A kind of variable body robot toy car
Technical field
The utility model belongs to toy, and what be specifically related to is a kind of variable body robot toy car.
Background technology
Along with growth in the living standard, the requirement of people to children toy car is more and more higher, and toy car is in the market of a great variety, but the shortcoming that the general all existence and stabilities of these toy cars are poor and reliability is not high, and playability is poor, the demand of playing of children can not be met.
Utility model content
For this reason, the purpose of this utility model is the variable body robot toy car providing a kind of good stability, reliability high, to meet the demand of playing of children.
The purpose of this utility model is achieved through the following technical solutions.
A kind of variable body robot toy car, comprising:
Front truck assembly, described front truck assembly includes front shell, deformed plate and is arranged on the front steering assembly between front shell, deformed plate, described front shell is provided with headstock slide block and vehicle window accessory;
Rear car assembly, described rear car assembly includes at the bottom of rear shell, rear car and postwave box assembly between being arranged at the bottom of rear shell, rear car and deformation wave case, be provided with battery at the bottom of described rear car, described battery is sealed by battery cover, and described postwave box assembly is connected with battery with deformation wave case;
Middle railway carriage, be provided with action ripple box assembly in described middle railway carriage, both sides are provided with arm component, and top is provided with head assembly and covering for roofs, and described arm component is driven by action ripple box assembly.
Wherein postwave box assembly comprises one and drives ripple case and one to turn to ripple case, ripple case is driven to include group of motors, transition tooth, output gear, it moves transition tooth by motor speed by motor cingulum, then moves output gear by transition cingulum, thus robot is travelled freely.Deformation wave case includes group of motors, transition tooth, output gear, clutch tooth, and it moves transition tooth by motor speed by motor cingulum, and transition cingulum moves output gear, finally drives clutch tooth by output gear again and reaches the effect of variable body.
Further, described front truck assembly both sides are respectively provided with a front hub be connected with front steering assembly, and the outer cover of described front hub is equipped with front-wheel skin.
Further, at the bottom of described rear car, bottom front is also provided with steamboat.
Further, described rear car assembly both sides are respectively provided with two rear-wheel hubs, and the outside of described rear-wheel hub is equipped with trailing wheel skin, and described rear-wheel hub is connected with described postwave box assembly.
Further, described middle railway carriage is also provided with railway carriage decoration.
The utility model variable body robot toy car, comprise front truck assembly, rear car assembly and middle railway carriage, described rear car assembly includes at the bottom of rear shell, rear car and postwave box assembly between being arranged at the bottom of rear shell, rear car and deformation wave case, postwave box assembly comprises one and drives ripple case and one to turn to ripple case, by driving ripple case to drive trailing wheel to run, robot is travelled freely.Deformation wave case moves transition tooth by motor speed by motor cingulum, and transition cingulum moves output gear, finally drives clutch tooth by output gear again and reaches the effect of variable body.Compared with prior art, the utility model has stability and the high advantage of reliability, enhances the playability of fighter toy.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the utility model toy car;
Fig. 2 is the utility model toy car deformation state schematic diagram one;
Fig. 3 is the utility model toy car deformation state schematic diagram two;
Fig. 4 is the structural representation after the distortion of the utility model toy car.
Identifier declaration in figure: at the bottom of battery cover 101, steamboat 102, battery 103, rear car 104, postwave box assembly 105, trailing wheel skin 106, rear-wheel hub 107, deformed plate 108, front shell 109, headstock slide block 110, rear shell 111, vehicle window accessory 112, front-wheel skin 113, front hub 114, front steering assembly 115, arm component 116, action ripple box assembly 117, head assembly 118, middle railway carriage 119, railway carriage decoration 120, covering for roofs 121, deformation wave case 122.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Refer to shown in Fig. 1 ~ Fig. 4, the utility model provides a kind of variable body robot toy car, and it includes front truck assembly, rear car assembly and railway carriage.
Wherein the front truck assembly front steering assembly 115 that includes front shell 109, deformed plate 108 and be arranged between front shell 109, deformed plate 108, described front shell 109 is provided with headstock slide block 110 and vehicle window accessory 112; Front truck assembly a front hub 114 be connected with front steering assembly 115 is each side installed, the outer cover of described front hub 114 is equipped with front-wheel skin 113.
Rear car assembly to include at the bottom of rear shell 111, rear car 104 and the postwave box assembly 105 that is arranged at the bottom of rear shell 111, rear car between 104 and deformation wave case 122, battery 103 is installed in 104 at the bottom of described rear car, described battery 103 is sealed by battery cover 101, and described postwave box assembly 105 is connected with battery 103 with deformation wave case 122; Described rear car assembly both sides are respectively provided with two rear-wheel hubs 107, and the outside of described rear-wheel hub 107 is equipped with trailing wheel skin 106, and described rear-wheel hub 107 is connected with described postwave box assembly 105; The bottom front of 104 at the bottom of rear car is also provided with a steamboat 102.Wherein postwave box assembly includes one and drives ripple case and one to turn to ripple case, ripple case is driven to include group of motors, transition tooth, output gear, it moves transition tooth by motor speed by motor cingulum, then moves output gear by transition cingulum, thus robot is travelled freely.Deformation wave case 122 includes group of motors, transition tooth, output gear, clutch tooth, and it moves transition tooth by motor speed by motor cingulum, and transition cingulum moves output gear, finally drives clutch tooth by output gear again and reaches the effect of variable body.
Middle railway carriage 119, action ripple box assembly 117 and railway carriage decoration 120 are installed in described middle railway carriage 119, both sides are provided with arm component 116, and top is provided with head assembly 118 and covering for roofs 121, and described arm component 116 is driven by action ripple box assembly 117.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.