KR20140023415A - Dufferin for greenhouse production of automatic molding apparatus and method - Google Patents

Abstract

The present invention relates to a Dufferin automatic molding process for greenhouse production and an apparatus thereof, and presents a supply step to rotate and supply raw materials using an uncoiler; a flattening step to flatten the raw materials uncoiled by rotation of the uncoiler through a leveler feeder with a loosening prevention member pressing the raw materials mounted on the uncoiler; a punching step to punch, with a puncher, the raw materials flattened by the leveler feeder; a cutting step to cut, with a cutter, the raw materials punched by the puncher; and a forming step to form, with a former, the raw materials cut by the cutter. The present invention presented as above can have effects of not only producing uniform and accurate Dufferin but also shortening the production process time and improving work efficiency by automatically implementing a Dufferin molding process without halting of a process nor manual operation.

Description

Dufferin for greenhouse production of automatic molding apparatus and method}

The present invention is a technology for the automatic molding apparatus and method for producing a greenhouse for the production of greenhouse, more specifically, the process is stopped or progressed automatically without manual operation while the process is in progress and the moving speed and position are kept the same in the punching machine. The error range of the punching position is reduced, and there is no need to install additional process rails, so that the work space can be efficiently used, and the automatic molding apparatus and method for the production of the furlin for greenhouse production can be easily bent by forming using a forming machine. will be.

In general, a greenhouse is a glass room with a heating system. A greenhouse is a glass room, which is separated from a greenhouse even though it is dried with glass. A greenhouse is included in a greenhouse. Recently, however, greenhouses are equipped with both heating and air conditioning systems, and the temperature control range is widening, and the greenhouse that can fully control temperature, air humidity, and even rays is called an artificial weather room.

Greenhouses are capable of promoting cultivation and restraining cultivation of crops, which can produce agricultural products continuously throughout the year, and cultivation and production of special crops that are not cultivated on the open ground. It is widely used in breeding breeding by freely controlling the growth stage of crops, and it is possible to study the relationship between the environment and crop growth by examining the response of crops by controlling temperature, humidity and light, and by protecting and nurturing tropical and subtropical plants. It has economic, academic, and educational purposes such as being used as an educational facility.

In addition, recently, in addition to the present building by using a greenhouse, it is used in various places, such as being used as a waiting place and replacing the role of the building.

The types of greenhouses are divided into wooden greenhouses, steel greenhouses, semi-ferrous steel greenhouses, and aluminum greenhouses, depending on the building materials.They are home greenhouses, specimen plants, laboratory greenhouses, commercial production greenhouses, etc. It is divided into flower greenhouse, vegetable greenhouse, fruit and vegetable greenhouse, and general crop greenhouse. In general, however, depending on the roof shape of the greenhouse, it is divided into a double roof greenhouse, a 3/4 greenhouse, an outer roof greenhouse, a semicircular greenhouse, and a linked greenhouse.

In the classification according to the building material, the iron greenhouse and the semi-iron greenhouse are installed in a plurality of furrins and outboards using vinyl, glass, and the like. The through part is formed and connects the through parts to produce a greenhouse.

In the conventional process of forming the furin, the raw material wound on the roll is installed in an uncoiler, and the plated raw material is cut by a cutter using a leveler feeder, and the cut iron plate is supplied to a puncher by hand to punch and punched. It was produced by bending the raw materials by hand.

The raw material cut using the cutter as described above is usually produced in 9m, but in order to supply the 9m raw material to the puncher, there was a problem that a 9m supply rail must be additionally installed in front of the supply part of the punching machine.

Therefore, there was a problem that a space for the supply rail is installed.

In addition, when the cut raw material is supplied to the punching machine by hand, the speed and the force supplied to the punching machine are generated, resulting in a large error range of the punching position.

Therefore, there is a problem that can not be fastened due to the error of the position of mutual fastening.

In addition, the punched raw material is formed as described above 9m, there was a problem in bending with a bending machine.

In order to solve this problem, there is a problem in that the work efficiency is reduced when the length of the raw material is reduced.

Republic of Korea Patent Publication No. 10-2002-0018625.

The present invention in the prior art of the conventional "molding apparatus and method of manufacturing a green fur manufacturing process" in the prior art of the problem caused by the process is not connected to the additional supply rail of 9m in front of the supply unit is additionally installed The problem of needing space and manual feeding of the cut raw materials to the punching machine resulted in a difference in speed and force supplied to the punching machine. The problem that can not be fastened and the raw material punched as described above is formed to 9m, so that the problem occurred in bending with a bending machine, to solve this problem to reduce the work efficiency is reduced to solve the problem Technology, it automatically proceeds the pre-molding process and connects the whole process. No need to install additional supply rails. Punching with the same speed and force can reduce the error range. Forming the raw materials using a forming machine known by the bending machine makes it easy to bend the 9m raw materials. An object of the present invention is to provide a molding apparatus and a method thereof.

In accordance with an embodiment of the present invention, the raw material is wound on the roll is installed and the anti-coiler installed on one side of the uncoiler to press the upper portion of the raw material, the leveler for flattening the uncoiled raw material uncoiler rotates A greenhouse comprising a feeder, a punching machine for punching the raw material flattened by the leveler feeder, a cutting machine for cutting the raw material punched by the punching machine, and a forming machine for forming the cut raw material. Provides an automatic molding apparatus for manufacturing furin.

According to another embodiment of the present invention, the raw material is installed on the roll and the supply step of rotating and supplying the raw material using the uncoiler is rotatable and the anti-loosening to press the raw material installed on the uncoiler from the top A flat plate step of flattening the member, the uncoiler rotated and unwound raw material through a leveler feeder, a punching step of punching the raw material flattened by the leveler feeder with a punching machine, and cutting the raw material punched with the punching machine. The cutting step to cut through, and forming the raw material cut by the cutting machine to provide a forming method for forming a greenhouse action furin, characterized in that consisting of a forming step.

According to an exemplary embodiment of the present invention, all the processes may be automatically performed by connecting all the processes while the molding process is performed.

In addition, the moving speed and the stop position of the raw material is maintained the same during the automatic progress can be obtained the effect of reducing the error range of the punching position by the punching machine.

In addition, there is no need to install additional process rails, so that the work space can be effectively utilized.

In addition, it is possible to obtain an effect of easily forming the raw material cut to 9m commonly used by forming by using a forming machine.

In other words, the entire process of the forming process is automatically proceeded and the whole process is connected to proceed the punching position of the raw material accurately and uniformly, it is possible to obtain the effect of shortening the process time and process.

1 is a perspective view showing a pre-operation process of the present invention.
Figure 2 is a perspective view showing the main configuration of the supply step of the present invention.
Figure 3 is a perspective view showing a flat step, punching step, cutting step of the present invention.
4 is a perspective view showing a forming step of the present invention.
5 is a perspective view showing a molding state of the raw materials for each step of the present invention.
6 is a block diagram illustrating the steps of the present invention.

The present invention is to provide an automatic molding apparatus and method for producing a green purlin manufacturing method according to the following description with reference to the accompanying drawings, the automatic molding apparatus for producing a green purlin according to an embodiment of the present invention, which is wound on a roll The raw material 100 is installed, and the anti-coiler 10 installed on one side of the uncoiler 10 presses the upper portion of the raw material, and the uncoiler 10 rotates to flatten the released raw material 100. A leveler feeder 20, a punching machine 30 for punching the raw material 100 flattened by the leveler feeder 20, and a cutting machine 40 for cutting the raw material 100 punched by the punching machine 30. ) And a forming machine 50 for forming the raw material 100 cut by the cutting machine 40.

In the main configuration step according to the embodiment, the uncoiler 10 is installed in the drawing so that the motor 16 is rotatable as shown in FIGS. 1 to 2 and 6, and the fixing frame 13, the fixing frame 11, It consists of a fixing device (12).

In the above-described fixing frame 13 is installed on the rotating plate installed on the main body of the uncoiler 10 and the hollow portion of the raw material 100 wound on the roll is fitted.

In addition, a fixing portion 14 penetrated at a predetermined interval to one side of the fixing frame 13 is formed.

The through part 15 is formed in the lower part of the fixing frame 11 so that the fixing frame 11 is fitted into the fixing frame 13, and the through part 15 is fitted into the fixing frame 13 and the raw material 100 is inserted into the fixing frame 13. Close contact with the rotating plate.

The raw material 100 is uncoiled by inserting the fixing device 12 into the fixing frame installed as described above and penetrating the through part 15 of the fixing frame and the fixing part 14 of the fixing frame 13 to install the fixing device 12. It prevents the departure from the curler (10).

In addition, the fixing device 12 is installed by the tension of the spring in Figure 2 shows an embodiment.

The uncoiler 10 formed as described above releases the raw material 100 wound around the roll while the uncoiler 10 rotates to supply the raw material 100, and the anti-coiling member 60 and the fixing frame 11. ) And the fixing device 12 prevent the raw material 100 from being separated.

In the main configuration step according to the embodiment, the leveler feeder 20 is zigzag in the upper and lower rollers 23 and 24 installed in the interior as shown in Figures 1 to 3 and 6, the hydraulic device 25, the second The first and lower rollers 23 and 24 are provided on the lower side of the uncoiler 10 to guide the movement path of the raw material 100 toward the leveler feeder 20. The second guide device 22 for guiding the raw material 100 directed to the leveler feeder 20 by the device 21 and the first guide device 21 to the upper and lower rolling portions of the leveler feeder 20 and the The leveler feeder 20 has an upper roller 23 formed at the lower part of the upper frame, a lower roller 24 formed at the upper part of the lower frame, and when the raw material 100 is inserted between the upper frame and the lower frame. The upper roller 23 and the lower roller by moving the upper frame to the lower by the hydraulic device 25 formed on the upper side The 24 is made by pressing the raw material 100 and rotating.

Punching machine 30 in the main configuration step according to the embodiment is a device for conveying the raw materials flat plate and 1 to 3 and 6 in the drawing and punching at the same interval in the desired position to make a connection.

In the main configuration step according to the embodiment the cutting machine 40 is a device for transferring the raw material punched in the drawings with FIGS. 1 to 3 and 6 and cut at the same interval.

Forming machine 50 in the main configuration step according to the embodiment is a device for forming the raw material in the shape of the X-shaped by transferring the raw material cut with Figures 1 to 4 and 6 in the figure.

According to another embodiment of the present invention, an automatic molding method of cotton furin is a supply step of rotating and supplying the raw material 100 by using the uncoiler 10 which is installed and rotated on the raw material 100 wound on a roll ( s10) and the anti-loosening member 60 for pressing the raw material 100 installed in the uncoiler 10 from the upper side, and the raw material 100 released while the uncoiler 10 is rotated, the leveler feeder 20 A flat plate step (s20) to be plated through, a punching step (s30) of punching the raw material 100 plated by the leveler feeder (20) with a punching machine (30), and a circle punched by the punching machine (30) In the cutting step (s40) for cutting the material 100 through the cutting machine 40, and in the forming step (s50) for forming the raw material 100 cut by the cutting machine 40 to the forming machine 50,

In the main configuration step according to the embodiment the supply step (s10) in the drawing as shown in Figures 1 to 2 and 6 in the uncoiler (10) by installing the raw material 100 wound on a roll as a device to prevent loosening Pressing an upper portion of the raw material 100 to prevent the raw material 100 from being released and rotating the uncoiler 10 using the motor 16 to supply the raw material 100.

The raw material 100 supplied in the supplying step s10 is connected to the leveler feeder 20 and flattens the raw material 100 by the leveler feeder 20, and the flatness of the raw material 100 through precision control. It is supplied to the rear punching machine 30 by maintaining the.

As described above, the flat plate step s20 of flattening the raw material 100 is supplied to the upper and lower rollers in which the raw material 100 is zigzag installed inside the leveler feeder 20 as shown in FIGS. 1 to 3 and 6. When the roller is driven, the raw material 100 is flat and maintains flatness.

The flat plate step s20 includes a leveler feeder 20, a first guide device 21, and a second guide device 22.

In the above leveler feeder 20 is zigzag upper and lower rollers are installed in the feed step (s10) to the plate at the same time to move the plate material and improve the flatness.

The first guide device 21 is installed in the lower portion of the uncoiler 10 and guides the raw material 100 to move backwards to prevent the raw material 100 from being worn on the floor.

In the above, the second guide device 22 is installed in front of the main body of the leveler feeder 20 and the separation prevention roller is formed on the left and right to prevent the raw material 100 from being separated from the left and right.

The flattened and planarized raw material 100 is supplied to the punching step (s30).

Punching step (s30) in the main configuration step according to the embodiment is a desired position using the punching machine 30, the raw material 100 supplied from the leveler feeder 20 as shown in Figs. Punch to fit.

The raw material 100 punched as described above is supplied to the cutting step (s40).

Cutting step (s40) in the main configuration step according to the embodiment is a predetermined interval using the cutting machine 50 the raw material 100 supplied in the punching step (s30) as shown in Figures 1 to 3 and 6 in the drawings Cutting to produce the same length of the raw material 100.

The raw material 100 cut as described above is supplied to the forming step (s50).

Forming step (s50) in the main configuration step according to the embodiment is a forming machine (100) and the raw material 100 supplied in the forming step (s50) in the cutting step (s40), as shown in Figures 1 to 4 and 6 in the drawing 50) is used to make a shaping.

That is, the raw material 100 wound on the roller is installed on the uncoiler 10 and the raw material 100 is fixed with the fixing frame 11 and the fixing device 12 to prevent the raw material 100 from being separated. After pressing by using the anti-loosening member 60, the uncoiler 10 is rotated and the raw material 100 moves to the rear leveler feeder 20 by the first guide device 21 and the second guide device ( 22 accurately supplies the raw material 100 to the leveler feeder 20.

The supplied raw material 100 is flattened by the leveler feeder 20 and the flattened raw material 100 is supplied to the punching machine 30.

The raw material 100 stops and is punched at a position to be punched by the controller 70.

The cutting machine 40 cuts the punched raw material 100 at regular intervals, and the cut raw material 100 is supplied to the forming machine 50.

The forming machine 50 forms the raw material 100 to finally form the raw material 100 to complete the greenhouse purlin 110.

The process of the raw material is purin is as shown in FIG.

The process stops during the process as described above or proceeds automatically without manual operation, the moving speed and the stop position are maintained the same, so that the error range of the position of the punching by the punching machine 30 is reduced, and additional process rails need to be installed. There is no work space can be utilized efficiently and by forming using the forming machine 50 can be easily bent effect can be obtained.

In particular, the process can be shortened, the working space can be reduced, and the work efficiency can be improved.

The above has been described with reference to a preferred embodiment of the present invention, but is not limited to the above embodiments, those skilled in the art through the above embodiments do not depart from the gist of the present invention Can be implemented in a variety of changes.

10: uncoiler s10: supply stage
11: fixing frame 12: fixing device
13: fixed frame 14: fixed part
15: penetrating portion 16: motor
20: leveler feeder s20: reputation stage
21: first guide device 22: second guide device
23: upper roller 24: lower roller
25: hydraulic device 30: punching machine
s30: punching step 40: cutting machine
s40: Foundation stage 50: forming machine
s50: forming step 60: loosening prevention member
70: controller 100: raw material
110: Purlin

Claims (5)

An uncoiler 10 having the raw material 100 wound around the roll and pressing the upper portion of the raw material, the anti-loosening member 60 installed on one side thereof;
A leveler feeder 20 for rotating the uncoiler 10 to flatten the released raw material 100;
A punching machine 30 for punching the raw material 100 flattened by the leveler feeder 20;
A cutting machine 40 for cutting the raw material 100 punched by the punching machine 30;
Furlin automatic forming apparatus for producing a greenhouse, characterized in that consisting of a forming machine 50 for forming the raw material 100 cut by the cutting machine 40.
The method of claim 1,
The uncoiler 10,
A fixing device for fixing the fixing frame 11 and the fixing frame 11 to the uncoiler 10 is installed so that the motor 16 is rotatable and the raw material 100 is not separated during the supplying step (s10). 12. The automatic molding device for producing a green furlin, characterized in that further comprises a).
The method of claim 1,
The leveler feeder 20,
The upper roller 23 is formed at the lower part of the upper frame, the lower roller 24 is formed at the upper part of the lower frame, and when the raw material 100 is inserted between the upper frame and the lower frame, the hydraulic device formed at the upper part of the upper frame ( 25) by moving the upper frame to the lower, the upper roller 23 and the lower roller 24 is rotated by pressing the raw material 100, characterized in that the automatic molding apparatus for producing green furlins.
The raw material 100 wound on the roll is installed and the uncoiler 10 is rotated by pressing the upper portion of the raw material to prevent the loosening member 60 installed on one side to supply the raw material to the leveler feeder 20 (s10);
A flat plate step (s20) of rotating the uncoiler (10) and flattening the released raw material (100) through the leveler feeder (20);
A punching step (s30) of punching the raw material (100) plated by the leveler feeder (20) with a punching machine (30);
A cutting step (s40) of cutting the raw material 100 punched by the punching machine 30 through a cutting machine 40;
Forming step (s50) for forming the raw material 100 cut by the cutting machine 40 with the forming machine 50 (s50); Automatic forming method of the furlin for greenhouse production, characterized in that consisting of.
5. The method of claim 4,
The flat plate step (s20)
The leveler feeder 20 is installed on the lower side of the uncoiler 10 by the first guide device 21 and the first guide device 21 for guiding the movement path of the raw material 100 toward the leveler feeder 20. And a second guide device (22) for guiding the raw material (100) directed to the upper and lower rolling portions of the leveler feeder (20).

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