the epidermis are not sterilized. In many cases.

As a result, a method of disinfecting hot water using the principle of disinfection and insect harmful bacteria by hot water while rice seeds are contained in a hot water was used. This method is a method in which rice seeds are placed in a mesh bag and adjusted to 60-70 ° C Place the bag containing rice seeds in a large container filled with water, sterilize it for about 5 to 10 minutes, and then remove it.

However, such disinfection method requires that the rice seeds should contact the water in the container, and the degree of water contact between the rice seed on the inner side of the bag and the rice seed on the outer side is significantly different.

In other words, when the water temperature is set to the disinfection temperature of 60-70 ° C., the outer rice seeds come into contact with the water at the disinfection temperature to become high-quality disinfected rice seeds, but the inner rice seeds have a temperature lower than the disinfection temperature There is a problem in that it does not become a good rice seed after coming into contact with water.

Conversely, if the temperature of the water is raised so that the rice seed inside the bag is brought into contact with the disinfection temperature, the inner rice seed becomes a sterilized high-quality rice seed, but the outer rice seeds come into contact with too much water, There is a problem in that it can not function as a rice seed.

As described above, the conventional rice seed warm water disinfection method has a disadvantage in that it can not uniformly disinfect the rice seeds because the required disinfection temperature is not uniformly contacted with all the rice seeds.

In order to solve such a problem, as shown in FIG. 1, the patent document 10-2009-0088243 discloses a disinfecting container 10 for storing water, a hopper 20 for supplying seeds to the disinfecting container 10, A feed amount regulating device 31 installed to regulate the amount of seed input at the upper part of the induction pipe 30 and a seed sterilized from the lower end of the induction pipe 30, A driving motor 60 for driving the upward conveying device 40 and a power transmitting device 61 for transmitting the driving force of the driving motor 60 to the upward conveying device 40. The upward conveying device 40, 62, 63, 64), an electric heater (70) for heating water in the disinfection vessel (10), and a temperature sensor (80) for sensing the water temperature inside the disinfection vessel have.

In the conventional seed disinfecting container having the above-described structure, the rice seeds are inserted and the rice seeds are gradually lowered through the induction pipe 30 by opening the feed amount control opening 31, and rice seeds are started to be sterilized by hot water However, since the seeds are brought into contact with each other even after descending into the induction tube 30 due to their own weight, there is a problem that the proper disinfecting temperature is not uniformly distributed to all the seeds.

In addition, even when the seed is being conveyed by the upward conveying device 40, the seeds are caught between the wings of the screw cylinder 41 and the conveying screw 42, and the seeds are broken and can not be used as seeds.

On the other hand, the seeds drawn to the outside of the disinfecting container 10 after the hot water disinfection is completed have to be immersed in the cold water without delay because the seeds have the heat of the hot water. If the process of immersion in the cold water is delayed, There is a problem that normal germination can not be performed.

However, the conventional driving motor 60 operates continuously irrespective of the amount of seed contained in the hopper 20, and the driving and ending times of the up-feed device 40 are manually operated by a warm- Therefore, there is a problem that the convenience and efficiency of the operation are reduced due to the inconvenience that the operator must reside until the hot water disinfection is completed for the seeds in the hopper.

In addition, even if a cold water storage container is provided at the end of the discharge chute 50 in the related art, the seeds contained in the hopper 20 are not disinfected and discharged at a time, but a small amount of seed is continuously supplied through the up- The time for immersing the disinfected seeds in the cold water differs, so that there is a difference in the germination rate of the seed, which may lead to a decrease in the germination rate of the seed.

Korean Registered Utility Model 0440288 (2008.06.09) Korean Patent No. 10-0854494 (Aug. 20, 2008) Korean Patent Publication No. 10-2009-0088243 (2009.08.19) Japanese Patent Application Laid-Open No. 10-2009-268465 (2009.11.19)

Disclosure of the Invention An object of the present invention is to provide a hot-water disinfection apparatus capable of quickly and accurately heating water contained in a disinfecting container to an appropriate temperature necessary for rice seed disinfection.

It is another object of the present invention to provide a rice seed warm water disinfection apparatus capable of uniformly disinfecting rice seeds in heated hot water and easily disinfecting rice seeds that have been disinfected to the outside of the disinfecting container.

In addition, the process of descending the shelf to the lower part of the disinfecting container, the process of disinfecting the disinfection container for a set time when the seed is immersed so that the water contained in the disinfecting container is loaded on the upper surface of the shelf, The rice seed warm water disinfection device can automatically perform the process of raising the shelf to the upper part of the disinfection container so that the completed seed can be taken out.

Also, after disinfection of the rice seeds is completed and the rise of the shelf is started, the alarm is operated until the raising is completed so that the rice seed can be taken out to the outside, and after the rise is completed separately from the rise of the shelf, So that the user can easily identify the start and end of the rise of the shelf so that the rice seed warm water disinfection device capable of immersing the sterilized seed in the cold water without delay and performing other operations while being sterilized .

Another object of the present invention is to provide a rice seed warm water disinfection apparatus capable of efficiently disinfecting rice seeds by continuously supplying a predetermined amount of oxygen into the disinfection vessel while the rice seeds are immersed in heated hot water.

It is another object of the present invention to provide a rice seed warmer disinfection apparatus which can be used as a rice seed germination apparatus in which the disinfected rice seed is put into a disinfection container to adjust the temperature to a temperature required for rice seed germination and then germinate the rice seed.

In order to achieve the above-mentioned object, the present invention provides a disinfecting container comprising: a disinfecting container having hot water accommodated in an inner space having an opened upper side, the rice seed being immersed in the hot water, A shelf guide means formed in the disinfection container and formed to have a length corresponding to the height of the disinfection container; The shelf is installed at a distal end of a rotary shaft connected to the upper part of the shelf guide means at one side of the disinfection container and is formed to be raised or lowered to the upper or lower side of the disinfection container as it rotates in a forward or reverse direction A sterilizing container for sterilizing the sterilizing container; a driving motor; The oxygen supply is formed such that, mounted to the outer side of the sterilization vessel, it comprises a controller that is configured to control the rotational speed and rotational amount of the drive motor, an oxygen supply amount of the oxygen supply.

The one side may be detachably coupled to one side of the sterilizing container and the other side may further include a flow preventing means coupled to the rotating shaft so that the rotating shaft and the shelf guiding means may not arbitrarily flow.

Preferably, a sensor unit is provided on the upper or outer surface of the sterilizing vessel, and the height of the shelf in the sterilizing vessel is detected and transmitted to the controller.

Preferably, at least one of an upper surface of the shelf guide means and an outer surface of the flow preventing means is provided with a position sensor for measuring a height of the shelf by measuring a distance between the shelf and the shelf.

In addition, a rotation sensor may be provided on one side of the driving motor so as to detect the rotation speed and the rotation angle of the driving motor to detect the height of the shelf.

The disinfection apparatus may further include a disinfection unit that is installed to operate by the control unit on one side of the disinfection unit and is installed outside the disinfection unit through at least one of the sound and the light, It is preferable that an alarm is formed to inform the user.

In addition, the oxygen supply unit may include a suction port for sucking outside air, a discharge port for discharging the air sucked into the suction port to the outside, a blowing fan installed between the suction port and the discharge port to adjust the amount of air discharged through the discharge port, And a connection port connected to the discharge port and having a distal end inserted into the sterilization container.

The sterilizing vessel is provided with a heater operated by the control unit to heat the water contained therein. The heater includes a main heater installed on a bottom surface of the sterilizing vessel, It is preferable that the auxiliary heater is fixedly formed.

As described above, the rice seed warm water disinfection apparatus according to the present invention is characterized in that the water contained in the disinfecting container is rapidly and appropriately heated to a temperature suitable for rice seed disinfection through a control unit for controlling the temperatures of the heater and the heater, It has an effect of heating accurately.

Also, as the shelf installed in the disinfection container is lifted and lowered through the driving motor and the shelf guide means, the rice seeds are immersed in the heated hot water to be uniformly disinfected, and the rice seeds, which have been completely disinfected, There is an effect that it can be drawn out.

In addition, a process of descending the shelf to the lower portion of the disinfecting container through the drive motor rotating in the forward and reverse directions so that the shelf is raised and lowered, and the control portion controlling the rotation of the drive motor and the rise time of the shelf, A process of disinfecting the seed for a predetermined time when the seed is immersed so as to be loaded on the upper surface of the shelf in a state where the water is heated to a predetermined temperature and a process in which the shelf rises to the top of the disinfection container to retrieve the sterilized seed It is possible to take out the rice seeds that have been disinfected easily and quickly from the hot water maintaining the temperature of 60 to 70 DEG C without worrying about the image and can shorten the work force and labor time and reduce the fatigue of the worker It is possible to improve the work efficiency.

Also, after disinfection of the rice seeds is completed and the rise of the shelf is started, the alarm is operated until the raising is completed so that the rice seeds can be taken out to the outside. After the shelf is raised, So that the user can easily identify the rising start and the end of the rising of the shelf so that the seeds that have been completely sterilized can be immersed in cold water without delay to prevent damage to the seeds, The inconvenience is improved, and other operations can be performed concurrently, thereby improving the convenience and efficiency of the operation.

In addition, while rice seeds are immersed in heated hot water to be sterilized, oxygen is supplied in a fine bubble form through an oxygen feeder to the disinfection vessel, and a certain amount of oxygen is continuously supplied to the disinfection vessel through the control unit. It is effective to sterilize it, and it is possible to control it in an environmentally friendly manner.

In addition, the disinfected rice seed can be put into a disinfection container to regulate the temperature to a temperature required for rice seed germination, and thereafter, the rice seed germination can also be used as a rice seed germination.

1 is a cross-sectional view of a rice seed warm-water disinfection apparatus of the first embodiment,
2 is a perspective view of the rice seed warm water disinfection apparatus according to the first embodiment of the present invention,
Fig. 3 is an exploded perspective view of Fig. 2,
FIG. 4 is a side cross-sectional view showing a state where the shelf is placed in a lower portion of the disinfecting container in FIG. 2;
FIG. 5 is a side cross-sectional view showing a state in which the shelf is raised to the top of the disinfecting container in FIG. 4,
FIG. 6 is a perspective view showing a sterilization container in a rice seed warm water disinfection apparatus according to a first embodiment of the present invention,
FIG. 7 is a perspective view illustrating a shelf guide means in a rice seed warm water disinfection apparatus according to a first embodiment of the present invention; FIG.
FIG. 8 is a perspective view of a shelf in a rice seed warm water disinfection apparatus according to a first embodiment of the present invention,
FIG. 9 is a perspective view showing an assembled state of the driving motor in the rice seed warm water disinfection apparatus according to the first embodiment of the present invention,
FIG. 10A is a perspective view illustrating an oxygen feeder in the rice seed warm water disinfection apparatus according to the first embodiment of the present invention,
FIG. 10B is a perspective view showing a state where the distributor is coupled to the oxygen supplier of FIG. 10A;
FIG. 11 is a perspective view illustrating the flow preventing means in the rice seed warm water disinfection apparatus according to the first embodiment of the present invention. FIG.
FIG. 12 is a perspective view illustrating the combined state of the sensor unit and the alarm unit in the rice seed warm water disinfection apparatus according to the first embodiment of the present invention. FIG.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the structure and function of the rice seed warm water disinfection apparatus according to the first embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in the accompanying drawings, the rice seed warm water disinfection apparatus according to the first embodiment of the present invention includes a sterilizing container 100, a shelf guide means 200, a shelf 300, a driving motor 400, (500), and a control unit (600).

The disinfecting container 100 is formed such that the hot water is received in the inner space having the opened upper side and the rice seeds are immersed in the inner space in which the hot water is received, and the hot water disinfection is performed at a temperature of 60 to 70 캜.

In this disinfection container 100, as shown in FIG. 6, a flow path 110 for guiding the flow of water from the upper part to the lower part is formed on the inner wall surface at predetermined intervals, And a power supply unit 130 for heating the water contained in the sterilization vessel 100 by supplying electricity to the heater 140 at one side of the sterilization vessel 100.

Here, the channel 110 is for guiding the water coming along with the sterilized rice seed to the lower portion of the disinfecting container 100 when the shelf 300, which will be described later, is raised to the upper side of the disinfecting container 100, The water in the disinfecting container 100 is drained through the drain port 120 after the disinfection operation of the rice seed is completed through the drain port 120 installed at one side of the lower part of the drain port 120. At this time, A valve for opening and closing the drain hole 120 is provided.

The heater 140 is for heating the water charged in the sterilizing vessel 100 to a temperature suitable for rice seed sterilization and includes a main heater 141 for heating water at the bottom of the sterilizing vessel 100, The upper side is fixed to the upper surface of the sterilizing vessel 100 and the lower side is made of the auxiliary heater 142 for heating the water while being immersed in the water.

At this time, the power supply unit 130 is provided with a plurality of receptacles 150 to which the auxiliary heater 142 can be coupled. This is because the capacity of the sterilizing vessel 100 and the capacity of the rice seeds immersed in the disinfecting vessel 100 The amount of the auxiliary heater 142 may be adjusted according to the amount of the auxiliary heater 142 so as to more easily heat the water introduced into the sterilizing vessel 100.

The shelf guide means 200 serves to guide the rice seeds that have been disinfected in the disinfection container 100 to be safely raised through a shelf 300 to be described later and is preferably disposed inside the bottom surface of the disinfection container 100, And is formed to have a length corresponding to the height of the disinfecting container 100.

7, the shelf guide means 200 includes a hollow pipe 210 installed at the center of the bottom surface of the disinfecting container 100, and an upper pipe 210 which is detachably coupled to the upper portion of the hollow pipe 210 And a bracket 230 installed at an upper end of the bracket supporting bar 220 and serving as a latching jaw for preventing the bracket supporting bar 220 from further entering into the hollow pipe 210 .

As the bracket support rod 220 is detachably coupled to the upper portion of the hollow pipe 210, when the rice seed is not disinfected, the bracket support rod 220 can be separated from the hollow pipe 210 and stored, When the rotating shaft 410 or the bracket 230 coupled to the driving shaft of the driving motor 400 is damaged, it can be easily disassembled and repaired.

At this time, an engaging part 231 is formed at one side of the bracket 230 in the form of a U-shaped hole so that the rotary shaft 410 can be engaged and disengaged, and one end of the rope 450 is fixed The rope fixing portion 232 is formed.

The shelf 300 is accommodated in the disinfecting container 100 so that the rotating shaft 410 coupled to the driving shaft of the driving motor 400 to be described later rotates in the forward or reverse direction, The rice seeds are lowered to the upper portion or the lower portion of the disinfecting container 100 on the outer surface so that when the rice seeds are raised to the upper portion of the disinfecting container 100, After a predetermined time has elapsed in a state where the shelf 300 is lowered, the rice seeds which have been completely disinfected are raised to the upper portion of the disinfecting container 100 so as to be taken out of the sterilizing container 100.

8, the shelf 300 includes a drainage passage 310 formed at a predetermined interval on the upper surface thereof, a sleeve 320 coupled to the shelf guide means 200 at the center and configured to slide up and down, And a sleeve fixing member 330 having a drainage space formed at a central portion of the shelf 300 so that the water in the drainage duct 310 is drained to the sterilization container 100 .

In this case, the drainage path 310 allows the water that comes up with the disinfected rice seeds to be drained to the disinfecting container 100 while the shelf 300 is raised so that only the disinfected rice seeds are left on the upper side of the shelf 300 The hollow pipe 210 is inserted into the sleeve 320 so that the shelf 300 can be stably moved while being balanced while the shelf 300 is moved up and down along the hollow pipe 210 .

The driving motor 400 is installed on one side of the disinfecting container 100 and rotates in a forward or reverse direction by a control unit 600 to be described later. And the opposite end of the rope 450 fixed to one end of the upper end of the shelf guide means 200 is connected to the other end of the rotation shaft 410 A pulley 460 for guiding the rope 450 is installed on either the sleeve 320 or the sleeve fixing member 330 at the center of the shelf 300 and the driving motor 400 The shelf 300 is raised or lowered to the upper or lower portion of the disinfecting container 100 according to the rotating direction of the sterilizing container 100.

A motor support plate 420 is formed on the lower surface of the driving motor 400 and has a rectangular coupling pipe 421 protruded downward to mount the driving motor 400 on the upper surface. The rotatable support member 430 having a pipe fixing hole 431 of a quadrangular shape is inserted into the upper end of the disinfecting container 100 to be fitted with the motor supporting plate 420, (B), so that the driving motor 400 is firmly supported and fixed to the disinfecting container 100.

The rotating shaft 410 is coupled to the rotating shaft 410 so that the rotating shaft 410 can be securely supported and fixed by the U-shaped hole 231. The pulley 460 is connected to the rack guide means 200 So that the weight of the shelf 300 can be balanced and raised without being deviated to any one side.

At this time, if the driving motor 400 is rotated in the forward direction to load the rice seed for disinfection on the shelf 300 or to raise the disinfected rice seed to the top of the disinfecting container 100, The rope 450 is pulled while the rope 410 is interlocked with the rope 450 and the drawn rope 450 is wound on the outer surface of the rotating shaft 410 so that the shelf 300 coupled to the pulley 460 is raised, Can be easily drawn out.

Conversely, when the rice seeds requiring disinfection are loaded on the raised shelf 300 and the driving motor 400 is rotated in the reverse direction so that the loaded rice seeds move to the lower portion of the disinfection container 100 and are disinfected by hot water, The rotary shaft 410 is coupled to the rotary shaft 410 and the rope 450 wound around the rotary shaft 410 is released and the shelf 300 is lowered along the hollow pipe 210 by its own weight to the lower portion of the sterilizing container 100 .

The oxygen supplier 500 is installed at one side of the sterilizing vessel 100 to supply the air sucked from the outside into the sterilizing vessel 100 and includes an inlet 510 through which the outside air is sucked, A blowing fan 530 installed between the suction port 510 and the discharge port 520 so that the amount of air discharged through the discharge port 520 is adjusted, And a connection port 540 which is connected to the discharge port 520 and has a distal end to be inserted into the sterilization container 100.

The blowing fan 530 controls the amount of the external air sucked through the suction port 510 through the discharge port 520 according to the rotating speed of the blowing fan 530. The rotational speed of the blowing fan 530 is changed So that it can be supplied into the sterilizing container 100 uniformly by a predetermined amount irrespective of the suction amount of the outside air.

The discharge port 520 may also be provided with a solenoid valve 550 whose opening and closing amount can be controlled by a control part 600 to be described later. This is because even if the air blowing fan 530 rotates at a slow speed, So that a certain amount of air is discharged through the discharge port 520.

The connection port 540 allows the air discharged through the discharge port 520 to be supplied into the disinfecting container 100 in a condition where the supply amount is controlled by the rotational speed of the air blowing fan 530, One side of which is connected to the discharge port 520 in a watertight manner and the other side of which is connected to a bubble generator 560 at a distal end thereof to be inserted into the sterilizing container 100.

At this time, the bubble generator 560 is provided to artificially supply oxygen to the water, and the air bubble is raised so as to perform spiral motion while buoyantly moving, so that water in the disinfecting vessel 100 through the air bubble is circulated, So that the seed germination rate can be improved.

10B, the bubbler 560 may be installed so as to correspond to the number of the connection ports 540. However, when it is desired to supply oxygen evenly over a large area, a plurality of bubble generators 560 are connected to one connection port 540, (570) can be provided on the coupling surface of the connection port (540) and the bubble generator (560).

The control unit 600 is installed to support the lower surface of the oxygen supplier 500 at one side of the sterilizing vessel 100 and controls the rotation speed and the rotation amount of the driving motor 400 and the disinfection air An LED panel 610 for easily recognizing the rotation speed of the drive motor 400 and the oxygen supply amount of the oxygen supplier 500 with the naked eye, An operation switch 620 that can operate the control unit 600 and a power switch 630 that can supply and shut off the entire power supply are formed.

At this time, in the rice seed warm water disinfection apparatus according to the first embodiment of the present invention, the rear side is disassembled and connected to the upper end side of the disinfecting container 100, and the front side is connected to the rotating shaft 410 interlocked with the driving motor 400 (700) formed to control the rotation of the rotary shaft (410) and the lathe guide means (200) arbitrarily.

The flow preventing means 700 includes a supporting bar 710 having a length extending from one end of the one side of the disinfecting container 100 to the top of the shelf guiding means 200 as shown in FIG. And a coupling hole 730 formed at a front side of the support bar 710 and coupled to the front of the rotation shaft 410. The fixing bar 720 is detachably coupled to one side of the support bar 710,

The coupling hole 730 serves to hold the rotary shaft 410 firmly supported by the coupling part 231 without impeding the rotation of the rotary shaft 410. The coupling hole 730 is easily disassembled from the rotary shaft 410 And a friction reducing member (not shown) is formed on the inner surface of the coupling portion 231 so as to reduce the rotational force or generate frictional heat due to friction while the rotation shaft 410 rotates, May be provided.

The fixture 440 is provided with a bracket 721 at the rear end of the support bar 710 and a downwardly facing fixing pin 722 at the bracket 721. The bracket 721 is provided with a disinfecting container A fixing plate 723 having a pin hole 724 penetrating upward and downward at its center is fixed to the upper end of one side of the fixing pin 722 through a fastening member B such as a bolt. So that the support bar 710 can be easily disassembled from the stationary container by pulling the fixing pin 722 from the pin hole 724 as necessary.

The rear of the flow preventing means 700 is coupled to the upper end of one side of the sterilizing vessel 100 and the front is coupled to the front of the rotary shaft 410 coupled with the upper end of the shelf guide means 200, Since the flow of the shelf guide means 200 is controlled as well as the flow of the shelf guide means 200 is controlled, the shelf 300, which is raised and lowered along the shelf guide means 200, can be moved in a stable state.

12, the rice seed warm water disinfection apparatus according to the first embodiment of the present invention is installed on the upper or outer surface of the disinfecting container 100 as shown in FIG. 12 to detect the height of the shelf 300 located in the disinfecting container 100 And a sensor unit 800 configured to transmit the control signal to the control unit 600.

In this case, when installed on the upper side of the disinfecting container 100, it is installed on at least one of the upper part of the shelf guide means 200 or the outer surface of the flow preventing means 700, And a position sensor 810 formed to detect the height of the shelf 300 by measuring the distance.

When installed on the outer surface of the disinfecting container 100, it is installed at one side of the driving motor 400. At this time, the rotation speed and the rotation angle of the rotating shaft 410 coupled to the driving shaft are sensed, A rotation sensor 820 configured to detect a rotation angle of the rotation sensor 820 is used.

The position sensor 810 and the rotation sensor 820 may be both installed to more effectively measure the height of the shelf 300. However, in order to stably control the control unit 600, (820) is selected and used.

Since the sensor unit 800 continuously detects the height of the shelf 300 descending and rising in the disinfecting container 100, the controller 800 controls the height of the shelf 300 at the lowest position and the maximum position If the value is set in advance according to the user's convenience, the shelf 300 can be automatically lowered and elevated within the set range.

In addition, in the rice seed warm water disinfection apparatus according to the first embodiment of the present invention, as shown in FIG. 12, the shelf 300 detected by the sensor unit 800 starts to rise through the control unit 600, And an alarm 900 installed to inform the outside of the state.

The alarm 900 includes a speaker 910 installed on the side of the control unit 600 and configured to generate a warning sound and a warning light 910 installed on the upper surface of the sterilizing container 100 to emit a red warning light 920. This configuration alerts the outside of the shelf 300 that the shelf 300 is rising while the shelf 300 starts to rise from the bottom of the sterilization container 100. When the shelf 300 is completely raised, To the outside world.

However, since the warning light and warning light generated while the shelf 300 is lifted and the warning light and warning light generated when the shelf 300 is fully raised can be distinguished from each other, So that the operating state and position of the shelf 300 can be easily identified.

The control unit 600 inputs the completion time of the lifting of the shelf 300 into the timer so that the sensor unit 800 can not detect the height of the shelf 300 in the state where the lifting of the shelf 300 is completed When the alarm 900 indicates a malfunction of the apparatus, a warning sound is emitted and a warning light is emitted. When the alarm 900 indicates a malfunction of the apparatus, the user manually operates the elevation of the shelf 300, So that it can be prevented from being immersed for a period of time.

As described above, when disinfecting the rice seed using the rice seed warm water disinfection apparatus according to the first embodiment of the present invention, water is filled in the disinfecting container 100 and water filled using the heater 140 is heated at a temperature of 60 to 70 ° C The main and auxiliary heaters 141 and 142 are installed at the lower part and the upper part of the disinfecting container 100 to heat the water so that the water contained in the disinfecting container 100 is sterilized by rice seed disinfection So that it is possible to heat quickly and accurately at the required temperature.

At this time, it is preferable that the position of the shelf 300 is located at a lower portion of the disinfecting container 100 as shown in FIG. 4, so that the height of the water filled in the disinfecting container 100 can be easily identified, It is possible to heat the water in a short period of time through the auxiliary heater 142 and prevent an excessive load from being applied to the shelf 300 while supplying the rice seed for disinfecting the hot water to the upper surface of the shelf 300 .

When the shelf 300 is placed on the bottom surface of the disinfecting container 100 and the rice seeds for hot disinfection are supplied to the sterilization container 100 heated to a predetermined temperature, And the control unit 600 is operated in a state in which the rice seeds are immersed in the hot water to measure the time during which the rice seeds are warmed for a predetermined time period between 8 and 10 minutes.

Here, oxygen is supplied into the disinfecting container 100 through the oxygen supplier 500 in a minute bubble shape while the rice seeds are immersed in the hot water, and a certain amount of oxygen is continuously supplied to the disinfecting container 100) so that rice seeds are effectively disinfected, there is an advantage that they can be controlled in an environmentally friendly manner.

Next, when the shelf 300 containing the rice seeds is positioned below the disinfecting container 100 and the timer is operated by the control unit 600 to reach the set time, the driving motor 400 drives the control unit 600 As the shelf 300 rises, the water is discharged to the drainage path 310 and only the sterilized rice seeds are raised to the top of the disinfection vessel 100 The rice seeds can be immersed in hot water for a certain period of time and can be uniformly disinfected and the disinfected rice seeds raised to the top of the shelf 300 can be easily drawn out of the disinfecting container 100.

As the rice seeds are disinfected for a predetermined period of time, and the process of raising the shelf 300, on which the rice seeds are loaded, to the upper portion of the disinfection vessel 100 is automatically performed at a predetermined time, It is possible to draw out the rice seeds which are disinfected easily and quickly without worrying about the burns from the hot water that maintains the workability and work time, and it is possible to reduce the worker fatigue and improve the work efficiency .

As the driving motor 400 rotates, the rotary shaft 410 coupled to the driving shaft is wound around the rope 450 and the rope 450 is coupled to the sleeve fixing member 330, The shelf 300 slides on the shelf guide means 200 as the length of the rope 450 becomes shorter and stably increases.

When the driving motor 400 is operated (rotated) after the disinfection time set through the control unit 600 and the shelf 300 is lifted up, the sensor unit 800 starts the rising of the shelf 300, The control unit 600 causes the alarm 900 to operate in response to the detected position change of the shelf 300 so that the shelf 300 starts to rise To the outside.

In addition, since the maximum elevation height of the shelf 300 is inputted to the control unit 600, when the sensor unit 800 detects the position of the shelf 300 that has risen to the corresponding height, the shelf 300 automatically stops At this time, the alarm 900 informs the outside that the shelf 300 has been completely raised by a warning sound and a warning light, which is different from that when the shelf 300 is lifted, and the shelf rises at the lowest position of the sterilization container If the sensor unit 800 fails to detect the height of the shelf 300 after the elapse of the predetermined time period (typically 6 to 7 seconds), the speaker 910 and the warning light 920 It will notify the malfunction.

As the disinfection of the rice seeds is completed and the rising of the shelf 300 is started, the alarm 900 is operated until the raising is completed so that the rice seeds can be taken out to the outside, The alarm 900 is operated even when the rising of the shelf 300 is completed and the alarm 900 is operated even when the shelf 300 is not normally raised due to a malfunction of the device, It is possible to easily identify the start and the end of the disinfection, so that it is possible to immerse the disinfected seed in the cold water without delay to prevent damage to the seed, to improve the inconvenience that the operator has to stay while being disinfected, So that the convenience and efficiency of the operation are increased.

In order to germinate the sterilized rice seed, the shelf guide means 200, the shelf 300, the driving motor 400 and the flow preventing means 700 are detached from the disinfecting container 100, The germination condition of the rice seeds can be germinated by adding rice seeds sterilized in hot water at 31 to 33 ° C.

The scope of the present invention is not limited to the above-described embodiments, but may be embodied in various forms of embodiments within the scope of the appended claims. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the appended claims.

100: Disinfecting container 110: Euro
120: Drain 130: Power supply
140: heater 141: main heating
142: auxiliary opening 150: outlet
200: shelf guide means 210: hollow pipe
220: Bracket support rod 230: Bracket
231: engaging portion 232: rope fixing portion
300: Shelf 310: Drain
320: Sleeve 330: Sleeve fixing member
400: driving motor 410: rotating shaft
420: motor support plate 421: coupling pipe
430: rotatable support member 431: pipe retaining member
440: fixture 450: rope
460: Pulley
500: oxygen supplier 510: inlet
520: outlet 530: blower fan
540: Connector 550: Solenoid valve
560: Bubble generator 570:
600: control unit 610: LED panel
620: Operation switch 630: Power switch
700: flow preventing means 710: support bar
720: Fixed area 721: 'b' shaped bracket
722: Fixing pin 723: Fixing plate
724: pin hole 730: coupling hole
800: Sensor part 810: Position sensor
820: Rotation sensor 900:
910: Speaker 920: Warning light
B: fastening member

Claims (8)

A disinfecting container (100) having hot water accommodated in an inner space opened at an upper side thereof, the rice seed being immersed in the hot water to be disinfected by hot water;
A shelf guide means (200) vertically installed vertically in the bottom surface of the sterilization container (100) and having a length corresponding to the height of the sterilization container (100);
A shelf 300 accommodated in the sterilization container 100 and configured to be raised or lowered to the upper or lower portion of the sterilization container 100 along the outer surface of the shelf guide means 200;
The shelf 300 is installed at the end of the rotary shaft 410 connected to the upper part of the shelf guiding means 200 at one side of the sterilization container 100 and rotates in the forward or reverse direction, A drive motor 400 configured to be raised or lowered to an upper portion or a lower portion;
An oxygen supplier 500 installed at an outer side of the sterilizing vessel 100 to supply air sucked from the outside into the sterilizing vessel 100;
And a control unit 600 installed at an outer side of the disinfecting container 100 and configured to control a rotation speed and a rotation amount of the driving motor 400 and an oxygen supply amount of the oxygen supply unit 500, Wherein the rice seed warm water disinfection device is a rice seed warm water disinfection device. The method according to claim 1,
One side of which is detachably coupled to one end of the sterilizing vessel 100 and the other side of which is coupled to the rotating shaft 410 to prevent the rotation shaft 410 and the shelf guide means 200 from arbitrarily flowing, Wherein the means for disinfecting the rice seed warm water further comprises means (700). 3. The method of claim 2,
A sensor unit 800 is provided on the upper or outer surface of the disinfecting container 100 and detects the height of the shelf 300 located in the disinfecting container 100 and transmits the sensor unit 800 to the control unit 600 Disinfecting device of rice seed warm water. 3. The method of claim 2,
At least one of the upper portion of the shelf guide means 200 or the outer surface of the flow preventing means 700 is positioned at a position that is capable of detecting the height at which the shelf 300 is positioned by measuring the distance from the shelf 300, And a sensor (810) is provided on the rice seed warm water disinfection device. The method according to claim 3 or 4,
A rotation sensor 820 is provided at one side of the driving motor 400 to detect the rotation speed and rotation angle of the driving motor 400 and to detect the height of the shelf 300. [ Disinfection device of rice seed heat. 6. The method of claim 5,
The shelf 300 is installed to be operated by the control unit 600 on one side of the sterilization container 100 and while the shelf 300 starts to rise from the lower portion of the sterilization container 100 and terminates at a predetermined height, And an alarm unit (900) is provided to inform the outside through at least one of the light source and the light source. The method according to claim 6,
The oxygen supply unit 500 includes a suction port 510 through which the outside air is sucked, a discharge port 520 through which the air sucked into the suction port 510 is discharged to the outside, A blowing fan 530 installed between the suction port 510 and the discharge port 520 and a connection port 540 connected to the discharge port 520 and installed in the sterilization container 100 so as to be inserted into the sterilization container 100 Wherein the rice seed warm water disinfection apparatus comprises: 8. The method of claim 7,
The sterilizing vessel 100 is provided with a heater 140 operated by the control unit 600 to heat the water contained in the sterilizing vessel 100. The heater 140 is connected to a main heater 141 And an auxiliary heater (142) inserted and fixed to the upper side of the sterilization container (100) by receiving external electricity.

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