A mold and manufacturing method for a historical building component with different internal and external structural materials

Abstract

The present invention discloses a mold and a manufacturing method for a historical building component with different internal and external structural materials. The mold includes a central sleeve, an inner mold assembly, and an outer mold assembly nestedly arranged. The inner mold assembly includes an inner mold, a first support rod inserted and pulled in the central sleeve, and an inner mold support frame detachably connected between the first support rod and the inner mold. The outer mold assembly includes an outer mold, a second support rod inserted and pulled in the central sleeve, and an outer mold support frame detachably connected between the second support rod and the outer mold. The first support rod and the second support rod are common parts or independent parts. The present invention can improve the accuracy of the outer contour shape of the internal and external structural layers of the historical building component and the construction quality, can improve the bonding strength of the internal and external structural layers of the historical building component, and has the advantages of high restoration quality, high production efficiency, and little influence by the skill level of craftsmen.

Description

Technical Field

[0001] The present invention relates to the field of historical building maintenance, and particularly to a mold and manufacturing method for historical building components with different internal and external structural materials. Background Art

[0002] Historical buildings have historical and cultural value. When repairing historical buildings, it is difficult to restore them due to problems such as the interruption of craftsmen and the loss of techniques. For historical building components such as pediments, column head patterns, and vase railings in historical building structures, they have specific shape structures, pattern structures, specific textures, etc. When the structural damage of the original historical style building components is relatively large and affects the structural stress, they need to be replaced as a whole. Therefore, it is necessary to use modern techniques to manufacture new historical style building components. For example, the vase railing is in the shape of a vase as a whole, with a reinforced concrete structure inside and a washed stone finish on the outer surface. The traditional manufacturing method is to assemble with small templates, and its disadvantages are: complex construction procedures, difficult to guarantee the restoration quality, low construction efficiency, and over-reliance on craftsmen's skills during the repair process, etc. Summary of the Invention

[0003] The purpose of the present invention is to provide a mold and manufacturing method for historical building components with different internal and external structural materials, so as to solve the problems of complex construction procedures, poor restoration quality, low manufacturing efficiency, and great influence by the skill level of craftsmen in manufacturing historical building components with different internal and external structural materials by traditional techniques.

[0004] To solve the above technical problems, the present invention provides a mold for historical building components with different internal and external structural materials, including a central sleeve, an inner mold assembly, and an outer mold assembly that are sequentially and spacedly nested from the inside to the outside. The inner mold assembly includes an inner mold located outside the central sleeve and matching the outer contour shape of the internal structural layer of the historical building component, a first support rod inserted and connected in the central sleeve, and an inner mold support frame detachably connected between the first support rod and the inner mold. The inner mold support frame is located at both ends of the inner mold; the outer mold assembly includes an outer mold located outside the inner mold and matching the outer contour shape of the external structural layer of the historical building component, a second support rod inserted and connected in the central sleeve, and an outer mold support frame detachably connected between the second support rod and the outer mold. The outer mold support frame is located at both ends of the outer mold; the first support rod and the second support rod are common parts or independent parts.

[0005] Furthermore, for the mold for historical building components with different internal and external structural materials provided by the present invention, both the inner mold support frame and the outer mold support frame are hollow skeletons.

[0006] Furthermore, for the mold of the historical building component with different internal and external structural materials provided by the present invention, the inner mold support frame at one end is a hollow skeleton, and the inner mold support frame at the other end is a plate-shaped member.

[0007] Furthermore, for the mold of the historical building component with different internal and external structural materials provided by the present invention, the outer mold support frame at one end is a hollow skeleton, and the outer mold support frame at the other end is a plate-shaped member.

[0008] Furthermore, for the mold of the historical building component with different internal and external structural materials provided by the present invention, the cavity of the inner mold that matches the outer contour shape of the internal structural layer of the historical building component is an uneven surface.

[0009] To solve the above technical problems, the present invention also provides a manufacturing method for a historical building component with different internal and external structural materials. Using the above-mentioned mold for a historical building component with different internal and external structural materials, it includes:

[0010] Using a 3D printer to respectively obtain the outer contour shape information of the internal structural layer and the external structural layer of the historical building component according to the three-dimensional laser scanning technology for 3D printing to manufacture the inner mold and the outer mold, so that the cavities of the inner and outer molds respectively match the outer contour shapes of the internal and external structural layers of the historical building component;

[0011] Vertically arrange the inner mold assembly on a plane, arrange the central sleeve at the vertical center of the inner mold of the inner mold assembly, insert the first support rod of the inner mold assembly into the central sleeve, install inner mold support frames between the inner molds at the upper and lower ends and the corresponding first support rods at the upper and lower ends to support both ends of the inner mold, and pour inner layer slurry into the gap between the central sleeve and the inner mold to form the internal structural layer of the historical building component, so that the outer contour shape of the internal structural layer of the historical building component is consistent with the cavity of the inner mold;

[0012] After the inner layer slurry of the internal structural layer of the historical building component reaches the strength condition, retain the central sleeve and remove the inner mold assembly;

[0013] Apply a retarder to the cavity of the outer mold of the outer mold assembly, sleeved the outer mold assembly around the periphery of the internal structural layer of the historical building component, insert the second support rod of the outer mold assembly into the central sleeve, install outer mold support frames between the outer molds at the upper and lower ends and the corresponding second support rods at the upper and lower ends to support both ends of the outer mold, and pour outer layer slurry into the gap between the internal structural layer of the historical building component and the outer mold to form the external structural layer of the historical building component, so that the external structural layer adheres to the internal structural layer, and the outer contour shape of the external structural layer of the historical building component is consistent with the cavity of the outer mold;

[0014] After the outer slurry of the outer structural layer of the historical building component reaches the strength condition, retain the central sleeve and remove the outer mold assembly;

[0015] Densely fill the inner slurry in the central sleeve to form a historical building component with a solid structure, realizing the restoration construction of the historical building component.

[0016] Furthermore, for the manufacturing method of the historical building component with different internal and external structural materials provided by the present invention, insert component steel bars into the central sleeve, and densely fill the inner slurry in the gap between the component steel bars and the central sleeve to form a historical building component with a solid structure, realizing the restoration construction of the historical building component.

[0017] Furthermore, for the manufacturing method of the historical building component with different internal and external structural materials provided by the present invention, the inner mold is manufactured by a 3D printer according to the outer contour shape information of the inner structural layer of the historical building component obtained by 3D laser scanning technology and after adding concave-convex surface information, so that the cavity of the inner mold matches the outer contour shape of the inner structural layer of the historical building component and has an increased concave-convex surface shape.

[0018] Furthermore, for the manufacturing method of the historical building component with different internal and external structural materials provided by the present invention, the inner slurry is concrete and the outer slurry is pebble dash.

[0019] Compared with the prior art, the beneficial effects of the present invention are as follows:

[0020] The mold and manufacturing method for historical building components with different internal and external structural materials provided by the present invention, when constructing historical building components with different internal and external structural materials, by fixedly installing the inner mold assembly on the central sleeve, making the inner mold assembly located on the periphery of the central sleeve, pouring inner layer slurry into the gap between the central sleeve and the inner mold to form the internal structural layer of the historical building component, so that the outer contour shape of the internal structural layer of the historical building component is consistent with the cavity of the inner mold, thereby improving the construction quality and construction precision of the outer contour shape of the internal structural layer of the historical building component made of the inner layer slurry; by sleeving the outer mold assembly on the periphery of the internal structural layer of the historical building component that has been constructed and installing it on the central sleeve, pouring outer layer slurry into the gap between the outer mold and the internal structural layer to form the external structural layer of the historical building component, so that the outer contour shape of the external structural layer of the historical building component is consistent with the cavity of the outer mold, thereby improving the construction quality and precision of the outer contour shape of the external structural layer of the historical building component made of the outer layer slurry, and by bonding the external structural layer to the internal structural layer, thereby improving the connection quality between the internal and external structural layers and avoiding the problem of their detachment, and further improving the overall construction quality of historical building components such as bottle-shaped railings and cylindrical railings with different internal and external structural materials, and performing high-quality restoration construction on historical building components. Compared with the method of manufacturing historical building components with different internal and external structural materials using the small template splicing construction process, it has the advantages of high restoration quality, high production efficiency, and little influence by the skill level of craftsmen. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 is a three-dimensional perspective structural schematic diagram of a historical building component with different internal and external structural materials in Embodiment 1;

[0022] Figure 2 is a three-dimensional perspective structural schematic diagram of the inner mold assembly in Embodiment 1 and its connection state with the central sleeve;

[0023] Figure 3 is a three-dimensional perspective structural schematic diagram of the outer mold assembly in Embodiment 1 and its connection state with the central sleeve;

[0024] Figure 4 is a cross-sectional structural schematic diagram of the outer mold in Embodiment 1;

[0025] Figure 5 is an elevation structural schematic diagram of the historical building component formed after manufacturing the external structural layer through the outer mold in Embodiment 1;

[0026] Figures 6 to 7 is an elevation cross-sectional structural schematic diagram of the historical building component with different internal and external structural materials in Embodiment 1 with and without steel bars;

[0027] Figure 8It is a schematic cross-sectional structure diagram of the outer mold in the second embodiment;

[0028] Figure 9 It is a schematic elevation structure diagram of the historical building component formed after manufacturing the external structure layer with the outer mold in the second embodiment;

[0029] As shown in the figure:

[0030] 100, inner mold assembly, 110, inner mold, 120, first support rod, 130, inner mold support frame;

[0031] 200, outer mold assembly, 210, outer mold, 211, cavity, 220, second support rod, 230, outer mold support frame;

[0032] 300, central sleeve;

[0033] 400, historical building component, 410, internal structure layer, 411, steel bars, 420, external structure layer. Detailed implementation manner

[0034] The present invention will be described in detail below with reference to the accompanying drawings: According to the following description, the advantages and features of the present invention will be clearer. It should be noted that the accompanying drawings are all in a very simplified form and use non-precise scales, only for the purpose of conveniently and clearly assisting in explaining the purpose of the embodiments of the present invention.

[0035] Please refer to Figures 1 to 4 and Figure 8, an embodiment of the present invention provides a mold for a historical building component with different internal and external structural materials, including a central sleeve 300, an inner mold assembly 100, and an outer mold assembly 200 that are sequentially nested at intervals from the inside to the outside. The inner mold assembly 100 includes an inner mold 110 located outside the central sleeve 300 and matching the outer contour shape of the internal structural layer 410 of the historical building component 400, that is, the inner mold 110 has a cavity matching the outer contour shape of the internal structural layer 410 of the historical building component 400, a first support rod 120 inserted and connected in the central sleeve 300, and an inner mold support frame 130 detachably connected between the first support rod 120 and the inner mold 110. There are two inner mold support frames 130, respectively located at both ends of the inner mold 110; the outer mold assembly 200 includes an outer mold 210 located outside the inner mold 110 and matching the outer contour shape of the external structural layer 420 of the historical building component 400, that is, the outer mold 210 has a cavity 211 matching the outer contour shape of the external structural layer 420 of the historical building component 400, a second support rod 220 inserted and connected in the central sleeve 300, and an outer mold support frame 230 detachably connected between the second support rod 220 and the outer mold 210. There are two outer mold support frames 230, respectively located at both ends of the outer mold 210; the first support rod 120 and the second support rod 220 are common parts or independent parts.

[0036] Please refer to Figures 2 to 3 , in order to improve the stability of the inner mold 110 during use and improve the construction quality of the structural shape of the internal structural layer 410 of the historical building component 400, for the mold of the historical building component with different internal and external structural materials provided by the embodiment of the present invention, both the inner mold support frame 130 and the outer mold support frame 230 are hollow skeletons. The hollow skeleton can be an inner ring member, an outer ring member, and multiple rod-shaped members evenly distributed radially between the two. The inner ring member can be detachably connected to the first support rod 120 or the second support rod 220 by a threaded connection, a snap connection, etc. The outer ring member and the inner mold 110 or the outer mold 210 can be detachably connected by a snap connection, etc. Thus, the inner mold 110 and the outer mold 210 are respectively supported by the inner mold support frame 130 and the outer mold support frame 230 at the upper and lower ends, preventing displacement and affecting the molding quality of the mold.

[0037] Of course, in order to fix the inner mold 110, for the mold of the historical building component with different internal and external structural materials provided by the embodiment of the present invention, one end of the inner mold support frame 130 can be a hollow skeleton, and the other end of the inner mold support frame 130 can be a plate-shaped member. At the same time, one end of the outer mold support frame 230 can also be a hollow skeleton, and the other end of the outer mold support frame 230 can also be a plate-shaped member. During use, place the support frame of the plate-shaped member on a plane.

[0038] The embodiment of the present invention further provides a manufacturing method for a historical building component 400 with different internal and external structure materials. By using the above-mentioned mold for a historical building component with different internal and external structure materials, it may include:

[0039] Step S1, please refer to Figure 4 and Figure 8 , use a 3D printer to respectively obtain the outer contour shape information of the internal structure layer 410 and the external structure layer 420 of the historical building component 400 according to the three-dimensional laser scanning technology for 3D printing to manufacture the inner mold 110 and the outer mold 210, so that the cavities of the inner mold 110 and the outer mold 210 respectively match the outer contour shapes of the internal and external structure layers 420 of the historical building component 400. The inner mold 110 and the outer mold 210 are 3D printed by a 3D printer according to the outer contour shape information of the internal structure layer 410 and the external structure layer 420 of the real historical building component 400, which can improve the consistency of the cavities of the inner mold 110 and the outer mold 210 respectively matching the outer contour shapes of the internal structure layer 410 and the external structure layer 420 of the historical building component 400. Thus, a high-quality internal structure layer 410 is manufactured through the inner mold 110, and a high-quality external structure layer 420 is manufactured around the internal structure layer 410 through the outer mold 210, forming a high-quality and high-precision historical building component 400. Please refer to Figures 4 to 5 , when the historical building component with different internal and external structure materials manufactured by the mold is a double-layer columnar member, the cavities of the inner mold 110 and the cavity 211 of the outer mold 210 are both columnar, and thus a columnar body with a double-layer structure is manufactured through the mold. Please refer to Figures 8 to 9 , when the historical building component with different internal and external structure materials manufactured by the mold is a vase-shaped railing, the cavities of the inner mold 110 and the cavity 211 of the outer mold 210 are both in the shape of a vase-shaped railing, and thus a double-layer structure vase-shaped railing is manufactured through the above-mentioned mold. By using the 3D printing technology to form the above-mentioned mold with high precision that is consistent with the outer contour shapes of the internal structure layer 410 and the external structure layer 420 of the historical building component 400, it avoids the problems such as low work efficiency, difficult quality guarantee, and high dependence on the skills of workers and masters brought about by the traditional process of dividing complex shapes into multiple small modules for manufacturing.

[0040] Step S2, please refer to Figure 2 、 Figures 4 to 5, arrange the inner mold assembly 100 vertically on a plane, arrange the central sleeve 300 at the vertical center of the inner mold 110 of the inner mold assembly 100, insert the first support rod 120 of the inner mold assembly 100 into the central sleeve 300, and install inner mold support frames 130 between the inner mold 110 at the upper and lower ends and the corresponding first support rods 120 at the upper and lower ends to support both ends of the inner mold 110. Pour inner layer slurry into the gap between the central sleeve 300 and the inner mold 110 to form the internal structure layer 410 of the historical building component 400, so that the outer contour shape of the internal structure layer 410 of the historical building component 400 is consistent with the cavity of the inner mold 110. The inner layer slurry can be concrete.

[0041] Step S3, after the inner layer slurry of the internal structure layer 410 of the historical building component 400 reaches the strength condition, retain the central sleeve 300 and remove the inner mold assembly 100.

[0042] Step S4, please refer to Figure 3 , apply a retarder to the cavity of the outer mold 210 of the outer mold assembly 200, sleeve the outer mold assembly 200 around the periphery of the internal structure layer 410 of the historical building component 400, insert the second support rod 220 of the outer mold assembly 200 into the central sleeve 300, and install outer mold support frames 230 between the outer mold 210 at the upper and lower ends and the corresponding second support rods 220 at the upper and lower ends to support both ends of the outer mold 210. Pour outer layer slurry into the gap between the internal structure layer 410 of the historical building component 400 and the outer mold 210 to form the external structure layer 420 of the historical building component 400, so that the external structure layer 420 adheres to the internal structure layer 410, and the outer contour shape of the external structure layer 420 of the historical building component 400 is consistent with the cavity 211 of the outer mold 210. The outer layer slurry can be pebble dash.

[0043] Step 51, please refer to Figures 4 to 5 , after the outer layer slurry of the external structure layer 420 of the historical building component 400 reaches the strength condition, retain the central sleeve 300 and remove the outer mold assembly 200.

[0044] Step S6, please refer to Figure 6 , densely fill the inner layer slurry in the central sleeve 300 to form the historical building component 400 with a solid structure, realizing the restoration construction of the historical building component 400. Self-leveling slurry can be used for filling to improve its density.

[0045] The mold and manufacturing method for historical building components with different internal and external structure materials provided by the embodiments of the present invention, when constructing historical building components 400 with different internal and external structure materials such as columnar bodies and vase railings with double-layer structures, by fixedly installing the inner mold assembly 100 on the central sleeve 300, making the inner mold assembly 100 located on the periphery of the central sleeve 300, pouring inner layer slurry into the gap between the central sleeve 300 and the inner mold 110 to form the internal structure layer 410 of the historical building component 400, making the outer contour shape of the internal structure layer 410 of the historical building component 400 consistent with the cavity of the inner mold 110, thereby improving the construction quality and construction accuracy of the outer contour shape of the internal structure layer 410 of the historical building component 400 made of the inner layer slurry; by sleeving the outer mold assembly 200 on the periphery of the internal structure layer 410 of the already constructed historical building component 400 and installing it on the central sleeve 300, pouring outer layer slurry into the gap between the outer mold 210 and the internal structure layer 410 to form the external structure layer 420 of the historical building component 400, making the outer contour shape of the external structure layer 420 of the historical building component 400 consistent with the cavity of the outer mold 210, thereby improving the construction quality and accuracy of the outer contour shape of the external structure layer 420 of the historical building component 400 made of the outer layer slurry, and by bonding the external structure layer 420 to the internal structure layer 410, thereby improving the connection quality between the internal and external structure layers, avoiding the problem of their detachment, and further improving the overall construction quality of historical building components 400 with different internal and external structure materials such as vase railings and column railings, and performing high-quality restoration construction on the historical building component 400. Compared with the method of manufacturing historical building components 400 with different internal and external structure materials using the small formwork splicing construction process, it has the advantages of high restoration quality, high manufacturing efficiency, and little influence by the skill level of craftsmen.

[0046] Please refer to Figure 7 , in order to improve the structural strength of the manufactured historical building component 400, in the manufacturing method for historical building components with different internal and external structure materials provided by the embodiments of the present invention, in step S6, component steel bars 411 can be inserted into the central sleeve 300, and the inner layer slurry can be densely filled into the gap between the component steel bars 411 and the central sleeve 300 to form a solid-structured historical building component 400, realizing the restoration construction of the historical building component 400.

[0047] In order to stably bond the fabricated outer structural layer 420 to the inner structural layer 410, the present invention provides a mold and manufacturing method for historical building components with different internal and external structural materials. The cavity of the inner mold 110 that matches the outer contour shape of the inner structural layer 410 of the historical building component 400 is an uneven surface. The inner mold 110 is fabricated by 3D printing based on the outer contour shape information of the inner structural layer of the historical building component 400 obtained by 3D laser scanning technology and adding uneven surface information, so that the cavity of the inner mold 110 matches the outer contour shape of the inner structural layer of the historical building component 400 and has an added uneven surface shape. Through the design of the cavity of the inner mold 110 being an uneven surface, the roughness of its outer contour is increased, so that the outer structural layer 420 can be reliably and stably bonded to the inner structural layer 410, improving the connection quality between the structures of the historical building component 400.

[0048] The mold and manufacturing method for historical building components with different internal and external structural materials provided by the embodiments of the present invention effectively improve the accuracy and efficiency of restoring historical building components with different internal and external structural materials. Especially for the production of patterns and decorative patterns on the outer contour shape of the outer structural layer 420, it will be more accurate, avoiding problems such as the need to improve the restoration efficiency and the difficulty in ensuring the repair quality faced by traditional repair techniques due to the break of craftsmen and the loss of techniques. It can be widely applied to engineering projects for restoring large-scale historical features. And during the entire implementation process, it can be highly industrialized. It can be prefabricated or constructed on-site. The mold can be reused repeatedly, having the advantages of green construction, energy conservation and environmental protection.

[0049] The present invention is not limited to the above specific embodiments. Obviously, the described embodiments are part of the embodiments of the present invention, rather than all embodiments. Based on the described embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art belong to the scope of protection of the present invention. Those skilled in the art can make other levels of modifications and changes to the present invention. Thus, if these modifications and changes of the present invention are within the scope of the claims of the present invention, the present invention also intends to include these modifications and changes.

Claims

1. A manufacturing method for a historical building component with different internal and external structural materials, characterized in that, A mold for historical building components with different internal and external structural materials, the mold comprising a central sleeve, an inner mold assembly, and an outer mold assembly that are sequentially nested at intervals from the inside outwards. The inner mold assembly includes an inner mold located outside the central sleeve and matching the outer contour shape of the internal structural layer of the historical building component, a first support rod inserted and connected in the central sleeve, and an inner mold support frame detachably connected between the first support rod and the inner mold, the inner mold support frame being located at both ends of the inner mold. The outer mold assembly includes an outer mold located outside the inner mold and matching the outer contour shape of the external structural layer of the historical building component, a second support rod inserted and connected in the central sleeve, and an outer mold support frame detachably connected between the second support rod and the outer mold, the outer mold support frame being located at both ends of the outer mold. The first support rod and the second support rod are common parts or independent parts; the manufacturing method includes: Using a 3D printer to respectively obtain the outer contour shape information of the internal and external structural layers of the historical building component according to the three-dimensional laser scanning technology and perform 3D printing to manufacture the inner mold and the outer mold, so that the cavities of the inner and outer molds respectively match the outer contour shapes of the internal and external structural layers of the historical building component. Vertically arrange the inner mold assembly on a plane, arrange the central sleeve at the vertical center of the inner mold of the inner mold assembly, insert the first support rod of the inner mold assembly into the central sleeve, install inner mold support frames between the inner mold at both ends and the corresponding first support rods at both ends to support both ends of the inner mold, and pour inner layer slurry into the gap between the central sleeve and the inner mold to form the internal structural layer of the historical building component, so that the outer contour shape of the internal structural layer of the historical building component is consistent with the cavity of the inner mold. After the inner layer slurry of the internal structural layer of the historical building component reaches the strength condition, retain the central sleeve and remove the inner mold assembly. Apply a retarder to the cavity of the outer mold of the outer mold assembly, sleeved the outer mold assembly around the periphery of the internal structural layer of the historical building component, insert the second support rod of the outer mold assembly into the central sleeve, install outer mold support frames between the outer mold at both ends and the corresponding second support rods at both ends to support both ends of the outer mold, and pour outer layer slurry into the gap between the internal structural layer of the historical building component and the outer mold to form the external structural layer of the historical building component, so that the external structural layer adheres to the internal structural layer, and the outer contour shape of the external structural layer of the historical building component is consistent with the cavity of the outer mold. After the outer layer slurry of the external structural layer of the historical building component reaches the strength condition, retain the central sleeve and remove the outer mold assembly. Densely fill the central sleeve with inner layer slurry to form a solid-structured historical building component, realizing the restoration construction of the historical building component.

2. The manufacturing method of a historical building component with different internal and external structure materials according to claim 1, characterized in that Insert component steel bars into the central sleeve, and densely fill the gap between the component steel bars and the central sleeve with inner layer slurry to form a solid-structured historical building component, realizing the restoration construction of the historical building component.

3. The manufacturing method of a historical building component with different internal and external structural materials according to claim 1, characterized in that The inner mold is fabricated by a 3D printer. First, the outer contour shape information of the internal structure layer of the historical building component is obtained according to the three-dimensional laser scanning technology, and the concave and convex surface information is added. Then, 3D printing is carried out to make the inner mold, so that the cavity of the inner mold matches the outer contour shape of the internal structure layer of the historical building component and has an added concave and convex surface shape.

4. The manufacturing method of the historical building component with different internal and external structural materials according to claim 1, characterized in that, The inner layer slurry is concrete, and the outer layer slurry is pebble dash.

5. The manufacturing method of a historical building component with different internal and external structural materials according to claim 1, characterized in that, Both the inner mold support frame and the outer mold support frame are hollow skeletons.

6. The manufacturing method of a historical building component with different internal and external structural materials according to claim 1, characterized in that One end of the inner mold support frame is a hollow skeleton, and the other end of the inner mold support frame is a plate-like member.

7. The manufacturing method of the historical building component with different internal and external structure materials according to claim 1, characterized in that, One end of the outer mold support frame is a hollow skeleton, and the other end of the outer mold support frame is a plate-like member.

8. The manufacturing method of a historical building component with different internal and external structural materials according to claim 1, characterized in that, The cavity of the inner mold that matches the outer contour shape of the internal structure layer of the historical building component has concave and convex surfaces.

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