KR20110029349A - Apparatus for ionized cleaning bottles - Google Patents

Abstract

PURPOSE: A container cleaning apparatus is provided to enable the inside of a container to be easily cleaned since an ionizer pipe is deeply located in the container, and thus the antistatic effect in the container is maximized. CONSTITUTION: A container cleaning apparatus comprises a transfer unit, a rotating unit, a lift unit, and a foreign-material removing unit. A container is placed on the gulley portion of a transfer screw(210), and the transfer unit transfers the container through a conveyor belt(200). The rotating unit grips a plurality of containers on the conveyor belt with a finger. The rotating unit rotates the container on a driven shaft. The lift unit engages a linear rail with a linear block according to the rotation of a lift screw and slides the linear block up and down. The foreign-material removing unit moves an ionizer pipe to the inside of the container through the rotation and the lift of the container and sucks the foreign material from the container.

Description

Container Washing Equipment {APPARATUS FOR IONIZED CLEANING BOTTLES}

The present invention relates to a container washing apparatus, and more particularly, a container in which ionized air is injected into the container through linear movement and rotation of the container, thereby allowing the inside of the container having a small inlet to be cleaned more cleanly and cleanly. To provide a cleaning device.

In general, a container is used to accommodate various materials or articles, and various shapes of containers are used according to various usage characteristics such as the size and shape of a product to be received, and the materials are also synthetic resins, glass materials, Various materials such as paper materials are used.

Among such containers, in order to manufacture a container using synthetic resin or paper as a raw material, a raw material of synthetic resin material or paper material is usually molded, and the fabric sheet is heated, molded and printed through a forming machine to form a container product having a desired shape. You can do it.

In addition, in order to manufacture a container made of glass as a raw material, a glass container can be manufactured by combining the raw materials at a raw material combination ratio suitable for glass products, melting the blended raw materials at high temperature, and then molding and removing the stress. It becomes possible.

As such, all of the manufactured containers may have dust or foreign matter introduced into the container due to the generation of static electricity during the manufacturing and transportation of the product, before the container is packaged and before the food (contents) is contained. Must be accompanied by removal of foreign objects.

As such, the foreign material removal operation generally adopts a method of cleaning the inside by spraying compressed air inside the container, but as mentioned above, the foreign material is charged by the static electricity generated in the container, so that dust and foreign matter are stored in the container. There was a pulpit that did not fall off easily.

1 to 3 is a "vessel cleaning device" known in the Republic of Korea Patent No. 10-0424433 to solve the above problems, the washing device is a narrow overlapping state, a long open state and again the container (3) The container feeding means 1 and the container washing means 2 for washing the inside of the container 3 are arranged to be continuously displaced in a narrowly overlapped state.

The container feeding means (1) is installed in a state in which a predetermined interval is horizontally spaced apart a pair of feeding rollers 12 formed with a guide groove (11) having a different pitch interval on the outside, the pair of feeding rollers (12) The lower portion of the washing brush roll 13 is installed, the pair of feeding roller 12 and the brush roll 13 is installed to be rotated in place.

The container washing means (2) comprises a large air supply, an air cleaning unit, and an air discharge, the air supply is first filtered by the filter 44 to filter the air supplied from the outside to the inside by the compressor The ionizer 46 neutralizes the charged air.

In addition, the air cleaning unit injects the air supplied from the air supply unit by the injection nozzle 50 and discharges the foreign matter inside the container 3 by the injected air. In addition, the air discharge unit collects the foreign matter discharged from the container 3 by the air cleaning unit to the collector 60 by the suction pump 62 and discharged air is discharged to the outside through the filter.

That is, in the process of washing the container, the containers are fed while the containers are displaced in a narrowly overlapped state, a long open state, and again in a narrowly overlapped state, and the ionized air is supplied to the air for cleaning the container through the ionizer. By doing so, the inside and the outside of the container can be easily washed.

However, the conventional container washing apparatus has a fatal problem in that the feeding action of the container is made between the fixed feeding roller and the brush roller, and in addition to the container of a predetermined size, a container having a diameter larger or smaller than this is impossible to clean itself.

Moreover, the conventional container cleaning apparatus described above has a problem in that it is difficult to stably support and guide the container because it is equipped with a brush roller in the lower part of the container and thus cannot guarantee smooth transportation of the container.

4 and 5 are for the "vessel cleaning device", which was previously filed by the present applicant in order to solve the above problems and published in the Patent Publication No. 2009-0049042, the upper feed roller 220 is installed on the top, A pair of lower feed rollers 260 are installed at the lower portion to transfer the container C between the upper feed rollers 220 and the pair of lower feed rollers 260, and the upper portions of the upper feed rollers 220 on both sides. There is provided a lifting means for moving the upper feed roller 220 up and down by the operation of the handle 230, one end of the upper feed roller 220 and the lower feed roller 260 is a universal joint (U) To the pulley (P).

Here, looking at the lifting means, the handle 230 is installed at the position of the upper portion of the bearing housing 222 mounted to the end of the upper feed roller 220, the screw bar 240 at the lower end of the handle 230 It is mounted to rotate with the handle 230. Then, a screw hole 251 is formed in the vertical direction of the elevating block 250 so as to be lifted by being fitted to the screw bar 240, and a lower end of the elevating block 250 to be fitted to the bearing housing 222. A fixing hole 252 is formed in the hole.

That is, the interval between the upper feed roller and the lower feed roller according to the size of the container can be adjusted according to the size of the container through the elevating movement operation of the upper feed roller by the elevating means, so that containers of various sizes can be easily washed.

However, the container cleaning device has a structure in which the inside of the container is washed while being transported while the container is loaded, and a bottle-shaped container having a narrow inlet is not easy to supply air to the inside, so that it is difficult to remove foreign matters inside the container. There was this.

The present invention has been made in order to solve the conventional problems as described above, by spraying the ionized air in the interior of the container through the linear movement and rotation of the container to clean the inside of the container of a small bottle shape more clean and clean. It is to provide a container cleaning apparatus to enable.

In the configuration of the present invention for achieving the above object, in the apparatus for cleaning the container by projecting the air through the ionizer inside the container to be continuously transported, the conveyor belt embedded in the container in the bone portion formed in the transfer screw Transfer means installed in front of the main frame to transfer the container to one side through the; A rotating unit installed at the rear of the conveyor belt so as to grip a plurality of containers mounted on the conveyor belt through fingers, and to rotate the containers upside down about the driven shaft; Lifting means installed in the lower portion of the rotary unit to slide the linear rail coupled to the rotary unit to the linear block in accordance with the rotation of the lifting screw to move up and down; Positioning the ionizer pipe inside the container through the rotation and lifting of the container, characterized in that it comprises a foreign material removal means installed on the rear of the rotary unit to suck the foreign matter falling from the container.

Here, the transfer means, the conveyor belt is installed in front of the main frame and the container is mounted on the upper surface; A transfer screw rotatably installed on the front of the conveyor belt to embed a container in each valley portion; A motor axially coupled to the tip of the transfer screw by a power transmission means to rotate the transfer screw; It is fixed to the rear of the conveyor belt is configured to include a guide frame for supporting the side of the container moving along the conveyor belt.

The rotation unit includes a join plate mounted at the center of the main frame; Side join plates mounted on both sides of the join plate; A driven shaft rotatably mounted to the side joining plate; Gripping means for rotating the driven shaft by installing a plurality of fingers to enable gripping of the container between the driven shafts; It is configured to include a motor coupled to one end of the driven shaft by a power transmission means for rotating the driven shaft.

Here, the gripping means, the finger base provided between the two driven shaft; A gripping cylinder installed at least two or more units on an upper surface of the finger base; Upper and lower mount blocks mounted on rod ends of the gripping cylinders to linearly reciprocate; Upper and lower finger brackets fixed to the upper and lower mount blocks, respectively; A plurality of first fingers fixedly mounted on one surface of the upper finger bracket at equal intervals; The lower finger bracket is fixedly mounted on one surface at equal intervals, and is disposed on one side of the plurality of first fingers, and includes a second finger to grip the container.

In addition, one side of the upper and lower mount blocks is further provided with a mount block stopper to prevent excessive movement of the upper and lower finger brackets coupled thereto.

In addition, the lifting means, the upper and lower parts and the side sub-plate fixedly mounted on the lower center of the main frame; A motor mounted to a lower end of the lower plate; A lifting screw which is axially coupled between the motor and the upper plate to rotate; A join bracket fixed to a center of a bottom surface of the join plate and provided through the upper plate; A lifting nut fixed to a lower end of the join bracket, the lifting nut being fitted to the lifting screw to move up and down; A linear rail fixed to both sides of the join plate bottom and penetrating through the upper plate and the lower plate; Is mounted on both sides of the bottom of the upper plate is configured to include a linear block for sliding guide the linear rail up and down.

Here, the upper stopper is formed on both sides of the upper plate upper surface, and the lower stopper is formed on both sides of the lower surface of the upper plate.

The foreign material removing means includes a hood fixedly mounted to the rear of the main frame; A plurality of suction caps installed on the upper surface of the hood in correspondence with the position of the finger and installed in communication with the hood; An ionizer pipe protruding above the suction cap to project ionized air; It is configured to include a dust collector for connecting a dust collecting hose to the lower portion of the hood to suck the foreign matter flowing through the suction cap.

Here, the ionizer pipe is formed with a plurality of air holes so that the air can be projected radially.

Then, the cover is hinged on the main frame.

The present invention through the above problem solving means, by positioning the ionizer pipe deep inside the container through the lifting and lowering of the rotary unit in the state in which the container is gripped, thereby maximizing the antistatic effect of the inside of the container is small There is an effect that can easily and clean the inside of the containers.

In addition, by installing a suction cap and a hood that can suck and collect foreign substances under the ionizer pipe, the foreign substances falling from the container can be suctioned and removed more cleanly and reliably. By replacing and mounting the transfer screws with different intervals, it is possible to maximize the usability of the cleaning device as well as economically use the device.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

6 to 14 are shown for the container washing apparatus of the present invention, and largely comprises a conveying means, a rotating unit, a lifting means, foreign matter removing means.

The above components are formed in the main frame 100, and the main frame 100 and the additional configuration thereof will be briefly described with reference to FIGS. 6 to 8. Form 100.

In addition, the cover 110 is hinged to the upper center of the main frame 100 to prevent foreign matter from flowing into the main frame 100 as much as possible. In this case, both sides of the cover 110 are connected to each other through the main frame 100 and the shock absorber 120 to open and close the cover 110 flexibly. In addition, the upper side of the main frame 100 in which the cover 110 is opened and closed includes a plurality of motors 220, 330, 440 and a controller 130 capable of driving a power supply.

Subsequently, the conveying means of the main components is to convey the container to one side through the conveyor belt 200 by embedding the container in the bone portion formed in the conveying screw 210, the conveyor belt 200, and the conveying again It consists of a screw 210, a motor 220 and a guide frame 230.

6, 7 and 9 in detail, the conveyor belt 200 is installed in the left and right longitudinal direction in the center front of the main frame 100, the container on the conveyor belt 200, the conveyor belt 200 Move the container along.

In addition, the conveyor belt 200 is installed in the upper portion of the conveying screw 210, the container is embedded in each bone formed on the conveying screw 210, the tip of the conveying screw 210 through the power transmission means Coupling the shaft with the motor 220 to rotate the feed screw (210). Here, the pitch of the transfer screw 210 is to be provided with a transfer screw 210 of a different pitch according to the size of the container, to prepare a plurality of transfer screw 210 for each container size.

In addition, a pair of pulleys and belts may be used as the power transmission means, but the present invention is not limited to the above configuration, and another configuration having a similar power transmission force may be applied.

And, the rear of the conveyor belt 200 is fixed to the linear guide frame 230 is installed so as to support the side of the container moving on the conveyor belt 200.

 That is, the containers are located between the valleys of the transfer screw 210 and the guide frame 230 and are placed on the upper surface of the conveyor belt 200, thereby rotating the transfer screw 210 and rotating the conveyor belt 200. According to the movement it is possible to move the containers in one direction.

Subsequently, the rotating unit grips a plurality of containers mounted on the conveyor belt 200 through fingers, and rotates the gripped container upside down about the driven shaft 320 as described above. In addition, the joining plate 300, the side joining plate 310, the driven shaft 320, the gripping means, and the motor 330 are configured.

6 and 10, the join plate 300 is fixed to the inner center of the main frame 100, and the side join plate 310 is fixed to both sides of the join plate 300. In addition, the driven shaft 320 is coupled to the both side joining plate 310 so as to be rotatable by a bearing (not shown), and the motor 330 is shafted by a power transmission means at one end of the driven shaft 320. Combine to rotate the driven shaft 320.

In this case, it is preferable to use a pair of pulleys and belts coupled to the motor 330 and the driven shaft 320 as the power transmission means, but the present invention is not limited thereto, such as the power transmission means of the transfer means. In some cases, it may be replaced by another configuration having a similar power transmission force.

In addition, a plurality of fingers are installed between the two driven shafts 320 to enable the gripping of the container, and a gripping means which rotates together with the driven shafts 320 is installed.

This, the gripping means again comprises a finger base 340, a gripping cylinder 350, a mounting block, a finger bracket, and a finger.

Looking specifically through FIGS. 11A to 12C, a finger base 340 is installed between the lower ends of both driven shafts 320, and a pair of gripping cylinders are formed on one side of the upper surface of the finger base 340. Each of the gripping cylinders 350 is fixed to each other and the other pair of gripping cylinders 350 is fixed to the upper surface of the other side.

In addition, the upper mount block 360a is fixed to one rod end of each of the pair of gripping cylinders 350 to linearly reciprocate the upper mount block 360a from side to side, and the other gripping cylinder 350 The lower mount block 360b is fixed to the rod end of the lower mount block 360b to linearly reciprocate the left and right.

However, at this time, any one pair of gripping cylinders 350 facing each other is configured such that the upper operating block 360a and the lower mounting block 360b move in opposite directions. That is, when the upper mount block 360a moves to the left side, the lower mount block 360b moves to the right side. On the contrary, when the upper mount block 360a moves to the right side, the lower mount block 360b moves to the left side. .

Further, mount block stoppers 390 may be further installed on one side of the upper mount block 360a and the lower mount block 360b to prevent excessive movement of the upper and lower mount blocks 360a and 360b.

In addition, the upper finger bracket 370a is fixed to the upper mount block 360a, and the lower finger bracket 370b is fixed to the lower mount block 360b, so that the upper finger bracket 370a and the lower finger bracket are fixed. Place 370b so that they can be moved in opposite directions to each other.

In addition, a plurality of first fingers 380a are fixedly mounted on one front surface of the upper finger bracket 370a at equal intervals, and a plurality of second fingers 380b are mounted on one front surface of the lower finger bracket 370b. It is fixedly mounted at intervals, but the second finger 380b is positioned on one side of the first finger 380a to form a pair of fingers. That is, by moving the first finger 380a and the second finger 380b in opposite directions, the container may be gripped or released from the first finger 380a and the second finger 380b. Will be.

Subsequently, the lifting means serves to slid the linear rail 450 coupled to the rotary unit in accordance with the rotation of the lifting screw 430 to the linear block 460 to slide up and down, and again, the upper and lower and side plates ( 400a, 400b, 400b, motor 440, lifting screw 430, joining bracket 410, lifting nut 420, linear rail 450 and linear block 460 It is configured to include.

Looking in detail with reference to Figure 13a and Figure 13b, to fix the upper plate (400a) in the inner center of the main frame 100, the side plate (400b) fixed to the lower sides of the upper plate (400a), both side plates The lower plate 400c is fixed between the lower ends. Then, the motor 440 is mounted on the lower end of the lower plate 400c, the lifting screw 430 is rotatably coupled to the upper portion of the shaft of the motor 440 by passing through the lower plate 400c, and the lifting screw The upper end of the 430 is rotatably coupled to the upper plate (400a).

In addition, the join bracket 410 is fixed to the center of the bottom surface of the join plate 300 by passing through the upper plate 400a, and the lifting nut 420 is fixed to the bottom of the join bracket 410, and the lifting nut 420 is fixed. ) Is inserted into the elevating screw 430 to move up and down with the join bracket 410.

In addition, the linear plate 450 is fixed to both sides of the bottom surface of the join plate 300 by passing through the upper plate 400a and the lower plate 400c, and the linear rail 450 and the bottom surface of the upper plate 400a. The linear blocks 460 are respectively fixed to adjacent sides so that the linear rails 450 are slidable up and down while being engaged with the linear blocks 460.

Here, an upper stopper 470 is formed on both sides of the upper plate 400a to prevent the join plate 300 and the upper plate 400a from colliding with each other when the rotary unit is excessively lowered, and the upper plate 400a. The bottom stopper 480 is formed on both sides of the bottom to prevent a risk that the lower end of the joint bracket and the upper plate 400a collide with each other during excessive upward movement of the rotating unit.

Subsequently, the foreign material removing means is to position the ionizer pipe 520 inside the container through the rotation and lifting of the container, and serves to suck and remove foreign substances falling from the container, the hood 500 and the suction cap 510, ionizer pipe 520, and dust collector 540.

Looking specifically through FIG. 14, the hood 500 is fixedly mounted to the rear of the main frame 100, and a plurality of suction caps 510 are disposed on upper surfaces of the hoods 500 so as to communicate with the hoods 500. Protruding to form, the suction cap 510 is installed in plurality corresponding to the number and position of the fingers.

In addition, an ionizer pipe 520 is installed to project air ionized to protrude above the suction cap 510. Here, a plurality of air holes 525 are formed in the periphery and the end of the ionizer pipe 520 to project the air radially through the air holes 525.

In addition, a dust collecting hose 530 is connected to the lower portion of the hood 500, and a dust collector 540 is connected to and mounted on the dust collecting hose 530 to suck in foreign substances introduced into the hood 500 through the suction cap 510. And remove.

Referring to the operation and effect of the present invention configured as described in detail as follows.

In order to clean the container through the container cleaning apparatus of the present invention, the conveyor belt 200 is operated by operating an operation switch provided in the controller 130 and at the same time by rotating the transfer screw 210 on the upper surface of the conveyor belt 200. The enclosed container is moved into the mainframe 100.

Thereafter, when the lifting screw 430 is rotated forward by driving the motor 440 connected to the lifting screw 430 as shown in FIG. 13A, the lifting nut 420 fitted to the lifting screw 430 is the lifting screw 430. As it descends along with the joint bracket and descends, the linear rail 450 is guided to the linear block 460 and slides downward, thereby lowering the rotating unit. That is, the joint bracket and the linear rail 450 are fixedly mounted on the joint plate at the lower end of the rotating unit, so that the finger-mounted rotary unit can be lowered together through the lowering of the joint bracket and the linear rail 450.

As such, when the finger is lowered by a certain section through the lowering of the rotary unit, the inlet portion of the container is positioned between the first finger 380a and the second finger 380b of each individual pair.

In this case, as the gripping cylinder 350 is driven as shown in FIG. 11B, when the upper mount block 360a and the lower mount block 360b coupled to the rod are moved in opposite directions, the upper mount block 360a is coupled to the upper mount block 360a. The upper finger bracket 370a and the lower finger bracket 370b coupled with the lower mount block 360b are also moved in opposite directions, and the first and second finger brackets 380a and 380b are moved in the opposite directions. ) Narrows, allowing the container to be gripped.

Thereafter, when the elevating screw 430 is reversely rotated by driving the motor 440 connected to the elevating screw 430, the elevating nut 420 fitted to the elevating screw 430 as shown in FIG. 13A is elevating screw 430. At the same time as to rise along with the joint bracket and at the same time the linear rail 450 is guided to the linear block 460 and slidingly moved upwards, thereby raising the rotary unit to the top in the state of gripping the container.

Next, when the motor 330 connected to the driven shaft 320 is driven, the finger base 340 coupled with the driven shaft 320 while the driven shaft 320 rotates about 180 ° toward the rear as shown in FIG. 12B. And the finger and the container are rotated upside down.

Thereafter, while the elevating screw 430 is rotated forward, the elevating nut 420 fitted to the elevating screw 430 as shown in FIGS. 12B and 13B is lowered along the elevating screw 430 to rotate the rotating unit as described above. Will be lowered down.

As a result, the ionizer pipe 520 is positioned inside the containers while the gripped containers are lowered together. As shown in FIG. 14, the ionizer pipe 520 has air in various directions through the air hole 525. By projecting the, it is possible to remove the static electricity inside the containers by the projected air to drop the foreign matter attached to the inside of the container.

As such, when foreign matter falls from the container, the foreign matters that are dropped are collected into the hood 500 through each suction cap 510 through the suction action of the dust collector 540, and the foreign matters collected in the hood 500 are collected in the dust collecting hose. While being sucked into the dust collector 540 through the 530, it is possible to suck and remove foreign substances.

Thereafter, when the lifting screw 430 is reversely rotated, the lifting nut 420 fitted to the lifting screw 430 ascends along the lifting screw 430 as shown in FIG. 13B, and thus the container is gripped. Likewise, the rotary unit is raised upward.

Next, when the motor 330 connected to the driven shaft 320 is driven, the container rotates together with the finger base 340 while the driven shaft 320 rotates approximately 180 ° toward the front, thereby inverting the container upside down Will be rotated to stand.

After that, when the lifting screw 430 is rotated forward, the lifting nut 420 fitted to the lifting screw 430 is lowered along the lifting screw 430 to lower the rotating unit as described above. The container gripped together with the finger is positioned in the bone portion of the transfer screw 210 again while the bottom surface of the container is located on the upper surface of the conveyor belt.

As such, when the container is positioned on the conveyor belt 200 by the lowering of the rotating unit, the gripping cylinder 350 is driven to oppose the upper mount block 360a and the lower mount block 360b coupled to the rod. Will be moved in the direction.

As a result, the upper finger bracket 370a coupled to the upper mount block 360a and the lower finger bracket 370b coupled to the lower mount block 360b are also moved in opposite directions to each other. The gap between the first finger 380a and the second finger 380b is released to release the gripping of the containers gripped on the finger, thereby allowing the containers to be seated on the conveyor belt 200 in the original position before gripping.

Afterwards, when the lifting screw 430 is reversely rotated, the lifting nut 420 fitted to the lifting screw 430 rises along the lifting screw 430 to raise only the rotating unit without a container to the top. It is possible to return the rotating unit to the initial position.

That is, it is possible to wash the containers fitted to the transfer screw 210 through a series of operation process as described above.

In addition, the containers that have been cleaned are exited to one side of the main frame 100 through the rotation of the conveying screw 210 with the conveyance of the conveyor belt 200, the containers need to be cleaned again along the conveyor belt 200 As it enters into the mainframe 100, it is internally transferred to the transfer screw 210, and the containers can be continuously washed through the above-described washing operation.

In addition, although not shown in the drawings in some cases by installing the conveyor belt for entering the container and the entrance conveyor belt for discharging the container after the container is installed separately, the washed container is exported to the outside through the conveyor belt for entry At the same time, the new vessels can enter the mainframe through the entry conveyor belt, allowing for faster vessel cleaning and improved vessel productivity.

As such, the container cleaning apparatus of the present invention can position the ionizer pipe 520 deep inside the container through the lifting and rotating of the rotating unit in a state in which the containers are gripped. Therefore, by maximizing the antistatic effect inside the container through the ionized air projected from the ionizer pipe 520, it is possible to clean even the inside of the container difficult to stack even easier and clean.

In addition, the container cleaning device of the present invention can be installed in the lower portion of the ionizer pipe 520 to suck the foreign matter can be more effectively suction and remove the foreign matter falling from the container.

In addition, the container washing apparatus of the present invention can be applied according to the size of the container through the replacement mounting of the transfer screw 210 of the pitch interval, it is possible to clean the container without being limited to a specific container size usability of the device It can be maximized.

On the other hand, the present invention has been described in detail only with respect to the specific examples described above it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, it is natural that such variations and modifications belong to the appended claims. .

1 is an external front view of a container washing apparatus according to the prior art,

Figure 2 is a perspective view of the main portion of the container feeding means shown in FIG.

3 is a side view showing the container supply means and power transmission system shown in FIG.

Figure 4 is a front sectional view of the exterior of the container cleaning apparatus invented and filed by the applicant;

Figure 5 is a front sectional view showing an enlarged configuration and operation state of the lifting means and the universal joint according to the lifting of the upper feed roller shown in FIG.

Figure 6 is a perspective view showing the overall configuration of the container washing apparatus according to the present invention,

7 is a front view of the container washing apparatus according to the present invention,

8 is a side view of the container washing apparatus according to the present invention,

Figure 9 is a plan sectional view showing an enlarged configuration of the conveying means in the container washing apparatus according to the present invention,

10 is a perspective view showing an enlarged configuration of the rotating unit in the container washing apparatus according to the present invention,

11a and 11b are rear perspective views showing an enlarged operating state of the gripping means shown in the rotating unit of FIG. 10;

12a, 12b, 12c is a side cross-sectional view of the rotary operation state of the rotary unit shown in FIG.

13a, 13b is a front sectional view showing an enlarged configuration and operation state of the lifting means in the container washing apparatus of the present invention,

Figure 14 is a rear view showing the configuration of the foreign matter removing means in the container washing apparatus of the present invention.

* Description of the major symbols in the drawings *

100: mainframe 110: cover

120: shock absorber 130: controller

200: conveyor belt 210: transfer screw

220: motor 230: guide frame

300: join plate 310: side join plate

320: driven shaft 330: motor

340: finger base 350: gripping cylinder

360a, 360b: Upper and lower mount blocks 370a, 370b: Upper and lower finger brackets

380a, 380b: first and second finger 390: mount block stopper

400a: Upper plate 400b: Side plate

400c: Lower Plate 410: Join Bracket

420: lifting nut 430: lifting screw

440: motor 450: linear rail

460: linear block 470: upper stopper

480: lower stopper 500: hood

510: suction cap 520: ionizer pipe

525: air hole 530: dust collecting hose

540: dust collector

Claims (10)

A device for cleaning a container by projecting ionized air through an ionizer inside a container that is continuously transported, A conveying means installed in front of the main frame 100 so that the container is embedded in the bone portion formed in the conveying screw 210 so as to convey the container to one side through the conveyor belt 200; A rotating unit installed at the rear of the conveyor belt 200 so as to grip a plurality of containers mounted on the conveyor belt 200 through fingers, and to rotate the containers upside down about the driven shaft 320; An elevating means installed in the lower portion of the rotating unit so as to slide the linear rail 450 coupled to the rotating unit according to the rotation of the elevating screw 430 so as to slide upward and downward in engagement with the linear block 460; Positioning the ionizer pipe 520 inside the container through the rotation and lifting of the container, the container cleaning device comprising a foreign material removal means installed in the rear of the rotating unit to suck the foreign matter falling from the container. The method of claim 1, wherein the transfer means, A conveyor belt 200 installed at the front of the main frame 100 and having a container mounted on an upper surface thereof; A transfer screw 210 installed rotatably on the front of the conveyor belt 200 to embed a container in each bone portion; A motor 220 axially coupled to the tip of the transfer screw 210 by a power transmission means to rotate the transfer screw 210; The container washing apparatus characterized in that it comprises a guide frame 230 for supporting the side of the container moving along the conveyor belt 200 by fixedly installed at the rear of the conveyor belt (200). The method of claim 1, wherein the rotating unit, A join plate 300 mounted at the center of the main frame 100; Side join plates 310 mounted on both sides of the join plate 300; A driven shaft 320 rotatably mounted to the side joining plate 310; A gripping means installed between the two driven shafts 320 so as to allow the gripping of the container to rotate together with the driven shafts 320; A container washing apparatus comprising a motor (330) coupled to one end of the driven shaft (320) by a power transmission means to rotationally drive the driven shaft (320). The method of claim 3, wherein the gripping means, A finger base 340 provided between both driven shafts 320; A gripping chamber linder 350 installed at least two or more units on an upper surface of the finger base 340; Upper and lower mount blocks 360a and 360b mounted on rod ends of the gripping cylinders 350 to linearly reciprocate; Upper and lower finger brackets 370a and 370b fixedly mounted to the upper and lower mount blocks 360a and 360b, respectively; A plurality of first fingers 380a fixedly mounted on one surface of the upper finger bracket 370a at equal intervals; The lower finger bracket 370b is fixedly mounted on one surface at equal intervals, and the container cleaning, characterized in that it comprises a second finger (380b) for gripping the container is located on one side of the plurality of first fingers (380a), respectively Device. 5. The mounting block stopper 390 of claim 4, wherein one side of the upper and lower mount blocks 360a and 360b is further provided to prevent excessive movement of upper and lower finger brackets 370a and 370b coupled thereto. Vessel Washing Device. The method of claim 1, wherein the lifting means, Upper and lower sides and side plates 400a, 400b, 400b fixedly mounted to the lower center of the main frame 100; A motor 440 mounted to a lower end of the lower plate 400c; A lifting screw 430 axially coupled and rotated between the motor 440 and the upper plate 400a; A join bracket 410 fixed to a center of a bottom surface of the join plate 300 and penetrated through the upper plate 400a; A lifting nut 420 fixed to a lower end of the join bracket 410 and fitted to the lifting screw 430 to move up and down; A linear rail 450 fixed to both sides of a bottom surface of the join plate 300 and provided through the upper plate 400a and the lower plate 400c; The upper plate (400a) is mounted on both sides of the bottom of the container washing apparatus comprising a linear block (460) for guiding sliding the linear rail 450 up and down. 7. The container cleaning apparatus according to claim 6, wherein an upper stopper (470) is formed on both sides of an upper surface of the upper plate (400a), and a lower stopper (480) is formed on both sides of a bottom surface of the upper plate (400a). According to claim 1, The foreign material removing means, A hood 500 fixedly mounted to the rear of the mainframe 100; A plurality of suction caps 510 installed on the top surface of the hood 500 in correspondence with the positions of the fingers, and installed in communication with the hood 500; An ionizer low pipe 520 formed to protrude above the suction cap 510 to project ionized air; Container collecting apparatus comprising a dust collector (540) for connecting the dust collecting hose (530) to the lower portion of the hood (500) to suck the foreign matter introduced through the suction cap (510). 9. The container washing apparatus according to claim 8, wherein the ionizer pipe (520) is formed with a plurality of air holes (525) to project air radially. The container washing apparatus according to claim 1, wherein the main frame (100) is hinged to the cover (110).

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