DE1953942U - SHIP. - Google Patents

Description

Robert Holzkämper

^Master mechanic """ϋί · ^u υ UU" OU. If.Öb £ ~

545 Neuwied,
In the hollow 3

Description;

With previously known electr. Car toy racetracks shows up the disadvantage that the vehicles fly out and in when cornering the actual course of the racetrack is not given, and the vehicles cannot drive one behind the other and accordingly «overtaking maneuvers are not possible.

The innovation described below is based on the idea To build almost realistic toy racetracks in the smallest of spaces, which do not have the aforementioned deficiencies.

The innovation is that a shuttle (1) with an outstanding pin (4) to guide toy vehicles and Figures (5) in a runway (11) below the roadway (19) is freely stored. This drive boat (1) is driven via an electric motor (2) housed in it, which simultaneously accommodates the transport and roller (3). To make contact Via the attached slide springs (6) (on one side of the shuttle adjustable in 3 different heights), guide wires are attached to the right and left in the duct (11) (left 7 - 9 = a-, right Io = -) The three left guide wires (7-9) are, with player control panels (1-7, 2 = 8 and third player = 9) connected and thereby allow vehicles or figures to be driven in a channel one behind the other or in 2 next to each other. It is now possible by adding any number of switches within the driving channels (11) To bring about an almost realistic way of playing in order to continue to achieve tension in the game is via an am Transformer attached, not influenced by the player, an alternating speed increase on the 3 guide wires 7-9 or humiliation reached, so that overtaking opportunities are inevitably brought about. The shaping of the shuttle (Fig. 3 and 4) allows driving on tight curves and passing close to each other points, which on the small dimensions of the entire web has a significant influence. Right and left of the upper lane (19) are. Crash barriers (14) attached, which is constructed similar to that of the driving channel (11) and takes 4 guide wires on both sides (15-17 = + and, 18 = -). To the Vehicles or figures (5) are fitted with 2 slide springs (2o and 21) attached. These are connected to one another and (21) on the guide wires in terms of height according to vehicle number 1, 2 or 3 15, 16 or 17 to align. This is intended to ensure that every curve is actually driven more slowly must be so that the vehicle can not skid. If Skidding up to the guardrails (14) is achieved, and the contacts (2o and. 21) the guide wires 18 andl5 or 16 or depending on Touch vehicle 17, is via a coupled electr. Display one or more minus points registered.

-2-

The design features set out in the novelty mean that this game is essential for young and old will be more interesting than the previously known constructions.

In the drawing the innovation is shown, namely represents

Fig. 1 and 2 a section through transverse and front view of the assembled track and

Fig. 3 and, 4 section of the Fahrschxffehen from transverse and top view represent.

(Robert Holzkämper)

Claims (2)

RA. 628 008 * 11/30/66,. Robert Holzkämper Master Mechanic Neuwied In der Hohl 3 Protection claim: 1.) Boat-like electr. Drive with a caster and right and left attached contact loops for energy absorption. All in one below the track of the toy vehicles or figures attached channel running on its Walls the guide wires are attached .. At the top of the boat-like drive is a pin, which the play vehicles through the groove in the roadway or picks up and takes figures in the front part. 2.) Guardrails with signal wires attached to the right and left of the carriageway and attached to the rear of the toy vehicles or figures Contact loops for the purpose of indicating a signal for slingshots Vehicles.