A disguising toy car

This invention relates to a toy car, more particularly to a disguising toy car incorporating a mechanism for permitting a change of appearance at a portion of a car body through a remote control system.

Toy cars are known incorporating actuating means which are operable by the user to displace selected components thereof into a position, wherein the appearance of the toy car is transformed e.g. into an aeroplane. One such toy car is disclosed in DE-C 929 536. This toy car is arranged to shift automatically after a predetermined period of time from the appearance and function of a car to that of an aeroplane. According to wish, the user could also choose to use the toy either as a car or as an aeroplane by operating an actuating lever disconnecting the automatic shifting mechanism. However, the automatic transformation can take place only at predetermined intervals the length of which depends on the pitch of a cam member and not by remote control at the user's will while the toy is in motion.

Also, there have been proposed various types of remote controllable toy cars in order to, for example, achieve conversion of a running direction, as well as up-and-down or swing motion of specific mechanisms depending on car types.

Those conventional toy cars, however, could merely be driven or operated automatically for their mechanisms intrinsic in car function, and thus could not provide unexpected unique operation. The complicated operation for the latter purpose, however, was limited to special types of cars which have a large body size and increase their manufacturing cost.

Accordingly, an object of the invention is to provide an interesting novel type of a disguising toy car which is provided with a rotatable element at a portion of the conventional car body, and may expose its concealed mechanism to the outside through remote control for the rotatable element.

The disguising toy car according to the invention includes a car body having an opening therein, and a rotatable disguising mechanism which is arranged in the opening and which comprises a rotatable element with first and second faces thereon. The disguising toy in accordance with the invention is characterised therein that the disguising mechanism is elastically supported in such a manner that, in response to an elastic force generated by the elastic support, the first face is normally exposed in the opening of the car body so as to blend-in with the shape of the car body, whereas the second face of the rotatable element is exposed in said opening, when the rotatable element is actuated by an electric motor against the elastic force, said second face, when in its exposed position, extending outwardly of the car body to impart to the latter a shape different from that provided by the first face.

Advantageous embodiments of the invention are featured in the dependent Claims 2 to 5. In the disguising toy car according to the invention, the rotatable disguising mechanism may be operated by remote control, such as a conventional radio-control system, as well as a system using fiber optics or lead wires.

The invention will be described herein-below in more detail for its preferred embodiments with reference to the accompanying drawings. <ul id="ul0001" list-style="none"><li>Figure 1 is a perspective view of one embodiment of the disguising toy car according to the invention;</li><li>Figure 2 is a perspective view of a main portion of the disguising toy car in Fig. 1, showing an operational position of its disguising mechanism;</li><li>Figure 3 is a plane view of an internal structure in the disguising mechanism of the toy car, as shown in Fig. 1; and</li><li>Figures 4 to 6 are schematical sectional views of the disguising mechanism in Figs. 1 to 3, showing its operation.</li></ul>

Figures 1 to 3 show one embodiment of the disguising toy car according to the invention, wherein Figure 1 is a perspective view showing an appearance before disguise, Figure 2 is a perspective view of a main portion showing another appearance after disguise, and Figure 3 illustrates an internal structure of the disguising mechanism. Referring to this embodiment, the disguising toy car according to the invention is provided at a car body 10 on its top with an opening 12, to which is mounted a rotatable element 14 including two disguisable faces as a disguising mechanism. One face of the rotatable element 14 forms a first face 16 being normally flat, as shown in Fig. 1, while the other face forms a second face 18 for mounting thereon a patrol-lighting fixture which is exposable to the outside by external instructions, as shown in Fig. 2. Inside the second face 18 there are arranged lamps 20 which may turn on and off when the second face 18 is exposed to the outside.

Now referring to Fig. 3, a driving means for the rotatable element 14 of the invention will be described. The rotatable element 14 is made in the form of a triangle-pillar, both longitudinal ends of which are supported with pivots 22 to a portion of the car body 10 for enabling the first and the second faces 16, 18 to be exposed alternately to the outside. The second face 18 is provided with a patrol-lighting fixture 24 containing therein lamps 29 which may be operated to turn on and off at will. According to this embodiment, there is arranged a pulling means 26 for pulling the rotatable element 14 in its rotatable direction, one end of which means 26 is engaged with a portion of the rotatable element while the other end is engaged with a portion of a reversible gear 28. Thus, the reversible movement of the gear 28 enables the first and the second faces 16, 18 of the rotatable element 14 to be exposed alternately to an opening 12 of the car body 10. Further, in this embodiment, the reversible gear 28 is engaged with a spiral pulling spring 30, one end of which is secured to the car body for normally exposing the first face 16 of the rotatable element 14 through the opening 12 to the outside. The reversible gear 28, on the other hand, is meshed with a driving gear 34 of an electric motor 32 for rotating the gear 28 against an elastic force of the pulling spring 30.

By externally energizing the electric motor 32 of the mechanism thus constructed, the reversible gear 28 may be rotated in the selected, the direction for allowing the first face 16 of the rotatable element 14 to be converted to the second face 18 exposed at the opening 12 of the car body 10, resulting in a change or disguise of appearance of the toy car (see Figs. 4 to 6).

It will be appreciated from the above description that the toy car according to the invention is provided with at least two disguising mechanisms of a rotary type, resulting in a very interesting disguisable toy car of a simple structure which may be operated by a conventional remote-control means. In particular, the toy car according to the invention is applicable to those having a direction- changing mechanism, thereby to provide a changeful toy at a low cost. As an operating system there may be employed a remote control system using a radio-transmitter/receiver, as well as a remote control system using fiber optics or lead wires, which may be applicable to a variety of electric toy cars.