KR20130123225A - Drum can of the cleaning fluid purification and ball input device - Google Patents

Abstract

The present invention relates to a device for purifying cleaning solution of a drum and a device for collecting and inputting cleaning balls, comprising a purifying unit, a selecting member, an inputting member, and a control box and capable of reducing costs to clean the drum by collecting the cleaning solution used for cleaning the inside of the drum, purifying it through the purifying unit, and reusing it. Furthermore, discarding costs generated in a discarding process of the used cleaning solution can be reduced by reusing the used cleaning solution. The device is capable of obtaining excellent work efficiency by automatically inputting a predetermined amount of the cleaning balls into the drum to clean the used drum with the inputting member.

Description

Drum can of the cleaning fluid purification and ball input device

The present invention relates to a drum cleaning liquid purifying device and a washing ball recovery and input device, and more particularly, it can be used to collect and purify the cleaning liquid used through the purifying unit, it is used to wash the drum to prevent the washing liquid is used once discarded In addition to reducing the cost, the time required to put the washing ball into the drum can be automatically and continuously performed to continuously put a certain number of washing balls into the drum to clean the drum through the feeding means. It can be drastically reduced in comparison with the prior art relates to a drum barrel cleaning liquid purification device and a washing ball recovery and input device that can ensure the excellent work efficiency.

In general, a large amount of paint or oil is shipped to the user in a state that put in a large capacity drum.

These drums are not thrown away after use, but are collected and cleaned and reused. The drums are used in a state in which the drums used to be collected and reused after being used are cleaned.

The inside of the drum can be filled with various foreign matters such as contents and dust.If you put new contents in the state of remaining contents and foreign substances as above, the contents may be discolored due to discoloration of the contents. Not only can it be stored for a long period of time, but it can also cause economic losses, such as unusable use and disposal.

Due to this relationship, the used contents are completely cleaned and reused after being cleaned so that the used contents and various foreign substances do not remain inside the drum.

Here, the washing liquid and the washing ball are usually used to wash the inside of the drum, and the washing liquid is usually gasoline, solvent, kerosene, light oil, etc., and the washing liquid is usually used once and wasted and wasted so that a lot of washing liquid is consumed to wash the drum. There was a problem that the cost wasted.

In addition, since the washing liquid has a high cost to be disposed of as a designated waste, there is a problem that more cost is wasted.

In addition, since the operation of putting a certain amount of the washing ball into the drum to clean the inside of the drum is usually performed by a manual worker directly, it takes a long time to put the washing ball into the drum, the efficiency of work There was a problem falling.

Further, since a certain number of cleaning balls are inserted into the drum by the intuition of the operator, the number of cleaning balls to be introduced is not constant, so that the cleaning of the drum can not be uniformly cleaned.

In other words, when less washing balls are put into the drum, the washing inside the drum may not be performed cleanly, and in this case, the drum barrel needs to be rewashed, and thus, the efficiency of the work is further reduced. .

The present invention has been proposed to solve various problems as described above, the object of which is to collect the cleaning liquid used to clean the inside of the drum can be purified and reused through the purification unit, preventing the cleaning liquid is used and discarded once In order to provide a drum cleaning liquid purification apparatus and a washing ball recovery and input device that can reduce the cost of washing the drum.

Moreover, since the cleaning liquid used to clean the drum can be purified and reused, the cost of waste cleaning the drum can be reduced because the cost of disposal can be reduced when the cleaning liquid is used once and discarded. It is to provide a drum cleaning liquid purification apparatus and a washing ball recovery and input device that can reduce the.

In addition, since the operation of injecting a predetermined number of washing balls into the drum can be automatically performed through the feeding means to wash the used drum, the time required to put the washing ball into the drum in the conventional container compared to the conventional The present invention provides a drum cleaning liquid purifying device and a washing ball collecting and feeding device that can greatly reduce the efficiency and ensure excellent work efficiency.

In addition, since a certain amount of washing balls can be automatically collected and discharged into the drum through the feeding means, the problems occurring in the process of injecting the washing ball into the drum by manual labor are prevented. In order to ensure that all the drum can be uniformly washed stably to provide a drum container cleaning liquid purifying device and a washing ball recovery and input device that can ensure more efficient work.

Drum container washing liquid purifying device and washing ball recovery and input device according to the present invention for achieving the above object is forced to suck the washing liquid and the washing ball introduced to clean the inside of the used drum barrel to the residue and washing ball remaining in the washing liquid Purifying unit for filtering the cleaning liquid; and a sorting means for receiving only the washing ball and the filtering ball filtered by the purifying unit to provide only the washing ball; and a plurality of washing balls provided by the sorting means to be washed It is characterized in that it comprises a; a feeding means to be automatically put into the drum; and a control box for controlling the operation of the purifying unit, the sorting means and the feeding means.

In addition, the purifying unit is a first purifying means for purifying the washing liquid by forcibly suctioning the washing liquid and the washing ball introduced to wash the inside of the used drum to filter the residue and washing ball remaining in the washing liquid; and the first purifying means and A second purifying means connected in communication with the purifying washing liquid provided by the first purifying means and filtering out fine residues remaining in the washing liquid; and a first purifying means connected in communication with the second purifying means. And a collecting container in which the cleaning liquid purified through the second purifying means is collected, and connected to the collection container, forcibly sucking the washing liquid and the washing ball introduced into the drum into the first purifying means. The cleaning liquid passed through the purification means is a suction pump for forcibly suctioned to be collected by the collection vessel via the second purification means; It shall be.

In addition, the first purifying means; the absorbing hose and the suction hose introduced into the inside of the drum to absorb the washing liquid and the washing ball introduced to wash the used drum inside, the space for receiving the washing liquid and the washing ball therein It has a side, the first purifying container connected to the other end of the suction hose in communication with the one side, is located in the interior of the first purifying container to seal the inner space of the first purifying container, the residue remaining in the washing liquid inside And a first purifying plate formed with a first filtering net through which the washing ball is filtered, and positioned above the first purifying plate to seal an inner space of the first purifying container, with residues and washing balls remaining in the washing liquid therein. A second purification plate having a second filtering net formed thereon, one end of which is coupled to communicate with the first purification vessel at an upper end of the first purification vessel, and the other end of which is communicated with the second purification means; And it is configured to include the opening and closing means for opening and closing of the first duct provided with said first purifying vessel for the purified washing liquid while passing through the purification plate and the second cleaning means installed on the first lower portion of the purge vessel,

The second purifying means; has a space in which the washing liquid is accommodated, the second purifying vessel is connected to the other end of the first pipe connected to communicate with the first purifying vessel on one side, the second purifying vessel Located in the interior of the second purification vessel to seal the interior space, the third purification plate is formed on the inside of the third purification plate to filter the fine debris remaining in the washing liquid, and is located on the top of the third purification plate Sealing the inner space of the second purification vessel, the fourth purification plate is formed therein to filter the fine residue remaining in the cleaning liquid therein, and one end of the second purification vessel on the upper end of the second purification vessel A second conduit coupled to communicate with the second end, the other end coupled to communicate with the collection container, and providing a purified washing liquid to the collection container while passing through a purification plate installed in the second purifying container; Is located on characterized in that the configuration including the switching valve to determine the opening and closing of the first conduit.

In addition, the sorting means is located in the lower portion of the purifying part, the discharge hopper having an inlet through which the debris and washing ball provided by the purifying unit is introduced, the outlet from which the introduced waste is discharged; and the inside of the discharge hopper Built-in, by rotating and collecting the washing ball circulated to the discharge hopper in one direction, one end of the magnetic force is formed to easily collect the washing ball, the other end is the washing ball is collected at one end is not formed A transfer screw for free fall when the transfer position is at the other end; and a supply means for supplying rotational force so that the transfer screw is rotated; and an inlet of the discharge hopper positioned close to the transfer screw at a lower end of the transfer screw. Receiving debris and washing balls flowing into the washing ball is guided to be transported in one direction riding the rotating screw A transport plate is formed in the interior of the plurality of outflow holes to discharge the waste through the outflow hole; and a storage container for receiving and storing the waste discharged through the transport plate located in the lower portion of the transport plate; A guide guide positioned at the lower end of the transfer screw and guided by a transfer pipe by receiving a washing ball which is transferred through the transfer screw and falls; and a transfer guide receiving the washing ball provided through the guide guide to the feeding means. And a blower for supplying wind into the conveying pipe so that the washing ball provided as the conveying pipe is transported in the conveying pipe with wind power and provided to the feeding means.

The feeding means may include: a storage hopper in which the washing ball provided through the sorting means is stored therein; and a drawing of the washing ball stored in the storage hopper to be guided through the lower center of the storage hopper. A space between the hole, the guide hole, and a discharge hole penetrating through the guide plate positioned above the storage hopper; and a washing ball penetrating the guide hole and moving up and down through the guide hole. To accommodate, if the lift is outside the drawer container penetrates through the discharge hole, the drawer cylinder for lifting and lowering the drawer container, and the washing ball accommodated inside the drawer container is raised and lowered due to the operation of the drawer cylinder Withdrawal means comprising a discharge portion to be discharged to the; and receiving the washing ball provided from the withdrawal means to guide the inside of the drum Consists of including;

The discharge part of the withdrawal means is located inside the withdrawal container, the discharge plate which is lifted up and down inside the withdrawal container, the discharge cylinder which raises and lowers the discharge plate, and the withdrawal container by the operation of the withdrawal cylinder. The discharge cylinder is lifted and lowered together, one end is connected to the rod of the withdrawal cylinder, the other end is connected to the withdrawal container, characterized in that it comprises a connection frame in which the discharge cylinder is seated and fixed.

As described above, according to the drum cleaning liquid purifying device and the cleaning ball recovery and input device according to the present invention, the cleaning liquid used to clean the drum can be collected and purified through the purification unit, so that the cleaning liquid is used once and discarded It is effective to reduce the cost of washing the drum can be prevented.

Moreover, since the cleaning liquid used to clean the drum can be purified and reused, the cost of waste cleaning the drum can be reduced because the cost of disposal can be reduced when the cleaning liquid is used once and discarded. There is an effect to reduce the.

In addition, since the operation of injecting a predetermined number of washing balls into the drum can be automatically performed through the feeding means to wash the used drum, the time required to put the washing ball into the drum in the conventional container compared to the conventional Significant savings can be achieved to ensure the efficiency of excellent work.

In addition, since a certain amount of washing balls can be automatically collected and discharged into the drum through the feeding means, the problems occurring in the process of injecting the washing ball into the drum by manual labor are prevented. By uniformly inducing all the drum can be washed stably has the effect of ensuring a more efficient work.

1 is a perspective view of the drum washing liquid purification apparatus and washing ball recovery and input device of the present invention
FIG. 2 is a cross-sectional view taken along the AA of the purification unit of the drum washing liquid purifying apparatus and the washing ball collecting and dispensing apparatus shown in FIG.
Figure 3 is an exploded perspective view of the sorting means of the drum washing liquid purification apparatus and washing ball recovery and input device shown in FIG.
Figure 4 is a cross-sectional view BB of the sorting means of the drum washing liquid purification apparatus and washing ball recovery and input device shown in FIG.
FIG. 5 is an exploded perspective view of the feeding means of the drum cleaning liquid purifying apparatus and the washing ball collecting and dispensing apparatus shown in FIG.
FIG. 6 is a cross-sectional view taken along the line of the drum washing liquid purification apparatus and washing ball recovery and input device shown in FIG.
7 is a state of use of the purification unit of the drum washing liquid purification apparatus and washing ball recovery and input device shown in FIG.
8 is a state of use of the sorting means of the drum washing liquid purification apparatus and washing ball recovery and input device shown in FIG.
Figure 9 is a state of use of the loading means of the drum washing liquid purification apparatus and washing ball recovery and input device shown in Figure 1

The drum washing liquid purifying apparatus and the washing ball collecting and feeding device according to the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 9 is a view showing a drum washing liquid purifying apparatus and a washing ball recovery and input device according to an embodiment of the present invention, Figure 1 is a perspective view of the drum washing liquid purification apparatus and washing ball recovery and input device of the present invention, Figure 2 is a cross-sectional view AA of the purification section of the drum washing liquid purification apparatus and washing ball recovery and input device shown in Figure 1, Figure 3 is the separation of the sorting means of the drum washing liquid purification apparatus and washing ball recovery and input device shown in Figure 1 4 is a BB cross-sectional view of the drum washing liquid purification apparatus and the washing ball recovery and dispensing means of the device shown in Figure 1, Figure 5 is a drum washing liquid purification apparatus and washing ball recovery and dispensing apparatus shown in Figure 1 of the 6 is an exploded perspective view of the feeding means, FIG. 6 is a cross-sectional view of the drum washing liquid purification apparatus and cleaning ball collecting and dispensing means of the feeding apparatus shown in FIG. 1, and FIG. 8 is a view illustrating a state of use of the purification unit of the purifying device and the washing ball collecting and feeding device, FIG. 8 is a view illustrating a state of use of the sorting means of the drum cleaning liquid purifying device and the washing ball collecting and feeding device shown in FIG. 1, and FIG. 9 is shown in FIG. 1. Figure showing the state of use of the drum drum washing liquid purification device and the washing ball recovery and input means of the input device.

As shown in the figure, the drum washing liquid purifying device and the cleaning ball recovery and input device (A) according to an embodiment of the present invention, the purifying unit 100, the sorting means 200, the charging means 300 and The control box 400 is included.

As shown in FIG. 1 and FIG. 2, the purifying unit 100 forcibly sucks the washing liquid 2 and the washing ball 3 introduced to wash the inside of the used drum barrel 1 and remain in the washing liquid 2. By filtering the debris (4) and the washing ball (3) to purify the washing liquid (2),

The first purifying means 110, the second purifying means 120, the collection container 130, and the suction pump 140.

As shown in Figure 1 and 2, the first purifying means 110 is forcibly sucked the washing liquid (2) and the washing ball (3) put in order to clean the inside of the used drum (1) washing liquid (2) By filtering the residue (4) and the washing ball (3) remaining in the water to purify the washing liquid (2),

In order to absorb the washing liquid 2 and the washing ball 3 introduced to wash the inside of the drum 1 used, one end of the suction hose 111 is introduced into the inside of the drum 1 and a washing solution therein ( 2) and the cleaning ball (3) has a space, one side of the first purifying container 112 is connected in communication with the other end of the suction hose 111, and the first purifying container (112) inside Is positioned to seal the internal space of the first purifying container 112, the first filter net (113a) is formed therein to filter the residue (4) remaining in the cleaning liquid (2) and the cleaning ball (3) therein The purification plate 113 and the upper portion of the first purification plate 113 is sealed to seal the internal space of the first purification vessel 112, the residue (4) remaining in the washing liquid (2) is filtered inside The second purification plate 114 is formed with a second strainer 114a, one end is coupled to communicate with the first purification vessel 112 at the top of the first purification vessel 112. The other end is coupled to communicate with the second purifying means 120 to pass through the purifying plates 113 and 114 installed in the first purifying container 112 to purify the washing liquid 2 to the second purifying means 120. It is configured to include a first pipe path 115 provided to the opening and closing means 116 to open and close the lower portion of the first purifying container (112).

That is, as shown in FIG. 7B, the washing liquid 2 and the washing ball 3 introduced into the first purifying container 112 through the suction hose 111 may absorb suction force of the suction pump 140 to be installed later. The first purification plate 113 and the second purification plate 114 through the strainer (113a.114a) through the first pipeline 115 is distributed, wherein the washing solution (2) and the washing ball (3) In the process of passing through the filtering nets 113a and 114a of the first purification plate 113 and the second purification plate 114, the residues 4 and the washing balls 3 remaining in the cleaning solution 2 are caught and collected. The washing liquid 2 passing through the first purification plate 113 and the second purification plate 114 is partially purified by removing residual residues 4.

Here, as shown in FIG. 7F, the garbage collected on the traps 113a and 114a of the first purification plate 113 and the second purification plate 114 installed in the first purification container 112 is collected. ) And the washing ball 3 can be easily discharged to the outside by opening the lower portion of the first purifying container 112 through the opening and closing means 116, at which time the waste is discharged from the first purifying container 112. (4) and the washing ball 3 is provided to the sorting means 200 to be sewn.

As shown in FIG. 1 and FIG. 2, the opening and closing means 116 is hinged to the lower portion of the first purification container 112 so as to be relatively rotatable with respect to the first purification container 112. In addition, the opening and closing plate 116a for opening and closing the lower portion of the first purification container 112 and the rod 116b 'coupled with the opening and closing plate 116a are moved up and down so that the opening and closing plate 116a rotates. The lower portion of the first purification container 112 may be embodied as an opening and closing cylinder 116b to be opened and closed by the opening and closing plate 116a, but is not limited to this structure.

That is, as shown in FIG. 7F, when the rod 116b ′ of the opening and closing cylinder 116b is lowered, the opening and closing plate 116a is rotated to close the lower portion of the first purification container 112, and the opening and closing cylinder When the rod 116b 'of 116b is raised and lowered, the opening and closing plate 116a is rotated to open the lower portion of the first purification container 112.

Here, the opening and closing cylinder 116b is of course operated through the control of the control box 400 to be set up later.

As shown in FIGS. 1 and 2, the second purifying means 120 is connected in communication with the first purifying means 110 to provide the purified washing liquid 2 provided by the first purifying means 110. By receiving the, to filter out the fine residue (4) remaining in the washing liquid (2),

A second purification container 121 having a space in which the washing solution 2 is accommodated, and connected to the other end of the first pipe line 115 connected to the first purification container 112 at one side thereof; Located inside the second purifying container 121 to seal the inner space of the second purifying container 121, the inside of the third filtering net 122a to filter the fine debris (4) remaining in the washing liquid (2) ) Is formed on the third purification plate 122 and the third purification plate 122 to seal the internal space of the second purification container 121, but remaining in the cleaning liquid 2 therein. The fourth purification plate 123 is formed with a fourth strainer 123a through which the fine residue 4 is filtered, and one end thereof communicates with the second purification vessel 121 at the upper end of the second purification vessel 121. Combined, the other end is coupled to communicate with the collection container 130 is purified while passing through the purification plate (122,123) installed in the second purification vessel 121 A second conduit 124 for providing a washing liquid 2 to the collection container 130 and an on / off valve 125 positioned on the first conduit 115 to determine the opening and closing of the first conduit 115. It is configured to include.

That is, as shown in FIG. 7C, the cleaning liquid 2 purified through the first purifying means 110 is circulated to the first conduit 115 and the second purifying container of the second purifying means 120 is formed. 121, the washing liquid 2 introduced through the suction net of the suction pump 140 passes through the strainer 122a. 123a of the third purification plate 122 and the fourth purification plate 123. It is distributed to the second pipe 124, wherein the washing liquid (2) remains in the washing liquid (2) in the course of passing through the strainer (122a, 123a) of the third purification plate 122 and the fourth purification plate 123, respectively Unrestricted debris (4) is caught and removed to be more precise secondary purification.

As shown in FIG. 1 and FIG. 2, the collection container 130 is connected in communication with the second purifying means 120 to purify through the first purifying means 110 and the second purifying means 120. Washed liquid 2 is collected and stored.

In this way, in order to easily collect the washing liquid 2 collected in the collecting container 130, a lower portion of the collecting container 130 is provided with a conventional valve 7 for opening and closing the inside of the collecting container 130 to wash liquid. It goes without saying that (2) can be easily recovered.

Here, as shown in Figure 2 is located in the interior of the collection container 130 to seal the interior space of the collection container 130, there is formed a fifth strainer 131a to filter the foreign matter (6) The fifth purification plate 131 is positioned above the fifth purification plate 131 and seals the internal space of the collection container 130, but the sixth strainer 132a through which the foreign matter 6 is filtered. ) Is further formed with a sixth purification plate 132, the foreign matter 6 is sucked together with the air sucked into the suction pump 140, as shown in Figure 7e damage the suction pump 140 It is desirable to prevent it from becoming.

The suction pump 140 is connected in communication with the collection container 130, the collection container 130 is connected in communication with the second purifying means 120, the second purifying means 120 is Due to the structure in communication with the first purifying means 110,

As shown in FIG. 1 and FIG. 2, when the suction pump 140 is operated, the washing liquid 2 and the washing ball 3 introduced into the drum 1 by the suction force of the suction pump 140 are connected to the suction hose. It is distributed to (111) and provided to the first purifying means (110), and provided to the second purifying means (120) through the first conduit (115) of the cleaning liquid (2) provided to the first purifying means (110). And, the washing liquid 2 provided to the second purifying means 120 is circulated to be collected and stored in the collection container 130.

That is, the purifying part 100 of the drum washing liquid purifying apparatus and the washing ball collecting and dispensing apparatus A of the present invention collects and purifies the washing liquid 2 used to wash the inside of the drum barrel 1 and purifies the washing liquid ( By reusing 2), the washing solution 2 is prevented from being used and discarded once, thereby reducing the cost of washing the drum 1.

Furthermore, since the washing liquid 2 used to wash the drum barrel 1 can be purified and reused, it is possible to reduce the disposal cost incurred in the process of discarding the washing liquid 2 when it is used once and discarded. It can be more effective to reduce the cost of washing the drum (1).

As shown in Figure 1 and 3 and 4, the sorting means 200 is provided with the filter (4) and the washing ball (3) filtered from the purification unit 100 to sort only the washing ball (3) In providing

Located in the lower portion of the purifying part 100, the inlet 211 and the inlet 211 through which the debris 4 and the washing ball 3 provided from the purifying part 100 are introduced, and the inlet 4 is discharged. Discharge hopper 210 having a 212; And, to be built into the discharge hopper 210, and to rotate to collect the washing ball 3 circulated to the discharge hopper 210 to transport in one direction , One end of the magnetic force is formed to easily collect the washing ball (3), the other end is not formed by the magnetic force of the washing ball (3) collected at one end is transferred to the other end of the transfer screw 220 so as to free fall; And, a supply means 230 for supplying rotational force to rotate the transfer screw 220; and the discharge hopper 210 is located close to the transfer screw 220 at the lower end of the transfer screw 220 one end. Receiving debris (4) and the washing ball (3) flowing into the inlet (211) of the washing ball (3) is rotated Guide to be transported in one direction by riding the screw (220), a plurality of outflow holes 241 are formed therein, the residue (4) transfer plate 240 to be discharged through the outflow hole 241; and A storage container 250 positioned below the transfer plate 240 to receive and store the residue 4 discharged through the transfer plate 240; and positioned below the other end of the transfer screw 220. A guide guide 260 receiving the washing ball 3 falling through the transfer screw 220 and guiding it to the transfer pipe 270; and the washing ball 3 provided through the guide guide 260. Receiving the transfer pipe 270 for guiding to the injection means 300; And, supplying the wind into the conveying pipe 270 washing ball 3 provided to the conveying pipe 270 is transferred to the wind power Blower 280 is transported by the pipe 270 to be provided to the injection means 300; includes .

Here, the supply means 230 is used to provide a rotational force to the conveying screw 220 by using a conventional motor, but is not limited to this.

That is, as shown in Figure 8a when the waste filter 4 and the washing ball (3) filtered from the purification unit 100 into the discharge hopper 210 inlet 211 of the sorting means 200, the input waste (4) and the washing ball (3) is dropped on the transfer plate 240 installed in the discharge hopper 210,

As shown in FIG. 8B, the residue 4 is discharged through the outlet hole 241 formed in the transfer plate 240 to be positioned below the transfer plate 240. The washing ball 3, which is stored in the upper surface of the conveying screw 220, is formed in one end of the conveying screw 220, which is rotated by the rotational force provided by the supply means 230. Once it sticks to the surface

As shown in FIG. 8C, the plurality of washing balls 3 attached to the surface of the rotating screw 220 rotated as described above are guided to the transfer plate 240 to be transferred in one direction so that no magnetic force is formed. Located at the other end of the transfer screw 220, the plurality of washing balls (3) located at the other end of the transfer screw 220 is released freely by the magnetic force is naturally guided to the guide guide 260 to the transfer Provided inside pipe 270,

As shown in FIG. 8D, the plurality of washing balls 3 provided inside the transfer pipe 270 may be caused by the wind power of the blower 280 that provides wind into the transfer pipe 270. 270 is transferred to the storage hopper 310 of the feeding means 300 to be transported and placed later.

Therefore, the sorting means 200 of the drum washing liquid purifying device and the washing ball recovery and retracting device (A) of the present invention is the washing ball (3) from the debris (4) and the washing ball (3) provided from the purifying part (100) ) Is selected and provided to the input means (300).

1, 5 and 6, the input means 300 is provided with a plurality of washing balls (3) provided by the sorting means 200 automatically inside the drum (1) to be cleaned To be injected,

Storage hopper 310, the washing ball 3 is provided through the sorting means 200 is stored therein; And, by providing the washing ball 3 stored in the storage hopper 310, the storage The guide hole 321 is formed through the lower center of the hopper 310 and the vertical spaced apart from the guide hole 321, the discharge formed through the guide plate 330 located above the storage hopper 310 The washing ball 3 is accommodated inside the hole 322 and the guide hole 321 while being lifted and lowered by the guide hole 321, and the upper portion penetrates through the discharge hole 322 by lifting. A washing container housed in the take-out container 323, the take-out cylinder 324 for raising and lowering the take-out container 323, and the take-out container 323 which is lifted and lowered due to the operation of the take-out cylinder 324. Extraction means 320 including a discharge portion 325 for discharging the ball (3) to the outside; And, the withdrawal means 320 It comprises a; guide plate 330 to receive the washing ball (3) provided in the guide to the drum (1).

That is, as shown in FIG. 9B, when the take-out cylinder 324 is operated by the control of the control box 400 and the take-out container 323 is lowered, the top of the take-out container 323 is the storage hopper ( Locked in the washing ball (3) accommodated in 310, and at this time a plurality of washing balls (3) is contained in the take-out container 323,

Then, as shown in FIG. 9C, when the take-out cylinder 324 is operated by the control of the control box 400 and the take-out container 323 is lifted, a predetermined number of washing balls 3 are provided therein. The take-out container 323 accommodated is lifted to pass through the discharge hole 322 of the guide plate 330,

Then, as shown in Figure 9d by the operation of the discharge unit 325 to push out the plurality of washing balls (3) accommodated in the take-out container 323 to the outside, the plurality of discharged washing balls (3) Is guided on the guide plate 330 is introduced into the drum (1).

Here, as shown in FIGS. 1, 5, and 6, the discharge part 325 of the take-out means 320 for discharging the plurality of washing balls 3 accommodated in the take-out container 323 is the take-out container ( The discharge plate 325a which is located inside the 323 and moves up and down inside the take-out container 323, the discharge cylinder 325b which moves up and down the discharge plate 325a, and the take-out cylinder 324 In operation, one end is connected to the rod 324a of the withdrawal cylinder 324, and the other end is connected with the withdrawal container 232 so that the discharge cylinder 325b together with the takeout container 323 are moved up and down together. But, the discharge cylinder 325b is configured to include a connection frame 325c in which the seat is fixed.

That is, as shown in FIG. 9D, when the discharge cylinder 325b is operated to lift the discharge plate 325a through the control of the control box 400, a plurality of containers accommodated in the take-out container 323 are provided. The washing ball 3 is pushed up and down by the discharge plate 325a to be lifted to be discharged to the guide plate 330.

Here, since the number of the washing balls 3 accommodated in the take-out container 323 is determined according to the position of the discharge plate 325a for the first time, the position of the discharge plate 325a is initially determined by the discharge cylinder 323b. By properly specifying the operation can be adjusted appropriately the number of the washing ball (3) accommodated in the take-out container 323 to ensure the ease of use of the device.

The drum 300 cleaning solution purifying apparatus and the feeding means 300 of the washing ball recovery and retracting device (A) of the present invention to put a predetermined number of washing balls (3) into the drum (1) to clean the used drum (1) Since the operation can be performed automatically and continuously, the time required to put the washing ball (3) in the drum (1) can be significantly reduced compared to the prior art has the effect of ensuring excellent work efficiency. .

In addition, since a certain amount of washing balls 3 can be automatically collected inside the drum 1 and continuously discharged into the drum 1, the washing balls 3 are manually placed inside the drum 1 by a conventional method. There is an effect that can prevent the problems occurring in the process of injecting in advance so that all the drums can be uniformly washed (1) to ensure a more excellent work efficiency.

The control box 400 controls the operations of the purification unit 100, the sorting means 200, and the input means 300, and the opening and closing means 116 and the suction pump 140 of the purification unit 100. To control the operation of the supply means 230 and the blower 280 of the sorting means 200, the extraction cylinder 324 and the discharge cylinder 325b of the input means 300, respectively.

Drum washing liquid purifying device and washing ball recovery and input device (A) according to an embodiment of the present invention having the configuration as described above operates as follows.

① Purifier  Purification process

First, as shown in FIG. 7A, the end of the suction hose 111 is introduced into the drum 1 into which the washing solution 2 and the washing ball 3 are introduced, and the suction pump 140 is operated to operate the suction pump. The suction liquid 111 and the washing ball 3 are sucked into the suction hose 111 through the suction force of the 140 to be discharged to the first purifying container 112 of the first purifying means 110.

Thereafter, as shown in FIG. 7B, the washing solution 2 and the washing ball 3 introduced into the first purification vessel 112 may be formed through the suction force of the suction pump 140 and the first purification plate 113. It is distributed to the first pipe line 115 through the filter nets 113a and 114a of the second purification plate 114 and provided to the second purification means 120, wherein the washing liquid 2 is the first purification plate 113. And the residues 4 remaining in the washing liquid 2 are caught and removed in the process of passing through the strainers 113a and 114a of the second purification plate 114, respectively, and the washing ball 3 is first purified. It is caught by the strainer 113a of the plate 113 and collected.

Thereafter, as illustrated in FIG. 7C, the washing liquid 2 introduced into the second purification vessel 121 of the second purification means 120 through the first pipe line 115 may be formed in the suction pump 140. Through the suction force, the third purification plate 122 and the fourth purification plate 123 are passed through the straining nets 122a and 123a to the second pipe 124 and provided to the collection container 130, wherein the washing liquid ( 2) in the process of passing through the strainer (122a, 123a) of the third purification plate 122 and the fourth purification plate 123, respectively, the unrestricted residue (4) remaining in the washing liquid (2) is caught and removed more precisely To be secondarily purified.

Thereafter, as shown in FIG. 7D, the washing liquid 2 purified precisely through the second purifying means 120 is distributed to the second conduit 124 due to the suction force of the suction pump 140. Inlet and stored in the collection container 130, wherein the air introduced into the suction pump 140 by the operation of the suction pump 140 and the fifth purification plate 131 is installed in the collection container 130 and While filtering the fine foreign matter 6 remaining in the air while passing through the filter nets 131a and 132a of the sixth purification plate 132, the foreign matter 6 is prevented from being sucked together with the air sucked into the suction pump 140. This prevents the suction pump 140 from being damaged or broken due to the foreign matter 6 introduced therethrough.

As such, as shown in FIG. 7E, the clean washing solution 2 collected in the collection container 130 may be easily recovered and reused.

Here, as shown in FIG. 7F, the garbage collected on the traps 113a and 114a of the first purification plate 113 and the second purification plate 114 installed in the first purification container 112 is collected. ) And the remaining washing liquid 2 which is not distributed to the first pipe line 115 can be easily discharged to the outside by opening the lower portion of the first purification container 112 through the opening and closing means 116.

If the suction pump 140 needs to open and close the lower portion of the first purification container 112 in the course of operation, the first opening and closing valve 125 is formed on the first conduit 115. After closing the conduit 115, the opening and closing of the lower portion of the first purification container 112 through the opening and closing means 116, of course.

② Washing ball sorting process through sorting means

First, as illustrated in FIG. 8A, the residue 4 and the washing ball 3 filtered from the purification unit 100 are introduced into the inlet 211 of the discharge hopper 210 of the sorting means 200, and the discharge hopper ( The drop is dropped on the transfer plate 240 installed inside the 210.

Then, as shown in FIG. 8B, the dregs 4 dropped are discharged through the outlet hole 241 formed in the transfer plate 240 to be positioned below the transfer plate 240. The washing ball 3, which is stored in the 250 and is usually formed of a metal material, is transferred to the transfer screw due to a magnetic force formed at one end of the transfer screw 220 that rotates with the rotational force provided by the supply means 230. It will stick to the surface of the end of 220).

Then, as shown in Figure 8c a plurality of washing balls (3) attached to the surface of the rotating screw 220 is rotated is guided to the transfer plate 240 is conveyed in one direction the magnetic force is not formed Located at the other end of the transfer screw 220, the plurality of washing balls (3) located at the other end of the transfer screw 220 is released freely by the magnetic force is naturally guided to the guide guide 260 to the transfer It is provided inside the pipe 270.

Thereafter, as shown in FIG. 8D, the plurality of washing balls 3 provided inside the transfer pipe 270 are transferred due to the wind power of the blower 280 that provides wind into the transfer pipe 270. The pipe 270 is transported and introduced into the storage hopper 310 of the feeding means 300.

③ Feeding process of the washing ball through the feeding means

First, as shown in FIG. 9A, a plurality of washing balls 3 provided by the sorting means 200 are sufficiently accommodated in the storage hopper 310.

Thereafter, as shown in FIG. 9B, the drawing cylinder 324 is operated so that the drawing container 323 descends from the control box 400 so that a predetermined number of washing balls 3 are contained in the drawing container 323. To do that.

Thereafter, as shown in FIG. 9C, the take-out cylinder 324 is operated to raise and lower the take-out container 323 in which the predetermined number of washing balls 3 are accommodated in the control box 400. An upper portion of the drawer container 323 in which the plurality of washing balls 3 are accommodated is positioned to penetrate the discharge hole 322 of the guide plate 330.

Thereafter, as shown in FIG. 9D, the discharge cylinder 325b is operated so that the discharge plate 325a positioned inside the take-out container 323 is elevated in the control box 400, and thus, the take-out container 323 is operated. A plurality of washing balls 3 accommodated therein are pushed by the discharge plate 325a to be lifted and discharged to the guide plate 330, and the plurality of washing balls 3 discharged to the guide plate 330 are the guide plate 330. Guided to the inside of the drum (1).

Thereafter, the takeout container 323 and the discharge plate 325a are returned to their original positions.

That is, while repeating the above process can be continuously continuously put a predetermined number of washing balls (3) in the plurality of drums (1).

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limiting the scope of the invention as defined by the appended claims. You will understand the point. It goes without saying that variations can be made by those skilled in the art without departing from the spirit of the present invention. Accordingly, the scope of claim of the present invention is not limited within the scope of the detailed description, but will be defined by the following claims and technical ideas thereof.

1. Drum Canister 2. Cleaning Liquid
3. washing ball 4. residues
5. Hinge coupling 6. Foreign substance
7. Valve
100. Purification unit 110. First purification means
111. Suction hose 112. First purifying container
113. First Purification 114. Second Purification
115. First pipeline 116. Opening and closing means
116a. Opening and closing plate 116b. Cylinder
120. Second purification means 121. Second purification vessel
122. Third Edition 123. Fourth Edition
124. 2nd passage 125. Opening and closing valve
130. Collection container 131. 5th purification board
132. Sixth Purification Plate 140. Suction Pump
200. Sorting means 210. Discharge hopper
220. Feed screw 230. Feed means
240. Transfer plate 241. Outlet hole
250. Storage Containers 260. Guide
270. Transfer pipe 280. Blower
300. Input means 310. Storage hopper
320. Drawing means 321. Guide hole
322. Outlet hole 323. Outlet container
324. Draw-out cylinder 325. Outlet
325a. Discharge plate 325b. Discharge cylinder
325c. Connecting frame 330. Information board
400. Control Box
A. Drum Canister Cleaning Liquid Purifier and Cleaning Ball Recovery and Input Device

Claims (5)

The suction liquid (2) and the washing ball (3) injected to wash the inside of the used drum barrel (1) are forced to suction to filter out the residue (4) and the washing ball (3) remaining in the washing liquid (2) and the washing liquid (2). Purifying unit 100 for purifying;
A sorting means (200) for receiving only the residue (4) and the washing ball (3) filtered by the purifying part (100) to selectively provide only the washing ball (3);
A feeding means (300) for receiving a plurality of washing balls (3) provided by the sorting means (200) to be automatically introduced into the drum (1) to be washed; And
And a control box (400) for controlling the operation of the purifying part (100) and the sorting means (200) and the feeding means (300).
The method of claim 1,
The purification unit 100,
The suction liquid (2) and the washing ball (3) injected to wash the inside of the used drum barrel (1) are forced to suction to filter out the residue (4) and the washing ball (3) remaining in the washing liquid (2) and the washing liquid (2). First purification means 110 for purifying; And,
Is connected in communication with the first purifying means 110 is provided with a purified washing liquid 2 provided by the first purifying means 110, to filter out the fine debris (4) remaining in the washing liquid (2) Second purifying means 120; and,
A collection container 130 connected in communication with the second purifying means 120 to collect the cleaning liquid 2 purified through the first purifying means 110 and the second purifying means 120;
Is connected in communication with the collection container 130, and forced to suck the washing liquid (2) and the washing ball (3) introduced into the drum (1) by the first purifying means 110, the first purifying means ( The washing liquid 2 that passed through 110 is a suction pump 140 for forcibly suctioning to be collected by the collection vessel 130 via the second purifying means 120; drum washing liquid purification device comprising a And washing ball recovery and dosing device.
3. The method of claim 2,
The first purifying means 110;
In order to absorb the washing liquid (2) and the washing ball (3) introduced to wash the used drum barrel (1), one end of the suction hose 111 is introduced into the drum barrel (1),
The first cleaning container 112 has a space in which the washing solution (2) and the washing ball (3) is accommodated, the one side is connected in communication with the other end of the suction hose 111, and
Located inside the first purifying container 112 to seal the inner space of the first purifying container 112, the residue 4 remaining in the cleaning liquid (2) and the washing ball (3) is filtered A first purification plate 113 on which the first strainer 113a is formed,
A second strainer 114a which is positioned above the first purifying plate 113 to seal the internal space of the first purifying container 112, and filters the residue 4 remaining in the washing liquid 2 therein. The second purification plate 114 is formed,
One end is coupled to communicate with the first purification vessel 112 at the upper end of the first purification vessel 112, the other end is coupled to communicate with the second purification means 120 and the first purification vessel 112 A first conduit 115 for providing the second cleaning means 120 with the purified cleaning liquid 2 while passing through the purification plates 113 and 114 installed in the second purification means 120;
It is configured to include an opening and closing means 116 for opening and closing the lower portion of the first purification container 112,
The second purifying means 120;
A second purification container 121 having a space in which the washing solution 2 is accommodated, and connected to the other end of the first pipe line 115 connected to the first purification container 112 at one side thereof;
Located inside the second purifying container 121 to seal the inner space of the second purifying container 121, the inside of the third filtering net 122a to filter the fine debris (4) remaining in the washing liquid (2) The third purification plate 122 is formed, and
A fourth strainer 123a positioned above the third purifying plate 122 to seal the inner space of the second purifying container 121, and filtering fine remnants 4 remaining in the washing solution 2 therein. ) And a fourth purification plate 123 is formed,
One end is coupled to communicate with the second purification vessel 121 at the upper end of the second purification vessel 121, the other end is coupled to communicate with the collection vessel 130 is installed in the second purification vessel 121. A second conduit 124 for providing the cleaning container 2 purified through the purification plates 122 and 123 to the collection container 130;
Located on the first conduit (115) is a drum barrel cleaning liquid purification apparatus and washing ball recovery and input device characterized in that it comprises an opening and closing valve (125) to determine the opening and closing of the first conduit (115).
The method of claim 1,
The sorting means 200,
Located in the lower portion of the purifying part 100, the inlet 211 and the inlet 211 through which the debris 4 and the washing ball 3 provided from the purifying part 100 are introduced, and the inlet 4 is discharged. Discharge hopper 210 having a 212; and,
It is built in the discharge hopper 210 and collects the washing ball (3) circulated to the discharge hopper 210 while rotating, and transported in one direction, one end of the magnetic force is formed washing ball (3) Easy to collect, the other end is not formed magnetic force so that once the washing ball (3) collected at one end is transported to the other end of the transfer screw 220 to free fall; and,
Supply means for supplying a rotational force so that the conveying screw 220 is rotated; And,
Receiving ball (4) and the washing ball (3) flowing into the inlet 211 of the discharge hopper 210 is located close to the transfer screw 220 at the lower end of the transfer screw 220 washing ball ( 3) is guided so as to be transported in one direction on the rotating screw 220, a plurality of outlet holes 241 are formed therein so that the residue 4 is discharged through the outlet holes 241 Plate 240; and,
A storage container 250 positioned below the transfer plate 240 to receive and store the residue 4 discharged through the transfer plate 240; and,
A guide guide 260 positioned at the lower end of the other end of the conveying screw 220 to receive the washing ball 3 which is conveyed through the conveying screw 220 and falls to the conveying pipe 270;
A conveying pipe 270 receiving the washing ball 3 provided through the guide guide 260 and guiding it to the feeding means 300; and,
Blower to supply the wind into the conveying pipe 270 so that the cleaning ball (3) provided to the conveying pipe 270 is carried on the conveying pipe 270 by the wind to be provided to the feeding means (300) Drum cleaning liquid purifier and washing ball recovery and input device, characterized in that comprising a; (280).
The method of claim 1,
The injection means 300,
A storage hopper 310 in which the washing ball 3 provided through the sorting means 200 is stored therein;
To take out and provide the washing ball (3) stored in the storage hopper 310,
A guide hole 321 formed through the lower center of the storage hopper 310 and a vertical spaced apart from the guide hole 321, formed through the guide plate 330 located above the storage hopper 310 The discharge hole 322 is penetrated through the guide hole 321 and the washing hole 3 is accommodated therein while the guide hole 321 is lifted and lowered. Withdrawal container 323 penetrates through, withdrawal cylinder 324 for raising and lowering the withdrawal container 323, and inside and out of the withdrawal container 323 due to the operation of the take-out cylinder 324. Drawing means 320 including a discharge portion 325 to discharge the received washing ball (3) to the outside; And,
And a guide plate 330 for receiving the washing ball 3 provided from the drawing means 320 and guiding the inside of the drum 1.
The discharge part 325 of the drawing means 320,
A discharge plate 325a positioned inside the take-out container 323 to move up and down in the take-out container 323, an discharge cylinder 325b for moving up and down the discharge plate 325a, and the take-out cylinder The first end is connected to the rod 324a of the takeout cylinder 324 so that the discharge cylinder 325b moves up and down together with the takeout container 323 by the operation of the 324, and the other end of the takeout container (323). 232) is connected to, the drum cylinder washing liquid purifying device and washing ball recovery and input device, characterized in that it comprises a connection frame (325c) is fixed to the discharge cylinder (325b) is seated.

Images