KR20120004330U - Equipment of the dew condensation barrier mambrabe - Google Patents

Abstract

The present invention relates to a dew condensation prevention film installation, and more particularly, condensation occurs in the steel sheet coil due to the influence of air temperature during storage in the state of the steel sheet coil wound in the form of coils during the manufacturing process of the steel sheet product damage or defect It relates to a dew condensation prevention film facility for preventing this from occurring.
Condensation prevention film installation according to the present invention, the main rail formed side by side with a steel coil; A housing part which is reciprocated along the main lane and is folded or unfolded while its length is adjusted in a longitudinal direction, and a storage space is formed so that the steel coil can be disposed therein when it is unfolded; A sublane provided side by side with the main lane outside the main lane; And a heat providing unit reciprocating along the sublane and providing warm air to the inside of the housing.

Description

Condensation prevention film installation {EQUIPMENT OF THE DEW CONDENSATION BARRIER MAMBRABE}

The present invention relates to a dew condensation prevention film installation, and more particularly, condensation occurs in the steel sheet coil due to the influence of air temperature during storage in the state of the steel sheet coil wound in the form of coils during the manufacturing process of the steel sheet product damage or defect It relates to a dew condensation prevention film facility for preventing this from occurring.

In general, after a series of processing steps in the steel manufacturing process, the cold rolled steel sheet is wound in the form of a coil.

These coils are sent to a heat treatment process, a finishing process, a plating process, or a process of cutting to an appropriate standard in order to give the desired material and properties to the demand and are put into the process.

As a result, steel sheet coils manufactured in steel mills are manufactured by hot rolling or cold rolling at a predetermined thickness, plated according to the characteristics of the product, and then transferred by a cutting machine, wound and packaged to have a constant diameter, and then shipped. .

Since the steel sheet coils shipped as described above are manufactured with a relatively large width, the buyers who received them are slitting with steel sheet coils having a constant width so as to be suitable for a product that will produce a relatively large width of the steel sheet coil. The coils are respectively wound on winding rollers and then repackaged.

Slitting the shipped steel sheet coil and repacking it into a plurality of unit steel coils are as follows.

Looking at the repackaging of the steel sheet coil, a large steel sheet coil is placed on the feed roller, and one end of the steel sheet coil passes through a slitter to cut into several strands of relatively small unit steel coils. Wind the cut unit steel coils on the take-up rollers respectively.

The slitting and wound unit steel coils are packaged to protect the outside without being unwound during the packing process, and the packed unit steel coils are transported and used to a required place after being loaded.

However, before the steel sheet coil wound in the form of coil is packed, it has a waiting and storage state for a certain time between the processes or before shipping. There was a problem that condensation occurred in the steel coil.

In addition, condensation generated in the steel sheet coils between the processes of the steel sheet or in the air and storage state before shipment may not only damage part of the steel sheet, but also cause serious defects in the steel sheet. there was.

The condensation prevention film installation according to the present invention is a condensation prevention film installation that can prevent the condensation caused by the temperature change in the steel sheet coil coiled in the form of a coil between the process and the process or during the atmosphere and storage for shipping The purpose is to provide.

The anti-condensation film facility according to the present invention is to provide a condensation prevention film facility that can prevent the steel sheet coil from being damaged or defective by the external environment during the process of the steel sheet coil or during the air and storage for shipping. There is this.

The anti-condensation film facility according to the present invention provides a condensation prevention film facility that can prevent the damage or defect of the steel sheet coil during the shipping or processing of the steel sheet coil, thereby reducing the cost consumption caused by the damage and defect generation. There is a purpose.

Condensation prevention film installation according to the present invention, the main rail formed side by side with a steel coil; A housing part which is reciprocated along the main lane and is folded or unfolded while its length is adjusted in a longitudinal direction, and a storage space is formed so that the steel coil can be disposed therein when it is unfolded; A sublane provided side by side with the main lane outside the main lane; And a heat providing unit reciprocating along the sublane and providing warm air to the inside of the housing.

Subsequently, the housing part surrounds the outside of the steel coil, and a plurality of spaced apart frames are formed, and a space can be formed inside the frame while surrounding the frame, and the frame and the other frame can be mutually folded in a bellows shape. And a blocking film to be formed, and a main wheel which is formed under the frame and moves along the main lane while being in close contact with the main lane.

The housing unit further includes a frame positioned at the front end and a rod-shaped fixing arm interconnecting an upper portion of the frame located at the end in the expanded state of the barrier film.

Subsequently, the barrier layer may include an entrance and exit gate through which the steel coil can enter and exit, an entrance and exit membrane to open and close the entrance and exit, an air entrance and exit opening of the outside of the barrier membrane, and an opening and closing of the air entrance and exit. The air inlet membrane further comprises.

In addition, the heat providing unit, a hot air for providing hot air into the housing portion, a support plate for supporting the hot air fan from below, and a sub-form formed in the lower portion of the support plate and flows along the sub lane while being in close contact with the sub lane Includes wheels.

Subsequently, the heat providing unit further includes a direction control mechanism formed between the hot air blower and the support plate to adjust the hot air supply direction of the hot air blower up and down.

The anti-condensation film facility according to the present invention, while preventing the occurrence of condensation due to temperature changes in the steel sheet coil during the process of the steel sheet coil or when stored for a long time or long time for shipping, while providing a storage space easily There is a technical effect that can be removed smoothly after.

The anti-condensation film equipment according to the present invention can prevent the damage or defect of the steel sheet coil by the external environment during the process of the steel sheet coil or during the long time standby or long time storage for shipment, thereby improving the product quality. There is a technical effect.

The anti-condensation film facility according to the present invention has an economical effect that can reduce the cost of product defects by minimizing the defects generated in the steel sheet coils during the processing of the steel sheet coils or for a long time waiting or storing for shipping. have.

1 is a view showing a condensation prevention film installation according to the present invention.
2 is a view showing a state of use of the anti-condensation film equipment according to the present invention.
Figure 3 is a view showing a cross section of the anti-condensation film equipment according to the present invention.
Figure 4 is a view showing the main portion of the anti-condensation film installation according to the present invention.

DETAILED DESCRIPTION OF EMBODIMENTS The following detailed description of the present invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It is to be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention with respect to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the following detailed description is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several views, and length and area, thickness, and the like may be exaggerated for convenience.

Hereinafter, with reference to the accompanying drawings with respect to preferred embodiments of the present invention in order to enable those skilled in the art to easily carry out the present invention will be described in detail.

In the detailed description below, condensation may occur in the steel sheet coil due to the influence of air temperature during storage in the state of the steel sheet coil wound in the form of coil during the manufacturing line process of the steel sheet to prevent product damage or defects. Throughout the technical field so that the technical configuration of the anti-condensation prevention film installation [particularly, the housing portion, the heat providing portion] according to the present invention will be of course applied.

1 is a view showing a condensation prevention film installation according to the present invention.

Referring to Figure 1, after a series of processing steps in the manufacturing process of the steel, the cold rolled steel sheet is to maintain the state of the steel coil 30 wound in the form of a coil.

The steel coil 30 has a waiting time between the processing process and the process, and also waits at a predetermined place before shipping to the finished product.

However, dew condensation may occur due to the influence of air temperature while the steel coil 30 maintains the air or storage state.

In order to prevent the condensation of the steel coil 30, the present components will use the following components.

First, a pair of main lanes 100 formed side by side with a steel coil 30 is provided therebetween.

The pair of main lanes 100 is preferably formed such that a plurality of steel coils 30 can be located therebetween.

And, it has a housing 200, which is reciprocated along the main lane (100).

Subsequently, the housing part 200 is preferably formed to be wider than the width and higher than the height where the plurality of steel coils 30 are disposed so as to surround the steel coil 30.

The housing portion 200 is folded or unfolded while the length is adjusted in the longitudinal direction of the main lane 100, when the storage space is formed inside.

As a result, the housing part 200 is accommodated so that the steel coil 30 can be stored and stored therein.

In addition, the housing part 200, while surrounding the outside of the steel coil 30, a plurality of spaced apart from the frame 210 is formed, the space can be formed inside the frame 210, The frame 210 and the other frame 210 are formed in a bellows shape so as to be mutually foldable, and the main lane 100 is formed under the frame 210 to be in close contact with the main lane 100. It includes a main wheel 230 flowing along).

As a result, the housing part 200, a plurality of frames 210 are formed side by side across the main lane 100, are interconnected through the blocking film 220, the main wheel 230 Through each of the main lane 100 is to flow through.

At this time, the frame 210 is formed of steel or synthetic resin, and may maintain the form and may be made of various materials if the shape is not deformed by external factors such as wind.

In addition, the blocking film 220 may be used in various materials as long as it can be folded and unfolded smoothly according to the flow of the frame 210.

Subsequently, light may be blocked or the light may pass through the blocking film 220.

In addition, the housing 200 has a rod-shaped fixed arm 240 that interconnects the upper portion of the frame 210 positioned at the front end and the frame 210 positioned at the distal end in the state where the blocking film 220 is unfolded. ).

In particular, the blocking film 220, the entrance and exit 222 to allow the steel coil to enter and take out, the entrance and exit membrane 224 for opening and closing the entrance and exit, the air outside the barrier can enter the inside It further includes an air inlet 226, and an air inlet membrane 228 for opening and closing the air outlet 226.

On the other hand, the outer side of the main lane 100, the sub lane 300 which is provided in parallel with the main lane 100 is disposed.

The sub-lane 300 is provided with a heat providing part 400 that can provide warm air inside the housing part 200.

In addition, the heat providing part 400 provides hot air inside the housing part 200 while reciprocating along the sublane 300.

At this time, the heat providing unit 400, it is preferable to provide hot air into the housing 200 through the air inlet 226.

As such, the heat providing part 400 provides warm air into the housing part 200, thereby preventing condensation from occurring on the steel coil 30.

2 is a view showing a state of use of the anti-condensation film equipment according to the present invention.

2, as the plurality of frames 210 flow along the main lane 100, the blocking film 220 surrounding the frame 210 may be folded and unfolded.

Here, the frame 210 formed at the end of the main lane 100 is fixed while the main wheel 230 is connected to the main lane 100.

And, the frame 210 in the front direction of the main lane 100 flows along the main lane 100, and adjusts the extent to which the barrier film 220 is unfolded according to the volume of the steel coil 30 to the steel The coil 30 can be accommodated.

In addition, when the frame 210 flows adjacent to the front end direction of the main lane 100, the blocking film 220 is unfolded.

In this case, in order to firmly maintain the unfolded state of the blocking film 220, a fixed arm 240 having a rod shape is installed on the plurality of frames 210.

The fixed arm 240 is preferably connected to the frame 210 positioned at the front end of the main lane 100 and the frame 210 positioned at the end thereof to be detachably connected and fixed by bolts.

In addition, according to the volume of the steel coil 30, the frame 210 to flow, so that the blocking film 230 is adjusted to accommodate the steel coil 30, each time of the frame 210 For firm fixation, it is desirable to select and use a fixed arm 240 of different length as needed.

Particularly, when the steel coil 30 located inside the blocking film 230 is moved in a state in which the blocking film 230 is unfolded by the flow of the frame 210, the blocking film 230 is provided on one surface of the blocking film 230. Through the entrance 222, the steel coil 30 can be carried in or out.

In addition, the doorway 222 is preferably opened and closed by the doorway film 224 to protect the steel coil 30.

Subsequently, a plurality of air inlets 226 are provided on the side surface of the blocking film 230 where the heat providing part 400 is located.

Therefore, hot air generated from the heat providing part 400 is injected into the blocking film 230 through the air inlet 226 to prevent condensation that may be generated in the steel coil 30.

Likewise, the air inlet 226 is preferably formed with an air inlet membrane 228 that can open and close the air inlet 226 to protect the steel coil 30.

Figure 3 is a view showing a cross section of the anti-condensation film equipment according to the present invention.

Looking at Figure 3, the steel coil 30 is disposed between the main lane (100).

In addition, a plurality of frames 210 are formed while crossing the main lane 100.

At this time, the main wheel 230 connected to the lower portion of the frame 210 is connected to the main lane 100 so that the frame 210 can smoothly reciprocate without being separated from the main lane 100. do.

As mentioned above, a plurality of the frames 210 are connected to each other so that the blocking film 220 surrounds the frame 210 and the frames 210 are connected to each other.

In addition, when the frame 210 and the blocking film 220 determine a fixed position while wrapping the steel coil 30, the fixing arm 240 is fixed to the upper portion of the frame 210, thereby to fix the frame 210. ) Will remain firmly fixed without further flow.

In this manner, in the state in which the frame 210 is maintained at a fixed position, the steel coil 30 carried in or taken out into the frame 210 and the barrier film is smoothly entered through the doorway 222.

In particular, when the steel coil 30 is carried into the housing 200, the entrance membrane 224 is opened.

Here, the method of opening the entrance membrane 224 may be a method of rolling up the entrance membrane 224 in an upward direction or a method of moving the entrance membrane 224 in a horizontal direction.

Here, the entrance membrane 224, when rolled up in the upper direction, the Velcro tape can be used in the rolled up position, the main fixing piece 225 that can maintain the rolled up state of the entrance membrane 224 This can be used.

In addition, a method of closing the doorway membrane 224 includes a method of lowering the doorway membrane 224 rolled up in an upward direction, and moves the doorway membrane 224 moved in the horizontal direction to its original position. The entrance 222 may be closed.

On the other hand, both sides of the pair of the main lane 100, the sub-lane 300 is formed side by side in the longitudinal direction of the main line 100 is formed.

In addition, the sublane 300 is provided with a heat providing unit 400 for providing hot air into the housing 200.

Subsequently, the heat providing part 400 includes a hot air fan 410 for providing hot air into the housing part 200, a support plate 420 for supporting the hot air fan 410 from below, and the support plate 420. It is formed in the lower portion includes a sub-wheel 430 flowing along the sub-lane 300 while being in close contact with the sub-lane (300).

Subsequently, the heat providing part 400 further includes a direction control mechanism 440 formed between the hot air blower 410 and the support plate 420 to adjust the hot air supply direction of the hot air blower 410 up and down. do.

Then, the configuration and use state of the heat providing unit 400 will be described in more detail below.

Figure 4 is a view showing the main portion of the anti-condensation film installation according to the present invention.

Referring to FIG. 4, when the steel coil 30 is loaded into the housing 200, the frame 210 flows along the main lane 100, and the blocking film 220 is interlocked. The steel coil 30 is completely covered.

In this case, a plurality of air inlets 226 are formed on the side surface of the blocking film 200, and the air inlets 226 are opened and closed by the air inlet membrane 228.

When the steel coil 30 is carried into the housing 200, the air inlet membrane 228 is opened to provide hot air through the air outlet membrane 228.

Here, the method of opening the air inlet film 228 may be a method of rolling up the air inlet film 228 in an upward direction or a method of moving it in a horizontal direction.

Here, when the air inlet membrane 228 is rolled up in an upward direction, a velcro tape may be used at a rolled up position, and the sub-fixing piece may maintain a state in which the air outlet membrane 228 is rolled up ( 229) can be used.

In addition, the method of closing the air inlet membrane 228 includes a method of lowering the air outlet membrane 228 that is rolled up in an upward direction, and moves the air outlet membrane 228 that has been moved in the horizontal direction to its original position. In this way, the air outlet 226 may be closed.

On the other hand, looking at the arrangement of the heat providing unit 400 according to the arrangement of the housing portion 200, the outer side of the pair of the main lane 100, the sub-lanes are formed in parallel to the longitudinal direction of the main line 100 300 is formed.

In addition, the sublane 300 is provided with a heat providing unit 400 for providing hot air into the housing 200.

Subsequently, the heat providing part 400 includes a hot air fan 410 for providing hot air into the housing part 200, a support plate 420 for supporting the hot air fan 410 from below, and the support plate 420. It is formed in the lower portion includes a sub-wheel 430 flowing along the sub-lane 300 while being in close contact with the sub-lane (300).

Subsequently, the heat providing part 400 further includes a direction control mechanism 440 formed between the hot air blower 410 and the support plate 420 to adjust the hot air supply direction of the hot air blower 410 up and down. do.

In this case, the heat providing unit 400 is preferably formed at a position corresponding to the air inlet 226.

Therefore, as the plurality of air inlets 226 are formed, a plurality of heat providing units 400 are provided.

Here, the hot air blower 410 of the heat providing unit 400 provides hot air to the inside through the air inlet 226.

At this time, it is natural that the air outlet membrane 228 of the air outlet 226 is kept in a rolled up state.

Subsequently, the hot air blower 410 adjusts the formation position of the air inlet film 228 while flowing by the sub-wheel 430 on the sub lane 300.

In addition, in order to provide hot air of the hot air blower 410 into the air inlet film 228, the height of the hot air blower 410 is smoothly adjusted through the direction adjusting port 440.

Here, the direction control port 440, if the wind providing direction of the hot air blower 410 is located at a desired height, through the tightening bolt 442 to press the bolt, to maintain the fixed position of the hot air blower 410 To help.

In addition, in order to change the fixed height of the hot air blower 410, after adjusting the position by releasing the tightening bolt 442, the hot air blower 410 through the tightening bolt 442 to maintain the fixed position firmly do.

As a result, the hot air is provided through the heat providing part 400 into the housing part 200 to prevent condensation from occurring in the steel coil 30, thereby smoothing the quality of the steel coil 30. Will be maintained.

Although the embodiments of the present invention have been described above with reference to the accompanying drawings, the present invention is not limited to the above embodiments and can be manufactured in various forms, and a person of ordinary skill in the art to which the present invention belongs. It will be appreciated that the present invention may be embodied in other specific forms without changing the technical spirit or essential features of the present invention. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive.

30: steel coil
100: main lane
200: housing portion 210: frame
220: barrier 222: doorway
224: door curtain 225: main station
226: air inlet 228: air inlet membrane
229: sub fixation
240: fixed arm
300: sublane
400: heat providing unit 410: hot air fan
420: support plate 430: sub wheel
440: direction control port 442: tightening bolt

Claims (6)

A pair of main lanes formed side by side with steel coils interposed therebetween;
A housing part which is reciprocated along the main lane and is folded or unfolded while its length is adjusted in a longitudinal direction, and a storage space is formed so that the steel coil can be disposed therein when it is unfolded;
A sublane provided side by side with the main lane outside the main lane; And
And a heat providing unit reciprocating along the sublane and providing warm air to the inside of the housing.
The method of claim 1,
The housing part,
Frame and spaced apart surrounding the steel coil, a plurality of spaced apart,
It is possible to form a space inside the frame surrounding the frame, the frame and the other frame is a barrier film formed to be mutually foldable in the form of bellows,
The condensation prevention film installation including a main wheel formed on the lower portion of the frame and flowing along the main lane while being in close contact with the main lane.
The method of claim 2,
The housing part,
Condensation prevention film installation, characterized in that it further comprises a rod-shaped fixed arm that interconnects the frame located at the front end and the frame located at the end in the state that the barrier film is unfolded.
The method of claim 2,
The blocking film,
An entrance and exit for allowing the steel coil to enter and exit;
An entrance membrane for opening and closing the entrance and exit;
An air inlet port through which air outside the barrier film can enter the inside;
An anti-condensation film facility, characterized in that it further comprises an air outlet film for opening and closing the air outlet.
The method of claim 1,
The heat providing unit,
A hot air fan for providing hot air into the housing part;
A support plate for supporting the hot air fan from the bottom,
The condensation prevention film installation comprising a sub-wheel formed on the support plate and flowing along the sub-lane while being in close contact with the sub-lane.
6. The method of claim 5,
The heat providing unit,
Condensation prevention film installation, characterized in that it further comprises a direction control mechanism which is formed between the hot air and the support plate to adjust the hot air providing direction of the hot air up and down.

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