JP2002194851A - Metallic honeycomb panel structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a metallic honeycomb panel structure having a novel installing means on a panel body peripheral side surface particularly hidden by a decorative frame material, and a novel manufacturing method therefor in a metallic honeycomb panel. SOLUTION: In this metallic honeycomb panel structure, while forming a panel constituting raw material by integrally installing a pair of metallic face plates 4 and 5 above and below a core material part 1, the respective edges of the upper and lower both metallic face plates 4 and 5 exposed to a panel constituting raw material peripheral side surface and the respective edges of upper and lower face plate adhering flanges of an edge frame material 3 are collectively cut, and are formed as a panel body P having a prescribed outside dimension, and the decorative frame material 6 is installed on a peripheral side surface of the panel body P with the mutual upper and lower flanges of the edge frame material 3 opening on the peripheral side surface as a support part.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a metal honeycomb panel having a wide range of applications as a lightweight and strong panel by integrating a metal honeycomb core as a core between a pair of metal face plates, and particularly to a decorative frame. An object of the present invention is to provide a metal honeycomb panel structure having a novel attaching means on a peripheral side surface of a panel body to be concealed by a material, and a novel manufacturing method therefor.

[0002]

2. Description of the Related Art A metal honeycomb panel has a core made of a metal honeycomb core made of aluminum, steel, stainless steel, titanium, copper, or the like, and various metal face plates are integrated on both surfaces thereof by bonding or other means. Because of the unique structural strength and hollow structure of the honeycomb structure, it is not only evaluated as a lightweight and high-strength panel, but also exhibits high characteristics such as sound absorption, heat insulation, and energy absorption.・ For applications such as ceiling panels, noise barriers for highways, panels for furniture, etc., outer enclosures for electrical products and panels for mechanical parts, panels for vehicles such as insulated vehicles, panels for ships and aircraft, etc. Its application range is extremely wide, up to applications in the mechanical field, such as aluminum brazed honeycomb panels. Combined addition to being, has been recognized as the metal material itself panels characteristics were also soo lightweight and highly rigid I phase 俟 of.

[0003] This metal honeycomb panel uses a laminated sheet in which a honeycomb core, which is a characteristic structural part, is formed by coating the surface of a thin metal plate such as an aluminum alloy with a coating agent or an adhesive for brazing. Apply a release agent or the like in a staggered manner to the parts that should not be joined so that only the specified parts are joined in a staggered manner. After that, it is spread in an accordion shape in the direction of stacking, and the adhesive part between each laminated sheet and the non-adhered parts on both sides so that the hexagonal space with the laminated sheet as a partition is continuous in a staggered arrangement. Which is made up of the structure
Since it itself has extremely high strength against external force in the direction along the partition wall, an epoxy-based or modified epoxy-based resin film is provided on both sides thereof, that is, on the upper and lower edge sides of the partition wall, in order to make use of its characteristics. A desired metal face plate is placed via the substrate, and heated and pressed to about 120 to 170 degrees to bond and integrate the two.

However, simply stacking metal face plates on both sides of the honeycomb core cannot assemble or connect the metal honeycomb panels as panels for various uses, and temporarily use the honeycomb panels alone as panels of a predetermined shape. Even if it is attempted, the partition wall portion of the honeycomb core is exposed on the peripheral side, and it becomes troublesome in appearance, and at the same time, the exposed partition wall portion is from any direction. It becomes vulnerable to external force and is damaged, and it cannot maintain its function as a panel.
In the case of a panel having a predetermined shape, usually, a decorative frame / edge frame material is arranged and integrated in a peripheral portion thereof, as shown in the perspective view shown as a partially broken appearance in FIG. It is panelized as having been subjected to peripheral processing.

In the conventional arrangement of the decorative frame / edge frame material as the peripheral processing means, the metal face plates M1 and M2 are laminated on both surfaces of the honeycomb core C as shown in the perspective view of FIG. When forming the honeycomb core C, the honeycomb core C is integrated between the metal face plates M1 and M2 at the same time as the honeycomb core C.
Metal face plates M1, M2
It has a flange surface E1 for adhering a face plate formed on a flat surface that allows the inner surface of a predetermined width portion on each peripheral side to be adhered, and corresponds to the thickness of the metal face plates M1 and M2 on the upper and lower outer sides that become the panel peripheral sides. The decorative frame / edge frame member E made of aluminum and formed integrally with the protruding edges E2 and E3 is employed. First, the metal face plate M1 on the lower surface side is formed in the plane dimensions of the panel P to be formed. From the convex edges E2, E of the decorative frame / edge frame material E
It must be cut very precisely to have a plane dimension less the width of 3.

[0006] On the metal face plate M2 for which the cutting process is to be performed accurately, an adhesive resin film (not shown) is interposed, and the inside of the convex edge E2 of the decorative frame / edge frame material E is provided at the circumferential end thereof. So as to be in contact with each other, while being arranged with extreme caution, combining a predetermined honeycomb core C on the inner side, and then pressing to a predetermined temperature while appropriately pressing through a pressing plate (not shown). After heating, the flange surface E1 of the decorative frame / edge frame material E and the honeycomb core C are accurately bonded and integrated on the metal face plate M2 serving as the lower surface, and then the decorative frame / edge frame material E and the honeycomb core C are integrated. On the upper surface including the above, a metal plate M1 on the upper surface side, which has been cut exactly as before, forms a gap between the peripheral end thereof and the inside of the convex edge E3 of the decorative frame / edge frame material E. And place it so that it abuts exactly Then, when the temperature is raised to a predetermined temperature while pressurizing again via a pressing plate again, or in some cases, when the decorative frame / edge frame material E and the honeycomb core C are placed and fixed on the metal face plate M2, The metal face plate M1 on the upper surface side is also placed at the same time, and is adhered and fixed.

In the conventional peripheral processing means, the peripheral ends of the upper and lower metal face plates M1 and M2 have no gaps inside the convex edges E2 and E3 of the decorative frame / edge frame material E regardless of which means is used. In order to be in contact, the upper and lower metal face plates M1 and M2 must be cut very accurately according to the desired panel size, and the metal face plates M1 and M2 must be cut with respect to the decorative frame / edge frame material E. There is a problem related to the work speed due to the difficulty in the assembling process of each component, and there is a problem related to the working speed that must be taken with great care so that M2 does not shift. By the heating step, the inner surfaces of the upper and lower metal face plates M1 and M2 on the peripheral sides of the respective predetermined widths are fixed to the flange surface E for bonding the face plate of the decorative frame / edge frame material E to the face plate.
1 and then the melted adhesive is applied to the upper and lower metal face plates M1, M
2, since it overflows to the panel surface side from between the peripheral edges of the peripheral edge E2 and the inner sides of the convex edges E2 and E3 of the decorative frame material E and hardens, causing a problem in appearance. Separately, as a finishing process, extra work to remove the hardened adhesive is required, and due to the problem of the previous work speed and the addition of this extra work, metal panels recognized as high-performance panels Honeycomb panels are not yet affordable in terms of unit price, and improvement is desired in order to further spread and expand them.

[0008] In view of the above situation, the present invention responds to the strong demands of consumers and has to contribute to society by providing metal honeycomb panels with excellent performance in a wide range of applications. As a responsibility of the company, we started development and research for the solution promptly, and after many years of trial and error, repeated many prototype experiments, we came here and finally came up with a new metal product as a result. A honeycomb panel structure and a method for manufacturing the same have been obtained,
In the following, the details of the configuration will be described together with specific embodiments shown in the drawings.

[0009] The metal honeycomb panel structure of the present invention comprises:
It has a feature in a peripheral processing structure as a panel, and basically has the following configuration. That is, at a predetermined height dimension, from the top and bottom of the web, a pair of appropriately thick face plate bonding flanges formed so as to extend at least toward the outside of the panel, respectively. It has a frame member made of an aluminum shape having a U-shape, an E-shape or the like, and a honeycomb core material is juxtaposed inside the edge frame material to form a core material portion having the same height, and a pair of metal members is formed. While the face plate is attached to the upper and lower portions of the core material portion and integrated to form a panel component material, each edge of the upper and lower metal face plates exposed on the peripheral side surface of the panel component material, and the upper and lower plates of the edge frame Each edge of the bonding flange is cut together to form a panel main body having a predetermined outer dimension, and the peripheral side surface of the panel main body is opened in the same peripheral side surface between the upper and lower side frame member bonding spaces between the flanges for bonding, and / or Or facing the inner surface of the flange for bonding the upper and lower plates, Properly is metallic honeycomb panel structure formed by attaching a decorative frame material to any or all of the web as a support.

[0010] In other words, the metal honeycomb panel structure of the present invention having the above-described basic configuration is expressed in a different expression, and extends from the upper and lower sides of the web toward at least the outside of the panel, respectively. And a frame member made of an aluminum material having a cross-sectional shape of E, U-shape, U-shape, E-shape or the like formed with a pair of appropriately thick face plate bonding flanges as described above. A honeycomb core material is juxtaposed inside a frame material to form a core material portion having the same height, and a pair of metal face plates are bonded and integrated above and below the core material portion to form a panel component material. The respective edges of the upper and lower metal face plates exposed on the peripheral side surface of the material, and the respective edges of the flanges for bonding the upper and lower surface plates of the edge frame material are cut and processed together to form a panel body having a predetermined outer size. Open the peripheral side of the panel body The decorative frame material is attached and fixed with any or all of the space between the edge frame material upper and lower plate bonding flanges and / or the opposing inner surface of the upper and lower plate bonding flanges or the web as a support part, A metallic honeycomb panel structure having a configuration in which the entire peripheral side surface of the panel body is concealed by a decorative frame material can be considered.

As the metal face plate and the honeycomb core in the metal honeycomb panel structure of the present invention, all kinds of types which have been conventionally used for this kind of metal honeycomb panel can be appropriately selected and combined. There is no limitation on the properties, structure, etc., and therefore, needless to say, it is possible to freely adopt a honeycomb core formed by a new manufacturing method and a metal face plate made of a new material which will be developed in the future. That is.

On the other hand, in the metal honeycomb panel structure, the edge frame member prevents the peripheral side of the honeycomb core, which plays a central role as a core portion, from being directly exposed to the panel peripheral side. In addition to the function of reinforcing the weak point that the honeycomb core has little strength against external force from the direction orthogonal to the partition wall on the structural strength, the metal face plate and the core material around the panel peripheral side which tends to be weakened In addition to strengthening the adhesive strength of the panel, it is not exposed to the outside itself, and is located on the peripheral side of the core material part. It also fulfills the function as a support part for integration, and has a height equal to the thickness of the honeycomb core, which plays a central role as a core part, from above and below the web. A pair of appropriately thick face plate bonding flanges each extend at least toward the outside of the panel so as to have a width corresponding to a predetermined width portion on the peripheral side of the metal face plate to be bonded. , U-shape, U-shape, E-shape, etc., which is extruded and formed of an aluminum material.

The flange for bonding the edge frame material double-sided board is used in order to satisfy the stability of the manufacturing process and the function of the base surface side in the use stage by changing the thickness as in the embodiment described later. In addition to being able to be advantageous, the thickness is the same and conversely, there is no restriction on the handling direction at the panel assembly stage, and the cross-sectional shape giving priority to the work efficiency of the panel assembly manufacturing process Also, from the characteristics of the present invention, the peripheral side surface of each face plate bonding flange does not need any particular finishing polishing, etc., and only the surface of each face plate bonding flange is merely a metal face plate circumferential side. It suffices that a flattening process which is advantageous in bonding the inner surface of the predetermined width portion is performed is performed.

[0014] The web of the edge frame material holds the flanges for bonding the double-sided board at a predetermined interval, and also has a function of protecting the honeycomb core partition arranged inside the edge frame material. May function as a part for attaching a decorative frame material to be described later or a part thereof to support the decorative frame material, and are integrally molded with the flange for bonding the double-sided board, and the edge frame material and the honeycomb inside the edge frame material. A core material portion is formed by the core, and a desired metal face plate is formed on the upper and lower surfaces of the core material through conventional joining means, for example, a bonding resin sheet. Combine without any special consideration, and unify the adhesive dissolution and solidification during the pressurization and heating process without any considerations. Cut off the metal face plate and the face plate bonding flange of the edge frame material that have already been integrated in a laminated manner at the dimensions of the panel constituent material in consideration of the thickness dimension of the decorative frame material described below so that the panel size becomes the required panel size. Thus, a desired panel body is obtained.

On the other hand, the decorative frame material is later assembled to the peripheral side surface of the panel body formed into a desired size as described above, and is cut off neatly so as to be aligned on the same cut surface. This function ensures that the peripheral side surfaces of the face plate and the edge frame material are concealed, and matches the space between the flanges for bonding the double-sided plate of the edge frame material opened on the peripheral side surface of the panel body. It has a fixing portion, and an appropriately designed decorative frame portion is integrally formed on the base end side of the fixing portion, and has a cross-sectional shape similar to that of a later-described embodiment of a substantially rolled T-shaped cross section. It shall be formed of an aluminum mold material or a synthetic resin molding material, etc., and a decorative frame material fixing portion is inserted between the flanges for bonding the edge frame material double-sided plate of the panel body described above, and the fixing portion and the double-sided plate bonding flange are bonded. , Or Rui previously formed projection for fitting the elastic engagement or the tip of the fixing portion, of the entire space, cutting into forces the protrusion on the edge frame member upper,
The inner surface of the decorative frame member is accurately brought into close contact with the peripheral side of the panel main body by making it bite into the guide groove formed in advance, or by appropriately combining these means. To cover the metal face plate and the peripheral side surface of each of the frame members.

If necessary, as described in an embodiment described later, the above-mentioned combination is used for fitting and integrating the decorative frame material with the main side surface of the panel body. Alternatively, as an independent combination method, a drawing structure portion such as a drawing groove is engraved in advance at a suitable position for the decorative frame material fixing portion,
After forming one or more screw holes at predetermined places inside from the peripheral side surface of the panel body that exactly matches the distance from the base end to the center of the drawing groove, screws are screwed together. By making the leading end fit into the drawing groove, the decorative frame material is pulled so as to be correctly in contact with the peripheral surface of the panel main body, and the peripheral surface of the panel main body and the inner surface of the decorative frame material decorative frame portion are interposed. In addition to realizing fixing without forming a gap between them, when it is necessary to replace the decorative frame material due to breakage, pattern change, or other reasons, remove the screw and make another desired decorative frame material. The structure may be such that it can be replaced with a new decorative frame material.

[0017]

[Related Invention] The present invention relates to a metal honeycomb panel structure having the above-mentioned structure, and the present invention includes a method for manufacturing a metal honeycomb panel having the following structure. That is, at a predetermined height dimension, from the top and bottom of the web, a pair of appropriately thick face plate bonding flanges formed so as to extend at least toward the outside of the panel, respectively. It has a frame member made of an aluminum shape having a U-shape, an E-shape or the like, and a honeycomb core material is juxtaposed inside the edge frame material to form a core material portion having the same height, and a pair of metal members is formed. The face plate is bonded and integrated above and below the core portion to form a panel constituent material first.

Thereafter, the respective edges of the upper and lower metal face plates exposed on the peripheral side surfaces of the panel constituent material and the respective edges of the flanges for bonding the upper and lower surface plates of the edge frame material are collectively cut and processed. Eliminates the need to remove adhesive leaked between the metal face plate and the corresponding face plate bonding flange, and eliminates the need to align the edges of the metal face plate and the corresponding face plate bonding flange when forming the panel component material Thus, a panel body having a predetermined outer size is formed.

Then, the peripheral side surface of the panel body is formed in a space between the flanges for bonding the frame material upper and lower surfaces, which are opened on the peripheral side surface,
A decorative frame material is attached to the upper and lower surfaces of the upper and lower panels, which are opposed to each other, or one or all of the webs as support portions, and at least one circumferential side of the panel body is entirely concealed by the decorative frame material. This is a method for manufacturing a metal honeycomb panel, which manufactures a panel.

The manufacturing method having the basic structure includes:
A method for manufacturing a metal honeycomb panel having the following configuration is also included. That is, at a predetermined height dimension, from the top and bottom of the web, a pair of appropriately thick face plate bonding flanges formed so as to extend at least toward the outside of the panel, respectively. It has a frame member made of an aluminum shape having a U-shape, an E-shape or the like, and a honeycomb core material is juxtaposed inside the edge frame material to form a core material portion having the same height, and a pair of metal members is formed. Glue the face plate above and below the core part,
After integrally forming the panel constituent material, the respective edges of the upper and lower metal face plates exposed on the peripheral side surface of the panel constituent material, and the respective edges of the upper and lower plate bonding flanges of the edge frame material are collectively collected. By performing the cutting process, the work of removing the adhesive leaked between the metal face plate and the corresponding face plate bonding flange becomes unnecessary, and the metal face plate and the corresponding face plate bonding flange at the time of forming the panel constituent material are formed. A panel main body having a predetermined external dimension is formed so that the edge alignment work is not required.

Thereafter, the peripheral side surface of the panel main body is separated from the space between the edge frame material upper and lower surface plate bonding flanges opened on the peripheral side surface and / or the opposing inner surface of the upper and lower surface plate bonding flanges or the web. A decorative frame material with a drawing groove is attached with any or all of the supporting members as a support portion, and the decorative frame material is cut into the leading edge of the screw from the outside of the panel body toward the drawing groove so that the decorative frame material is a peripheral side surface of the panel body. This is a method for manufacturing a metal honeycomb panel in which at least the entire peripheral side surface of the panel body is concealed by a decorative frame material by being fixed in close contact with the panel body. Hereinafter, the configuration of the present invention will be more clearly understood by the embodiments shown in the specific drawings.

[0022]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As can be easily understood from the perspective view of the essential parts of the metal honeycomb panel of the present invention shown in FIG.
A pair of face plate bonding flanges 31 and 32 having appropriate thickness are provided above and below the web 33 with a height dimension equal to the thickness dimension of the honeycomb core 2 and a metal face plate 4 or 5 circumferential side predetermined width portion to be bonded. Aluminum frame material 3 which is integrally molded to have a width dimension corresponding to that of FIG.
And a honeycomb core 2 arranged inside the core material portion 1, and the peripheral frame material 3 of the core material portion 1 is surrounded by a peripheral material as shown in an exaggerated manner in the figure. By combining the upper and lower metal face plates 4 and 5 in a laminated arrangement without special consideration for the matching of the side faces, and fixing the upper and lower metal face plates 4 and 5 to the core material portion 1 with an adhesive. , A panel constituent material P1.

Therefore, the peripheral side surfaces of the upper and lower metal face plates 4 and 5 of the panel forming material P1 are the same as the peripheral side surfaces of the edge frame member 3 and the upper and lower double-sided plate bonding flanges 31 and 32 of the core portion 1 as shown in an exaggerated view. If not, there is no problem even if there is some irregularity, and the cut portion 8 according to the finally required panel size (a position determined in consideration of the thickness of the decorative frame material described later) Thus, the desired panel main body P is formed by cutting off the metal face plates 4 and 5 which have already been integrated in a laminated manner and the face plate bonding flanges 31 and 32 of the edge frame member 3.

In this embodiment, the flanges 31 and 32 for bonding the upper and lower plates of the edge frame member 3 are provided for the purpose of ensuring the stability of the manufacturing process and the function of the base surface side in the stage of use. The thickness of the face plate bonding flange 32 on the lower surface side in the drawing, which becomes the back surface in the use stage as the panel, is made larger than the thickness of the face plate bonding flange 31 on the upper surface side in the drawing, which becomes the front surface in the use stage. This is also due to the case lengthened.

On the other hand, the decorative frame member 6 is fitted to the space between the flanges 31 and 32 for bonding the double-sided boards of the edge frame member 3 which is opened on the peripheral side surface of the panel body P formed as described above. The fixing frame 62 is formed integrally with a decorative frame 61 appropriately designed on the base end side of the fixing unit 62.
In addition, a drawing groove 63 as a drawing-in structure portion is previously cut and formed at a predetermined position from the base end of the fixing portion 62 to the front end thereof. The fixing portion 62 of the decorative frame member 6 is inserted between the flanges 31 and 32 for bonding the double-sided board of the edge frame member 3 of the panel body P, and the fixing portion 62 is formed of the flange 31 for bonding the double-sided plate. , 32 so as to be fitted.

While maintaining this state, a screw formed at a predetermined position inside from the peripheral side surface of the panel body P which exactly matches the distance from the base end of the fixing portion 62 of the decorative frame material 6 to the center of the drawing groove 63. By screwing the screw 7 from the hole and making the tip thereof fit into the drawing groove 63, the decorative frame material 6 is forcibly drawn to the peripheral side of the panel body P, and between the two. Are properly in contact with each other so that a combination and fixation can be realized so as not to create a gap between the peripheral side surface of the panel body P and the inner surface of the decorative frame portion 61 of the decorative frame member 6. If necessary, prior to screwing the screw 7,
An adhesive is applied to the surface of the fixing portion 62 of the decorative frame member 6 or the inner peripheral surfaces of the flanges 31 and 32 for bonding the double-sided board, or both, and the adhesive 7 is uncured while the adhesive is uncured. A structure in which both are kept in a firmly fixed state by being screwed together may be used.

[0027]

The metal honeycomb panel structure of the present invention having the above-described structure is different from the conventional structure in that the peripheral edges of the upper and lower metal face plates are in contact with the decorative frame material without any gap. In addition, the need to cut the upper and lower metal face plates extremely accurately and combine them with great care so as not to shift with respect to the decorative frame material is completely eliminated, and at the stage of finishing the pressurizing and heating process, Even if the adhesive that has overflowed and solidified from between the peripheral edges of the upper and lower metal face plates and the inside of the decorative frame material is treated, no extra work for removing it can be required. Therefore, the working speed related to the assembling process of each component can be significantly improved, and the finishing process can be omitted, and the working process can be reduced in labor. Made There becomes to exhibit very easily become in very soo features that would be capable of contributing greatly to the improvement of the bid.

In particular, the metal honeycomb panel structure having the structure representative of the present invention and the method of manufacturing the same are described in the embodiments by using a simple assembling process between the peripheral side surface of the panel main body and the inner surface of the decorative frame material decorative frame portion. In addition, it is necessary to replace the decorative frame material without causing any irregular gap at all, to ensure the realization of an extremely good appearance panel, and to replace the decorative frame material for any reason such as breakage or pattern change. In some cases, the screw is removed so that the decorative frame material can be easily replaced with another desired new decorative frame material. This has the advantage of facilitating the application of metal honeycomb panels recognized as high performance panels to various fields.

As described above, the metal honeycomb panel structure of the present invention and the method of manufacturing the metal honeycomb panel can achieve the desired object by the novel structure, and have already been excellent. Metal honeycomb panels, whose characteristics have been recognized and have been strongly demanded for use in a wider range of fields, have not been improved in terms of unit price due to the complexity of the manufacturing process, and have not been sufficiently applied. In addition to maintaining the excellent characteristics, it can be easily and efficiently manufactured as a panel that is excellent in structure and appearance but never inferior to the situation that has been hindered. As a result, it is possible to provide inexpensive and high-quality products, which have been highly evaluated by many stakeholders, and the spread of metal honeycomb panels to a wide range of fields.
It is expected to be very useful for expansion.

[Brief description of the drawings]

The drawings show one of the specific embodiments representative of the present invention.

FIG. 1 is a perspective view of a main part showing components in a separated state.

FIG. 2 is a vertical sectional view of a main part of the completed metal honeycomb panel of the present invention.

FIG. 3 is a perspective view of an essential part showing a state in which a part of a metal honeycomb panel having a conventional structure is broken.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Core material part 2 Honeycomb core 3 Edge frame material 31 Upper surface material bonding flange 32 Lower surface material bonding flange 33 Web 4 Upper metal face plate 5 Lower metal face plate 6 Decorative frame material 61 Decorative frame part 62 Fixing part 63 Pulling groove 7 Screw 8 Cutting part P Panel body P1 Panel constituent material C Honeycomb core of conventional honeycomb panel E Same decorative frame and edge frame material E1 Same surface bonding flange E2 Same convex edge E3 Same convex edge M1 Same metal surface plate M2 Same metal face plate

 ──────────────────────────────────────────────────続 き Continued on the front page F-term (reference) 2E162 BA03 BB01 BB03 BB04 CB02 CB15

Claims (5)

[Claims] 1. A cross-section having a predetermined height and a pair of appropriately thick face plate bonding flanges extending from the top and bottom of the web toward at least the outside of the panel. , U-shaped, E-shaped, etc., having an edge frame material made of aluminum shape, and a honeycomb core material juxtaposed inside the edge frame material to constitute a core portion having the same height dimension, A pair of metal face plates are attached to the upper and lower portions of the core material portion and integrated to form a panel constituent material, while each edge of the upper and lower metal face plates exposed on the peripheral side surface of the panel constituent material, and an edge frame material The edges of the upper and lower plate bonding flanges are cut together to form a panel body having a predetermined outer size, and the peripheral side surface of the panel body is opened between the peripheral frame upper and lower surface plate bonding flanges. , And / or inside the opposite upper and lower plate bonding flange A metal honeycomb panel structure comprising a decorative frame material attached to one or all of the side surface or the web as a support portion. 2. A U-shaped cross section formed by forming a pair of suitably thick face plate bonding flanges each having a predetermined height dimension and extending from the top and bottom of the web toward at least the outside of the panel, respectively. , U-shaped, E-shaped, etc., having an edge frame material made of aluminum shape, and a honeycomb core material juxtaposed inside the edge frame material to constitute a core portion having the same height dimension, After bonding and unifying a pair of metal face plates above and below the core material portion to form a panel component material, each edge of the upper and lower metal face plates exposed on the peripheral side surface of the panel component material, and the edge frame material The edges of the upper and lower plate bonding flanges are cut together to form a panel main body having a predetermined outer dimension, and the peripheral side surface of the panel main body is opened between the peripheral frame material upper and lower surface plate bonding space between the flanges. And / or opposed flanges for bonding the upper and lower panels Attach and fix the decorative frame material using the inner surface or any or all of the web as a support part,
A metal honeycomb panel structure wherein the entire peripheral side surface of the panel body is concealed by a decorative frame material. 3. The decorative frame material is a space between the edge frame material upper and lower plate bonding flanges opened on the peripheral side surface of the panel body, and / or
Or, when attaching and fixing a decorative frame material using either or all of the inner surface of the opposite upper and lower plate bonding flanges or the same web as a support part, it is drawn so as to be in close contact with the peripheral surface of the panel body The metal honeycomb panel according to claim 1, wherein the drawing structure portion is formed by a groove or the like. 4. A U-shaped cross section formed by forming a pair of suitably thick face plate bonding flanges having predetermined heights and extending from the upper and lower portions of the web toward at least the outside of the panel, respectively. , U-shaped, E-shaped, etc., having an edge frame material made of aluminum shape, and a honeycomb core material juxtaposed inside the edge frame material to constitute a core portion having the same height dimension, After bonding and unifying a pair of metal face plates above and below the core material portion to form a panel component material, each edge of the upper and lower metal face plates exposed on the peripheral side surface of the panel component material, and the edge frame material By cutting each edge of the upper and lower plate bonding flanges at once, it is not necessary to remove the adhesive leaked between the metal face plate and the corresponding face plate bonding flange. For bonding faceplates corresponding to metal faceplates in Japan After forming the panel main body of a predetermined external dimension so that the edge alignment work with the flange is not required, the peripheral side surface of the panel main body is opened between the edge frame material upper and lower surface plate bonding flanges opened to the peripheral side surface. A decorative frame material is attached by using any or all of the space and / or the inner surface of the upper and lower plate bonding flanges facing each other or the web as a support portion, and at least the entire peripheral side surface of the panel body is concealed by the decorative frame material. The method for manufacturing a metal honeycomb panel according to any one of claims 1 to 3, wherein the panel is manufactured. 5. A U-shaped cross section formed by forming a pair of suitably thick face plate bonding flanges each having a predetermined height and extending at least from the top and bottom of the web toward the outside of the panel. , U-shaped, E-shaped, etc., having an edge frame material made of aluminum shape, and a honeycomb core material juxtaposed inside the edge frame material to constitute a core portion having the same height dimension, After bonding and unifying a pair of metal face plates above and below the core material portion to form a panel component material, each edge of the upper and lower metal face plates exposed on the peripheral side surface of the panel component material, and the edge frame material By cutting each edge of the upper and lower plate bonding flanges at once, it is not necessary to remove the adhesive leaked between the metal face plate and the corresponding face plate bonding flange. For bonding faceplates corresponding to metal faceplates in Japan After forming the panel main body of a predetermined external dimension so that the edge alignment work with the flange is not required, the peripheral side surface of the panel main body is opened between the edge frame material upper and lower surface plate bonding flanges opened to the peripheral side surface. At least one of the space and / or the inner surface of the upper and lower plate bonding flanges facing each other or the web is supported as a supporting portion, and a decorative frame material having a drawing groove is attached thereto, and the drawing is performed from outside the panel body. The decorative frame material is tightly fixed to the peripheral side surface of the panel main body with the screw tip biting into the groove, thereby manufacturing a panel in which at least one entire peripheral side surface of the panel main body is hidden by the decorative frame material. The method for manufacturing a metal honeycomb panel according to claim 3, wherein