CN201132067Y

CN201132067Y - Toy gearing mechanism

Info

Publication number: CN201132067Y
Application number: CNU200720194731XU
Authority: CN
Inventors: 魏国瑞
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-11-28
Filing date: 2007-11-28
Publication date: 2008-10-15
Anticipated expiration: 2017-11-28

Abstract

The utility model relates to a toy cassette mechanism, which comprises an action device and a controlling device, wherein, the action device is used for closing and opening the action device, the action device comprises a head, a body part, a base seat and two arms, wherein, a first action mechanism is arranged in the body part, a second action mechanism is arranged in the base seat, and the first action mechanism drives the bottom of the head part and the top of the body to slide mutually and relatively; the arms are movably connected at the both sides of the body, and the first action mechanism drives the arms to flap up and down; the second action mechanism drives the body to rotate towards left and right relatively to the base seat. The toy cassette mechanism of the utility model can send out light and play different pieces of music, and the head of the toy cassette mechanism can stretch back and forth, the hands and arms thereof vertically flaps, the body thereof horizontally rotates relatively to the base seat, the action of the toy cassette mechanism is various and harmonious, and the effect of the sound and the light is complete, thereby having entertaining and ornamental characteristics.

Description

Movement of toy

Technical field

The utility model relates to a kind of toy, relates in particular to a kind of movement of toy of electronic toy.

Background technology

Flourish along with toy industry, the kind of toy is more and more, and is recreational also more and more stronger.In the toy of various numerous and complicated, electronic toy is because its remarkable dynamic property, satisfied people to the performance requirement of toy aspect dynamically.Electronic toy often comprises and is arranged at outside different overcoat and is arranged at movement of toy in the overcoat that overcoat has determined the outward appearance of this electronic toy integral body, and the structure of movement of toy has then determined the dynamic property of electronic toy.Yet the movement of the various electronic toys of Chu Xianing often moves more singlely in the market, and it is relatively poor that only certain part has the harmony of single action or each several part action, thus toy whole interesting relatively poor, entertainment effect is not strong.

Summary of the invention

Main purpose of the present utility model is, provides a kind of its to move various coordination, interest and recreational stronger movement of toy.

In order to realize above-mentioned purpose, the utility model provides a kind of movement of toy, comprise movement device and control device, described control device is controlled the keying of described movement device, described movement device comprises: a head, the whole body body, a base and two arms, be provided with first actuating mechanism in the described health portion, be provided with second actuating mechanism in the described base; Described first actuating mechanism is ordered about the front and back slip of the relative health of described head portion by second biasing post on its top with being slidingly matched of sliding tray of head bottom; Described arm is movably connected in the both sides of described health portion, and first biasing post and being slidingly matched of the collar of described arm side of described first actuating mechanism by its both sides drives described arm and flap up and down; Described second actuating mechanism drives the relative described base left-right rotation of described health portion by its top with the movable block that described first actuating mechanism links to each other.

Described arm comprises arm base and the lever arm that is movably connected, and an end of described two arm bases is rotatably connected to the relative both sides of described first actuating mechanism respectively and vertically extends to form the described collar.

Described head comprises a helmet and a discoid neck, and the described helmet is connected to the upper edge of described neck, and the bottom centre of described neck is provided with described sliding tray.

Described first actuating mechanism comprises one first motor, one first gear train, a driving wheel, two first driving-discs, two first biasing posts, one second driving-disc and one second biasing post; Described driving wheel is a crown gear, and the hat toothed portion of its bottom is meshed with described first gear train; Described first driving-disc and second driving-disc are a disk, fixedly connected with described first gear train and driving wheel respectively in its center, described first biasing post and described second biasing post are separately positioned on described first driving-disc and described second driving-disc and depart from circle centre position.

Described second actuating mechanism comprises one second motor, one second gear train and a contiguous block, and described second motor drives described contiguous block by described second gear train and rotates, the bottom clamping mutually of described contiguous block and described first actuating mechanism.

For the keying of controlling movement of toy of the present utility model and make it have sound and light program, described control device comprises control box, battery case and control circuit board, the panel of described control box is provided with control button and the luminescent screen that different melodies are play in control, described battery case and control box link to each other with the input of described control circuit board, the output of described control circuit board is electrically connected with loudspeaker, and the output of described control circuit board is also respectively by one first motor drive circuit and one second motor drive circuit and described first motor and the electric connection of second motor.

The quantity of described control button is three.

Described first motor drive circuit is a motor one-directional rotation drive circuit, and described second motor drive circuit is a positive and negative rotation of motor drive circuit.

The utlity model has following beneficial effect, movement of toy of the present utility model is by sending light after depressing different control buttons and playing different melodies, and stretch before and after the head, arm flap up and down and health portion with respect to the base left-right rotation, it is various that it moves various coordination and sound and light program, has much recreational and sight.

Description of drawings

Fig. 1 is the stereogram of movement of toy of the present utility model;

Fig. 2 is the stereogram after movement of toy of the present utility model is removed the helmet, overcoat and part base;

Fig. 3 is the vertical view after movement of toy of the present utility model is removed the helmet, overcoat and part base;

Fig. 4 is the structural representation of first actuating mechanism of movement of toy of the present utility model;

Fig. 5 is the structural representation of second actuating mechanism of movement of toy of the present utility model;

Fig. 6 is the drive circuit figure of movement of toy of the present utility model.

The specific embodiment

Movement of toy of the present utility model can be applicable to the inside of an electronic toy, makes electronic toy can make action and has sound and lighting effects.

See also shown in Figure 1, movement of toy of the present utility model comprises a movement device and a control device, this movement device comprises a head 1, the whole body body 2, two arms 3 and a base 4, and this control device comprises a control box 5, a battery case 6 and a control circuit board (can be shown in Figure 6 in conjunction with consulting).

Please cooperate referring to Fig. 2 to shown in Figure 3, this head 1 comprises the helmet 11 and a mobilizable neck 12 of a removable dimidiation.This neck 12 is in the form of annular discs, and its bottom centre is provided with a sliding tray 121, and this helmet 11 is connected to the upper edge of this neck 12.

This health portion 2 comprises one first actuating mechanism 21 and an overcoat 22.

Please in conjunction with referring to shown in Figure 4, this first actuating mechanism 21 comprises one first motor 211, one first gear train 212, a driving wheel 213, one first casing 214, two first driving-discs 215, two first biasing posts 216, one second driving-disc 217 and one second biasing post 218.

This first motor 211 is a common motor, and it is embedded in the bottom of this first casing 214 side.

This first gear train 212 comprises a small belt pulley 2121, tooth belt wheel 2122,1 first double-layer gear 2123, one second double-layer gear 2124, one the 3rd double-layer gear 2125 and an individual layer gear 2126.The center fixation of this small belt pulley 2121 is connected on the motor drive shaft of this first motor 211, thereby makes the motor shaft turn of this small belt pulley 2121 along with this first motor 211.This small belt pulley 2121 drives this tooth belt wheel 2122 by belt and rotates thereupon, this tooth belt wheel 2122 drives first double-layer gear, 2123 rotations that are engaged with by the pinion on upper strata, this first double-layer gear 2123 drives second double-layer gear 2124 that is engaged with again and rotates, this second double-layer gear 2124 drives the 3rd double-layer gear 2125 that is engaged with and rotates, and the 3rd double-layer gear 2125 drives the individual layer gear 2126 that is engaged with and rotates.

This driving wheel 213 is a crown gear, and its hat toothed portion is positioned at the bottom and is meshed with the 3rd double-layer gear 2125.

The shape that the inner space shape of this first casing 214 and this first motor 211, this first gear train 212 and this first driving wheel 213 are combined to form is suitable, this three part is placed in the inside of this first casing 214; The relative position of this left and right sides, first casing, 214 top respectively is provided with a joint pin 2141, and the bottom of this first casing 214 is provided with draw-in groove 2142.

This first driving-disc 215 is a disk, and its relative both sides and its center that is separately positioned on the outside of this first casing 214 is connected by the center fixation of screw with this individual layer gear 2126, thereby makes this first driving-disc 215 along with this individual layer gear 2126 rotates.

This first biasing post 216 is a small-sized cylinder, and the one end is connected the position of departing from the center of circle on this first driving-disc 215.

This second driving-disc 217 also is a disk, fixedlys connected by screw with the center, top of this driving wheel 213 in its outside and its center that is arranged on these first casing, 214 tops.

This second biasing post 218 also is a small-sized cylinder, the one end is connected the position of departing from the center of circle on this second driving-disc 217, and the other end of this second biasing post 218 stretches out from the top of this first casing 214 afterwards and the sliding tray 121 of these neck 12 bottoms is slidingly matched (seeing also shown in Figure 3).

This overcoat 22 is the housing of a removable dimidiation, it covers on the outermost of the whole upper part of the body 2, the both sides of this overcoat 22 have a through hole with respect to the position of this joint pin 2141, and the position that these overcoat 22 left and right sides are positioned at this through hole below is respectively equipped with a latch closure 221.

This arm 3 comprises an arm base 31, one first lever arm 32 and one second lever arm 33.One end of this arm base 31 is rotatably connected to an end of this joint pin 2141, and vertically extends a collar 311, and this collar 311 is socketed on this first biasing post 216; The other end of this arm base 31 is provided with an opening 312.One end of this first lever arm 32 is movably connected in this opening 312 places by a pivot, also be socketed with a spring on this pivot, the two ends of this spring link to each other with this arm base 31 and this first lever arm 32 respectively, and the other end of this first lever arm 32 also flexibly connects by pivot and this second lever arm 33 that has spring; Middle part one side of this second lever arm 33 is provided with a through hole 331, and between the latch closure 221 on this through hole 331 and this overcoat 22 being has a soft cord 332.

This base 4 comprises that one supports foot 41, one brace table 42 and one second actuating mechanism 43.

This support foot 41 is the biped shape of standing, and it is positioned at the bottom of this base 4.

This brace table 42 is a round platform, and it is arranged on the top of this base 4.

Please cooperate referring to shown in Figure 5, this second actuating mechanism 43 comprises one second motor 431, one second gear train 432, a contiguous block 433 and one second casing 434.This second motor 431 also is a common motor, and it can be driven forward and reverse rotation.This second reducing gear train 432 comprises five meshed gears successively, wherein first gear is driven by the motor drive shaft of this second motor 431, fixedly connected with this contiguous block 433 in the center of the 5th gear, when thereby this second motor 431 rotates, rotate through driving this contiguous block 433 again after these second gear train, 432 decelerations, this contiguous block 433 is connected in the draw-in groove 2142 of these first casing, 214 bottoms.The shape that the inner space shape of this second casing 434 and this second motor 431 and this second gear train 432 are combined to form is suitable, these two parts are placed in the inside of this second casing 434.The bottom of this second casing 434 is fixed on this brace table 42 inside center positions.

Please shown in Figure 6 in conjunction with consulting, the panel of this control box 5 is provided with three control buttons 51, different control buttons 51 all can start described movement device, and play different melodies, the top of this control button 51 is provided with luminescent screen 52, can send light after these luminescent screen 52 energisings, this control box 5 stretches out from the inside of this base 4 by lead.

This battery case 6 is a common power supply box body, and it is arranged on the biped vola of this support foot 41.

This control circuit board is fixed on this brace table 42, its whole control circuit can be referring to shown in Figure 6, this battery case 6 and this control button 51 link to each other with the input of this control circuit board, the output of this control circuit board is electrically connected with loudspeaker 7, and electrically connect by the first motor drive circuit A and this first motor 211, electrically connect by the second motor drive circuit B and this second motor 431.This first motor drive circuit A is a motor one-directional rotation drive circuit, and this second motor drive circuit B is a positive and negative rotation of motor drive circuit, and the concrete structure of this two drive circuit is common motor drive circuit structure, no longer is described in detail at this.

When movement of toy of the present utility model is worked, at first push arbitrary control button 51, luminescent screen 52 sends light, loudspeaker 7 are play corresponding melody, the The whole control circuit turn-on, these first motor, 211 beginning one-directional rotation, the forward and reverse rotation of these second motor, 431 beginnings, this first motor 211 drives this first gear train 212 and rotates thereupon, thereby this first biasing post 216 and second biasing post 218 rotate thereupon, the rotation of this first biasing post 216 drives this two arm 3 and flaps up and down, the rotation of this second biasing post 218 drives these head 1 front and back and stretches, forward and reverse rotation of this second motor 431 drives this contiguous block 433 forward and reverse rotations, thereby this base 4 is with respect to these health portion 2 left-right rotation.

Movement of toy of the present utility model is by sending light after depressing different control buttons and playing different melodies, and stretch head 1 front and back, arm 3 flap up and down and health portion 2 with respect to base 4 left-right rotation, it is various that it moves various coordination and sound and light program, has much recreational and sight.

Yet; the above only is a preferable possible embodiments of the present utility model; and unrestricted protection domain of the present utility model, so the equivalent structure that all utilization the utility model specifications and accompanying drawing content have been done changes, all be included in the protection domain of the present utility model.

Claims

1. movement of toy, comprise movement device and control device, described control device is controlled the keying of described movement device, it is characterized in that, described movement device comprises: a head, the whole body body, a base and two arms, be provided with first actuating mechanism in the described health portion, be provided with second actuating mechanism in the described base; Described first actuating mechanism is ordered about the front and back slip of the relative health of described head portion by second biasing post on its top with being slidingly matched of sliding tray of head bottom; Described arm is movably connected in the both sides of described health portion, and first biasing post and being slidingly matched of the collar of described arm side of described first actuating mechanism by its both sides drives described arm and flap up and down; Described second actuating mechanism drives the relative described base left-right rotation of described health portion by its top with the movable block that described first actuating mechanism links to each other.

2. movement of toy according to claim 1, it is characterized in that, described arm comprises arm base and the lever arm that is movably connected, and an end of described two arm bases is rotatably connected to the relative both sides of described first actuating mechanism respectively and vertically extends to form the described collar.

3. movement of toy according to claim 1 is characterized in that, described head comprises a helmet and a discoid neck, and the described helmet is connected to the upper edge of described neck, and the bottom centre of described neck is provided with described sliding tray.

4. movement of toy according to claim 1 is characterized in that, described first actuating mechanism comprises one first motor, one first gear train, a driving wheel, two first driving-discs, two first biasing posts, one second driving-disc and one second biasing post; Described driving wheel is a crown gear, and the hat toothed portion of its bottom is meshed with described first gear train; Described first driving-disc and second driving-disc are a disk, fixedly connected with described first gear train and described driving wheel respectively in its center, described first biasing post and described second biasing post are separately positioned on described first driving-disc and described second driving-disc and depart from circle centre position.

5. movement of toy according to claim 1, it is characterized in that, described second actuating mechanism comprises one second motor, one second gear train and a contiguous block, described second motor drives described contiguous block by described second gear train and rotates, the bottom clamping mutually of described contiguous block and described first actuating mechanism.

6. movement of toy according to claim 1, it is characterized in that, described control device comprises control box, battery case and control circuit board, the panel of described control box is provided with control button and the luminescent screen that different melodies are play in control, described battery case and control box link to each other with the input of described control circuit board, the output of described control circuit board is electrically connected with loudspeaker, and the output of described control circuit board is also respectively by one first motor drive circuit and one second motor drive circuit and described first motor and the electric connection of second motor.

7. movement of toy according to claim 6 is characterized in that, the quantity of described control button is three.

8. movement of toy according to claim 6 is characterized in that, described first motor drive circuit is a motor one-directional rotation drive circuit, and described second motor drive circuit is a positive and negative rotation of motor drive circuit.