CN205796503U

CN205796503U - A kind of block toy assembly

Info

Publication number: CN205796503U
Application number: CN201620356634.5U
Authority: CN
Inventors: 蔡东青
Original assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd; Guangdong Alpha Animation and Culture Co Ltd
Current assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd; Guangdong Alpha Animation and Culture Co Ltd
Priority date: 2016-04-26
Filing date: 2016-04-26
Publication date: 2016-12-14
Anticipated expiration: 2026-04-26

Abstract

nullThe utility model discloses a kind of block toy assembly，Include multiple toy monomer，Feature is that toy monomer at least includes the first machinery monomer for bagger moulding and the second machinery monomer for broken mountain machine modeling，Each toy monomer is formed by multiple parts removably connecting or being rotatably connected，All toy monomers or two of which toy monomer are become at least two profile and style diverse assembly moulding by mutually assembling combination after dismounting and/or rotation，Such as first machinery monomer and the second machinery monomer are combined into engineering truck assembly，The most such as toy monomer can also include the 3rd machinery monomer，These three machinery monomer is combined into robot assembly，Not only embody the motility of toy combination，Make child can be changed combination according to playing interest，Improve the operability of this toy，It is favorably improved starting and the ability that beats one's brains of child，And each toy monomer itself can dismount restructuring and maybe can rotate and realize deformation，The most more uniqueness and playability.

Description

A kind of block toy assembly

Technical field

This utility model relates to a kind of meccano, is specifically related to a kind of block toy assembly.

Background technology

At present, the meccano kind in toy industry gets more and more, although existing Combined type children toy has change Shape function, thus can be transformed into various different moulding, firmly get child and like, but, this type toy existing has certain lacking Point.Such as: the various moulding after deformation are all that the small variations made on the basis of basic styling, such as basic styling are If Buddha's warrior attendant, the moulding after its various deformation is also the Buddha's warrior attendant of different attitude, or the Buddha's warrior attendant of hand-held weapon；The most such as: its deformation Mutually being shifted one's position by each toy monomer and realize, single toy monomer does not possess complete independent moulding, lacks Play interest.Still show slightly dull and dull to the most generally the sensation of people, especially children, it is easier to this Plodding meccano loses interest.

Summary of the invention

For the problem existing for above-mentioned prior art, the purpose of this utility model is to provide a kind of each toy monomer and both may be used As independently playing, the block toy assembly of multiple different shaping can be mutually combined into again.

For reaching above-mentioned purpose, this utility model be the technical scheme is that a kind of block toy assembly, includes Multiple toy monomers, are characterized in that described toy monomer at least includes for the first machinery monomer of bagger moulding with for breaking mountain machine Second machinery monomer of moulding, each toy monomer is formed by multiple parts removably connecting or being rotatably connected, passes through After the corresponding component of each toy monomer is dismantled and/or rotated, by all toy monomers or two of which toy monomer phase Assembling combination becomes playset fit mutually.

Wherein, described first machinery monomer includes the interconnective fuselage model with robot head moulding, turns Arm moulding and dig shovel moulding.

In order to improve the playability of the first machinery monomer, the pivoted arm moulding of described first machinery monomer is rotatably connected to Described fuselage model upper end, described in dig shovel moulding be dismountable is plugged in described pivoted arm moulding, described robot head moulding It is rotatably connected on described fuselage model.

Further, described second machinery monomer includes interconnective body moulding and the device moulding of broken mountain, described machine Figure modelling is mutually butted by left and right two and half body moulding and is formed.

In order to improve the playability of the second machinery monomer, two and half body moulding of described second machinery monomer are removably Docking and form body moulding, be detachably connected with a support moulding at body contoured upper end, described broken mountain device moulding can turn It is connected to support moulding front end dynamicly.

Further, described toy monomer also includes the 3rd machinery monomer, and described 3rd machinery monomer is explosion car Moulding, described 3rd machinery monomer includes interconnective car body moulding and splitting gun moulding.

Equally in order to improve the playability of the 3rd machinery monomer, the car body moulding rear end of described 3rd machinery monomer is detachable Ground connects has gun platform moulding, described splitting gun moulding to be rotatably connected to the upper end of described gun platform moulding.

Toy monomer of the present utility model can be combined into the assembly of at least two different shaping: described first machinery is single Body and the second machinery monomer become engineering truck assembly by mutually assembling combination after rotating.Described first machinery monomer, the second machine Tool monomer and the 3rd machinery monomer by dismounting with rotate after mutual assembling combination become robot assembly.

Concrete, form the upper part of the body and the knapsack of robot after the parts dismounting of described first machinery monomer and/or rotation； The car body moulding of described 3rd machinery monomer is pulled down rear front end and is holded up down and be connected to described first machinery monomer lower end formation The lower part of the body of robot and left hand；Described second machinery monomer parts dismounting and/or rotate after formed robot both feet and The right hand.

This utility model is had the toy monomer of independent shapes by the combined one-tenth of at least two owing to have employed by multiple At least two profile and the structure of style diverse assembly moulding, such as two toy monomers are combined into above-mentioned work Journey car assembly, the most such as three toy monomers are combined into above-mentioned robot assembly, not only embody toy combination Motility, makes child can be changed combination according to playing interest, improves the operability of this toy, be favorably improved little Child starts and the ability that beats one's brains, and each toy monomer itself can dismount restructuring and maybe can rotate and realize deformation, because of This more unique and playability, thus improve the enjoyment of playing of child, it is possible to obtain the head of a family and the favor of child.

The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.

Accompanying drawing explanation

Fig. 1 is the perspective view that three toy combination of monomers of this utility model become robot assembly.

Fig. 2 is the decomposition texture schematic diagram of this utility model robot assembly.

Fig. 3 is the stereochemical structure that this utility model the first machinery monomer and the second machinery combination of monomers become engineering truck assembly Schematic diagram.

Fig. 4 is the perspective view of this utility model the first machinery monomer.

Fig. 5 is the decomposition texture schematic diagram of this utility model the first machinery monomer.

Fig. 6 is the perspective view of this utility model the second machinery monomer.

Fig. 7 is the decomposition texture schematic diagram of this utility model the second machinery monomer.

Fig. 8 is the perspective view of this utility model the 3rd machinery monomer.

Fig. 9 is the decomposition texture schematic diagram of this utility model the 3rd machinery monomer.

Detailed description of the invention

As shown in Figure 1 to Figure 3, block toy assembly of the present utility model, include three toy monomers, wherein this three Individual toy monomer is respectively the first machinery monomer the 1, second machinery monomer 2 and the 3rd machinery monomer 3, and each toy monomer is by many The individual parts composition removably connecting or being rotatably connected, these three toy monomer or two of which toy monomer by dismounting and After rotation, mutual assembling combination becomes playset fit, and ratio robot assembly as shown in Figure 1, is by these three toy monomer Assembled；Ratio engineering truck assembly as shown in Figure 3 again, is by the first machinery monomer 1 and the second machinery monomer 2 the two Toy monomer is assembled.Profile and the style of both assembly moulding are entirely different, the most not only embody toy combination Motility, make child can be changed combination according to playing interest, improve the operability of this toy, be favorably improved Child starts and the ability that beats one's brains.

As shown in Figure 4 and Figure 5, the first machinery monomer 1 of this embodiment is bagger moulding, and this first machinery monomer 1 wraps Include the fuselage model 11 with robot head moulding 111, pivoted arm moulding 12 and dig shovel moulding 13；Wherein, this fuselage model Being provided with boss in the middle of the upper end of 11, this pivoted arm moulding 12 is by two arc curved booms being spaced apart 121 and to be connected to this two arc curved Between arm 121 one end, linking arm 122 forms, and the other end of two arc curved booms 121 is provided with axis hole, by axis hole and fuselage model 11 Insert connecting shaft after boss alignment and realize pivoted arm moulding 12 and can rotate relative to fuselage model 11, the connection of this pivoted arm moulding 12 Arm 122 can forward the position, front lower place of fuselage model 11 to, it is possible to forwards the top position of fuselage model 11 to；This robot head is made Type 111 is the most rotary is connected to fuselage model 11 upper end, forms the head of robot when it is turned over；Should Embodiment is provided with " I " shape fastener 52 at arc curved boom 121 near the end position of linking arm 122, and it is right that this digs in shovel moulding 13 Should be provided with a pair " II " shape catching groove 51, by this " I " shape button 52 and " II ", shape catching groove 51 is interlockingly connected and realizes digging shovel moulding 13 admittedly Being scheduled in pivoted arm moulding 12, this front end digging shovel moulding 13 is provided with a pair and digs pincers, and these can relatively upper pincers to the lower pincers 131 digging pincers 132 rotate.The both sides of the fuselage model 11 of this embodiment are respectively provided with an anistree connecting hole 41, and the rear end of fuselage model 11 is provided with The anistree post 42 that connects, post 42 is rotating is arranged on fuselage model 11 for the connection of this anise, can forward rear end to, it is possible in rotation End；The rear end of this fuselage model 11 is additionally provided with two between left and right every " I " the shape fastener 52 laid；The bottom of this fuselage model 11 sets There is an anistree connection post 42.Pivoted arm moulding 12 is forwarded linking arm 122 to towards the position above fuselage model 11, and shovel will be dug make Type 13 is plugged in pivoted arm moulding 12, thus forms bagger moulding as shown in Figure 4.

As shown in Figure 6 and Figure 7, the second machinery monomer 2 of this embodiment is broken mountain machine modeling, and this second machinery monomer 2 wraps Including organism moulding 21 and broken mountain device moulding 22, this body moulding 21 is mutually butted by left and right two and half body moulding 210 and is formed, The interface of one and half body moulding 210 is provided with " II " shape catching groove 51 wherein, in another half body moulding 210 Interface is provided with " I " shape button 52, is interlockingly connected with " II " shape catching groove 51 by this " I " shape button 52 and realizes two and half bodies Moulding 210 is removably docked, be additionally additionally provided with on the interface of half body moulding 210 being provided with " I " shape button 52 one to On hold up the anistree post 42 that connects, this anise connection post 42 is installed in rotation on the position that interface is top, at its lower end position Having groove 211, the correspondence position in another half body moulding 210 also is provided with groove 2101, therefore in two and half body moulding During 210 docking, this anise connection post 42 can be rotated lower section, so that this anise connects post 42 and is hidden into two grooves 2101 In；It is provided with a square opening 61 in the front end of each half body moulding 210；It is provided with machine in the rear end of each half body moulding 210 Device people's sole moulding block 211, this robot sole moulding block 211 is provided with "T"-shaped slot 71, corresponding in half body moulding The rear end face of 210 is provided with "T"-shaped plate 72, is connected to half by the way of "T"-shaped slot 71 plugs with "T"-shaped plate 72 In body moulding 210；The sole of this robot sole moulding block 211 is provided with " II " shape catching groove 51.This embodiment is in body moulding 21 upper ends are detachably connected with a support moulding 23, and this support moulding 23 lower end is provided with anistree connecting hole 41 and half body moulding The anistree post 42 that connects upwards holded up on 210 plugs, and the side, upper end of this support moulding 23 is provided with rotating anise even Connecing post 42, this anise connects post 42 and forwards to upward, it is also possible to forward to towards lateral location.The broken mountain device moulding 22 of this embodiment can turn It is connected to support moulding 23 front end, specifically be provided with a connector 24 in device moulding 22 rear end, broken mountain, this connector 24 dynamicly Front end be connected with the rear end thereof of broken mountain device moulding 22, the rear end of this connector 24 is provided with the anistree post 42 that connects simultaneously, corresponding The front end of support moulding 23 be provided with anistree connecting hole 41, connect post 42 by anise and plug with anise connecting hole 41 and realize This connector 24 is removably connected with support moulding 23 with broken mountain device moulding 22.Two halves body moulding 210 is docked, simultaneously Support moulding 23 is plugged into body moulding 21 upper end, and broken mountain device moulding 22 is connected to support moulding 23 front end, thus is formed such as Broken mountain machine modeling shown in Fig. 6.

As shown in Figure 8 and Figure 9, the 3rd machinery monomer 3 of this embodiment is explosion car moulding, and the 3rd machinery monomer 3 wraps Having included car body moulding 31 and splitting gun moulding 32, this car body moulding 31 rear end is detachably connected with gun platform moulding 33, specifically An anistree connecting hole 41 and " II " shape catching groove 51 it is provided with in this car body moulding 31 rear end, and in the front end of gun platform moulding 33 Be correspondingly provided with one and anistree connect post 42 and " I " shape fastener 52, by " I " shape button 52 and " II " shape catching groove 51 be interlockingly connected with And anise connects post 42 and plugs with anistree connecting hole 41, thus realize gun platform moulding 33 and be fixed in car body moulding 31 rear end；Should A square column 62 it is respectively provided with about the front end of car body moulding 31；The rearward position, bottom surface of this car body moulding 31 is provided with a pair " I " shape fastener 52.After gun platform moulding 33 and car body moulding 31 are taken apart, in order to not allow the anistree of gun platform moulding 33 front end connect post 42 and " I " shape fastener 52 be exposed, front end two side position in this gun platform moulding 33 is provided with half chamber rotatably covered Box 331, can connect post 42 after two and half cell 331 phases cover by anise and " I " shape fastener 52 is hidden in two halves cell In 331；The side of this gun platform moulding 33 is additionally provided with an anistree post 42 that connects, and this anise connection post 42 is to be rotatably coupled side Face.The splitting gun moulding 32 of this embodiment is rotatably connected to the upper end of gun platform moulding 33, specifically make at splitting gun device Type 32 rear end is provided with a connector 34, and in the middle part of the upper end of this connector 34 and splitting gun moulding 32, lower end is rotationally connected, simultaneously The lower end of this connector 34 is provided with the anistree post 42 that connects, and the upper end of corresponding gun platform moulding 33 is provided with anistree connecting hole 41, passes through Anistree connect post 42 plug with anistree connecting hole 41 and realize this connector 34 and splitting gun moulding 32 removably with gun platform Moulding 33 is connected；The side of this splitting gun moulding 32 is provided with an anistree connecting hole 41.After two halves cell 331 is opened, will Gun platform moulding 33 is plugged into car body moulding 31 rear end, and splitting gun moulding 32 is plugged into gun platform moulding 33 upper end simultaneously, thus shape Become explosion car moulding as shown in Figure 8.

The assembling process of engineering truck assembly is as follows as shown in Figure 3: first made by the broken mountain device of the second machinery monomer 2 upper end Type 22 splits out from body moulding 21 together with support moulding 23, is again plugged into the eight of body moulding 21 after then turning 180 ° Angle connects on post 42, will break the mountain device moulding 22 rear end towards body moulding 21, and it is poor then broken mountain device moulding 22 to be turned to The most multilevel angle, so this second machinery monomer 2 has been deformed into the latter half of engineering truck assembly；Then by the first machine The shovel moulding 13 of digging of tool monomer 1 disassembles from pivoted arm moulding 12, then forwards to pivoted arm moulding 12 make its linking arm 122 In the front lower end position of fuselage model 11, then will dig shovel moulding 13 be turned to upside down after be inserted into pivoted arm moulding 12 again On, so the first machinery monomer 1 has been deformed into the first half of engineering truck assembly, and digs shovel moulding 13 and form engineering truck combination Body dig shovel part；Finally, by two " I " shape fasteners 52 and second machinery of fuselage model 11 rear end of the first machinery monomer 1 " II " shape catching groove 51 of the sole of the body moulding 21 Shang Liangge robot sole moulding block 211 of monomer 2 is interlockingly connected, thus combines Become complete engineering truck assembly.

As in figure 2 it is shown, first the shovel moulding 13 of digging of the first machinery monomer 1 is disassembled, then from pivoted arm moulding 12 Pivoted arm moulding 12 is forwarded the front lower end position making its linking arm 122 be positioned at fuselage model 11 to, now this fuselage model 11 and turning Arm moulding 12 is collectively forming the upper part of the body of robot assembly；Robot head moulding 111 on fuselage model 11 is turned round Move and make its face forward, be the head of this robot assembly；Then by car body moulding 31 and the gun platform of the 3rd machinery monomer 3 Moulding 33 splits and comes, and is then holded up down car body moulding 31 front end, by this car body moulding 31 holded up by thereafter The anistree connecting hole 41 of end (being in upwardly-directed after holding up) and the anistree of fuselage model 11 lower end of the first machinery monomer 1 connect Connect not shown in post 42(figure) plug, so that this car body moulding 31 is deformed into the lower part of the body of robot assembly；From first Remove on machinery monomer 1 digs shovel moulding 13 by a pair thereon " II " shape catching groove 51 and the car body of the 3rd machinery monomer 3 Moulding 31(is now for the lower part of the body of robot assembly) a pair " I " shape fastener 52 of bottom surface (being now in back direction) interlock Connect, so that this digs shovel moulding 13 is deformed into the knapsack of robot assembly；Again two and half bodies of the second machinery monomer 2 are made Type 210 removes and separates, and each half body moulding 210 makes its rear end hold up down, then (is in after holding up its front end Square opening 61 upwardly-directed) and the square column of car body moulding 31 front end (being now in direction down) of the 3rd machinery monomer 3 62 plug, so that two and half body moulding 210 are deformed into the both feet of robot assembly, simultaneously robot sole moulding block The 211 sole parts just now becoming this robot assembly；Finally, the broken mountain device that the second machinery monomer 2 splits out is made Type 22 connects post 42 and the fuselage model of the first machinery monomer 1 together with support moulding 23, anistree by support moulding 23 side 11(is now for the upper part of the body of robot assembly) right side anistree connecting hole 41 on and form the right hand of this robot assembly； By on the 3rd machinery monomer 3, the splitting gun moulding 32 that splits out is together with gun platform moulding 33, by the eight of gun platform moulding 33 side This robot assembly is formed on anistree connecting hole 41 on the left of the fuselage model 11 of angle connection post 42 and the first machinery monomer 1 Left hand.The robot assembly being deformed into as shown in Figure 1 can be assembled by mutually assembly after above-mentioned dismounting and rotation.

Although this utility model is to be described with reference to specific embodiments, but this description is not meant to this utility model It is construed as limiting.With reference to description of the present utility model, other changes of the disclosed embodiments, for those skilled in the art it is all It is anticipated that, this change should belong in appended claims limited range.

Claims

1. a block toy assembly, includes multiple toy monomer, it is characterised in that: described toy monomer at least include for The mechanical monomer (1) of the first of bagger moulding and the second machinery monomer (2) for broken mountain machine modeling, each toy monomer is by many The individual parts composition removably connecting or being rotatably connected, by dismantling the corresponding component of each toy monomer and/or rotating Afterwards, all toy monomers or the mutual assembling combination of two of which toy monomer become playset fit.

Block toy assembly the most according to claim 1, it is characterised in that: described first machinery monomer (1) includes The interconnective fuselage model with robot head moulding (111) (11), pivoted arm moulding (12) and dig shovel moulding (13).

Block toy assembly the most according to claim 2, it is characterised in that: the pivoted arm of described first machinery monomer (1) Moulding (12) is rotatably connected to described fuselage model (11) upper end, described in dig shovel moulding (13) dismountable be plugged on described In pivoted arm moulding (12), described robot head moulding (111) is rotatably connected on described fuselage model (11).

4. according to the block toy assembly described in Claims 2 or 3, it is characterised in that: the both sides of described fuselage model (11) Being provided with anistree connecting hole (41), the rear end of fuselage model (11) is provided with anistree connection post (42)；Set on described pivoted arm moulding (12) There is fastener (52)；Described shovel moulding (13) that digs is provided with catching groove (51).

Block toy assembly the most according to claim 1, it is characterised in that: described second machinery monomer (2) includes Interconnective body moulding (21) and broken mountain device moulding (22), described body moulding (21) is by left and right two and half body moulding (210) it is mutually butted formation.

Block toy assembly the most according to claim 5, it is characterised in that: two of described second machinery monomer (2) Half body moulding (210) is removably docked and is formed body moulding (21), detachably connected in body moulding (21) upper end A support moulding (23), described broken mountain device moulding (22) is had to be rotatably connected to support moulding (23) front end.

Block toy assembly the most according to claim 6, it is characterised in that: the front end of described half body moulding (21) sets Having square opening (61), the upper end of one of them half body moulding (210) is provided with anistree connection post (42)；Described support moulding (23) Side be provided with and anistree connect post (42).

Block toy assembly the most according to claim 1, it is characterised in that: described toy monomer also includes the 3rd machine Tool monomer (3), described 3rd machinery monomer (3) is explosion car moulding, and described 3rd machinery monomer (3) includes interconnective Car body moulding (31) and splitting gun moulding (32).

Block toy assembly the most according to claim 8, it is characterised in that: the car body of described 3rd machinery monomer (3) Moulding (31) rear end is detachably connected with gun platform moulding (33), and described splitting gun moulding (32) is rotatably connected to described rifle The upper end of seat moulding (33).

Block toy assembly the most according to claim 9, it is characterised in that: the front end of described car body moulding (31) sets Square column (62), the rear end of car body moulding (31) is had to be provided with anistree connecting hole (41) and catching groove (51)；Described gun platform moulding (33) Front end be provided with and anistree connect post (42) and fastener (52), the side of gun platform moulding (33) is provided with anistree connection post (42)；Described The side of splitting gun moulding (32) is provided with anistree connecting hole (41).

11. block toy assemblys according to claim 1, it is characterised in that: described first machinery monomer (1) and second Machinery monomer (2) by dismounting with rotate after mutual assembling combination become engineering truck assembly.

12. block toy assemblys according to claim 8, it is characterised in that: described first machinery monomer (1), second Machinery monomer (2) and the 3rd machinery monomer (3) become robot assembly by mutual assembling combination after dismounting and rotation.

13. block toy assemblys according to claim 12, it is characterised in that: the portion of described first machinery monomer (1) The upper part of the body and the knapsack of robot is formed after part dismounting and/or rotation；The car body moulding (31) of described 3rd machinery monomer (3) is torn open After lower, front end is holded up down and is connected to described first machinery monomer (1) lower end and forms the lower part of the body and the left hand of robot；Described Both feet and the right hand of robot is formed after the parts dismounting of the second machinery monomer (2) and/or rotation.