一种利用摆件组合不同场景的玩具模型
By designing a house-shaped building block toy with flip-up side panels and multiple assembly methods, the problem of low fun in existing building block toys has been solved, and the effect of simulating different scenarios and parent-child interaction has been achieved.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- GUANGZHOU LIANYU ANIMATION TECH CO LTD
- Filing Date
- 2025-06-18
- Publication Date
- 2026-07-17
Smart Images

Figure CN224506259U_ABST
Abstract
Claims
1. A toy model that uses ornaments to create different scenes, characterized in that: It includes multiple house models and multiple decorative model models, with the house models being assembled together and the decorative model models being placed and installed within the house models; The house model includes a base plate, suspended side plates, and flip-up side plates; The upper and lower ends of the flip side plate are both formed with pivots, and two first blind holes are formed at the diagonal position on the upper side of the bottom plate. The pivot at the lower end of the flip side plate is rotatably installed in one of the first blind holes. The bottom edge of the suspended side panel is spliced and assembled on the base plate, and the roof model is spliced and installed on top of the topmost house model.
2. The toy model of claim 1, wherein the swing is combined with different scenes. The suspension side plate is integrally formed with multiple suspension holes, and the back of the ornament model is integrally formed with at least two plug rods, which are inserted and fitted into the suspension holes for assembly.
3. The toy model of claim 1, wherein the swing is combined with different scenes. The bottom side of the suspension side plate has two L-shaped edges, and four horizontal grooves are formed on the bottom plate. One side of the horizontal groove has a snap-fit edge. The L-shaped edges slide into the bottom side of the snap-fit edge through the horizontal groove for splicing and assembly.
4. The toy model of claim 1, wherein the swing is combined with different scenes. The upper side of the suspended side panel has two interlocking edges, and the bottom edge of the roof model has four first slots. The interlocking edges are fitted into the first slots for splicing and assembly.
5. The toy model of claim 4, wherein the swing is combined with different scenes. Four second slots are formed at the bottom edge of the base plate, and the structure of the second slots is the same as that of the first slots.
6. The toy model of claim 1 or 4 or 5, wherein the toy model is a combination of different scenes with a pendulum. Two second blind holes are formed at diagonal positions on the lower side of the base plate, and the second blind holes are set below the first blind holes one by one.
7. The toy model of claim 1, wherein the swing is combined with different scenes. The base plate and the roof model are assembled with columns. The columns are installed on the side of the flip side plate away from the pivot. The upper and lower ends of the columns are formed with limit blocks. When the flip side plate is closed, it abuts against the limit blocks.
8. The toy model of claim 7, wherein the swing is combined with different scenes. Both ends of the column are formed with plug-in columns, and the base plate and roof model are formed with first plug-in holes. The plug-in columns are inserted into the first plug-in holes one by one with corresponding gaps for splicing and assembly.
9. The toy model of claim 8, wherein the swing is combined with different scenes. The bottom side of the base plate is formed with a second insertion hole, which is located below the first insertion hole, and the structure of the second insertion hole is the same as that of the first insertion hole.
10. The toy model of claim 1, wherein the swing is combined with different scenes. The roof model has a lamp mounting hole in the center, into which a light is inserted and installed. Observation windows are formed around the roof model, and light-transmitting plates are set on the inner side of the observation windows. The light is set between the light-transmitting plates around the roof.