KR101209804B1

KR101209804B1 - A door frame making method of doorframe thereof

Info

Publication number: KR101209804B1
Application number: KR1020100037390A
Authority: KR
Inventors: 김용복
Original assignee: 김용복
Priority date: 2010-04-22
Filing date: 2010-04-22
Publication date: 2012-12-10
Also published as: KR20110117897A

Abstract

The present invention A method of manufacturing a die frame for manufacturing a fire door door frame having a double sealing structure, the punch pressing projection having a symmetrical inclined surface is provided on the upper surface, the lower portion of the punch press corresponding to the punch processing projection An upper auxiliary mold having a bent groove having an inclined surface formed on an upper surface thereof is mounted to an upper mounting groove, and an upper mold having an upper bent surface having a different inclined surface is formed on the bottom thereof, and a lower side of the upper mold corresponds to the upper bent surface. Intermediate mold in which the fitting coupling groove is formed in the inner inclined surface while having an inclined groove to install an intermediate mold to be mounted in the intermediate mounting groove, the lower portion of the intermediate mold into a rectangular shape, the fitting projection toward the top on the bottom Including the installation of the lower mold is formed in the upper protrusion groove is formed in the upper portion Characterized in that binary luer.
According to the present invention, since the door frame of various shapes can be integrally manufactured without being limited by the length of the metal plate, there is an effect of reducing the cost and the time required for the work.

Description

Manufacturing method of mold frame for fire door door frame having double sealed structure {A DOOR FRAME MAKING METHOD OF DOORFRAME THEREOF}

The present invention The present invention relates to a manufacturing method of a mold frame for manufacturing a fire door door frame having a double sealed structure, and more particularly, to provide a fire door door frame that can be easily assembled by sequentially bending a metal plate without being limited by the length of the metal plate. The present invention relates to a manufacturing method of a mold for manufacturing a fire door door frame having a closed structure.

In general, due to the increase in large-scale residential buildings such as apartments and shopping malls, fire doors are mainly used to block living spaces from outside and protect internal residents from fires.

And in order to install the fire doors, a door frame frame supporting the fire doors is necessary.

In the case of the lower door frame frame that supports the lower part of the fire door among the door frames of the fire door, the heavy weight such as a person passes from the outside to the inside or from the inside to the outside, so it is not only rigid but also not easily deformed by external impact, It should not be sludged, and the weight should be able to be easily moved in and out of the undercarriage, and should be constructed so that certain protrusions are formed to completely seal the door.

However, when looking at the mold for manufacturing such a door frame frame, there is a problem that the packing member is inserted to hold the outside and the inside of the inside tightly fixed and fixed.

In order to solve the above problems, the mold of Patent Registration No. 10-0347551 is provided, and the mold mold has been firmly held by the packing member to maintain the outside and the inside, but can be manufactured only when the length of the metal plate for manufacturing is limited. There is a problem that is difficult to manufacture, and because of this, only a part was processed and another part had to be processed separately and welded.

As a result of this problem, when the weight passes through the door frame for supporting the fire door, the door frame is damaged and deformed for load, and the cost of repairing and replacing the door frame is doubled.

The present invention has been made in order to solve the above problems, the object of the present invention is to be able to manufacture a variety of door frames of various shapes without being limited to the length of the metal plate.

In addition, the purpose is to provide a door frame easy to assemble through the sequential bending of the metal plate.

In order to achieve the above object, in the mold for manufacturing a fire door door frame, a punch press having a symmetrically inclined surface is provided on the upper surface of the punch press, and a lower surface of the punch press corresponds to the punch processing protrusion. The upper auxiliary mold is formed in the upper groove and the upper groove is installed on the upper mounting groove and the upper surface is provided with the upper mold is formed with the upper bending surface having different inclined surface, the lower portion of the upper mold corresponding to the upper bending surface Intermediate mold in which the fitting coupling groove is recessed is installed on the inner inclined surface while having the inclined groove, and installs the intermediate mold mounted on the intermediate mounting groove, and in the lower portion of the intermediate mold, the fitting protrusion protrudes upward on the bottom. Including the lower mold is formed in the lower receiving groove formed on the upper It provides a manufacturing method to be made.

According to the present invention, since the door frame of various shapes can be integrally manufactured without being limited by the length of the metal plate, there is an effect of reducing the cost and the time required for the work.

In addition, through the sequential bending of the metal plate can not only provide a simple door frame assembly, but also has the effect of mass production.

1 is a block diagram showing a mold for manufacturing a fire door door frame having a double sealed structure according to the present invention.
Figure 2 is a process diagram showing the manufacturing process of the outer panel constituting the fire door door frame having a double sealed structure according to the present invention.
Figure 3 is a process diagram showing the manufacturing process of the inner panel constituting the fire door door frame having a double sealed structure according to the present invention.
Figure 4 is a perspective view of the finished product of the fire door door frame having a double sealed structure according to the present invention.
Figure 5 is a front sectional view showing the finished product of the fire door door frame having a double sealed structure according to the present invention.

Hereinafter, a method of manufacturing a mold frame for manufacturing a fire door door frame having a double sealed structure according to the present invention will be described in detail.

The mold frame 10 for manufacturing a fire door door frame having a double sealing structure having a double sealing structure according to the present invention is installed on the upper side and presses a metal plate (P) with a punch press 20 and a lower portion of the punch press 20. The upper mold 30 for bending and molding the metal plate (P) formed with the punch press 20 and the metal plate (P) installed at the bottom of the upper mold 30 and formed together with the upper mold (30) ) Is formed of an intermediate mold 40 for bending molding and a lower mold 50 for bending the metal plate P formed under the intermediate mold 40 and formed together with the intermediate mold 40.

The punch press 20 installed at the uppermost portion has a predetermined height and a punch processing protrusion 21 having a symmetrical inclined surface is formed at the bottom thereof. Here, the inclined surface of the punch processing projection 21 will be described with an example formed at an angle of 45 °.

The upper mold 30 installed below the punch press 20 has an upper mounting groove 31 formed thereon, and an upper bent surface 32 having different inclined surfaces formed thereon.

Here, the outer inclined surface of the upper bent surface 32 reveals that different inclined surfaces and heights may vary depending on the place and location to be used as a part of the thickness of the fire door door frame when bending the metal plate (P).

The upper mounting groove 31 is equipped with an upper auxiliary mold 60 having a bending groove 61 having an inclined surface corresponding to the punch processing protrusion 21 on an upper surface thereof. That is, the upper auxiliary mold 60 is the bending groove 61 is to support the metal plate (P) when pressing the punch processing projection (21).

At this time, the corner portion of the punch processing protrusion 21 and the corner portion of the bending groove 61 are formed on the same line because the force transmitted to the mold while bending the metal plate without additional length adjustment It is intended to be able to bend the molding of the precise metal plate to be delivered to only one point.

Intermediate mold 40 is installed in the lower portion of the upper mold 30 has an intermediate mounting groove 41 is formed on the upper side and the coupling bending groove 42 corresponding to the fitting coupling groove to be sewn on the bottom is formed. At this time, the intermediate mold 40 reveals that the coupling bending groove 42 formed on the bottom surface can be formed in a removed state.

The upper surface of the intermediate mold 40 in which the intermediate mounting groove 41 is formed is formed to have an inclined surface corresponding to the upper bent surface 32 to facilitate bending molding of the metal plate.

In addition, in the intermediate auxiliary mold 70 mounted on the intermediate mounting groove 41, the inclined groove 71 corresponding to the upper bent surface 32 is formed on the upper surface and is fitted to the inner inclined surface of the inclined groove 71. The coupling groove 72 is recessed.

That is, the intermediate auxiliary mold 70 is to form a fitting structure of the door frame using the fitting coupling groove 72 while bending the metal plate (P).

At this time, the corner portion of the upper bent surface 32 and the corner portion of the inclined groove 71 is formed on the same line because the force transmitted to the mold while bending the metal plate without additional length adjustment It is intended to be able to bend the molding of the precise metal plate to be delivered to only one point.

In addition, the intermediate auxiliary mold 70 and the intermediate mold 40 in which the fitting coupling groove 72 is formed are perpendicular to the surface P1 and the right angle to the metal plate P interposed between the upper mold 30 and the upper mold 30. The curved inserting portion P2 is formed to be extended to the surface (P1) to be curved toward the inside and the guide portion (P3) is formed to be inclined while extending to the curved inserting portion (P2).

The lower mold 50 installed below the intermediate mold 40 has a rectangular lower accommodating groove 51 formed on an upper surface thereof, and a fitting engaging protrusion 52 is formed on an upper surface of the lower accommodating groove 51. Protruding toward.

That is, the lower mold 50 supports the bending portion formed through the fitting coupling groove 72 when one side bending of the metal plate P is finished, and supports the coupling protrusion 52 to bend the metal plate P accurately without moving the position. It is to be done.

Referring to the accompanying drawings, an embodiment of a manufacturing method of a mold for producing a fire door door frame having a double sealed structure configured as described above, Figure 4 is a finished product of a fire door door frame having a double sealed structure according to the present invention Figure 5 is a perspective view, Figure 5 is a front sectional view showing the finished product of the fire door door frame having a double sealed structure according to the present invention.

First, the punch press 20 having a symmetrical inclined surface is provided on the upper portion of the punch press 20 formed on the bottom.

In addition, an upper auxiliary mold 60 having a bent groove 61 having an inclined surface corresponding to the punch processing protrusion 21 at the lower side of the punch press 20 is mounted to the upper mounting groove 31, and An upper mold 30 having upper bent surfaces 32 having different inclined surfaces is formed.

Next, the intermediate auxiliary mold 70 having the inclined groove 71 corresponding to the upper bent surface 32 and the fitting coupling groove 72 recessed on the inner inclined surface is formed at the lower portion of the upper mold 30. Install the intermediate mold 40 to be mounted in the intermediate mounting groove (41).

And when the lower mold 50 is formed in the upper portion of the lower receiving groove 51 formed with a rectangular shape in the lower portion of the intermediate mold 40 to the upper surface to the upper side engaging projection 52 is formed in a double sealed structure Assembling of the mold frame 10 for the fire door door frame manufacturing is complete.

Here, the assembling order of the mold for manufacturing a fire door door frame having a double sealed structure reveals that it can be configured differently from the above.

In the state as described above to form a fire door door frame having a double sealed structure after forming the outer panel and the inner panel by using a mold 10 for manufacturing a fire door door frame having a double sealed structure (10). In this case:

First, when the outer panel is to be formed as follows.

The first process of forming a cross-shaped metal plate P obtained by cutting four corners of the rectangular metal plate P in the same manner is completed.

And the upper end of the cross-shaped metal plate (P) is seated on the upper side of the upper auxiliary mold (60) and press the punch processing projection 21 of the punch press 20 to press the metal plate (P).

"Bending after forming into a shaped molding, and using the punch processing projection 21 of the punch press 20 again"

Moldings of "

Bending of the molding to the end of the second process.

Next, the molded article having finished the second process is seated on the upper part of the intermediate mold 40, and then presses the upper mold 30 to "

"Bending and molding into a shaped molding, the molding is seated in the intermediate mold 40 and the intermediate auxiliary mold 70, and then press the upper mold 30 to"

"Finished the third process of making the shaped molding.

And after seating the molded product after the third process in the upper mounting groove 31 of the upper auxiliary mold 60, press the punch processing projection 21 of the punch press 20 "

The fourth process of forming the shaped article is completed.

And inserting the molded product after the fourth process is inserted into the receiving groove of the lower mold 50 and bent molding, the "

"Pressing the intermediate mold 40 in the state fitted to the fitting fitting projection 52"

This completes the fifth process of forming the upper engaging portion of the shape.

At this time, the shape of the upper coupling portion is inclined while extending to the curved inserting portion (P2) and the curved inserting portion (P2) is formed extending to the right angle (P1) and the right angle (P1) and curved toward the inside. The guide part P3 to be formed is formed.

Next, the metal plate P on which the upper coupling portion is formed is continuously formed through the first to fifth processes to form the lower coupling portion and the left and right coupling portions having the same shape.

Form the outer panel of the "shape.

And to form the inner panel is as follows.

Next, the upper end of the cross-shaped metal plate (P) is seated on the upper side of the upper auxiliary mold (60) and then press the punch processing projection 21 of the punch press 20 to press the metal plate (P).

Moldings of "

Finishes the second process of forming bending.

Then, the molding formed through the second process is seated on the upper portion of the intermediate mold 40 and presses the upper mold 30 to "

&Quot; Bending molding into a shape-shaped molding, and then forming the molding between the intermediate mold 40 and the lower mold 50 where the coupling bending groove 42 is formed. 40) by pressing

"Ends the third process of forming the upper coupling.

At this time, the shape of the upper coupling portion is formed to be inclined while extending to the curved inserting portion (P12) and the curved inserting portion (P12) is formed extending to the right angle surface (P11) and the right angle surface (P11) to the inside. The guide panel P13 is formed to have the same outer panel.

Next, the metal plate P on which the upper coupling portion is formed is continuously formed through the first to third processes to form the lower coupling portion and the left and right coupling portions having the same shape.

Form a "shaped inner panel.

The outer panel and the inner panel are combined to form a fire door having a double sealed structure.

In other words, "

"Shaped inner panel"

"The cross section is fitted by fitting to the outer panel of the shape"

"It is to form a fire door having a double sealed structure formed in the shape of a.

That is, the fire door having the double sealed structure is elastically supported through the guide parts (P3, P13) that are mutually resilient while the curved insertion portion (P12) of the inner panel is inserted into the curved insertion portion (P2) of the outer panel will be.

In the above description of the fire door door frame manufacturing method and the manufacturing apparatus of the present invention with reference to the accompanying drawings, the present invention has been described with a particular shape and direction, the present invention is capable of various modifications and changes by those skilled in the art, such modifications and changes It should be construed as being included in the scope of the present invention.

10: mold frame for fire door door frame manufacturing, 20: punch press,
21: punch processing projection, 30: upper mold,
31: upper mounting groove, 32: upper bent surface,
40: intermediate mold, 41: intermediate mounting groove,
50: lower mold, 51: lower receiving groove,
60: upper auxiliary mold, 61: bending groove,
70: intermediate auxiliary mold, 71: inclined groove.

Claims

delete

In the method of manufacturing a fire door door frame using a mold for producing a fire door door frame,
Punch press 20 having a symmetrically inclined surface is formed in the punch press 20 formed on the bottom surface, the bent groove having an inclined surface corresponding to the punch processing projection in the upper mounting groove 31, the upper mounting groove 31 An upper mold 30 having an upper auxiliary mold 60 formed at an upper surface thereof and having an upper bent surface 32 having different inclined surfaces on a lower surface thereof, and installed at a lower portion of the upper mold 30; Intermediate mold (40) having an intermediate auxiliary mold (70) having an inclined groove (71) corresponding to the upper bent surface (32) and a fitting coupling groove (72) recessed in the intermediate mounting groove (41). ) And the lower mold 50 which is installed at the lower portion of the intermediate mold 40 and has a rectangular shape, and has a lower receiving groove 51 formed thereon with a lower accommodating groove 51 protruding to form an upper coupling protrusion 52. Fire door door frame manufacturing with double sealed structure Mold mold installation step,
The first process of forming a cross-shaped metal plate (P) cut equally the four corners of the rectangular metal plate (P), and the upper end of the cross-shaped metal plate (P) seated on the upper side of the upper auxiliary mold (60) After pressing the punch processing projection 21 of the punch press 20 to the metal plate (P) "

Moldings of "

And a second process of forming and bending the molded article formed through the second process on the upper portion of the intermediate mold 40 and then pressing the upper mold 30 to

"The third process of forming the shaped molding, and the molding formed through the third process is seated in the upper mounting groove 31 of the upper auxiliary mold 60, the punch processing projection 21 of the punch press 20 By pressing "

"A fourth process of forming a shaped article and the molded article formed through the fourth process is inserted into the receiving groove of the lower mold 50 to bend-molded, the molded article"

"Through the fifth process of forming the upper coupling portion of the shape and the metal plate (P) on which the upper coupling portion is formed through the first to fifth processes successively forming the lower coupling portion and the left and right coupling portion of the same shape"

"Outer panel manufacturing step of forming a shaped outer panel,
The first process of forming a cross-shaped metal plate (P) cut equally the four corners of the rectangular metal plate (P), and the upper end of the cross-shaped metal plate (P) seated on the upper side of the upper auxiliary mold (60) After pressing the punch processing projection 21 of the punch press 20 to the metal plate (P) "

Moldings of "

"Through the third process of forming the upper coupling portion and the metal plate P on which the upper coupling portion is formed, the lower coupling portion and the left and right coupling portions of the same shape are continuously formed through the first to third processes.

An inner panel manufacturing step of forming an inner panel,
Forming a fire door having a double-sealed structure comprising the step of combining the outer panel and the inner panel to form a fire door having a double sealed structure.

The method of claim 4,
The intermediate auxiliary mold 70 and the intermediate mold 40 in which the fitting coupling groove 72 is formed are at right angles to the metal plate P interposed between the upper mold 30 and the right angle plane P1 and the right angle plane ( Double is characterized in that it is formed so as to form a curved insertion portion (P2) extending in the P1) and formed to be curved toward the inside and a guide portion (P3) formed inclined while extending to the curved insertion portion (P2) Manufacturing method using a mold for manufacturing a fire door door frame having a closed structure.