KR100406249B1 - Container for transporting metal strip coil - Google Patents

Abstract

The present invention relates to the provision of a container device configured to transport and handle heavy metal strip coils more safely and conveniently.

The present invention is provided with a cover 120 that can be opened and closed on the upper portion and the inner bottom of the coil support consisting of a plurality of support holes 132 arranged in contact with each other in the width direction of the coil to enable the elastic displacement in the vertical direction ( 130 is provided with a coil accommodating part 100, and the means for supporting the coil accommodating part 100 is installed inside, opening and closing the cover 120 of the coil accommodating part 100 in place It is provided, and provides a container device for transporting the metal strip coil, characterized in that it comprises a frame portion 200 having a rectangular frame structure configuration that can be disposed in the front and rear, right and left, or in contact with each other without flow in the vertical direction. .

Description

Container device for transporting metal strip coils {CONTAINER FOR TRANSPORTING METAL STRIP COIL}

The present invention relates to a metal strip coil transport container device for use in safely receiving and transporting a heavy metal strip coil.

In general, in order to manufacture and supply metal strips, such as steel strips of a certain width and thickness, to a demander in a steel mill, it is necessary to transport and handle the manufactured metal strips in coils (or rolls) of appropriate specifications. When the metal strip coil is transported to the demand, the coil is packaged to prevent damage to the surface of the coil or contamination by dust, especially when the coil is transported by sea transportation. Double packing of waterproof paper packaging and thin metal thin packaging.

As an example, a process of transporting such a heavy metal strip coil to a remote overseas customer is required. The coil, which is packaged in a required state, is sent from a steel mill to a bonded warehouse or an outdoor yard near a plural number of coils. Will be placed in a stacked state. When a cargo ship for loading and transporting coils arrives, the coils are transferred to the ship by means of a crane or the like, and the transferred coils are securely tied and fixed several times so that they are not moved by the wire rope after they are properly loaded in the ship. When the cargo ship loaded with coils arrives at the destination, the wire ropes tied with the coils are dismantled, and each coil is transferred to a land transportation means by a crane or the like and finally delivered to a demand destination.

However, there are currently the following problems in the packaging and transport handling of the metal strip coil as described above.

1. In case of double packing of waterproof paper packing and thin metal packing, there is a problem that extra equipment, manpower and time are required, and materials for packing and packing cost are high.

2. During the loading and unloading of the coil and the transportation to the destination, the use of several conveying devices (crane, etc.) requires a problem of easily damaging the coil in the process.

3. In case of rain, the coil is rusted due to moisture intrusion, so it is difficult to transport during rainy weather.

4. When carrying a plurality of coils together, there is a problem in that the stacked coils are bundled so as not to move with a wire rope, and there is a problem in that each of the coil sizes must have a pedestal corresponding thereto.

5. When cargo ships carrying coils are rolled or pitched with storms or coarse waves, the bundled wire ropes are often loosened or broken, and the flow of coils often collides with each other, causing damage or accidents. .

6. In order to transfer the transported coils to the final destination by rail, etc., they must be reloaded in the vehicle. Since each coil is not stable in a round shape on a roll, it is not possible to transport a large amount at a time. For safe loading, specially manufactured stoppers, etc., should be installed on the vehicle loading section.

For this reason, it is possible to prevent the occurrence of rust or damage during the current handling and transportation of metal strip coils, and to enable land transportation, rail transportation or sea transportation without special transportation device. There is a great demand for the provision of means which can be conveniently accommodated and carried.

Therefore, the present invention can safely accommodate and support the coil to simplify the packaging for the metal strip coil and effectively prevent rust from moisture or damage during transportation, and also increase the loading efficiency during coil transportation and the coil It is an object of the present invention to provide a container device for transporting coils of metal strips which facilitates the handling thereof.

1 is an overall perspective view of a container apparatus according to one preferred embodiment of the present invention;

FIG. 2 is a perspective view showing a second frame in the apparatus of FIG. 1; FIG.

Figure 3 is a perspective view showing an extract of the coil receiving portion in the apparatus of Figure 1,

Figure 4 is a perspective view showing an example of the configuration of the coil support is installed on the inner bottom of the coil receiving portion in the device of Figure 1,

5 and 6 are perspective views showing another configuration example of the coil support;

7 is a perspective view showing an extract of a first frame in the apparatus of FIG. 1;

8 is a perspective view showing an operation relationship between a hydraulic cylinder and a coil accommodating cover in the apparatus of FIG. 1;

9 is a perspective view of a container device according to another possible embodiment of the present invention;

FIG. 10 is a perspective view showing an open state of the coil accommodating part cover in the apparatus of FIG. 9; FIG.

11 is a perspective view of a container apparatus according to another possible embodiment of the present invention;

Fig. 12 is a perspective view showing a state where the coil accommodating cover is open in the apparatus of Fig. 11;

13 is a perspective view of a container apparatus according to another possible embodiment of the present invention;

Fig. 14 is a perspective view showing a state where the coil accommodating cover is open in the apparatus of Fig. 13;

15 is a front view showing the main portion of the container apparatus according to another possible embodiment of the present invention;

Fig. 16 is a front view showing a state where the coil receiving portion cover is open in the apparatus of Fig. 15;

Explanation of symbols on the main parts of the drawings

100: coil accommodating part 110: enclosure 120: cover

130: coil support 131: fixed plate 131a: horizontal support wall

131b: vertical support wall 132: support 133: support

134: guide pin 135: long hole 136: guide pin hole

137: spring 138: fixing pin 139: surface material

140: cover operation arm 150: shaft pin 160: link pin

170: guide pin 200: frame portion 200a: first frame

200b: second frame 201: support 202,203: support

204,205: Intermediate Auxiliary Support 206,207: Upper Auxiliary Support

208: support plate 209: fixing bolt

210, 211, 212: Key hole 213: Guide hole 214: Support

215: support 216,217: upper auxiliary support

218: intermediate auxiliary support 219,220: lower auxiliary support

221: support steel plate 222,223,224: key 225,226,227: key hole

228,229: groove 230: hydraulic cylinder 231: cylinder rod

232: guide pin hole 233: guide shaft 234: elevating plate

235: spring 236: guide hole 240: motor

241: pinion gear 242: rack gear 243: spring

244: lifting plate 245: guide shaft 246: cover operating arm

247: guide pin hole 248: guide pin 249: support

250: guide shaft 251: elevating plate 252: spring

253: long hole 254: cover operation arm 255: shaft pin

256: motor 257: pinion gear 258: rack gear

The object of the present invention is a coil accommodating part provided with supporting means for supporting the metal strip coil to be transported without flow according to the present invention on the inner bottom and having an openable cover on the upper part, and the coil accommodating part therein. It is installed, supported and easily stacked with each other, it is configured to include a frame portion made of a structure that is provided to maintain a stable fixed state without applying a separate fixing operation when it is stacked, the frame portion accommodates the coils installed therein Means are achieved by providing a container apparatus for transporting metal strip coils, characterized in that the means for opening and closing the cover of the float are constructed.

In the container device of the present invention, the supporting means provided for supporting the bottom of the coil on the inner bottom of the coil receiving portion is divided into a plurality of supporting elements having the same shape and size, and each divided support. The side parts of the elements are in contact with each other arranged in contact with each other, wherein each of the supporting elements are respectively installed in a limited position to enable the elastic flow in the vertical direction or each of the supporting elements themselves is composed of an elastic body Has In addition, the cover of the upper part of the coil receiving part is provided so that a pair of covers facing each other can move simultaneously in the direction of opening the upper part of the coil receiving part or in the airtight closing direction. The drive source and the power transmission means for achieving the opening and closing operation of the is provided.

In one preferred embodiment of the present invention, the coil accommodating part cover is installed to slide open and close from side to side, and the left and right slide opening and closing operations of the cover are lifted up and down by a hydraulic cylinder, the hydraulic cylinder and a spring. A container apparatus is provided and configured to be made by a lifting plate and cover operation arms connected between the lifting plate and the cover to interlock with the lifting plate.

According to another possible embodiment of the present invention, the coil accommodating part cover is installed to slide open and close from side to side, and the left and right slide opening and closing operations of the cover include an electric motor, a pinion gear rotated by the motor, and A rack gear engaged with the pinion gear, a lifting plate installed to move up and down by the action of the rack gear and the spring, and a cover operation connected between the lifting plate and the cover so as to interlock with the lifting plate. There is provided a container arrangement configured to be made by arms.

According to another possible embodiment of the present invention, the coil accommodating portion cover is composed of a pair of covers that are opened and closed along an arc-like direction, and the opening and closing operation of the cover is rotated by an electric motor and the motor. A pinion gear, a rack gear meshed with the pinion gear, a lift plate installed to move up and down by the action of the rack gear and the spring, and between the lift plate and the cover to interlock with the lift plate. A container device is provided, which is configured to be made by cover operation arms that are connected and installed.

In the following, the metal strip coil transport container apparatus according to the present invention will be described in more detail with reference to the embodiments illustrated in the accompanying drawings.

1-8 show a container arrangement adapted to carry and handle heavy metal strip coils in accordance with one preferred embodiment of the present invention.

As illustrated herein, the container device according to the present invention includes a coil accommodating part 100 having a metal strip coil to be safely transported therein without moving therein and having an openable cover 120 thereon. The frame part 200 which is configured to be supported by the coil accommodating part 100 installed therein and moved to a place such as a vehicle loading part or a coordination by using a crane or the like and stacked in a state of being in contact with each other in the front, rear, left, and right directions. And a driving source and power transmission means for opening and closing the cover 120 of the upper portion of the coil accommodating part 100 as necessary in place of the frame part 200 and the coil accommodating part 100. Is provided.

In the illustrated embodiment, the frame part 200 is divided into a first frame 200a and a second frame 200b which are coupled up and down with each other, wherein the first frame 200a has a coil inside thereof. The housing 100 is installed and supported, and has a structure suitable for moving to a required place using a crane or the like, and the second frame 200b is coupled to support the first frame 200a thereon. The hydraulic cylinder 230 for opening and closing the upper cover 110 of the coil accommodating part 100 installed inside one frame 200a is arranged.

In more detail, first, the second frame 200b of the frame part 200 includes a plurality of vertical support members 201 positioned at four corners of the frame body as illustrated in FIG. The plurality of vertical supports 202 and 203 disposed in the middle between the respective supports 201 and the vertical supports 201 and the supports 202 and 203 in the transverse direction. Composed of a combination of the cross-supporting intermediate auxiliary support 204 (205) and the upper auxiliary support 206, 207 to secure the connection is configured to have a body in the form of a rectangular frame as a whole, A steel plate 208 for proper support is welded to the upper part of the body of the two frames 200b. In the second frame 200b configured as described above, a hydraulic cylinder 230 having a cylinder rod 231 is installed inside a set of supports 202 facing in the front-rear direction in the drawing by using a plurality of fixing bolts 209, for example. Installation is fixed.

Key grooves 210, 211, and 212 in which the keys 222, 223, and 224 protruding from the bottom of the first frame 200a to be inserted into and fixed to the upper part of the second frame 200b are inserted. At the site where the hydraulic cylinder 230 is provided, guide holes 213 for guiding the movement of the cylinder rod 231 of the hydraulic cylinder 230 are provided.

3 shows a detailed configuration of the coil accommodating part 100. As shown here, the coil accommodating part 100 opens and closes a lower housing 110 having a rectangular cylinder shape, and an upper portion of the housing 110. As shown in FIG. It is configured to include a cover 120 installed on the upper portion of the housing 110, the coil support 130 as described later is provided on the inner bottom of the housing 110.

In the coil accommodating part 100, the cover 120 is installed to open or close the upper part of the housing 110 while the left and right pair of cover 120 slides left and right as shown in the illustrated example. Each upper end of the pair of V-shaped cover operation arms 140 is installed at the side portion of each cover 120 for the operation of the 120 is connected to the shaft pin 150, the lower end of the arms 140 Rotationally constrained to one link pin 160 together, the protruding portion extending outward of the link pin 160 restraining the lower ends of the arms 140 is the first frame 200a side to be described later It is connected to the elevating plate 234. In addition, the guide pins 170 for guiding the slide movement of the cover 120 are projected to be guided by inserting the guide pin hole 232 of the side of the first frame (200a) to be described later on the upper side of the cover (120) do.

Figure 4 shows an example of the configuration of the coil support 130 is provided on the inner bottom of the coil receiving portion 100. The coil support 130 has a horizontal support wall portion 131a and a fixed plate 131 made up of vertical support wall portions 131b formed at both ends of the horizontal support wall portion 131a. A plurality of support holes 132 for properly supporting one side and the other side of the lower coil is installed, for example in the form shown. The support holes 132 are all the same shape and size of the body and are arranged side by side in the front and rear direction (in the width direction of the transport target coil) in the drawing by the same number on one side and the other side on the fixing plate 131, respectively. In the configuration example of FIG. 4, the support holes 132 are perpendicular to the body in which the support parts 133 having a curved shape corresponding to the curved shape of the coils are supported on one side. The guide pin 134 and the long hole 135 of the configuration is formed, the guide pin 134 of each support hole 132 is formed on the horizontal support wall portion (131a) of the guide plate 131 The fixing plate 131 is inserted into the pin hole 136 so as to be movable up and down, and the elastic spring 137 is interposed between the body of each support hole 132 and the horizontal support wall 131a of the fixing plate 131. Installed on the As such, the long fixing pins 138 are installed horizontally through the long holes 135 of the support holes 132 between the vertical support wall portions 131 b of the fixing plates 131 on which the support holes 132 are installed. Each base 132 can be moved in the up and down direction in each position without departing from the limited position.

5 and 6 show another possible configuration example of the coil support 130, in which case the fixing plate 131, the support base 132 to be installed is composed of an elastic body capable of elastic displacement, and each support In the sphere 132, the support portion 133 on which the coil is contacted and supported is provided with a surface material 139 made of a material such as a cloth which can prevent pressing by the weight of the coil during a long time coil transportation process. The case is shown.

In the coil support 130 illustrated in FIG. 4, 5, or 6, the support 133 to which the coil on each support 132 is supported may be curved or flat. In addition, the number of each of the support 132 may be set to an appropriate number according to the standard of the coil to be handled, and in some cases, it is possible to manufacture and install in one piece.

FIG. 7 shows a detailed configuration of the first frame 200a in which the coil accommodating part 100 is installed inside the frame part 200.

As shown here, the first frame 200a forms a body having a rectangular frame shape corresponding to the second frame 200b described above. Specifically, the plurality of vertical supports 214 positioned at four corners of the body. ), A plurality of vertical supports 215 located in the middle between the two supports 214 in the front and between the two supports 214 in the rear, and the supports 214 and the support 215. It consists of a combination of the upper auxiliary support 216, 217 and the intermediate auxiliary support 218 and the lower auxiliary support 219, 220 of the transverse direction supporting the upper, middle, lower in the transverse direction, and In the lower part of the frame, a steel plate 221 for supporting the coil receiving part 100 is seated and fixed by welding, and below the key holes 210 and 211 on the second frame 200b. Same for moving stacks of 212 or containers Keys 222, 223 and 224 are protruded to be inserted without flow into key holes on one other container frame to prevent flow or escape of stacked containers. For this reason, the key holes 225, 226, 227 are provided in the upper position of the first frame 200a in which the keys of the lower part of the container frame similarly inserted can be inserted without flow. In addition, a plurality of grooves 228 and 229 are provided at a plurality of locations on the outer side of the upper end of the first frame 200a to easily insert a jig during movement using a crane or the like to facilitate the use of the crane.

In addition, the guide pins 170 protruding from the cover 120 of the coil accommodating part 100 are inserted in the upper inner surface of the upper portion of the first frame 200a to guide the transverse slide of the cover 120. Guide pin holes 232 for supporting the movement are formed.

Furthermore, in the first frame 200a configured as described above, a vertical guide shaft 233 is provided inside the support 215 at a position corresponding to the installation position of the hydraulic cylinder 230 of the second frame 200b described above. The lifting plate 234 is installed on the guide shaft 233 so that the lifting movement in the vertical direction along the guide shaft 233 is freely received and the downward elasticity force by the spring 235 is provided. An extension end of the link pin 160 that restrains the lower end of the cover operation arms 140 connected to the cover 120 of the coil accommodating part 100 is connected to the frame inner end of the elevating plate 234. It is fixed, the guide hole 236 is provided on the lower side in which the elevating plate 234 is installed, through which the cylinder rod 231 of the hydraulic cylinder 230 is raised to act on the lower surface of the elevating plate 234. It is supposed to be.

8 shows a hydraulic cylinder 230 installed on the second frame 200b, a link pin 160 connected to the lifting plate 234 installed on the first frame 200a, and a cover operation connected thereto. Arms 140 and the coil receiving portion cover 120 connected to the arm 140 is shown to be interoperable, wherein a is a state in which the coil receiving portion cover 120 is closed, b shows a state in which the coil receiving portion cover 12 is open, respectively.

In operation, the hydraulic cylinder 230 installed in the second frame 200b with the cover 120 of the coil accommodating part 100 closed as shown in Fig. 1, 3, or 8a, for example. When the cylinder is operated, the cylinder rod 231 of the hydraulic cylinder 230 rises through the guide hole 213 on the second frame 200b and the guide hole 236 on the first frame 200a.

The cylinder rod 231 which is lifted up in this way acts on the lower surface of the elevating plate 234 to push the elevating plate 234 back against the spring force of the spring 235, and thus the elevating plate 234. As the link pin 160 fixed to the ascends, the cover operation arms 140 whose lower end is connected to the link pin 160 are operated in the same state as b in FIG.

When the cover operation arms 140 are opened and operated in the left and right in the drawing as described above, the cover 120, which is connected to the upper ends of the arms 140 by the shaft pins 150, is opened by sliding left and right, wherein the cover Side guide pins 170 of 120 are guided along the guide pin holes 232 on the frame 200a to allow the opening and closing operation of the cover 120 to be stably made within a predetermined trajectory and a predetermined position range.

In this way, when the cover 120 is opened, a coil moved through a means such as a crane lift is inserted into the coil accommodating part 100, and the inserted coil is a coil installed at an inner bottom of the coil accommodating part 100. The lower part of the coil is supported and supported by the support holes 132 on the pedestal 130 and is seated.

At this time, among the support holes 132 on the coil support 130, the support holes 132 in contact with the lower portion of the coil are pressed by the weight of the coil so that the contact surface with the coil is elastically displaced downward. Supporting, the remaining support 132 of the outer side that is not in contact with the coil maintains the original position as the inner side of the coil side to support the both sides of the coil to hold, the support of these support 132 As a result, the coil is more stably fixed to the front, rear, left, and right sides during transportation, thereby greatly reducing the occurrence of damages and safety accidents of the coil, which have frequently occurred during the transfer of such a weight body.

After the coil is seated on the coil support 130 as described above, the crane lift that moved the coil is separated from the coil and exits over the coil accommodating part 100.

Subsequently, the cylinder rod 231 of the inflow cylinder 230 descends, thereby lowering the link pin 160, which is restrained while the lifting plate 234, which has been subjected to the downward force of the spring 235, descends. As a result, the cover operation arms 140 and the cover 120 are closed in the opposite direction as described above, so that the cover 120 is closed, and thus the cover 120 is closed. Work for transportation, such as land transportation or sea transportation of a coil, is performed.

In the above-described embodiment, the frame part 200 uses the first frame 200a for supporting the coil accommodating part 100 and the hydraulic cylinder 230 as a driving source for opening and closing the coil accommodating part cover 120. The second frame 200b, which is installed and supported, is separated, which is, for example, a coil accommodating part having a second frame 200b having a cover opening / closing drive source at a coil supply or a demand destination and accommodating the actual coil, if necessary. Only the first frame 200a having the (100) is intended to be selected such as to be transported and handled from the coil supply source to the demand source, and the first and second frames 200a may be used depending on design conditions or usage conditions. It is a matter of course that the apparatus may be configured in the form having a frame portion 200 which is integrally formed with (200b).

9 and 10 show a configuration of a container apparatus according to another possible embodiment of the present invention, in which Fig. 9 shows a state in which the coil receiving cover 120 of the apparatus is closed, and Fig. 10 shows that the cover 120 Each of the open states is shown. This embodiment is the basic configuration of the container device consisting of a coil receiving portion 100 having an openable cover 120 and a frame portion 200 for supporting the coil receiving portion 100 installed inside. The same or in the same category, but the means for opening and closing the cover 120 of the coil receiving portion 100 is different from the above embodiment.

That is, in the embodiment of Figs. 9 and 10, the electric motor 240 is provided in the lower portion of the frame portion 200 as a driving source for opening and closing the coil receiving portion cover 120, and the motor 240 The pinion gear 241 which is rotated by the rack gear and the rack gear 242 which is installed in the pinion gear 241 and is moved up and down are installed in the form shown in the frame 200. An elevating plate 244, which is lifted by the rack gear 242 or lowered by the downward elasticity of the spring 243, is positioned on the guide shaft 245. Up and down movement is freely installed. The elevating plate 244 is configured to be installed in the same manner as the elevating plate 234 of the above-described embodiment, and between the elevating plate 244 and the cover 120 is similar to the cover operation arms 140 of the above-described embodiment. Covering arms 246 are connected.

Referring to the operation of the embodiment, the pinion gear 241 is rotated to one side by the operation of the motor 240 in the coil accommodating portion cover 120 is closed as shown in Figure 9 is engaged with the rack gear 242 The upward movement of the upwardly moved rack gear 242 pushes up and down the lifting plate 244, so that the arm 246 is connected between the lifting plate 244 and the cover 120. By the operation of the cover 120 is opened as shown in the state of FIG. After the cover 120 is opened and the necessary work is completed, when the motor 240 and the pinion gear 241 are rotated in the opposite direction, the rack gear 242 is lowered, and the lifting plate 244 is thus operated. Is moved downward by the downward force of the spring 243, the cover 120 is closed again to the state of FIG.

11 and 12 show a configuration of a container device according to another possible embodiment of the present invention, the device of this embodiment is similar to the embodiment of Figs. Opening and closing operation of the coil accommodating portion cover 120 is configured to be made along the trajectory of the arc.

That is, in the embodiment of Figs. 11 and 12, an arc-shaped guide pin hole 247 is provided in the side portion of the frame part 200, and the guide pin 248 from the cover 120 is inserted therein, and the frame part is inserted. On the other side of the side portion, the elevating plate 251 having a pair of support portions 249 and the guide shaft 250 is movable up and down within a predetermined distance range, and has a downward elasticity force by the spring 252. It is installed to receive. Between the support portions 249 of the elevating plate 251 and the cover 120, a pair of cover operation arms 254 having a long hole 253 are crossed with each other in an X-shape, and the intersection point It is connected and installed in the form constrained by the shaft pin (255). 9 and 10, the pinion gear 257 and the pinion gear 257 which are rotated by the motor 256 are engaged with each other, and the upper and lower sides of the elevating plate 251 installed as described above. A working rack gear 258 is provided.

Referring to the operation of the embodiment, as shown in Figure 11 when the rack gear 258 is moved up by the operation of the motor 256 and the pinion gear 257 in the coil receiving portion cover 120 is closed, the rack gear 258 pushes up and down the lifting plate 251, so that the arms 254 connected to the supporting portion 249 on the lifting plate 251 are rotated in the state shown in FIG. The circular arc trajectory is moved along the guide pin hole 247, so that the cover 120, which is connected to the ends of the arms 254, slides along the trajectory of the arc inside the frame part 200. It is opened in the state of FIG. After opening the cover 120 as described above, the motor 256 and the pinion gear 257 are operated in reverse to lower the rack gear 258, and the lifting plate 251 is lowered by the downward force of the spring 252. As the arms 254 are rotated in the opposite direction, the cover 120 is closed again in the state shown in FIG.

13 and 14 show the configuration of a container device according to another possible embodiment of the present invention, the device of this embodiment is similar to the above-described embodiments, except that the basic configuration is the same as that of the coil receiving part cover. The opening and closing operation of the 120 and the configuration of the cover operating means 259 are somewhat different, of which FIG. 13 shows a state in which the cover 120 is closed, and FIG. 14 shows a state in which the cover 120 is opened.

In addition, the opening and closing operation of the coil accommodating part cover 120 in the apparatus according to the present invention may also be configured as shown in the example of Figure 15, Figure 16, in this embodiment the closing operation of the cover 120 It is made of the force of the spring 261 provided on the guide shaft 260, the opening operation of the cover 120 is to be made through the combined operation of the link mechanism 262, 263 as shown in the example.

In the above-described embodiments, a coil support 130 having a configuration as described with reference to FIGS. 4, 5, and 6 is commonly installed on the inner bottom of the coil accommodating part 100, and the coil accommodating part cover ( Appropriate sealing means may be added to the contact portions of the 120 facing each other.

In addition, in place of the frame unit 200 may be provided with a power connection for connecting the power source to the drive source for opening and closing the coil receiving portion cover 120 and the operation means for the operation of the drive source.

The present invention provides the following effects by the configuration and operation as described above.

First, the cover 120 may be opened and closed to safely store the coil in the coil accommodating part 100 or may be withdrawn from the coil accommodating part 100, so that the handling of the coil withdrawal is simple and quick.

Secondly, the use of the coil accommodating part 100 does not require the double packaging of the waterproof paper packaging and the metal thin film packaging as before, and only the waterproof paper packaging can achieve the purpose of the coil packaging work process required for coil packaging and You can save money.

Third, since the coil is shipped, unloaded, and transported in a state in which the coil is stably housed in the coil accommodating part 100, rust does not occur in the rain even in rainy weather, and there is less fear of damage during transportation.

Fourth, there is no need to install a separate stopper or rope conventionally used when loading the coil has the effect of reducing the work time and cost.

Fifth, even in the condition of rolling and pitching due to coarse waves during shipping and transportation of coils using cargo ships, the coils are kept in a stable state, and thus there is no problem of coil damage or safety accidents.

Sixth, it is possible to load and transport the coils by using only container handling equipment that is used daily without the need for specially designed transportation equipment for transporting the coil, and can greatly improve the loading efficiency and transportation efficiency of the coil.

Claims (6)

A housing 110 accommodating a metal strip coil to be transported therein, a cover 120 installed on the upper portion of the enclosure 110 to open and close the upper portion of the enclosure 110, and a coil on an inner bottom of the enclosure 110. Coil accommodating part 100 consisting of a coil support 130 installed to support the support without moving back and forth, left and right, Means for supporting the coil accommodating part 100 installed therein and opening / closing the cover 120 of the coil accommodating part 100 are provided at the appropriate places, and are arranged in a forward, backward, leftward and rightward direction, or flow in a vertical direction. Metal strip coil transport container device characterized in that it comprises a frame portion 200 having a body of a rectangular frame shape that can be wet and fixed without. According to claim 1, The coil accommodating portion cover 120 is installed so as to slide and move in the transverse direction, the cylinder rod 231 is installed in the frame portion 200 means for opening and closing operation of the cover 120 Hydraulic guide (230) having a), the lifting plate 234 which is operated up and down along the guide shaft 233 by the hydraulic cylinder 230, and the guide to lower the lift plate 234 It consists of a spring 235 disposed on the shaft 233 and the cover operating arm 140 connected between the lifting plate 234 and the cover 120 to be interlocked with the lifting plate 234. A container device for carrying metal strip coils. The electric motor 240 of claim 1, wherein the coil accommodating part cover 120 is installed to slide and move in a lateral direction, and means for opening and closing the cover 120 are installed in the frame part 200. ), A pinion gear 241 rotated by the motor 240, a rack gear 242 meshed with the pinion gear 241, and a guide shaft 245 by the rack gear 242. And a lift plate 244 installed to move up and down along the upper and lower surfaces, a spring 243 provided on the guide shaft 245 to lower the lift plate 244 downward, and interlock with the lift plate 244. And a cover operation arm (246) connected between the elevating plate (244) and the cover (120). The electric motor of claim 1, wherein the coil accommodating part cover 120 is installed to open and close by moving in an arc-like direction, and means for opening and closing the cover 120 are installed in the frame part 200. 256, a pinion gear 257 which is rotated by the motor 256, a rack gear 258 meshed with the pinion gear 257, and a guide shaft by the rack gear 258. An elevating plate 251 installed to move up and down along the 250, a spring 252 provided on the guide shaft 250 so as to downwardly elevate the elevating plate 251, and interlocked with the elevating plate 251. And a cover operation arm (254) installed between the elevating plate (251) and the cover (120). According to claim 1, wherein the coil support 130 is a plurality of support holes are installed in the fixed plate 131 and the fixing plate 131 in the vertical direction so as to be elastically displaced in connection with each other in the width direction of the coil. Container device for transporting metal strip coils, characterized in that consisting of (132). The support part 133 of claim 5, wherein a support part 133 is formed on the support hole 132 to support and support the coil, and the support member 133 is provided with a surface material 139 to prevent the coil from being pressed. Container device for transporting coils of metal strips, characterized in that.