The present utility model provides a deer-shaped decorative structure assembly, comprising a body framework having a trunk and four legs, a head framework having a head and a neck, and an antler framework of an antler shape, the head framework being detachably connected to the body framework, the an
The present utility model provides a deer-shaped decorative structure assembly, comprising a body framework having a trunk and four legs, a head framework having a head and a neck, and an antler framework of an antler shape, the head framework being detachably connected to the body framework, the antler framework being detachably connected to the head framework, and the body framework, the head framework and the antler framework when assembled together forming an upstanding deer-shaped structure, wherein each of the four legs of the body framework is configured so as to be folded in a longitudinal direction of the leg so that the height of the body framework after the folding of the legs is reduced to about half of the height before the folding. Since the legs of the body framework are designed to be a foldable structure, the height of the deer-shaped structure, after disassembly, is considerably reduced, thereby reducing the packaging and transportation size and lowering the costs of transportation.
대표청구항▼
What is claimed is: 1. A deer-shaped decorative structure assembly, comprising a body framework having a trunk and four legs, the trunk including at least one trunk shaping ring and at least two trunk side frames intersecting the trunk shaping ring at respective intersecting points, the trunk shapi
What is claimed is: 1. A deer-shaped decorative structure assembly, comprising a body framework having a trunk and four legs, the trunk including at least one trunk shaping ring and at least two trunk side frames intersecting the trunk shaping ring at respective intersecting points, the trunk shaping ring and the trunk side frames being pivotably connected, the trunk shaping ring being pivotable relative to the trunk side frames to allow the trunk to pivot between an assembled trunk configuration with the trunk shaping ring being in a plane that is substantially perpendicular to the trunk side frames and a flat folded trunk configuration with the trunk shaping ring being in a plane that is substantially parallel to the trunk side frames, wherein a thickness of the flat folded trunk configuration is considerably less than a thickness of the assembled trunk configuration; a head framework having a head and a neck, the head framework being detachably connected to the body framework; and an antler framework of an antler shape, the antler framework being detachably connected to the head framework, wherein the body framework, the head framework and the antler framework when assembled together form an upstanding deer-shaped structure, and wherein each of the four legs of the body framework is configured so as to be folded in a longitudinal direction of the leg so that the height of the body framework after the folding of the legs is reduced to about half of the height before the folding. 2. A deer-shaped decorative structure assembly of claim 1, wherein each of the legs of the body framework is formed from a metal wire bent into a planar form. 3. A deer-shaped decorative structure assembly of claim 1, wherein each of the legs of the body comprises an upper leg portion formed integrally with the trunk and a lower leg portion separable from the upper leg portion, the lower leg portion being connected to the upper leg portion by means of a hinge so that the lower leg portion can pivot about the hinge relative to the upper leg portion thereby to achieve the folding of the leg. 4. A deer-shaped decorative structure assembly of claim 3, wherein for each of the hinges of the legs is provided a locking member, which is configured so as to fasten adjoining parts of the metal wires forming the upper and lower leg portions thereby to prevent the lower leg portion from pivoting about the hinge relative to the upper leg portion. 5. A deer-shaped decorative structure assembly of claim 1, wherein the body framework is provided, at a joint to the head framework, with at least two rings, and the head framework is provided, at positions corresponding to the rings, provided with a corresponding number of pins, which are configured so as to be inserted into the rings so that the head framework is swingably connected to the body framework. 6. A deer-shaped decorative structure assembly of claim 5, wherein on the body framework is mounted an electric motor having an output shaft coupled to the head framework through a link mechanism, rotation of the output shaft of the motor driving the head framework to swing back and forth relative to the body framework, and the electric motor being mounted on the body framework in such a way that the output shaft extends downward from the motor. 7. A deer-shaped decorative structure assembly of claim 1, wherein each of the legs of the body framework has, at its bottom end, a ring formed from the metal wire. 8. A deer-shaped decorative structure assembly of claim 1, wherein the trunk of the body framework comprises at least two shaping rings spaced apart in a fore and aft direction and at least two side frames extending in a direction intersecting with the shaping ring, each of the shaping rings and each of the side frames being pivotally connected, at their intersecting points, to each other, and wherein between the at least two side frames is provided, along a diagonal direction, a locking link, for maintaining the side frames in the assembled trunk configuration when fixedly engaged with the side frames, and allowing the body framework to be folded when disengaged from the side frames. 9. A deer-shaped decorative structure assembly of claim 1, wherein the head framework includes at least one head shaping ring and at least two head side frames intersecting the head shaping ring at respective intersecting points, the head shaping ring and the head side frames being pivotably connected, the head shaping ring being pivotable relative to the head side frames to allow the head framework to pivot between an assembled head, configuration with the head shaping ring being in a plane that is substantially perpendicular to the head side frames and a flat folded head configuration with the head shaping ring being in a plane that is substantially parallel to the head side frames, wherein a thickness of the flat folded head configuration is considerably less than a thickness of the assembled head configuration. 10. A deer-shaped decorative structure assembly of claim 9, wherein the head framework comprises a shaping ring, two side frames extending along a direction intersecting with the shaping ring, a center frame positioned between the two side frames and extending along a direction intersecting with the shaping ring, and a hooking member spaced apart from the shaping ring and fixed at one end of the center frame, the side frames and the center frame both extending between the shaping ring and the hooking member, the side frames and the center frame being pivotally connected, at their intersecting points with the shaping ring, to the latter, and wherein the side frame is maintained in the assembled head configuration when one end of each of the side frames is hooked to the hooking member, and the head framework is allowed to be folded when the one end of each of the side frames is disengaged from the hooking member. 11. A deer-shaped decorative structure assembly, comprising: a body framework having a trunk and four legs, the trunk including at least one trunk shaping ring and at least two trunk side frames intersecting the trunk shaping ring at respective intersecting points, the trunk shaping ring and the trunk side frames being pivotably connected, the trunk shaping ring being pivotable relative to the trunk side frames to allow the trunk to pivot between an assembled trunk configuration with the trunk shaping ring being in a plane that is substantially perpendicular to the trunk side frames and a flat folded trunk configuration with the trunk shaping ring being in a plane that is substantially parallel to the trunk side frames, wherein a thickness of the flat folded trunk configuration is considerably less than a thickness of the assembled trunk configuration; a head framework having a head and a neck, the head framework being detachably connected to the body framework; and an antler framework of an antler shape, the antler framework being detachably connected to the head framework, wherein the body framework, the head framework and the antler framework when assembled together form an upstanding deer-shaped structure. 12. A deer-shaped decorative structure assembly of claim 11, wherein the trunk of the body framework comprises at least two shaping rings spaced apart in a fore and aft direction and at least two side frames extending in a direction intersecting with the shaping ring, each of the shaping rings and each of the side frames being pivotally connected, at their intersecting points, to each other so as to form the staggered folding structure, and wherein between the at least two side frames is provided, along a diagonal direction, a locking link, for maintaining the side frames in a developed state when fixedly engaged with the side frames, and allowing the body framework to be folded in the staggered manner when disengaged from the side frames. 13. A deer-shaped decorative structure assembly of claim 11, wherein the head framework includes at least one head shaping ring and at least two head side frames intersecting the head shaping ring at respective intersecting points, the head shaping ring and the head side frames being pivotably connected, the head shaping ring being pivotable relative to the head side frames to allow the head framework to pivot between an assembled head configuration with the head shaping ring being in a plane that is substantially perpendicular to the head side frames and a flat folded head configuration with the head shaping ring being in a plane that is substantially parallel to the head side frames, wherein a thickness of the flat folded head configuration is considerably less than a thickness of the assembled head configuration. 14. A deer-shaped decorative structure assembly of claim 13, wherein the head framework comprises a shaping ring, two side frames extending along a direction intersecting with the shaping ring, a center frame positioned between the two side frames and extending along a direction intersecting with the shaping ring, and a hooking member spaced apart from the shaping ring and fixed at one end of the center frame, the side frames and the center frame both extending between the shaping ring and the hooking member, the side frames and the center frame being pivotally connected, at their intersecting points with the shaping ring, to the latter, and wherein the side frame is maintained in the assembled head configuration when one end of each of the side frames is hooked to the hooking member, and the head framework is allowed to be folded when the one end of each of the side frames is disengaged from the hooking member.
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