CN201120157Y

CN201120157Y - Toy

Info

Publication number: CN201120157Y
Application number: CNU2007201711152U
Authority: CN
Inventors: 吴昌胜
Original assignee: Yurisheng Electronic (Shenzhen) Co Ltd
Current assignee: Yurisheng Electronic (Shenzhen) Co Ltd
Priority date: 2007-11-26
Filing date: 2007-11-26
Publication date: 2008-09-24
Anticipated expiration: 2017-11-26

Abstract

The utility model provides a toy, which comprises a walking mechanism and a control unit which can control the running mechanism to work and also comprises an infrared sensor which can sense external objects in a certain range to the toy and sends a working signal to the control unit, wherein the control unit comprises a sensor circuit which is matched with the infrared sensor. The toy of the utility model builds relation between approach of the external objects (such as people) and the movements of the toy, which enables the toy to have good interdynamic performance and interest, simultaneously, the toy is beneficial for inspiring curiosity and learning desires of children, and chances of children sports and exercises are increased in a certain extend.

Description

Toy

Technical field

The utility model relates to toy, and especially a kind of have a good interactive and interesting toy.

Background technology

In the toy classification on the market, having of can moving is a variety of.The structure of these toys comprise mostly the walking mechanism that can make toy motion (as motor, can be by motor-driven driving wheel, driven pulley free to rotate) and provide the power source (as common batteries) of power for walking mechanism, toy can be walked after opening switch, and it is out of service to close the switch rear walking mechanism.The property of participation of this toy and interesting relatively poor, that play the part of when the child is at play to a great extent is onlooker's role, and the enjoyment that he can enjoy only is that sight line shifts along with the motion of toy, knows from experience originally that abiotic toy can move brought surprised.

The appearance of remote-control toy has attracted a lot of children and the head of a family's sight.Can control the motion of toy by remote controller, allow toy according to operator's will advance and retreat or turn to, this makes the property of participation of toy and interest improve.But, remote-control toy complex structure, cost costliness; The more important thing is that remote-control toy is controlled by the operator fully, " identity " during it is at play is too passive.Interactive and the interest of remote-control toy still needs further improvement.

The utility model content

Technical problem to be solved in the utility model provides a kind of good interactive and interesting toy that has.

For solving the problems of the technologies described above, the utility model provides a kind of toy, comprises walking mechanism, can control the control module of described walking mechanism work; Also comprise the external object that to respond in the toy certain limit and the infrared sensor that sends working signal to control module; Control module comprises the sensor circuit suitable with infrared sensor.

In the utility model toy, walking mechanism can operation move toy under power (for example can battery be installed on the toy) drives, and control module can be controlled the work of walking mechanism according to the working signal that sensor circuit sends.When the direction that external object (as the people) can be responded to from infrared sensor enters in the certain limit (as required infrared sensor is carried out suitable type selecting and control this scope) of toy, infrared sensor is excited and sends working signal (when the infrared sensor on the toy and the distance between the external object are within the actual induction scope of infrared sensor to control module, infrared sensor continues to send working signal to control module), the operation of control module control walking mechanism, toy moves to certain orientation; When the infrared sensor on the toy and the distance between the external object exceeded the actual induction scope of infrared sensor, infrared sensor stopped to send working signal to control module, and walking mechanism is out of service, and toy is static.When external object entered in the certain limit of toy once more, toy continued to move.Like this, children can constantly catch up with toy, and toy also can constantly be escaped and catch up with, and has strengthened interactive and interesting.When needing to turn-off power switch, can be from suitable direction near toy, infrared sensor can not be excited, and toy is static, can pick up toy, stopcock.

The utility model toy can be a toy for animal, also can be toy car, toy train etc.

Infrared sensor can be arranged at the rear portion of toy; When the utility model was embodied as toy for animal, infrared sensor can be arranged at the rear portion of the afterbody or the body of toy for animal.When external object excited infrared sensor from the rear near toy, infrared sensor sent the relevant work signal to control module, and control module control walking mechanism is along the direction operation that toy is advanced.When children caught up with this toy for animal from behind, animal can constantly escape.

Infrared sensor also can be arranged at the front portion of toy; When the utility model was embodied as toy for animal, infrared sensor can be arranged at the positions such as nose, forehead or neck of toy for animal.When external object excited infrared sensor from the place ahead near toy, infrared sensor sent the relevant work signal to control module, and control module control walking mechanism is along the direction operation that toy is retreated.When children and this toy for animal were face-to-face, animal can retreat, and shows the effect that animal " is forced back under the pressure of people's power ".

Infrared sensor also can be arranged at front portion, rear portion or the side of toy, can be in the front portion of toy, three positions in rear portion and side one be provided with infrared sensor, also can infrared sensor be set simultaneously at the front portion of toy, two or three positions in three positions in rear portion and side.Like this, during near toy, toy can constantly fall back external object from the place ahead; During near toy, toy can constantly advance from the rear; During from the side near toy, toy can constantly be displaced sideways (for example when the utility model toy for animal is embodied as crab) along the direction opposite with the external object direction of closing.

The beneficial effects of the utility model are: by infrared sensor is set, toy can be responded to the approaching of external object, external object (as the people) near and the moving of toy between set up and got in touch, if children grasp at toy, toy can run to the direction opposite with children's direction of closing, go to certain distance " waiting " children that stop again and grab again, and then run.Very interesting, and increased interaction between toy and the children; Help to excite children's curiosity and desire for knowledge simultaneously, also increased the chance that children run and take exercise to a certain extent.

Description of drawings

Below by the specific embodiment also in conjunction with the accompanying drawings, the utility model is described in further detail:

Fig. 1 is the schematic diagram of a kind of specific embodiment of the utility model;

The schematic perspective view of tail 1 in Fig. 2 toy doggie shown in Figure 1;

Fig. 3 is the STRUCTURE DECOMPOSITION schematic diagram of tail 1 in the toy doggie shown in Figure 1.

The specific embodiment

Embodiment one

Fig. 1, Fig. 2 and Fig. 3 show a kind of specific embodiment of the present utility model---toy doggie.This doggie inside is provided with motor, can controls the wiring board of machine operation, form transmission with motor cooperates reduction box and wheel, and wheel is positioned at the underfooting of doggie, is provided with battery compartment and power switch at the belly of doggie.As shown in Figure 1, tail 1 is positioned at the rear portion of doggie body; The structure of tail 1 as shown in Figures 2 and 3, form by upper casing 11 that snaps together and lower casing 12, the left end of tail 1 (referring to Fig. 2) inserts the bun (with reference to figure 1) of doggie when assembling, upper casing 11 that snaps together and lower casing 12 form internal cavities at the right-hand member (referring to Fig. 2) of tail 1, and infrared sensor 2 is installed in this cavity; The wiring board of doggie inside (adopting little 8 level controller control circuits) is provided with infrared sensor 2 and (is the active reflection infrared sensor, 0 to 0.8 meter of distance of reaction scope) suitable sensor circuit, infrared sensor 2 is electrically connected on the sensor circuit; When infrared sensor 2 sent working signal to sensor circuit, motor rotated towards the direction that doggie is advanced; Motor, wiring board, reduction box, wheel, battery compartment and power switch are not shown in the accompanying drawings.

In the present embodiment, walking mechanism comprises reduction box and wheel; The installation battery can be walking mechanism in battery compartment provides power; Control module is a wiring board; The actual induction scope of infrared sensor is from tail 1 0.8 meter scope backward.

When external object (as the people) after the doggie rear enters doggie 0.8 meter during with interior scope, infrared sensor 2 is excited and continues to send working signal to sensor circuit, sensor circuit control motor rotates towards the direction that doggie is advanced, doggie moves forward, when infrared sensor 2 and the distance between the external object at doggie rear exceed 0.8 meter, infrared sensor 2 stops to send working signal to sensor circuit, and motor is out of service, and doggie is static.After the doggie rear enters doggie 0.8 meter during with interior scope once more of external object, doggie continues to move forward.Like this, children can constantly catch up with doggie in the doggie back when being at play, and doggie also can constantly escape and catch up with, and has strengthened interactive and interesting.When needing the power cutoff switch, can be from suitable direction (as doggie the place ahead) near doggie, infrared sensor can not be excited, and doggie is static, picks up doggie, stopcock.

Embodiment two

The difference of present embodiment and embodiment one is: infrared sensor 2 is arranged in the nose of doggie; When infrared sensor 2 sent working signal to sensor circuit, motor rotated towards the direction that doggie is retreated.

When external object (as the people) enters preceding 0.8 meter during with interior scope of doggie from doggie the place ahead, infrared sensor 2 is excited and continues to send working signal to sensor circuit, sensor circuit control motor rotates towards the direction that doggie is retreated, and doggie is moved backward; When infrared sensor 2 and the distance between the external object in doggie the place ahead exceeded 0.8 meter, infrared sensor 2 stopped to send working signal to sensor circuit, and motor is out of service, and doggie is static.External object enters preceding 0.8 meter during with interior scope of doggie once more from doggie the place ahead, doggie continues to move backward.Like this, doggie can constantly be shunk back under children " threaten by force " when being at play, and has strengthened interactive and interesting.When needing the power cutoff switch, can be from suitable direction (as the doggie rear) near doggie, infrared sensor 2 can not be excited, and doggie is static, picks up doggie, stopcock.

When specifically implementing the utility model, also infrared sensor can be arranged at the side (for example when the utility model toy for animal is embodied as crab) of toy; Also can infrared sensor be set simultaneously at the front portion of toy, two or three positions in three positions in rear portion and side, during near toy, toy can move along the direction opposite with the external object direction of closing from the direction forward and backward, that the side is different.

Above content be in conjunction with concrete preferred implementation to further describing that the utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.

Claims

1, a kind of toy comprises walking mechanism, can control the control module of described walking mechanism work; It is characterized in that: also comprise infrared sensor from working signal to described control module that to respond to the external object in the described toy certain limit of distance and send; Described control module comprises and the suitable sensor circuit of described infrared sensor.

2, toy according to claim 1 is characterized in that: described infrared sensor is positioned at the rear portion of described toy.

3, toy according to claim 1 is characterized in that: described infrared sensor is positioned at the front portion of described toy.

4, toy according to claim 1 is characterized in that: described infrared sensor is positioned at front portion, rear portion or the side of described toy.