CN204469217U - Spliced toy - Google Patents
Spliced toy Download PDFInfo
- Publication number
- CN204469217U CN204469217U CN201520113243.6U CN201520113243U CN204469217U CN 204469217 U CN204469217 U CN 204469217U CN 201520113243 U CN201520113243 U CN 201520113243U CN 204469217 U CN204469217 U CN 204469217U
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- main body
- ground
- shape structure
- robot
- head
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Abstract
A kind of spliced toy, comprising: car shape structure; Rocket shape structure; Aircraft shape structure; Bore ground car vehicle body; Bore headstock portion, ground; And with brill ground car vehicle body and the flying saucer that headstock portion, ground is spliced into the first robot mutually can be bored.Wherein, bore ground car vehicle body comprise vehicle frame, turning be arranged on vehicle frame back knapsack, be arranged on the vehicle frame left and right sides and the vehicle wheel component that can swing relative to vehicle frame outwardly; Bore headstock portion, ground to comprise head and be arranged on head both sides and can relative to the tapered steel drill body of head folding; Described flying saucer is made up of two streamline members fastened mutually.Streamline member comprises main body, rotates the first returning face plate of the front end being arranged on main body by the first pivot and rotate by the second pivot the second returning face plate being arranged on body rear, accommodation space is formed on the bottom of main body, two locating pieces can routed up from space are set in accommodation space, a locating piece is arranged to rout up above main body, and another routs up below main body.
Description
Technical field
The utility model relates to a kind of meccano, specifically relates to a kind of assembly toy being assemblied into multiple moulding.
Background technology
Although existing Combined type children toy has distortion function, thus be transformed into various different casper, firmly get children and like, existing this toy has certain shortcoming.Such as, the various moulding after distortion are all the small variations made on the basis of basic styling, and such as basic styling is Buddha's warrior attendant, and the moulding after its various distortion is also the Buddha's warrior attendant of different attitude, or the Buddha's warrior attendant of hand-held weapon.Still show slightly dull and dull, especially children therefore to generally the sensation of people, easier this plodding distortion to be lost interest.
Therefore, be necessary to provide a kind of brand-new toy for children, it can form moulding difference and the toy of changing style by the combination of various of monomer or monomer self.
Utility model content
The purpose of this utility model is for described existing problems and deficiency, provides a kind of each monomer can be combined into mutually the spliced toy of multiple difform toy figure.
The technical solution of the utility model is achieved in that
A kind of spliced toy comprises: car shape structure, it wheel comprising headstock, be connected to the crawler belt at headstock rear portion and be rotatably connected on crawler belt bottom surface, wherein crawler belt is made up of the connecting plate that two groups are symmetrical set, each group of connecting plate is respectively by header board and can spin upside down with header board the rear plate be connected and form, each header board can be connected to left-right rotation the rear portion of headstock respectively, the end face of each header board and each rear plate is respectively arranged with jack, the leading flank of headstock is provided with connecting hole; Rocket shape structure, it is made up of rocket head, rocket main part and the mutual grafting of emission part, wherein rocket head is made up of Plug Division and the weapon portion that is connected to front end, Plug Division, weapon portion comprise can folding two and half housings and to be connected on Plug Division and with the folding of two and half housings telescopic firearms body, rocket main part is made up of two columns be symmetrical set, the end of two columns is provided with magnetic joint pin, and emission part is an entirety, and the both sides of emission part are provided with magnetic connecting hole; Aircraft shape structure, it comprises main body and is arranged on the fin of the main body left and right sides, and main body and fin are assembled into one by the mode of grafting, and fin can the connection lamellar body of bending be made up of two panels; Bore ground car vehicle body; Headstock portion, brill ground, it can splice at brill car vehicle body top, ground thus make both be spliced into mutually brill ground car; And with above-mentioned brill ground car vehicle body and the flying saucer that headstock portion, ground is spliced into the first robot mutually can be bored, wherein, described bore ground car vehicle body comprise vehicle frame, turning be arranged on vehicle frame back knapsack, be arranged on the vehicle frame left and right sides and the vehicle wheel component that can swing relative to vehicle frame outwardly; Headstock portion, described brill ground comprises head and is arranged on head both sides and can relative to the tapered steel drill body of head folding; Described flying saucer is made up of two streamline members fastened mutually.Each streamline member comprises main body, rotates the first returning face plate of the front end being arranged on main body by the first pivot and rotate by the second pivot the second returning face plate being arranged on body rear, in addition, the top of described flying saucer arranges decoration, the accommodation space be covered with by bonnet is formed on the bottom of described main body, two locating pieces can routed up from space are set in accommodation space, a locating piece is arranged to rout up above main body, and another routs up below main body.
The utility model has the advantage of: each moulding assembly can be realized at least various shapes and the diverse casper of style by described assembly toy, such as the first robot, the second robot or both this fit build formed more greatly and more brave and fierce the 3rd robot of form, this substantially increase undoubtedly children play meccano time interest.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is the structural representation of the car shape structure of the spliced toy of the utility model.
Fig. 2 is the structural representation of the aircraft shape structure of the spliced toy of the utility model.
Fig. 3 is the structural representation of the rocket shape structure of the spliced toy of the utility model.
Fig. 4 is the structural representation of spliced playset synthesis toy robot (the second robot) of the utility model.
Fig. 5 be the spliced toy of the utility model by the three-dimensional view of the assembled brills ground cars formed of three monomers, wherein, three monomers are respectively and bore ground car vehicle body, bore headstock portion, ground and flying saucer.
Fig. 6 is one of them toy monomer, the i.e. stereogram of flying saucer.
Fig. 7 is split as the stereogram after streamlined structure part for the flying saucer shown in Fig. 6.
Fig. 8 is the three-dimensional structure diagram of the streamlined structure part shown in Fig. 7.
Fig. 9 is the three-dimensional structure diagram at another visual angle of the streamlined structure part shown in Fig. 7.
Figure 10 is that the brill ground car shown in Fig. 5 is transformed to the stereogram of the first robot.
Figure 11 is the three-dimensional contouring of the 3rd robot.
Detailed description of the invention
As Figure 1-4, the formula that the connects toy that the utility model is spelled to be provided comprises at least three toy monomers, is respectively: car shape structure 1, rocket shape structure 2 and aircraft shape structure 3.
The toy monomer having an independent shapes by these three is formed as the structure of difform playset zoarium by common combination or combination of two, not only embody the flexibility of toy combination, make child can according to playing interest and carry out random combination, and easy to connect, deformation operation between each absolute construction body is simple, distortion and group speed fast, and its distortion rotatable parts are less, not fragile, change consistent only by the robot of single structure and the style of motor device change simultaneously, therefore more can attract the enjoyment of playing of child.
As shown in Figure 1, the wheel 13 that the car shape structure 1 of this embodiment comprises headstock 11, is connected to the crawler belt 12 at headstock 11 rear portion and is rotatably connected on crawler belt 12 bottom surface, wherein crawler belt 12 is made up of the connecting plate that two groups are symmetrical set, each group of connecting plate is respectively by header board 121 and can spin upside down with header board 121 the rear plate 122 be connected and form, each header board 121 can be connected to left-right rotation the rear portion of headstock 11 respectively, the end face of each header board 121 and each rear plate 122 is respectively arranged with jack, the leading flank of headstock 11 is provided with connecting hole 111.
As shown in Figure 2, the aircraft shape structure 3 of this embodiment comprises main body 31 and is arranged on the fin 32 of main body 31 left and right sides, and main body 31 and fin 32 are assembled into one by the mode of grafting, and fin 32 can the connection lamellar body of bending be made up of two panels.
As shown in Figure 3, the rocket shape structure 2 of this embodiment is made up of the mutual grafting of rocket head 21, rocket main part 22 and emission part 23, wherein rocket head 21 is made up of Plug Division and the weapon portion that is connected to front end, Plug Division, weapon portion comprise can folding two and half housings and to be connected on Plug Division and with the folding of two and half housings telescopic firearms body, rocket main part 22 is made up of two columns be symmetrical set, the end of two columns is provided with magnetic joint pin, emission part 23 is an entirety, and the both sides of emission part 23 are provided with magnetic connecting hole.
As shown in Figure 4, the emission part 23 of rocket shape structure 2 removes by this embodiment, the breech face of this emission part is provided with inserting column, again the car light up and down of the headstock 11 of car shape structure 1 is gone up respectively mutually and upset downwards, thus the spliced eye exposed in the middle of headstock 11 front end, then the inserting column of emission part is plugged in headstock 11 spliced eye of car shape structure 1, forms body and the head of toy robot; Two groups, the left and right connecting plate of car shape structure 1 to the left and right relative to headstock 11 is rotated and diverges in both sides, the rear plate 122 often organizing connecting plate is overturn forward 180 ° and stack with header board 121, thus form the two legs of toy robot; The rocket main part of rocket shape structure 2 is also removed, remove and be naturally divided into two columns afterwards, this two column can stretch shortening, stretched after coming, then the magnetic joint pin magnetic on it is provided with to the both sides of emission part 23 left hand and the right hand that form toy robot in magnetic connecting hole; And rocket shape structure 2 splits on the rear remaining pluggable left hand to toy robot of rocket head 21 or the right hand and is formed as weapon; Finally the front end shell 33 of the main body 31 of aircraft shape structure 3 is overturn 180 ° in rear downwards, again by after the bending of the fin of aircraft shape structure 3, after this aircraft shape structure 3 is plugged into the head of toy robot, form head-shield and the shoulder wing of toy robot.Finally be assembled into toy robot, that is, the second robot shown in Fig. 4.
As shown in Figure 5-10, the formula that the connects toy that the utility model is spelled to be provided also comprises following toy monomer, is respectively:
Bore ground car vehicle body 310;
Headstock portion 320, brill ground, it can splice at brill car vehicle body 310 top, ground thus make both be spliced into mutually brill ground car; And
With above-mentioned brill ground car vehicle body 310 and the flying saucer 430 that headstock portion 320, ground is spliced into the first robot mutually can be bored.
Described bore ground car vehicle body 310 comprise vehicle frame 312, turning be arranged on vehicle frame 312 back knapsack 316, be arranged on vehicle frame 312 left and right sides and the vehicle wheel component 314 that can swing relative to vehicle frame 312 outwardly.
Headstock portion 320, described brill ground comprises head 324 and is arranged on head 324 both sides and can relative to the tapered steel drill body 322 of head 324 folding.
Described flying saucer 430 is made up of two streamline members 432 fastened mutually.Each streamline member 432 comprises main body 4322, by the first pivot 4326, rotation is arranged on the first returning face plate 4324 of the front end of main body 4322 and rotates the second returning face plate 4328 being arranged on main body 4322 rear end by the second pivot 4321.In addition, the top of described flying saucer 430 arranges decoration 431.
In addition, the accommodation space (not shown) be covered with by bonnet 4325 is formed on the bottom 4323 of described main body 4322, two locating pieces arranging and can rout up from this space are rotated in described accommodation space, one of them locating piece 4327 is arranged to rout up above main body 4322, and another is then arranged to rout up below main body 4322.
Wherein, described two streamline members 432 fasten mutually and form flying saucer moulding.
In addition, described brill ground car vehicle body 310 and headstock portion 320, brill ground can be spliced into and bore ground car moulding.
Described brill ground car moulding and flying saucer 430 can combine mutually the first robot moulding that Figure 10 shows.Detailed process is: first, by two tapered steel drill bodies 322 to open away from the direction of head 324; Secondly, two vehicle wheel components 314 of ground car vehicle body 310 will be bored to open mutually away from the direction of vehicle frame 312; Then, the decoration 431 of flying saucer 430 is removed, and two streamline members 432 are separated from each other; Next, by the first returning face plate 4324 of each streamline member 432 relative to main body 4322 rotating opening, and by the second folding top being resisted against main body 4322 of returning face plate 4328; Subsequently, locating piece 4327 is routed up from bottom 4323, and locating piece 4327 is inserted in the corresponding locating hole (not shown) of brill ground car vehicle body 310, decoration 431 is fastened on simultaneously and bores before ground car vehicle body 310, thus define the first robot moulding shown in Fig. 5.Wherein, two tapered steel drill bodies 322 opened define the both shoulders of the first robot, bore ground car vehicle body 310 and define trunk, the streamline member 432 of two mutual opened with certain angle then defines the both legs of the first robot, and the first returning face plate 4324 opened is then as the pin of the first robot.
In addition, the first robot that the second robot shown in Fig. 4 also can show with Figure 10 is fit, thus is reassembled into larger and the 3rd robot that form is more brave and fierce of the build shown in Figure 11.
Its concrete assembled process is as follows:
Please also refer to Fig. 1-11, the first robot first shown by Figure 10 is split as successively from top to bottom and bores headstock portion 320, ground, bores ground car vehicle body 310 and flying saucer 430.
Secondly, brill ground car vehicle body about 310 is split as two assemblies, each assembly comprises vehicle frame 312 and corresponding vehicle wheel component 314, vehicle wheel component 314 is opened upward relative to corresponding vehicle frame 312 and vehicle wheel component 314 is rotated to its axis horizontal, again vehicle wheel component 314 is upsweeped agglomerating, thus define the both hands of the 3rd robot.
Then, flying saucer 430 is split as two streamline members 432, first returning face plate 4324 is recovered to the top of main body 4322, second returning face plate 4328 is routed up from the top of main body 4322, thus expose " II " shape catching groove (non-label) at top, and locating piece 4327 is retracted in accommodation space, thus defines the both feet of the 3rd robot.
Subsequently, two the tapered steel drill bodies 322 boring headstock portion 320, ground are closed up in opposite directions, and by embossed card buckle structure, two tapered steel drill bodies 322 is inserted in one of them vehicle frame 312, thus define the left hand weapon of the 3rd robot.
After this, the rocket head 21 of rocket shape structure 21 is inserted the corresponding site of another vehicle frame 312, thus define the right hand weapon of the 3rd robot.
Next, the both arms (namely rocket main part 22) of the robot shown in Fig. 4 are pulled down, the vehicle frame 312 (namely the both arms of the 3rd robot) above-mentioned two being contained respective weapon is arranged on the both sides of the second robot shown in Fig. 4 respectively, thus achieves the assembling of both arms.
Finally, the crawler belt 12 of car shape structure 1 is realized respectively the assembling of both feet with two streamline members 432 by the buckle of " I " shape fastener on " II " the shape catching groove at top and described crawler belt 12, the above-mentioned both arms (rocket main part 22) pulled down are arranged on the outside of corresponding streamline member 432 simultaneously as plate armour.
By above-mentioned a series of split and assembling action, and finally define the robot moulding shown in Figure 11, i.e. the 3rd robot.
Each moulding assembly can be realized at least various shapes and the diverse casper of style by described assembly toy, such as the second robot, the first robot or both this fit build formed more greatly and more brave and fierce the 3rd robot of form, this substantially increase undoubtedly children play meccano time interest.
The utility model is described by embodiment, but the utility model is not construed as limiting, with reference to description of the present utility model, other changes of the disclosed embodiments, as the professional person for this area easily expects, such change should belong within the scope of the utility model claim restriction.
Claims (4)
1. a spliced toy, is characterized in that comprising:
Car shape structure, it wheel comprising headstock, be connected to the crawler belt at headstock rear portion and be rotatably connected on crawler belt bottom surface, wherein crawler belt is made up of the connecting plate that two groups are symmetrical set, each group of connecting plate is respectively by header board and can spin upside down with header board the rear plate be connected and form, each header board can be connected to left-right rotation the rear portion of headstock respectively, the end face of each header board and each rear plate is respectively arranged with jack, the leading flank of headstock is provided with connecting hole;
Rocket shape structure, it is made up of rocket head, rocket main part and the mutual grafting of emission part, wherein rocket head is made up of Plug Division and the weapon portion that is connected to front end, Plug Division, weapon portion comprise can folding two and half housings and to be connected on Plug Division and with the folding of two and half housings telescopic firearms body, rocket main part is made up of two columns be symmetrical set, the end of two columns is provided with magnetic joint pin, and emission part is an entirety, and the both sides of emission part are provided with magnetic connecting hole;
Aircraft shape structure, it comprises main body and is arranged on the fin of the main body left and right sides, and main body and fin are assembled into one by the mode of grafting, and fin can the connection lamellar body of bending be made up of two panels;
Bore ground car vehicle body;
Headstock portion, brill ground, it can splice at brill car vehicle body top, ground thus make both be spliced into mutually brill ground car; And
With above-mentioned brill ground car vehicle body and the flying saucer that headstock portion, ground is spliced into the first robot mutually can be bored,
Wherein, described bore ground car vehicle body comprise vehicle frame, turning be arranged on vehicle frame back knapsack, be arranged on the vehicle frame left and right sides and the vehicle wheel component that can swing relative to vehicle frame outwardly;
Headstock portion, described brill ground comprises head and is arranged on head both sides and can relative to the tapered steel drill body of head folding;
Described flying saucer is made up of two streamline members fastened mutually, each streamline member comprises main body, rotates the first returning face plate of the front end being arranged on main body by the first pivot and rotate by the second pivot the second returning face plate being arranged on body rear, in addition, the top of described flying saucer arranges decoration, the accommodation space be covered with by bonnet is formed on the bottom of described main body, two locating pieces arranging and can rout up from this space are rotated in described accommodation space, one of them locating piece is arranged to rout up above main body, and another is then arranged to rout up below main body.
2. spliced toy according to claim 1, it is characterized in that: the headstock of described car shape structure and the emission part of described rocket shape structure plug and form body and the head of the second robot moulding, two connecting plates of described car shape structure rotate and diverge to and form the two legs of the second robot moulding after header board and rear plate are overturn doubling, be provided with in magnetic connecting hole to the both sides of emission part the left hand and the right hand that form the moulding of the second robot by magnetic joint pin magnetic after two columns of described rocket shape structure split, the pluggable left hand to the moulding of the second robot of rocket head of described rocket shape structure or the right hand are formed as weapon, the main body of described aircraft shape structure is plugged into the head of the second robot moulding and the head-shield of formation the second robot moulding after rotating, the fin of described aircraft shape structure can be formed as the shoulder wing of the second robot moulding.
3. spliced toy according to claim 1, is characterized in that: described two tapered steel drill bodies open setting with the direction away from head; Described two vehicle wheel components boring ground car vehicle body open setting mutually with the direction away from vehicle frame; Described two streamline members are separated from each other setting; First returning face plate of described each streamline member is opened relative to body rotation, and described second returning face plate folds the top being resisted against main body; The described locating piece being arranged to rout up above main body is routed up in described accommodation space, described in the locating piece being arranged to rout up below main body also rout up from accommodation space, and locating piece insert bore ground car vehicle body corresponding locating hole in; Described decoration is fastened on and bores before ground car vehicle body, thus defines the moulding of the first robot.
4. spliced toy according to claim 1, is characterized in that:
Be split as two assemblies about described brill ground car vehicle body, each assembly comprises vehicle frame and corresponding vehicle wheel component, and vehicle wheel component is opened upward relative to corresponding vehicle frame, and vehicle wheel component rotates to its axis horizontal, and described vehicle wheel component upsweeps agglomerating;
First returning face plate of described each streamline member is recovered to the top of main body, and the second returning face plate is then routed up from the top of main body, thus exposes " II " shape catching groove at top, in described two locating piece retraction accommodation spaces;
Described two the tapered steel drill bodies boring headstock portion, ground close up in opposite directions, and insert in one of them vehicle frame by embossed card buckle structure by two tapered steel drill bodies;
Described rocket head inserts the corresponding site of another vehicle frame;
Described two vehicle frames are arranged on the both sides of emission part respectively;
The crawler belt of car shape structure respectively with two streamline members by the coordinating of " I " shape fastener on " II " the shape catching groove at top and described crawler belt buckle mutually, described rocket main part is arranged on the outside of corresponding streamline member as plate armour, define the 3rd robot moulding by the dismounting of above-mentioned parts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520113243.6U CN204469217U (en) | 2015-02-15 | 2015-02-15 | Spliced toy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520113243.6U CN204469217U (en) | 2015-02-15 | 2015-02-15 | Spliced toy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204469217U true CN204469217U (en) | 2015-07-15 |
Family
ID=53624953
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520113243.6U Expired - Fee Related CN204469217U (en) | 2015-02-15 | 2015-02-15 | Spliced toy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204469217U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105523096A (en) * | 2016-02-24 | 2016-04-27 | 重庆喜达达机器人有限公司 | Transformable mecha |
| CN115804954A (en) * | 2023-01-20 | 2023-03-17 | 汕头市儿超喜智能科技实业有限公司 | Toy capable of combining multiple dinosaurs into space station and deformation method thereof |
-
2015
- 2015-02-15 CN CN201520113243.6U patent/CN204469217U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105523096A (en) * | 2016-02-24 | 2016-04-27 | 重庆喜达达机器人有限公司 | Transformable mecha |
| CN105523096B (en) * | 2016-02-24 | 2018-04-06 | 重庆乐铠机器人技术开发有限责任公司 | A kind of texturing machine first |
| CN115804954A (en) * | 2023-01-20 | 2023-03-17 | 汕头市儿超喜智能科技实业有限公司 | Toy capable of combining multiple dinosaurs into space station and deformation method thereof |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150715 Termination date: 20170215 |