CN111481948A - Assembled model toy - Google Patents

Abstract

The invention discloses an assembled model toy, which comprises a plurality of model construction elements, wherein the toy model construction elements can be respectively assembled into a toy forklift model and a toy racing car model; the present invention adopts the same model construction element group, two model toys with completely different models can be assembled and combined, and the present invention has high simulation performance and high reduction degree. The invention has the characteristics of simple structure, various combinations and high playability, and can expand the spatial thinking ability and mechanical assembly knowledge of users.

Description

An assembled model toy

technical field

The invention belongs to the field of assembled toys, in particular to an assembled model toy.

Background technique

Toys are an important carrier for cultivating children's thinking, enlightening wisdom and entertaining. Vehicle model toys account for a large proportion of the toy category. At present, the vehicle model toys on the market have a good degree of simulation, but lack creativity and intelligence. In an assembled model toy, the higher the degree of simulation, the greater the number of building blocks required. Currently, only one model toy can often be assembled from a building block component group, which limits the creative fun of assembling model toys.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide an assembled model toy, which can use a smaller number of the same model building block group to assemble two different shapes of model toy with a high degree of simulation, so as to enhance the playability and interest of the model toy.

The technical solution that realizes the purpose of the present invention is:

An assembled model toy includes a model construction element group, the model construction element group can be assembled into a toy forklift model, and can also be assembled into a toy racing car model, the toy forklift model and the toy racing car model can be disassembled and restored after being assembled respectively. A component group is constructed into the model.

Compared with the prior art, the present invention has the following significant advantages:

The assembled model toy of the present invention includes a set of model construction element groups. Based on the shape and structural features of the same model construction element group, a toy forklift model and a toy racing car model can be assembled respectively. After the assembly is completed, the toy model can be disassembled and restored to the original. Model construction component group.

Description of drawings

FIG. 1 is a schematic diagram of the three-dimensional structure of the model construction element group according to the embodiment

Figure 2 (a-b) is a schematic three-dimensional structure diagram of a toy forklift model assembled with structural elements of the embodiment

Figure 3 (a-b) is a schematic three-dimensional structure diagram of a toy racing car model assembled with structural elements of the embodiment

Figure 4 (a-d) is a three-dimensional view and a perspective view of the toy racing model of the embodiment

Figure 5 (a-d) is a three-dimensional view and a perspective view of the toy forklift model of the embodiment

In the figure: Large diameter wheel (1), small diameter wheel (2), support frame (3), body element (4), chassis element (5), head element (6), body element (7), body element ( 8), with chassis element (9), chassis element (10), bumper (11), rear element (12), bucket (13), with body element (14).

Detailed ways

The present invention will be further introduced below with reference to the accompanying drawings and specific embodiments.

1, 2(a-b), 3(a-b), 4(a-d), and 5(a-d), an assembled model toy of the present invention includes: a model construction element group (as shown in FIG. 1), the The model construction element group includes: two pairs of wheels (1) and wheels (2) with different diameters with engaging protrusions, and a pair of support brackets ( 3), a pair of axisymmetric body elements (4) with engaging recesses, a chassis element (5) with grooves and engaging recesses, a head element with engaging recesses and engaging protrusions ( 6), a body element (7) with a snap-fit convex part, a body element (8) with a snap-fit recess and a semicircular protrusion, a chassis element (9) with a snap-fit recess and a protrusion, and a snap-fit Chassis elements (10) with engaging recesses, bumpers (11) with engaging protrusions, rear elements (12) with engaging protrusions and engaging recesses, buckets with engaging protrusions ( 13) A body element (14) with a snap-fit convex portion.

Specifically, the toy forklift model is shown in FIG. 2, the bucket (13) is located at the frontmost part of the vehicle body and is connected with the engaging recess (5-1) of the chassis element (5) through the engaging protrusion (13-1), The larger-diameter wheel (1) is connected to the slot (3-3) in the support frame (3), and is located at the front of the vehicle body and is symmetrically distributed to connect with the engaging recess (5-3) of the chassis element (5), The engaging concave portion (5-4) of the chassis element (5) is connected with the engaging convex portion (9-8) of the chassis element (9), and the smaller diameter wheel (2) is connected with the engaging concave portion (9-8) of the chassis element (9). 9-6) Connection, the engaging recess (10-1) of the chassis element (10) is connected with the engaging protrusion (9-7) of the chassis element (9), and the engaging recess (10-7) of the chassis element (10) 2) Connect with the bumper (11), the engaging recesses (14-5) at the bottom of the body element (14) are connected with the engaging protrusions (9-1) and (9-4) of the chassis element (9), the vehicle body The engaging protrusions (14-2) and (14-3) of the element (4) and the body element (14) are respectively connected and symmetrically distributed on both sides thereof, and the head element (6) is placed in the recess of the original body (5). On the groove, the engaging recesses (6-3) thereof are respectively connected with the engaging protrusions (7-1) of the vehicle body element (7) and the engaging protrusions (14-1) of the vehicle body element (14), and the vehicle body elements ( 7) The engaging recess (7-2) of the vehicle body element (14) is connected to the engaging protrusion (14-4) of the vehicle body element (14), and the engaging recess (8-1) of the vehicle body element (8) and the The engaging protrusions (14-4) are connected, and the engaging protrusions (12-2) of the vehicle rear element (12) and the engaging recesses (8-2) of the body element (8) are connected.

The toy racing car model is shown in Figure 3: the bumper (11) is located at the frontmost part of the vehicle body and is connected with the engaging recess (6-1) of the head element (6), and the wheel (2) with a smaller diameter is connected with the head element (6) The engaging recesses (6-2) of the chassis element (6) are connected to the front of the vehicle body and are symmetrically distributed, and the engaging recesses (6-3) of the chassis element (6) and the engaging protrusions (9-8) of the chassis element (9) and the vehicle body The engaging convex portion (7-1) of the element (7) is connected, and the engaging concave portion (7-2) of the body element (7) and the engaging concave portion (10-1) of the chassis element (10) are respectively connected with the chassis element ( 9) is connected with the snap-fit projection (9-1), the snap-fit recess (8-1) of the body element (8) is connected with the snap-fit projection (9-4) of the chassis element (9), the larger diameter wheel is connected (1) Passing through the engaging groove (3-3) of the support frame (3) and the engaging convex part (3-2) of the supporting frame (3) and the engaging concave part (5-2) of the chassis element (5) respectively and (5-3) are located on both sides and symmetrically distributed, the bucket (13) is connected with the engaging recess (12-1) of the rear element (12), and the engaging convex (12-1) of the rear element (12) is connected. 12-2) is connected to the engaging recess (8-2) of the body element (8).

Claims (6)

1. an assembled model toy, it is characterized in that, comprise model construction element group, described model construction element group can be assembled into toy forklift model, also can be assembled into toy racing car model, described toy forklift model and toy racing car model After being assembled separately, they can be disassembled and restored to the model construction element group. 2 . The assembled model toy according to claim 1 , wherein the model construction element group comprises two pairs of wheels ( 1 ) and wheels ( 2 ) with different diameters with engaging protrusions, and two pairs of wheels that can be combined with the two pairs of wheels. 3 . Combining a pair of support brackets (3) with a snap groove and a snap snap portion, a pair of axisymmetric body elements (4) with snap snap portions, and a chassis element (5) with the snap pocket and snap snap portions ), front element (6) with snap-fit recesses and convex grooves, body element (7) with snap-fit protrusions, body element (8) with snap-fit recesses and semicircular protrusions, with snap-fit Chassis element (9) with recess and protrusion, chassis element (10) with snap-in recess, bumper (11) with snap-on protrusion, rear element with snap-on protrusion and snap-in recess (12) A bucket (13) with an engaging protrusion, and a body element (14) with an engaging protrusion. 3. The assembled model toy according to claim 1, wherein the bucket (13) is located at the frontmost part of the vehicle body, and the wheel (1) and the support frame (3) with a larger diameter are located at the front part of the vehicle body and are symmetrically distributed , the smaller diameter wheel (2) and the body element (4) are located on both sides of the body element (14) and are symmetrically distributed, and the bottom of the vehicle body is followed by the chassis element (5), the chassis element (9), the chassis element ( 10) and a bumper (11), the upper part of the vehicle body is followed by a front element (6), a vehicle body element (7), a vehicle body element (8), and a vehicle rear element (12) from the front to the rear of the vehicle. 4. The assembled model toy according to claim 3, characterized in that, the bucket (13) is located at the frontmost part of the vehicle body through the engaging convex part (13-1) and the engaging concave part (5) of the chassis element (5) -1) Connection, the larger diameter wheel (1) is connected with the slot (3-3) in the support frame (3), and is located at the front of the body and symmetrically distributed with the engaging recess (5) of the chassis element (5). -3) Connection, the engaging recess (5-4) of the chassis element (5) and the engaging protrusion (9-8) of the chassis element (9) are connected, the smaller diameter wheel (2) and the chassis element (9) The engaging recess (9-6) of the chassis element (10) is connected with the engaging recess (9-7) of the chassis element (9), and the engaging The engaging recess (10-2) is connected with the bumper (11), the engaging recess (14-5) at the bottom of the body element (14) and the engaging protrusions (9-1) and (9-) of the chassis element (9) 4) Connection, the body element (4) and the engaging protrusions (14-2) and (14-3) of the body element (14) are respectively connected and symmetrically distributed on both sides, and the head element (6) is placed on the original body On the groove of (5), the engaging recesses (6-3) are respectively the same as the engaging protrusions (7-1) of the body element (7) and the engaging protrusions (14-1) of the vehicle body element (14). Connection, engaging recess (7-2) of vehicle body element (7) and engaging protrusion (14-4) of vehicle body element (14), engaging recess (8-1) of vehicle body element (8) and vehicle body The engaging protrusions (14-4) of the element (14) are connected, and the engaging protrusions (12-2) of the rear element (12) are connected to the engaging recesses (8-2) of the body element (8). 5. The assembled model toy according to claim 1, wherein the bumper (11) is located at the frontmost part of the vehicle body, the wheels (2) of the smaller diameter are located at the front part of the vehicle body and are symmetrically distributed, and the wheels (2) of the larger diameter are located at the front part of the vehicle body. 1) and the support frame (3) are located on both sides of the rear element (12) and are symmetrically distributed, the bucket (13) is located on the upper part of the rear element (12), and the chassis elements (6), Chassis element (9) and chassis element (5), the upper part of the vehicle body is followed by vehicle body element (7), chassis element (10), vehicle body element (8) and rear element (12) from the front to the rear. 6 . The assembled model toy according to claim 5 , wherein the bumper ( 11 ) is located at the frontmost part of the vehicle body and is connected to the engaging recess ( 6 - 1 ) of the head element ( 6 ), and the wheel with a smaller diameter (2) The engaging recesses (6-2) of the head element (6) are connected to the front of the vehicle body and are symmetrically distributed, and the engaging recesses (6-3) of the chassis element (6) are engaged with the engaging recesses (6-3) of the chassis element (9). The convex part (9-8) is connected with the engaging convex part (7-1) of the vehicle body element (7), and the engaging concave part (7-2) of the vehicle body element (7) and the engaging concave part (7-2) of the chassis element (10) are connected. 10-1) are respectively connected with the engaging protrusions (9-1) of the chassis element (9), the engaging recesses (8-1) of the body element (8) and the engaging protrusions (9) of the chassis element (9) -4) Connection, the larger diameter wheel (1) passes through the slot (3-3) of the support frame (3) and the engaging protrusion (3-2) of the support frame (3) and the chassis element (5) respectively The engaging recesses (5-2) and (5-3) are located on both sides and are symmetrically distributed, the bucket (13) is connected with the engaging recesses (12-1) of the rear element (12), and the rear element The engaging convex portion (12-2) of (12) is connected to the engaging concave portion (8-2) of the vehicle body element (8).

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