CN203060846U - Eps sheet simulation model structure - Google Patents
Eps sheet simulation model structure Download PDFInfo
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- CN203060846U CN203060846U CN 201220523391 CN201220523391U CN203060846U CN 203060846 U CN203060846 U CN 203060846U CN 201220523391 CN201220523391 CN 201220523391 CN 201220523391 U CN201220523391 U CN 201220523391U CN 203060846 U CN203060846 U CN 203060846U
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Abstract
The utility model provides an EPS sheet simulation model structure, and relates to the technical field of toys and creative gifts. The EPS sheet simulation model structure aims at the phenomenon that a stereoscopic model of the Eiffel Tower is not available for popularization of science and study of children. The EPS sheet simulation model structure comprises a substrate. A fixed base board block, a first tower base board block, a first platform board block, a second tower base board block, a second platform board block, a first tower body board block, a second tower body board block, a first tower body strut board block, a second tower body strut board block, a strut connecting board block, a third platform board block, a spire interlayer board block, a spire bottom board board block, a spire base board block and a spire antenna board block are arranged on the substrate, wherein the fixed base board block, the first tower base board block, the first platform board block, the second tower base board block, the second platform board block, the first tower body board block, the second tower body board block, the first tower body strut board block, the second tower body strut board block, the strut connecting board block, the third platform board block, the spire interlayer board block, the spire bottom board board block, the spire base board block and the spire antenna board block are formed by enclosing and cutting communicated cutting lines. According to the EPS sheet simulation model structure, a plurality of independent board blocks are formed after cutting is conducted, cost is low, an assembled model is high in sense of immediacy, high in simulation degree and simple in piecing and inserting, spliced eyes and spliced ends are mainly applied to a connecting structure of each board block, and no glue is needed for fixation.
Description
Technical field
The utility model relates to toy, intention gift technical field, is specifically related to simulation model architecture advances aspect.
Background technology
Eiffel Tower is world cultural heritage, is the object that multiple art falls over each other to show.In juvenile's science popularization field, has only the form of expression of picture and video display at present.The conventional stereo model need adopt glue to be adhesively fixed, and is Bullet structure, can't realize repeating dismounting, the wasting of resources, and poor stability, and assembling inconvenience, third dimension is poor.
The EPS plate of material claims benzene plate, cystosepiment again, and its source environmental protection, cost of manufacture is low, light flexible, has been widely used in the toy for children field.Eiffel Tower is the cultural precious deposits in the world, need carry out scientific popularization in children, make a kind ofly be convenient for carrying, three-dimensional model that telepresenc is strong is conducive to help children to understand this culture.
Summary of the invention
In sum, the purpose of this utility model is that the Eiffel Tower at present existence does not have this phenomenon of three-dimensional model of children's science popularization study usefulness, provide a kind of telepresenc strong, piece together and insert simple EPS sheet material simulation model structure.
For solving the technical problem that the utility model proposes, the technical scheme that adopts is: EPS sheet material simulation model structure, it is characterized in that including substrate, described substrate has panel layer and the backplane level of papery, and is located at the EPS interlayer between panel layer and the backplane level; Be provided with firm banking plate, the first tower seat board piece, the first platform plate, the second tower seat board piece, the second platform plate, the first body of the tower plate, the second body of the tower plate, the first body of the tower pillar plate, the second body of the tower pillar plate, post patch piece, the 3rd platform plate, pinnacle of a pagoda interlayer plate, pinnacle of a pagoda base plate plate, pinnacle of a pagoda base plate and the pinnacle of a pagoda antenna plate that is constituted around cutting by the line of cut that communicates at described substrate; Between described firm banking plate and the first tower seat board piece, between the first platform plate and the first tower seat board piece, between the first platform plate and the second tower seat board piece, between the second platform plate and the second tower seat board piece, between the second platform plate and the first body of the tower plate, between the second platform plate and the first body of the tower pillar plate, between the first body of the tower plate and the post patch piece, between the second body of the tower plate and the post patch piece, between the 3rd platform plate and the second body of the tower plate, between the 3rd platform plate and the second body of the tower pillar plate, between the 3rd platform plate and the pinnacle of a pagoda interlayer plate, between pinnacle of a pagoda base plate plate and the pinnacle of a pagoda interlayer plate, between pinnacle of a pagoda base plate plate and the pinnacle of a pagoda base plate, be equipped with spliced eye and the connection-peg that cooperates between pinnacle of a pagoda base plate and the pinnacle of a pagoda antenna plate; Be respectively equipped with the inserting groove of vertical grafting between post patch piece and the first body of the tower pillar plate and the second body of the tower pillar plate.
Described firm banking plate is provided with the fold line that half logical line of cut constitutes, on substrate, also be provided with the folding fixed plate of firm banking that is constituted around cutting by the line of cut that communicates, be located at after the firm banking plate is folding along fold line between the folding fixed plate of firm banking plate and firm banking and join back spliced eye and connection-peg.
Also be provided with on the described substrate by the line of cut that communicates and strengthen supporting block around the first tower seat that cutting constitutes; The first tower seat board piece is strengthened being provided with spliced eye and the connection-peg that cooperates between the supporting block with the first tower seat.
Also be provided with on the described substrate by the line of cut that communicates and strengthen supporting block around first platform that cutting constitutes; The first tower seat board piece and the first tower seat are strengthened supporting block and are strengthened being respectively equipped with spliced eye and the connection-peg that cooperates between the supporting block with first platform.
Also be provided with the first platform fence plate and the first platform railing plate that are constituted around cutting by the line of cut that communicates on the described substrate; Be respectively equipped with spliced eye and the connection-peg that cooperates between the first tower seat board piece and the first platform fence plate and the first platform railing plate.
Also be provided with the second tower seat that is constituted around cutting by the line of cut that communicates on the described substrate and strengthen supporting block and second platform reinforcement supporting block; The first platform plate is strengthened between the supporting block with the second tower seat, second tower seat reinforcement supporting block is strengthened between the supporting block with second platform, the second tower seat board piece is strengthened being equipped with spliced eye and the connection-peg that cooperates between the supporting block with second platform.
Also be provided with the second platform fence plate and the second platform railing plate that are constituted around cutting by the line of cut that communicates on the described substrate; Be respectively equipped with spliced eye and the connection-peg that cooperates between the second tower seat board piece and the second platform fence plate and the second platform railing plate.
The beneficial effects of the utility model are: the utility model cuts the substrate that panel layer, EPS interlayer and backplane level constitute, the cutting back forms the plate that polylith independently is used for assembling Eiffel Tower model, cost is low, the model telepresenc that is assembled into is strong, fidelity is high, it is slotting simple to piece together, the syndeton of each plate mainly adopts spliced eye and connection-peg, need not glue and fix, firmly do not get loose, dismounting such as all makes things convenient at advantage.
Description of drawings
Fig. 1 is the utility model assembling process schematic diagram one;
Fig. 2 is the utility model assembling process schematic diagram two;
Fig. 3 is the utility model assembling process schematic diagram three;
Fig. 4 has assembled journey schematic diagram figure for the utility model;
Fig. 5 is the preceding structural representation of the utility model assembling.
The specific embodiment
Below in conjunction with accompanying drawing and the preferred specific embodiment of the utility model structure of the present utility model is further described.
Shown in Fig. 5, the utility model comprises the plate that substrate 1 and polylith cut out from substrate 1, and substrate 1 is by panel layer and the backplane level of papery, and is located at the EPS interlayer between panel layer and the backplane level; Substrate 1 can be the sheet material that area is relatively large, pack for convenience and carry, substrate 1 in the present embodiment as shown in Figure 5, substrate 1 is cut into 12 independently with the sheet material of homalographic, each plate that is used for assembling Eiffel Tower model is distributed in 12 blocks of sheet materials according to material saving principle, each plate is to constitute around cutting by the line of cut that communicates, the what is called line of cut that communicates refers to that panel layer, EPS interlayer and backplane level are all cut in cutting process and wears, and just can break away from from substrate after pressing corresponding plate.The plate of assembling the most basic Eiffel Tower model includes: firm banking plate 2, the first tower seat board piece 3, the first platform plate 4, the second tower seat board piece 5, the second platform plate 6, the first body of the tower plate 71, the second body of the tower plate 72, the first body of the tower pillar plate 73, the second body of the tower pillar plate 74, post patch piece 75, the 3rd platform plate 8, pinnacle of a pagoda interlayer plate 91, pinnacle of a pagoda base plate plate 92, pinnacle of a pagoda base plate 93 and pinnacle of a pagoda antenna plate 94; Between described firm banking plate 2 and the first tower seat board piece 3, between the first platform plate 4 and the first tower seat board piece 3, between the first platform plate 4 and the second tower seat board piece 5, between the second platform plate 6 and the second tower seat board piece 5, between the second platform plate 6 and the first body of the tower plate 71, between the second platform plate 6 and the first body of the tower pillar plate 73, between the first body of the tower plate 71 and the post patch piece 75, between the second body of the tower plate 72 and the post patch piece 75, between the 3rd platform plate 8 and the second body of the tower plate 72, between the 3rd platform plate 8 and the second body of the tower pillar plate 74, between the 3rd platform plate 8 and the pinnacle of a pagoda interlayer plate 91, between pinnacle of a pagoda base plate plate 92 and the pinnacle of a pagoda interlayer plate 91, between pinnacle of a pagoda base plate plate 92 and the pinnacle of a pagoda base plate 93, be equipped with spliced eye and the connection-peg that cooperates between pinnacle of a pagoda base plate 93 and the pinnacle of a pagoda antenna plate 94; Be respectively equipped with the inserting groove of vertical grafting between post patch piece 75 and the first body of the tower pillar plate 73 and the second body of the tower pillar plate 74.
In order to strengthen the firm banking third dimension of model, moulding is near real Eiffel Tower, described firm banking plate 2 is provided with the fold line 21 that half logical line of cut constitutes, so-called half logical line of cut refers to that panel layer and EPS interlayer are cut in cutting process and wears, backplane level keeps, and can turn over folding along half logical line of cut.Also be provided with on the substrate 1 by the line of cut that communicates around the folding fixed plate 22 of the firm banking that constitutes of cutting, be located between the folding fixed plate 22 of firm banking plate 2 and firm banking after firm banking plate 2 is folding along fold line 21, join after spliced eye and connection-peg.
For the stability of the first tower seat that increases model, also be provided with on the described substrate 1 by the line of cut that communicates and strengthen supporting block 31 around the first tower seat that cutting constitutes; The first tower seat board piece 3 is strengthened being provided with spliced eye and the connection-peg that cooperates between the supporting block 31 with the first tower seat.
In order to strengthen first tower seat stability and the fidelity of model, also be provided with on the described substrate 1 by the line of cut that communicates and strengthen supporting block 41 around first platform that cutting constitutes; The first tower seat board piece 3 and the first tower seat are strengthened supporting block 31 and are strengthened being respectively equipped with spliced eye and the connection-peg that cooperates between the supporting block 41 with first platform.Also be provided with the first platform fence plate 42 and the first platform railing plate 43 that are constituted around cutting by the line of cut that communicates on the described substrate 1; Be respectively equipped with spliced eye and the connection-peg that cooperates between the first tower seat board piece 3 and the first platform fence plate 42 and the first platform railing plate 43.
In order to strengthen second tower seat stability and the fidelity of model, also be provided with the second tower seat that is constituted around cutting by the line of cut that communicates on the described substrate 1 and strengthen supporting block 51 and second platform reinforcement supporting block 61; The first platform plate 4 is strengthened between the supporting block 51 with the second tower seat, second tower seat reinforcement supporting block 51 is strengthened between the supporting block 61 with second platform, the second tower seat board piece 5 is strengthened being equipped with spliced eye and the connection-peg that cooperates between the supporting block 61 with second platform.
Model assembling sequence of the present utility model is that the bottom begins assembling to the top, and step is as follows:
1, as shown in Fig. 1 and Fig. 5,4 firm banking plates 2 respectively along fold line 21 90 degree that fold back, are fixed from four jiaos of firm banking plate 2 respectively with the folding fixed plate 22 of firm banking, keep folded state; That is to say has 16 identical shaped firm bankings to fold fixed plate 22 on the substrate, be equipped with two fold lines 221,222 on the every folding fixed plate 22 of firm banking, the folding fixed plate 22 of firm banking with folding after firm banking plate 2 fixedly the time, connection-peg 212 on the firm banking plate 2 is inserted in the spliced eye 223 on the folding fixed plate 22 of firm banking, and the connection-peg 224 on the folding fixed plate 22 of firm banking is inserted in the spliced eye 213 on the firm banking plate 2.
2, as shown in Fig. 1 and Fig. 5, each inserts 31, four group of first tower seat reinforcement of one group of first tower seat reinforcement supporting block supporting block, 31 upper ends are strengthened supporting block 41 respectively with first platform four jiaos of grafting on each firm banking plate 2.
3, as shown in Fig. 2 and Fig. 5,2 of two adjacent firm banking plates across the first tower seat board piece 3 of pegging graft, the first tower seat board piece 3 is provided with downward opening U-shaped opening, supporting block 41 strengthened by the upper end of the first tower seat board piece 3 and first platform and the first platform plate 4 is pegged graft, simultaneously, first platform reinforcement supporting block 41 and first 3 of the tower seat board pieces are also pegged graft.
4, as shown in Fig. 2 and Fig. 5, insert in four corner connections that upper end and second platform of 51, four group of second tower seat reinforcement of the first platform plate, 4 grafting, four group of second tower seat reinforcement supporting block supporting block 51 are strengthened supporting block 61.
5, as shown in Fig. 3 and Fig. 5, strengthen supporting block 61 and 6 grafting of the second platform plate at upper end and second platform of 5, four group of second tower seat board of the first platform plate, 4 four group of second tower seat board piece of grafting piece 5.
6, as shown in Fig. 3 and Fig. 5, the first platform railing plate, 43, the first platform railing plates 43 of pegging graft in the outside, upper end of each piece first tower seat board piece 3 plug with the first platform fence plate 42 that is positioned at the first platform plate, 4 tops through the edge of the first platform plate 4.Equally, plug with the second platform fence plate 62 that is positioned at the second platform plate, 6 tops at the edge of the grafting second platform railing plate, 63, the second platform railing plates 63 in the outer end, upper end of each piece second tower seat board piece 5 through the second platform plate 6.
7, as Fig. 3, shown in Fig. 4 and Fig. 5, be folded into the first body of the tower pillar plate 73 and the second body of the tower pillar plate 74 cylindric respectively along fold line, after two post patch piece 75 right-angled intersections are pegged graft, the two first body of the tower pillar plates 73 cylindraceous and the second body of the tower pillar plate 74 are connected into an integral body, first body of the tower pillar plate 73 bottoms after folding and the second platform plate 6 are pegged graft, second body of the tower pillar plate 74 tops and the 3rd platform plate 8 are pegged graft, four first body of the tower plates 71 are plugged on the second platform plate 6, the upper end of four first body of the tower plates 71 and post patch piece 75 are pegged graft fixing, the second body of the tower plate, 72 bottoms and post patch piece 75 are pegged graft, and the second body of the tower plate, 72 tops the 3rd platform plate 8 is pegged graft.
8, as shown in Fig. 3 and Fig. 5, pinnacle of a pagoda interlayer plate 91 is folded into square frame, pinnacle of a pagoda interlayer plate 91 is pegged graft with parallel the 3rd platform plate 8 and pinnacle of a pagoda base plate plate 92 respectively, base plate 93 folding formations in pinnacle of a pagoda are box-like, box mouth and pinnacle of a pagoda base plate plate 92 back-offs are pegged graft, pinnacle of a pagoda antenna plate 94 is inserted in base plate 93 centers, pinnacle of a pagoda, in order to increase the stability of pinnacle of a pagoda antenna plate 94, can also increase the antenna fixed plate 941 of pinnacle of a pagoda antenna plate 94 right-angled intersections.
Claims (7)
1. EPS sheet material simulation model structure is characterized in that including substrate (1), and described substrate (1) has panel layer and the backplane level of papery, and is located at the EPS interlayer between panel layer and the backplane level; Be provided with the firm banking plate (2) that is constituted around cutting by the line of cut that communicates at described substrate (1), the first tower seat board piece (3), the first platform plate (4), the second tower seat board piece (5), the second platform plate (6), the first body of the tower plate (71), the second body of the tower plate (72), the first body of the tower pillar plate (73), the second body of the tower pillar plate (74), post patch piece (75), the 3rd platform plate (8), pinnacle of a pagoda interlayer plate (91), pinnacle of a pagoda base plate plate (92), pinnacle of a pagoda base plate (93) and pinnacle of a pagoda antenna plate (94); Between described firm banking plate (2) and the first tower seat board piece (3), between the first platform plate (4) and the first tower seat board piece (3), between the first platform plate (4) and the second tower seat board piece (5), between the second platform plate (6) and the second tower seat board piece (5), between the second platform plate (6) and the first body of the tower plate (71), between the second platform plate (6) and the first body of the tower pillar plate (73), between the first body of the tower plate (71) and the post patch piece (75), between the second body of the tower plate (72) and the post patch piece (75), between the 3rd platform plate (8) and the second body of the tower plate (72), between the 3rd platform plate (8) and the second body of the tower pillar plate (74), between the 3rd platform plate (8) and the pinnacle of a pagoda interlayer plate (91), between pinnacle of a pagoda base plate plate (92) and the pinnacle of a pagoda interlayer plate (91), between pinnacle of a pagoda base plate plate (92) and the pinnacle of a pagoda base plate (93), be equipped with spliced eye and the connection-peg that cooperates between pinnacle of a pagoda base plate (93) and the pinnacle of a pagoda antenna plate (94); Be respectively equipped with the inserting groove of vertical grafting between post patch piece (75) and the first body of the tower pillar plate (73) and the second body of the tower pillar plate (74).
2. EPS sheet material simulation model structure according to claim 1, it is characterized in that: described firm banking plate (2) is provided with the fold line (21) that half logical line of cut constitutes, on substrate (1), also be provided with the folding fixed plate (22) of firm banking that is constituted around cutting by the line of cut that communicates, be located at after firm banking plate (2) is folding along fold line (21) between the folding fixed plate (22) of firm banking plate (2) and firm banking and join back spliced eye and connection-peg.
3. EPS sheet material simulation model structure according to claim 1 is characterized in that: also be provided with on the described substrate (1) by the line of cut that communicates and strengthen supporting block (31) around the first tower seat that cutting constitutes; The first tower seat board piece (3) is strengthened being provided with spliced eye and the connection-peg that cooperates between the supporting block (31) with the first tower seat.
4. EPS sheet material simulation model structure according to claim 3 is characterized in that: also be provided with on the described substrate (1) by the line of cut that communicates and strengthen supporting block (41) around first platform that cutting constitutes; The first tower seat board piece (3) and the first tower seat are strengthened supporting block (31) and are strengthened being respectively equipped with spliced eye and the connection-peg that cooperates between the supporting block (41) with first platform.
5. EPS sheet material simulation model structure according to claim 1 is characterized in that: also be provided with the first platform fence plate (42) and the first platform railing plate (43) that are made of around cutting the line of cut that communicates on the described substrate (1); Be respectively equipped with spliced eye and the connection-peg that cooperates between the first tower seat board piece (3) and the first platform fence plate (42) and the first platform railing plate (43).
6. EPS sheet material simulation model structure according to claim 1 is characterized in that: also be provided with the second tower seat that is made of around cutting the line of cut that communicates on the described substrate (1) and strengthen supporting block (51) and second platform reinforcement supporting block (61); The first platform plate (4) is strengthened between the supporting block (51) with the second tower seat, second tower seat reinforcement supporting block (51) is strengthened between the supporting block (61) with second platform, the second tower seat board piece (5) is strengthened being equipped with spliced eye and the connection-peg that cooperates between the supporting block (61) with second platform.
7. EPS sheet material simulation model structure according to claim 1 is characterized in that: also be provided with the second platform fence plate (62) and the second platform railing plate (63) that are made of around cutting the line of cut that communicates on the described substrate (1); Be respectively equipped with spliced eye and the connection-peg that cooperates between the second tower seat board piece (5) and the second platform fence plate (62) and the second platform railing plate (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220523391 CN203060846U (en) | 2012-10-12 | 2012-10-12 | Eps sheet simulation model structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220523391 CN203060846U (en) | 2012-10-12 | 2012-10-12 | Eps sheet simulation model structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203060846U true CN203060846U (en) | 2013-07-17 |
Family
ID=48759676
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220523391 Expired - Fee Related CN203060846U (en) | 2012-10-12 | 2012-10-12 | Eps sheet simulation model structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203060846U (en) |
-
2012
- 2012-10-12 CN CN 201220523391 patent/CN203060846U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130717 Termination date: 20141012 |
|
| EXPY | Termination of patent right or utility model |