KR102042784B1 - Coastal waste solid fueling equippment using IoT - Google Patents

Abstract

The present invention relates to a movable apparatus for solid fuelization of coastal waste using Internet of Things (IoT). More specifically, the movable apparatus for solid fuelization of coastal waste using IoT can fuelize the waste into the form of pellets by collecting, cutting, melting and extruding waste such as vinyls, fishnet, rope, aquafarm′s waste fishing gear or others of the seaside while moving the same by using a vehicle, and can monitor and confirm operation status and operation information through internet in a remote place. The movable apparatus of the present invention includes a crane, a cutter, a selector, a molding machine, a power line communication unit, and a controller. The movable apparatus according to the present invention has good mobility by being installed on the vehicle, and can manufacture a pellet-shaped solid fuel which is easy to handle through a series of processes by collecting, cutting, melting and extruding the coastal waste on the spot. Further, the movable apparatus is easily managed by easily grasping and monitoring operation information and on-the-spot operation status including a collected amount of the coastal waste collected on the spot, an output of the solid fuel and working machines through internet connection even in the remote place.

Description

Coastal waste solid fueling equippment using IoT

The present invention relates to a mobile coastal waste solidification device utilizing IoT, and more particularly, to collect, cut, melt, and extrude wastes while moving vinyls, nets, ropes, farm wastes, etc. by using a vehicle. The present invention relates to a mobile coastal waste solid fueling device using IoT that can be fueled in pellet form and can monitor and confirm work status and work information through the Internet at a remote location.

In general, marine debris, depending on its composition, may be deposited into the sea or float on the surface of seawater. In particular, most marine debris continues to adversely affect the marine ecosystem because it floats and moves around and takes a long time to decompose.

Such marine debris, that is, waste includes marine waste, which is a land aircraft generated on land, and marine waste, which is a marine vessel generated at sea.

Marine wastes are wastes or rubbish generated from onshore, coastal or marine leisure facilities.In case of heavy rains or floods, marine wastes are introduced into the sea through rivers, rivers, or urban sewage facilities. As garbage dumped into the sea during activities, plastic ropes, fishing nets, and plastic rich people take up a large amount.

Marine wastes, which are marine debris, come in many varieties such as plastic, vinyl, metal, wood, rubber, and paper.In the case of plastics that have the greatest adverse impact on the marine ecosystem, the annual output (190 million tons) It is estimated that 70 million tonnes, or 30% of the total amount, is inflowed or dumped at sea.

In consideration of this, the volume of marine wastes generated from ships or wastes collected from the sea are crushed to reduce the volume, but the currently developed shredding collection device is relatively complex and bulky. Difficult to use on mounting.

In view of this point, the marine debris crushing device has been published in Republic of Korea Patent Publication No. 10-2015-0017175.

Conventional marine waste shredding device has a hopper is installed inside the upper side of the housing, the housing is installed, the cutter unit for crushing the marine waste flowing through the hopper, and installed in the lower portion of the housing pulverized from the cutter unit It is provided with a storage box in which waste is stored, wherein the cutter unit is installed on the first and second drive shafts and the first drive shaft to be installed in parallel with each other, to crush the marine debris on both sides of the outer peripheral surface of the plate-shaped first cutting blade body portion A first cutting blade portion for protruding from the outer circumferential surface of the first cutting blade body portion, the first cutters having a first towing cutting portion for pulling off the marine waste and cutting the waste, and between the first cutters on the driving shaft; It is installed so as to be in close contact with the first cutters between, the marine debris while crossing the first cutting blades on both sides of the outer peripheral surface of the second cutting blade body portion A second cutting blade for crushing is formed, and second cutters having a second towing cutting portion for protruding from the outer circumferential surface of the second cutting blade body portion to pull marine debris to the cutting portion and to cut, A driving unit connected to the first driving shaft to drive the first driving shaft, and a power transmission unit for transmitting power to rotate the rotational force of the first driving shaft and the driving shaft of the first and second driving shafts differently. do.

However, the conventional marine waste crushing device as described above is difficult to process and utilize the crushed trash itself, for this purpose it has to be transferred to a separate treatment facility, there is a problem that it is difficult to process the crushed trash at the collection site.

Republic of Korea Patent Publication 10-2015-0017175

The present invention is to solve the conventional problems as described above, while collecting marine waste such as offshore vinyls, nets, ropes, fish farm waste fishing in the vehicle to collect, shredded, melted, extrude to process the waste in real time on-site In addition, the purpose of the present invention is to provide a mobile coastal waste solid fueling device using IoT, which enables the recycling of marine waste by solidifying the waste into pellets.

In addition, the present invention provides a IoT that can easily identify and monitor the work information and the work conditions of the site from the remote site, including the collection amount of the coastal waste collected from the site, the solid fuel production and the operation status of the working machines from the remote site The purpose is to provide a mobile coastal waste solid fueling apparatus utilized.

Mobile coastal waste solid fueling apparatus utilizing the IoT according to the present invention for achieving the above object is installed in a vehicle to collect, cut, sort, shape the waste of the coast to produce pellet-type solid fuel, A mobile coastal waste solidification device using IoT, which can check work information of solid fuel through an Internet connection, comprising: a crane for collecting coastal waste; A cutter for cutting the collected coastal waste; A sorter for separating the coastal waste cut by the cutter into flammable waste and incombustible waste; A molding machine for heating and extruding the combustible waste separated from the sorting machine to form pellets; A power line communication unit configured to control the operations of the cutter, the separator, and the molding machine through a power line for supplying power to the cutter, the separator, and the molding machine; And a controller configured to control operations of the cutter, the separator, and the molding machine through the power line communication unit, wherein the controller includes control information for each of the cutter, the separator, and the molding machine, the cutter, the separator, and the It is characterized in that the monitoring module for the operator can check the operation information, including the operation state information of each of the molding machine, the collected amount of collected coastal waste, the solid fuel production information.

A multi-router installed in the vehicle and provided with a plurality of LAN ports each connected to the controller and the power line communication unit through a LAN cable, and supporting the controller and the power line communication unit via a wireless Internet; Providing an internet-accessible web page to the controller and the power line communication unit at a remote distance from the vehicle through an internet-accessible communication terminal and monitoring the job information through the communication terminal connected to the webpage. It further comprises a web server to support.

The molding machine includes a hopper into which the combustible waste sorted through the sorting machine is input, a chamber installed under the hopper to accommodate combustible waste discharged to the lower hopper, and installed in the chamber to heat the combustible waste in the chamber. A heater, rotatably installed inside the chamber, a transfer screw for transferring combustible waste in the chamber to one side along the longitudinal direction of the chamber, a drive unit for rotating the transfer screw, and an end of the chamber And a nozzle unit having a plurality of extrusion holes formed therein so that the combustible waste pressurized by the transfer screw is extruded in pellet form.

The drive unit is a drive motor, a reduction gear unit coupled to the rotation shaft of the drive motor, rotatably installed in the chamber, and is rotated by receiving the rotational force of the output shaft of the reduction gear unit through a power transmission unit, the transfer to one side And at least one drive shaft having a screw formed therein, and an agitator coupled to the drive shaft to stir the combustible waste in the chamber.

The stirring unit is supported by the drive shaft so as to be spaced apart from the drive shaft, the first stirring blade extending in a spiral shape around the drive shaft with respect to the drive shaft, and the first stirring blade on the outside of the first stirring blade and And a second stirring blade which is supported by the driving shaft so as to be spaced apart and extends in a spiral shape in a direction opposite to the extending direction of the first stirring blade along the circumference of the driving shaft.

The stirring unit is supported by the drive shaft so as to be spaced apart from the first stirring blade inside the first stirring blade, and is opposite to the direction in which the first stirring blade extends along the circumference of the driving shaft with respect to the driving shaft. A third stirring blade extending in the same direction as the extending direction of the stirring blade, extending in a direction parallel to the drive shaft, and one side and the other side of the width direction being coupled to and inclined to the first stirring blade and the second stirring blade, respectively; It is characterized in that it further comprises a transfer plate for moving the flammable waste located in the bottom of the chamber to the top of the chamber when the drive shaft is rotated.

The transfer plate may have an inclined portion formed to be inclined from the first stirring blade toward the second stirring blade, and a horizontal portion extending from the end portion of the inclined portion on the second stirring blade side in parallel with the tangent of the second stirring blade. It is characterized by including.

The transfer plate may have an inclined portion formed to be inclined from the first stirring blade toward the second stirring blade, and a horizontal portion extending parallel to the tangent of the first stirring blade from an end of the inclined portion at the side of the first stirring blade. Mobile coastal waste solid fuel device using the IoT, characterized in that it comprises.

The mobile coastal waste solid fueling apparatus utilizing IoT according to the present invention is installed in a vehicle, so it has good maneuverability and collects, cuts, melts, and extrudes coastal waste on the site, and performs a series of processes for pellet-type solid fuel that is easy to handle. There is an advantage that can be manufactured through.

In addition, the mobile coastal waste solidification device using the IoT according to the present invention can effectively stir and mix the waste in the chamber through a plurality of stirring blades for transferring the waste injected into the chamber in a direction opposite to each other in the form of pellets The quality of the solid fuel to be extruded can be made uniform.

In addition, the mobile coastal waste fueling apparatus using the IoT according to the present invention Internet information from the remote work site and work information, including the information on the amount of collected waste, the amount of solid fuel production and the operating status of the working machines collected on site It can be easily identified and monitored through the connection, which is easy to manage.

Figure 1 is a side view of a mobile coastal waste solid fuel device using the IoT according to the present invention.
Figure 2 is a plan view of a mobile coastal waste solidification apparatus utilizing the IoT according to the present invention.
Figure 3 is a block diagram showing a control system of the mobile coastal waste solid fueling apparatus using the IoT according to the present invention.
Figure 4 is a side view showing a drive unit of a mobile coastal waste solid fueling apparatus utilizing the IoT according to the present invention.
Figure 5 is a plan view showing a drive unit of a mobile coastal waste solid fueling apparatus utilizing the IoT according to the present invention.
Figure 6 is a perspective view showing an embodiment of the stirring portion of the mobile coastal waste solid fuel using the IoT according to the present invention.
7 is a side view of the stirring unit shown in FIG. 6.
Figure 8 is a perspective view showing another embodiment of the stirring portion of the mobile coastal waste solidification fuel utilizing the IoT according to the present invention.
9 is a side view of the stirring unit shown in FIG. 8;

Hereinafter, with reference to the accompanying drawings will be described in detail a mobile coastal waste solidification apparatus using the IoT according to an embodiment of the present invention.

1 to 9 illustrate a mobile coastal waste solid fueling device 1 utilizing IoT according to the present invention.

1 to 9, the mobile coastal waste solid fueling apparatus 1 using the IoT according to the present invention is installed in a vehicle to collect, cut, sort, and form wastes from the coast through pellet-type solid fuel And the operation information of the solid fuel at a remote location can be confirmed through the Internet connection, the vehicle 10, the crane 100, the cutter 200, the sorter 300, the molding machine 400, The power line communication unit 500 and the controller 600 are provided.

The crane 100 collects coastal waste (vinyl, nets, buoys and buoys, ropes, fishing gear, etc.) and is fixedly installed on the vehicle, and can be rotated from side to side, and is provided with a tongs that can grasp coastal waste at the ends. do.

The cutter 200 cuts off the coastal waste collected by the crane 100, and has a hopper into which the coastal waste is input, and a cutting roller part rotatably installed inside the cutting roller to cut the coastal waste introduced through the hopper. do.

The sorter 300 receives the coastal waste cut by the cutter 200 through the first conveying conveyor 510 and separates the wastes cut into metallic, non-combustible and combustible wastes by using magnetic force and wind power. It includes a housing, and an air injection unit for injecting high-pressure air into the housing so that the coastal waste introduced into the interior through the first transfer conveyor 510 can be separated by its own weight using wind. Discharge ports for discharging non-combustible wastes and discharge ports for discharging flammable wastes are formed in the lower portion of one side of the housing in which the air spraying unit is installed and the lower portion of the other side opposite thereto, and the second transfer conveyor 520 and the lower portion of each of the discharging holes are disposed below. The third transfer conveyor 530 is installed.

The marine wastes cut by the cutting machine are introduced into the inside through the housing inlet of the sorting machine, and when the marine wastes are introduced into the inside, the marine wastes having a relatively high specific gravity are dropped at a short distance due to the wind discharged at a high pressure by the air injection unit. 2 The waste discharged to the conveying side is discharged, and the marine waste having a relatively low specific gravity is discharged to the discharge port on the third conveying side.

The molding machine 400 is to form a pellet by heating and extruding the combustible waste separated by the separator 300, and is fixedly installed on the support frame installed in the vehicle 10.

The molding machine includes a hopper 410, a chamber 420, a heater 430, a transfer screw 440, a drive unit 450, and a nozzle unit 460.

Hopper 410 is the upper portion of the lower portion is opened, the remaining combustible waste except the metallic waste and non-combustible waste of the sorted through the sorting unit 300 is introduced into the upper portion, the injected flammable waste is discharged to the lower portion.

The chamber 420 is installed under the hopper 410 to accommodate combustible waste discharged to the hopper 410. The upper portion of the chamber 420 is open to be connected to the hopper 410, and one side of the chamber 420 is opened. On the open side of the chamfer, a nozzle unit 460 to be described later is coupled to seal the chamber 420.

The heater 430 is installed to surround the chamber 420, and heats the chamber 420 to melt the flammable waste in the chamber 420.

The transfer screw 440 is rotatably installed in the chamber 420 and transfers the combustible waste in the chamber 420 to one side along the longitudinal direction of the chamber 420.

The drive unit 450 is coupled to the transfer screw 440 to rotate the transfer screw 440, and includes a drive motor 451, a reduction gear unit 452, a power transmission unit 453, and a pair of drive shafts. 454 and the stirring part 455 are comprised.

The drive motor 451 is fixedly installed at the other side of the support frame 6 facing the chamber 420, and is installed such that the rotating shaft 451A is parallel to the ground.

The reduction gear unit 452 is coupled to the rotation shaft 451A of the drive motor 451 to reduce the rotational speed of the rotation shaft to a set speed and transmit it to the output shaft 452A.

The drive shaft 454 is rotatably installed in the chamber 420, rotates by receiving the rotational force of the output shaft 452A of the reduction gear unit 452 through the power transmission unit 453, and stores the combustible waste on one side of the chamber ( A conveying screw 440 is formed to convey to one side of the 420. In this embodiment, the drive shaft 454 is configured as a pair.

The power transmission unit 453 is configured to transmit the rotational force transmitted through the output shaft 452A of the reduction gear unit 452 to each of the pair of drive shafts 454. The structure of the power transmission unit 453 can apply the configuration of a conventional power transmission device that can output the rotational force of the input shaft to the two output shafts, respectively.

As an example of the power transmission unit 453, the drive shaft 454 on one side of the pair of drive shafts 454 is connected to the output shaft of the reduction gear unit 452, and the drive gear is connected to the drive shaft 454 on one side. By installing a drive gear is coupled to the drive gear is coupled to the drive shaft 454 on the other side can transmit the rotational force of the output shaft to the pair of drive shaft 454 at the same time.

The agitator 455 is coupled to each of the pair of drive shafts 454 to agitate the combustible waste in the chamber 420, and includes a first stirring blade 4451, a second stirring blade, a third stirring blade 4553, It is configured to include a transfer plate (4556).

The first stirring blade 4451 is supported on the drive shaft 454 so as to be spaced apart from the drive shaft 454 on the other side of the drive shaft 454 on which the transfer screw 440 is formed, and the drive shaft 454 is formed around the drive shaft 454. It extends spirally along the circumference.

The second stirring blade 4452 is supported on the drive shaft 454 so as to be spaced apart from the first stirring blade 4451 on the outside of the first stirring blade 4451, and the circumference of the drive shaft 454 around the drive shaft 454. Accordingly, it extends in a spiral shape in a direction opposite to the extending direction of the first stirring blade 4451. The second stirring blade 4452 may be formed to have an inner diameter larger than the outer diameter of the first stirring blade 4451.

The third stirring blade 4553 is supported by the drive shaft 454 so as to be spaced apart from the first stirring blade 4451 inside the first stirring blade 4451, and surrounds the drive shaft 454 around the drive shaft 454. Accordingly, it is opposite to the extending direction of the first stirring blade 4451 and extends in a spiral shape in the same direction as the extending direction of the second stirring blade 4452. The third stirring blade 4553 may be formed to have an outer diameter smaller than the inner diameter of the first stirring blade 4451.

The first to third stirring blades 4451, 4552, and 4553 may be supported on the drive shaft 454 by respective support bars 456 provided to be orthogonal to the drive shaft 454. Both ends of the stirring blades 4451, 4552, and 4553 may be fixed to the driving shaft 454.

The first stirring blade 4451, the second stirring blade 4452, and the second stirring blade 4452 and the third stirring blade 4553 are formed in opposite directions with respect to the driving shaft 454, respectively. The combustible wastes introduced into the chamber 420 when the 454 rotates may be mixed and mixed with each other in the chamber by transferring and stirring the combustible wastes into the chamber 420 in opposite directions.

In addition, the support bar 456 is further provided with a blade 457 for cutting and crushing the waste inside the chamber 420.

The transfer plate 4556 is formed in a strip having a predetermined length and width, and extends in a direction parallel to the drive shaft 454, and one side and the other side in the width direction of the first stirring blade 4451 and the second stirring blade, respectively. It is coupled to and inclined at (4552). When the drive shaft 454 is rotated, the transfer plate 4558 transfers the combustible waste adjacent to the lower part of the chamber 420 to the upper part, and transfers the combustible waste adjacent to the upper part of the chamber to the lower part of the chamber so that the waste in the chamber is discharged. Ensure uniform mixing with each other.

As shown in FIG. 5, the transfer plate 4556 has an inclined portion 4575 formed to be inclined from the first stirring blade 4451 toward the second stirring blade 4452, and an inclination of the second stirring blade 4452. And a horizontal portion 4558 extending parallel to the tangent of the second stirring blade 4452 from the end of the portion 4557.

On the other hand, the conveying plate (4556) is inclined portion 4557 formed to be inclined toward the first stirring blade (4551) from the second stirring blade (4552), as shown in Figure 6, the first stirring blade (4551) side It may be configured to include a horizontal portion (4558) extending parallel to the tangent of the first stirring blade (4551) from the end of the inclined portion (4557).

Here, the inclined portion 4557 serves to transport the waste in the lower portion of the chamber 420 or the waste located at the bottom to the upper layer portion, and transports it to the inside of the chamber, and the horizontal portion 4558 is transferred to the upper portion of the chamber 420. The waste and the waste transported into the chamber 420 are extended by the first stirring blade 4451 and the third stirring blade 4553 to maximize the time that can be mixed.

Unlike the illustrated figure, the transfer plate 4556 may be installed between the first stirring blade 4451 and the third stirring blade 4553.

On the other hand, the nozzle unit 460 is installed at one end of the chamber 420 is a plurality of extrusion holes so that the combustible waste that is transported and pressurized to one side of the chamber 420 by the transfer screw 440 is extruded in the form of pellets Is formed.

Although not shown in the drawing, the nozzle unit 460 is rotatably installed in the nozzle unit 460 at a center of rotation of the nozzle unit 460 to be combustible waste extruded out of the nozzle unit 460. Cutting blades for cutting to have a length may be further provided.

The conveying conveyor is installed under the cutter 200 and is cut by the cutter 200 to transfer and insert the coastal waste discharged from the cutter into the sorting unit 300, and the sorting unit 300 of the first conveying conveyor 510. The second conveying conveyor 520 and the second conveying conveyor 520 which is provided at one side lower and is sorted by the sorting unit 300 and discharged to the one side of the combustible waste discharged to the outlet of the lower sorting unit 300 are opposed to the second conveying conveyor 520. It is provided in the lower portion of the other side of the sorter 300, the third conveying conveyor 530 and the non-combustible waste to be discharged to the discharge side of the sorting by the sorting unit to one side and installed in the lower portion of the nozzle of the molding machine 400 It comprises a fourth conveying conveyor 540 for conveying the pellet-type solid fuel extruded from the nozzle portion to one side.

The first transfer conveyor may be provided with a magnet attached to the belt member or a part of the rotating shaft, or an electromagnet for generating a magnetic force, so that the metallic material contained in the coastal waste cut by the cutter may be selected using magnetic force. .

The power line communication unit 500 may control the operation of the cutter 200, the separator 300, and the molding machine 400 through a power line that supplies power to the cutter 200, the separator 300, and the molding machine 400. As it supports, one main PLC modem 510 and a plurality of sub-PLC modems 520 are included.

The cutter 200, the sorting machine 300, and the molding machine 400 are each provided with a controller for controlling the operation of each driving unit, and each controller is operated according to a control signal transmitted from the controller 600 to be described later.

The main PLC modem 510 is connected to a controller 600 which will be described later and sends a control signal transmitted from the controller 600 to a power signal of a power line.

The subPLC modem 520 is installed on a power line for supplying power to the cutter 200, the sorter 300, and the molding machine 400, and converts and extracts a control signal transmitted through the power line to the controller. In addition, the sub-PLC modem 520 may receive the operation state information from the controller and transmit the operation state information to the main PLC modem 510. Operation information of each of the cutter 200, the separator 300, and the molding machine 400 sent from the plurality of sub-PLC modems 520 is collected and stored in the controller 600 described later.

The controller 600 controls the operations of the cutter, the sorter, and the molding machine through the power line communication unit 500, respectively, and operates the cutter 200, the sorter 300, and the molding machine 400 collected through the power line communication unit 500. It collects and stores status information, calculates collected coastal waste collection information and solid fuel production information based on collected and stored operation information, and stores work information including operation information, collection information, and production information. .

The controller 600 is equipped with a monitoring module that allows the operator to check the control information for each of the cutter 200, the separator 300, the molding machine 400, and the collected and stored work information. The monitoring module is a general work management and monitoring program, and provides an easy interface to check various information.

One side of the controller 600 is provided with a touch display so that a worker working in the field can check the work information and the work situation. Through this touch display, the operator can input work information such as work position, work date, work volume, etc. Can be.

On the other hand, the mobile coastal waste fueling apparatus using the IoT according to the present invention is a multi-router that supports the operation information and work status through the communication terminal capable of accessing the Internet from a vehicle working in the field and a remote place ( 700, a web server 800 is further provided.

The multi-router 700 is attached to the controller 600 of the vehicle, and a plurality of LAN ports that are connected to the controller 600 and the power line communication unit 500 through the LAN cable are provided. The multi-router 700 is capable of wireless communication with the wireless repeater 702 connected to the Internet network 701, and supports the wireless Internet access to the controller 600 and the power line communication unit 500 from a remote location.

The web server 800 is connected to the controller 600 and the power line communication unit 500 at a remote distance from the vehicle through a communication terminal such as a PC 701 capable of internet access or a smartphone 702 or a laptop 703. It provides a web page to enable, and supports to monitor the various job information collected and stored in the controller 600 through a communication terminal connected to the web page.

The mobile coastal waste solid fueling apparatus using the IoT according to the present invention described above has been described with reference to the accompanying drawings, which are merely exemplary, and those skilled in the art can make various modifications and equivalents therefrom. It will be appreciated that other embodiments are possible.

Therefore, the true technical protection scope of the present invention should be defined only by the technical spirit of the appended claims.

10: vehicle
100: crane
200: cutter
300: sorting machine
400: Molding Machine
410: Hopper
420: heater
440: feed screw
450: drive unit
451: drive motor
452: reduction gear unit
453 power transmission unit
454 drive shaft
455: stirring section
460: nozzle unit
500: power line communication unit
600: controller
700: multirouter
800: web server

Claims (8)

It is installed in a vehicle and collects, cuts, sorts, and shapes off-shore waste to produce pellet-type solid fuel, and it can be used for mobile coastal waste solidification device using IoT, which can check working information of solid fuel through remote internet connection. In
A crane for collecting coastal waste;
A cutter for cutting the collected coastal waste;
A sorter for separating the coastal waste cut by the cutter into flammable waste and incombustible waste;
A molding machine for heating and extruding the combustible waste separated from the sorting machine to form pellets;
A power line communication unit configured to control the operations of the cutter, the separator, and the molding machine through a power line for supplying power to the cutter, the separator, and the molding machine;
And a controller for controlling the operation of the cutter, the selector, and the molding machine through the power line communication unit.
The controller includes control information for each of the cutter, the separator, and the molding machine, operating state information of each of the cutter, the separator, and the molding machine, information on the amount of collected coastal waste, and information on the yield of solid fuel. Equipped with a monitoring module that allows the operator to check the work information,
The molding machine is rotatably installed in the chamber for receiving the combustible waste is provided with a transfer screw for transferring the combustible waste in the chamber to one side along the longitudinal direction of the chamber, and a drive unit for rotating the transfer screw,
The drive unit includes at least one drive shaft rotatably installed in the chamber and the transfer screw formed on one side, and a stirring unit coupled to the drive shaft to agitate the combustible waste in the chamber,
The stirring unit is supported by the drive shaft so as to be spaced apart from the drive shaft, the first stirring blade extending in a spiral shape around the drive shaft with respect to the drive shaft, and the first stirring blade on the outside of the first stirring blade and A second stirring blade which is supported by the driving shaft to be spaced apart and extends in a spiral shape in a direction opposite to the direction in which the first stirring blade extends along the circumference of the driving shaft, and inside the first stirring blade; A second support shaft which is spaced apart from the first stirring blade and is opposite to an extending direction of the first stirring blade along a circumference of the driving shaft about the driving shaft and extending in the same direction as the extending direction of the second stirring blade; 3 stirring blades, extending in the direction parallel to the drive shaft and in the width direction Side and the other side is coupled to the first stirring blade and the second stirring blade, respectively, installed to be inclined to include a transfer plate for moving the flammable waste located in the bottom of the chamber to the top of the chamber when the drive shaft is rotated; Mobile coastal waste solid fuel device using the IoT characterized in that.
The method of claim 1,
A multi-router installed in the vehicle and provided with a plurality of LAN ports each connected to the controller and the power line communication unit through a LAN cable, and supporting the controller and the power line communication unit via a wireless Internet;
Providing an internet-accessible web page to the controller and the power line communication unit at a remote distance from the vehicle through an internet-accessible communication terminal and monitoring the job information through the communication terminal connected to the webpage. Mobile coastal waste solidified fuel device using the IoT characterized in that it further comprises a web server to support.
delete delete delete delete The method of claim 1,
The transfer plate is
And an inclined portion formed to be inclined from the first stirring blade toward the second stirring blade, and a horizontal portion extending parallel to the tangent of the second stirring blade from an end of the inclined portion on the second stirring blade side. A mobile coastal waste solidification device using IoT.
The method of claim 1,
The transfer plate is
And an inclined portion formed to be inclined from the first stirring blade toward the second stirring blade, and a horizontal portion extending parallel to a tangent of the first stirring blade from an end portion of the inclined portion on the first stirring blade side. A mobile coastal waste solidification device using IoT.

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