CN2368578Y - Aircraft toy capable of landing and taking off - Google Patents

Abstract

The utility model relates to an aircraft toy. The toy comprises a toy body, a motor driving mechanism, a clutch, a sliding mechanism, a linkage mechanism, a frame falling mechanism and a wing mechanism, wherein the clutch is sleeved on a lifting shaft of the motor driving mechanism, a large gear and a small gear are sequentially arranged below the lifting shaft, the sliding mechanism is provided with a wheel shaft, tires are arranged at two ends of the wheel shaft, a gear meshed with the large gear of the lifting shaft is arranged in the middle of the wheel shaft, an upper heart-shaped cam and a lower heart-shaped cam are arranged at the upper end of a transmission shaft of the linkage mechanism, and the lifting mechanism is provided with a landing gear pivoted below the toy body. Therefore, the toy plane has better interest.

Description

The plane toy that can rise and fall

The utility model relates to a kind of plane toy.

At present, existing plane toy, it mostly is the model of inactive state, can only borrow the slippage backward forward of its tire, and it is feasible not have other variations, know for a long time and for a long time, it is bored that the user promptly can feel, forfeiture is interesting, forms a kind of toy that falls into disuse, increase the waste of money on foot, and preferable now plane toy, it is to possess the combination that battery drives the parts such as tire of motor and motor drive plane toy below, can show its shift action voluntarily, quick transition along with society, information receives and is more prone to, and makes child to the also more fastidious selection of the demand of toy, therefore, how to design a kind of novelty and practical toy created, the general objective that the person makes great efforts in the time of should be as toy.

In view of this, the purpose of this utility model provides a kind of plane toy that rises and falls, it not only wheel can rotate automatically, and wing and undercarriage again can be movable with the drive of internals.

The purpose of this utility model is achieved in that a kind of plane toy that rises and falls, it is characterized in that: it comprises a toy body, one motor drive mechanism, one clutch, one coasting mechanism, one interlinked mechanism, one rise and fall a frame mechanism and a wing mechanism, wherein the toy body back lower place is provided with battery case, motor drive mechanism is arranged in the body, it connects a gear train by motor and constitutes, clutch is nested with on the lifting shaft of motor drive mechanism, this lifting shaft below has gear wheel and pinion in regular turn, coasting mechanism has a wheel shaft, and the wheel shaft two ends have tire, and have gear wheel meshed gears with lifting shaft in the middle of it, interlinked mechanism connects the pinion of lifting shaft, on the power transmission shaft upper end of interlinked mechanism has, following heart-shaped cam, undercarriage mechanism has the undercarriage that is articulated in centre, body below, its peripheral sheathed torque spring, its undercarriage medial extremity is provided with connecting rod, and lean with following heart-shaped cam, wing mechanism connects goes up heart-shaped cam, this wing mechanism has a slide plate, its both sides have guide rod, and embed the chase inboard of wing, skateboard back-end then connects a back-moving spring and a L shaped connecting rod, and an end and the last heart-shaped cam of this L shaped connecting rod lean, and the other end then is connected with slide plate.

Owing to adopt such scheme: upper and lower the rising and falling of undercarriage energy makes toy have better interest.

Below in conjunction with drawings and Examples the utility model is further specified.

The side view of Fig. 1 the utility model exemplary embodiments.

The vertical view of Fig. 2 the utility model exemplary embodiments.

The clutch of Fig. 3 the utility model exemplary embodiments in conjunction with the time state diagram.

Fig. 4 the utility model exemplary embodiments undercarriage vertical motion figure.

Fig. 5 the utility model exemplary embodiments wing is to both sides extended configuration figure.

The state diagram during throw-out-of clutch of Fig. 6 the utility model exemplary embodiments.

The action diagram when undercarriage of Fig. 7 the utility model exemplary embodiments descends.

The action diagram when wing of Fig. 8 the utility model exemplary embodiments is offset backward.

Among the figure:

1, plane toy, 10 bodies, 11 battery cases, 20 motor drive mechanisms, 21 motors, 22 gear trains, 23 clutches, 24 lifting shafts, 25 gear wheels, 26 pinions, 27 springs, 30 sliding bar mechanisms, 31 wheel shafts, 32 tires, 33 gears, 40 interlinked mechanisms, 41 power transmission shafts, heart-shaped cam on 42,43 times heart-shaped cams, 44 travelling gears, 50 undercarriage mechanisms, 51 undercarriages, 53 connecting rods, 60 wing mechanisms, 61 wings, 62 slide plates, 63 link slots, 64 back-moving springs, 65 coupled arms, 66 guide rods, 67L shape connecting rod, 610 chases.

Shown in Fig. 1-5, the body of present embodiment plane toy 1 10 inner systems have a motor drive mechanism 20, a coasting mechanism 30, an interlinked mechanism 40, rise and fall frame mechanism 50, a wing mechanism 60 respectively, wherein:

Body 10 rear cordings have a battery case 11 (as shown in Figure 1) can supply to put battery as power.

Motor drive mechanism 20 (as shown in Figure 3) is to drive a gear train 22 by a motor 21 to rotate, to drive a clutch 23 actions, these clutch 23 centers have a lifting shaft 24, and corresponding clutch 23 belows of this lifting shaft 24 have a gear wheel 25 and pinion 26 and pinion 26 belows in regular turn and are with spring 27.

Coasting mechanism 30 is to be located at body 10 bottoms, is mainly used to drive plane toy and slides usefulness forward.Has a wheel shaft 31 that is articulated in body 10 bottoms, these wheel shaft 31 two ends toward 10 liang of bodies side-prominent and be connected with tire 32, wheel shaft 31 in the middle of then have a gear 33, be can be with gear wheel 25 engagements of aforementioned clutch 23 lifting shafts 24 by transmission (as shown in Figure 3).

Interlinked mechanism 40, as Fig. 3, shown in 4, comprise a power transmission shaft 41, these power transmission shaft 41 upper ends are provided with, following heart- shaped cam 42,43, this is gone up heart-shaped cam 42 and following heart-shaped cam 43 and is the corresponding setting of rightabout (as shown in Figure 4), power transmission shaft 41 bottoms then are connected with one group of travelling gear 44, be positioned at pinion 26 belows of aforementioned clutch 23 lifting shafts 24, when making clutch 23 do lifting, when being lifting shaft 24 declines (as shown in Figure 6), the pinion 26 of its below can mesh with travelling gear 44, reaches and drive power transmission shaft 41, following heart-shaped cam 42,43 rotate.

Undercarriage mechanism 50 (as shown in Figure 4) cording has a undercarriage 51 to be articulated in the middle of body 10 belows, peripheral socket one torque spring 52 in undercarriage 51 articulated sections, undercarriage 51 upwards can be pulled and be leaned against on body 10 bottom surfaces, the then affixed connecting rod 53 of undercarriage 51 medial extremitys is that the following heart-shaped cam outer wall with interlinked mechanism 40 leans.

Wing mechanism 60 is positioned at body 10 tops, it is moving partially to be mainly used to drive two wings, 61 front and back, its structure comprises two wings 61, be articulated in body 10 both sides again and wing 61 medial extremitys are arranged with chase 610 (as shown in Figure 5), one slide plate that can move forward and backward 62, has a link slot 63 in the middle of this slide plate 62, the rear end then connects a back-moving spring 64, in slide plate 62 both sides and be connected with the coupled arm 65 that extends to wing 61, these coupled arm 65 outer ends then upwards are convexly equipped with guide rod 66, and chase 610 inboards (as shown in Figure 5) of embedding wing 61, wherein pairing place articulates a L shaped connecting rod 67 below slide plate 62 link slots 63, and these L shaped connecting rod 67 1 ends put in link slot 63 inboards (as Fig. 4, shown in 5).The other end then abuts against (as shown in Figure 4) mutually with the last heart-shaped cam 42 of interlinked mechanism 40, makes to borrow L shaped connecting rod 67 to drive slide plate 62 and wing 61.

The plane toy 1 that the above-mentioned structure of foundation is formed, as shown in Figure 3, when motor drive mechanism 20 runnings, the gear 33 of the gear wheel 25 meeting transmission coasting mechanisms 30 of clutch 23 belows, plane toy 1 is advanced forward, then, after after a while, clutch 23 begins to do lifting, descend (as shown in Figure 6) to drive lifting shaft 24, gear wheel 25 on the lifting shaft 24 can be separated with the gear 33 of coasting mechanism 30 at this moment, make plane toy 1 stop to slide, pinion 26 on the lifting shaft 24 is because of being meshed (as Fig. 6 with the travelling gear 44 of interlinked mechanism 40 to decline simultaneously, shown in 7), and on driving, following heart- shaped cam 42,43 rotate, wherein descend heart-shaped cam 43 when rotating, can force the connecting rod 53 of undercarriage mechanism 50 to make undercarriage 51 put down (as shown in Figure 7) downwards, L shaped connecting rod 67 and slide plate 62 that last heart-shaped cam 42 then can drive wing mechanism 60 move forward (as shown in Figure 7), make and contract (as shown in Figure 8) in wing 61 that the guide rod 66 of slide plate 62 both sides can drive plane toy 1 both sides relatively backward, again when again after after a while, clutch 23 can be replied the state of originally not doing lifting again, be that lifting shaft 24 can be to rising (as shown in Figure 3), the gear wheel 25 of lifting shaft 24 is replied with coasting mechanism 30 engagements and is made plane toy 1 continue to slide forward at this moment, 26 travelling gears 44 with interlinked mechanism 40 of the pinion of lifting shaft 24 break away from (as shown in Figure 3), promptly go up, following heart-shaped cam 42,43 can stop operating and suspend push away make undercarriage mechanism 50 connecting rod 53 downwards and the 60L of wing mechanism shape connecting rod 67 forward, so the time undercarriage mechanism 50 torque spring 52 can to upper plate undercarriage 51 be risen undercarriage 51, and the back-moving spring 64 of wing mechanism 60 can pull back slide plate 62 and L shaped connecting rod 67 (as Fig. 4, shown in 5), wing 61 is replied again to the both sides extended configuration, make plane toy 1 except slide bar forward, wing again can before and after skew, but and undercarriage oscilaltion and have interest.

Claims (1)

1, a kind of plane toy that rises and falls, it is characterized in that: it comprises a toy body, one motor drive mechanism, one clutch, one coasting mechanism, one interlinked mechanism, one rise and fall a frame mechanism and a wing mechanism, wherein the toy body back lower place is provided with battery case, motor drive mechanism is arranged in the body, it connects a gear train by motor and constitutes, clutch is nested with on the lifting shaft of motor drive mechanism, this lifting shaft below has gear wheel and pinion in regular turn, coasting mechanism has a wheel shaft, and the wheel shaft two ends have tire, and have gear wheel meshed gears with lifting shaft in the middle of it, interlinked mechanism connects the pinion of lifting shaft, on the power transmission shaft upper end of interlinked mechanism has, following heart-shaped cam, undercarriage mechanism has the undercarriage that is articulated in centre, body below, its peripheral sheathed torque spring, its undercarriage medial extremity is provided with connecting rod, and lean with following heart-shaped cam, wing mechanism connects goes up heart-shaped cam, this wing mechanism has a slide plate, its both sides have guide rod, and embed the chase inboard of wing, skateboard back-end then connects a back-moving spring and a L shaped connecting rod, and an end and the last heart-shaped cam of this L shaped connecting rod lean, and the other end then is connected with slide plate.

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