JPH0426158Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Field of Application) The present invention relates to a feeding device for running bodies in a track running toy that automatically supplies running bodies one by one.

(Prior art) Conventionally, this type of feeding device has been designed with two stoppers that drive the leading traveling body and the trailing traveling body separately, rather than controlling them with a single lever as in the present invention. Types that are controlled by members are well known.

(Problems to be Solved by the Invention) The above-mentioned conventional devices have drawbacks such as the separately controlled drive of the stop member and the structure of the control section being complicated and not working properly.

(Means for solving the problem) This invention has two ramrods with vertical swing drive on the bottom of the track.
8, and a hooking protrusion 40 is provided on the top surface of a traveling body 39 running on the same track, and a ring-shaped portion 30 surrounding the track is provided at one swinging end of the lever 28, and the upper end is connected to the traveling body 3.
A projecting plate 31 that appears and retracts in the running path of 9 is provided, and when the other swing end of the lever 28 is in the upward movement position, the upper side of the ring-shaped part 30 is within the movement space of the hooking protrusion 40 on the running path. The upper end of the veneer 31 is recessed, and the upper edge of the ring-shaped portion 30 is out of the movement space of the traveling body on the traveling path when the veneer 31 is in the downward movement position. 3
When the upper end of 1 is in a protruding state and the protruding plate 31 is stopping the preceding traveling body 39, the upper side of the ring-shaped portion 30 is between the hooking protrusion 40 of the preceding traveling body and the trailing traveling body. It is an object of the present invention to provide a feeding device for a running body in a track running toy, which is characterized in that it is positioned in an upward position, thereby solving the above-mentioned defects.

(Embodiment) The embodiment shown in the figure constitutes a hollow platform 1 that has a concave shape when viewed from the front, and a giraffe's body is modeled on the right protrusion 2 on the upper surface of the platform 1. A running platform 3 is set upright, and a running groove 5 with wheel grooves 4 downward to the right is recessed on the upper surface of the running platform 3, and an S-shaped curve is formed in which the running groove 5 is extended at the bottom end of the running groove 5. The rails 6 are arranged in a row, and the tip 7 of this curved rail 6
is fixed in a suspended state on the upper surface of the left protrusion 8 on the upper surface of the base plate 1, and the base end of a traveling force imparting member 9 imitating the neck of a giraffe is mounted on the upper left end of the traveling base 3. 1st
The first extension groove 11 of the running groove 5 is attached to the top surface of this running force imparting member 9, which is attached to the supporting shaft 10 so as to be able to swing up and down.
At the same time, the proximal end of a receiving member 12 of a traveling body imitating the head of a giraffe is attached to the tip of the running force imparting member 9 so as to be swingable up and down by a second support shaft 13. The second extension groove 1 of the running groove 5
4 and a backward stopper 15, a motor 16 and a drive shaft 17 are built into the right protrusion 2, and the rotary shaft 18 of the motor 16 and the drive shaft 17 are connected by a reduction gear device 19 to drive the motor. A crank 20 is fixed to the shaft 17 so as not to rotate.
The pin 21 and the portion near the proximal end of the running force imparting member 9 are connected by a first link 22 and a third support shaft 23, and a short arm 24 is protruded from the lower surface of the proximal end of the receiving member 12. The tip of this arm 24 is connected to a location close to the first support shaft 10 on the running platform 3 by a second link 25, and when the crank 20 is oriented upward, the running force imparting member 9 is moved upward. , by swinging the receiving member 12 downward, respectively.
The extension groove 10 and the second extension groove 14 are tilted in the same direction as the running groove 5, and when the crank 20 is directed downward, the running force imparting member 9 swings downward and the receiving member 12 swings upward. The receiving member 1
2 is adapted to receive the traveling body from the tip 7 of the curved rail 6 through the inclined rail 45 for passing the traveling body, and furthermore, a ram 28 is inserted into the platform 1 and the ram 2 is inserted into the platform 1.
The base end of the ram 28 is supported by a fourth support shaft 29 within the right protrusion 8 at a location to the right of the crank 20 so as to be vertically swingable, and the tip of the ram 28 is provided on the left wall of the base plate 1. It penetrates outside through the through hole 27,
A ring-shaped part 30 that goes around a part near the tip of the curve rail 6 is integrally provided at this protruding end, and a rising projecting plate 31 is integrally provided at a part near the tip of the ram 28, and the upper end of the rising projecting plate 31 is moved to the left. The top wall of the protrusion 8 and the tip 7 of the curved rail 6 can be freely exposed and retracted through the through hole 32 formed in the top wall of the protrusion 8 and the tip 7 of the curved rail 6. A coil spring 35 is interposed between the upper surface of the wall 33 and the guide rods 34, 34', and a protruding portion 36 is provided near the base end of the rod 28, so that the coil spring 35 is inserted between the upper surface of the wall 33 and the upper surface of the wall 33. When the lower end of the first link 22 comes into contact with the overhang 36, the tip of the lever 28 is pressed down, and separately from this, a roll type front wheel with a length slightly shorter than the width of the wheel groove 4 is installed. 37 and a roll-type rear wheel 38 are provided on the lower surface of the car-type running body 39 for free rotation, and a hooking protrusion 40 is integrally provided on the top surface of the running body 39. The running body 39 can be placed at any suitable location on the running groove 5 or the curved rail 6, and when the rising projecting plate 31 is in the protruding state and the ring-shaped portion 30 is in the rising state, the rising projecting plate 31 stops the running body 39. , rising veneer 3
1 and when the ring-shaped part 30 is in the lowered state, the upright projecting plate 31 allows the first traveling body 39 to run, and the upper side 41 of the ring-shaped part 30 is connected to the hooking protrusion 40 of the second traveling body 39. The second traveling body 39 is stopped by engaging with the second traveling body 39.

In addition, in the figure, 43 is a battery box, 44 is an on/off switch part, 45 is an inclined rail for passing the traveling body 39,
46 is a bent part that bends only when subjected to a large force and does not normally bend; 47 is a joining part of the curved rail 6; 48 is a guide wall; 49 is a long through hole; Shows slits to avoid collisions.

(Function) Since the present invention has the above-described configuration, when the motor 16 is activated, the crank 20 is rotated counterclockwise by a certain amount through the reduction gear device 19 and the drive shaft 17 as shown in FIG. When the crank 20 is turned upward, the running force imparting member 9 swings upward and the receiving member 12 swings downward, so that the first extension groove 10 and the second extension groove 14 move into the running groove 5. When the crank 20 is tilted downward, the running force imparting member 9 swings downward, and the receiving member 12 swings upward, so that the receiving member 12 moves to the center of the upper surface of the base plate 1. The second extension groove 14 and the tip 7 of the curved rail 6 become continuous via the inclined rail 45 for passing the traveling body. Immediately before this entry (just before the crank 20 turns downward)
Then, the lower end of the first link 22 comes into contact with the overhang 36 and pushes down the tip of the lever 28, and as a result of this pushing down, the second traveling body 39, which had been stopped by the protrusion of the rising projecting plate 31, changes into a ring shape. The first traveling body 39, which was stopped by the upper side 41 of the section 30 and also by the protrusion of the rising projecting plate 31, was allowed to run and was moved to the receiving member 12 via the sloped rail 45 for transfer.
The traveling body 39 has moved upward and reached this receiving member 12.
is raised by upward swinging of the running force imparting member 9, and when the first extension groove 10 and the second extension groove 14 are inclined in the same direction as the running groove 5, the running body 39 moves into these grooves 14. , 10, 5 and the curved rail 6, and during this running, the traveling body 39 reaches the lower end of the curved rail 6 and is first stopped by the rising protruding plate 31 which has been restored to its protruding state or by the rising protruding plate. The running body 39 is stopped by the preceding running body 39 and waits for the time when it can move to the receiving member 12. In other words, unless the motor 16 is stopped, the running body will move into the first extension groove 10, the second extension groove 14 and It is designed to repeatedly travel on a circuit consisting of curved rails 6 and the like.

(Effect of the invention) This invention has a vertically swinging drive lever 2 on the lower side of the track.
8, and a hooking protrusion 40 is provided on the top surface of a traveling body 39 running on the same track, and a ring-shaped portion 30 surrounding the track is provided at one swinging end of the lever 28, and the upper end is connected to the traveling body 3.
A projecting plate 31 that appears and retracts in the running path of 9 is provided, and when the other swing end of the lever 28 is in the upward movement position, the upper side of the ring-shaped part 30 is within the movement space of the hooking protrusion 40 on the running path. The upper end of the veneer 31 is recessed, and the upper edge of the ring-shaped portion 30 is out of the movement space of the traveling body on the traveling path when the veneer 31 is in the downward movement position. 3
When the upper end of 1 is in a protruding state and the protruding plate 31 is stopping the preceding traveling body 39, the upper side of the ring-shaped portion 30 is between the hooking protrusion 40 of the preceding traveling body and the trailing traveling body. It is characterized by being located in the upper position, and controls the leading and trailing traveling bodies by vertically swinging drive of one lever 28 to reliably feed each traveling body to the desired destination. It has an excellent effect of completely achieving the purpose of.

[Brief explanation of drawings]

The figure shows an embodiment of the present invention.
The figure is an overall perspective view, FIG. 2 is a partially cutaway front view, and FIG. 3 is a partially cutaway bottom view. 1... Base plate, 2... Right protrusion, 3... Running base, 4... Wheel groove, 5... Running groove, 6... Curved rail, 7... Tip, 8... Left side Projection part, 9...
... Running force imparting member, 10... First support shaft, 11...
First extension groove, 12... Reception member, 13... Second support shaft, 14... Second extension groove, 15... Backward stopper, 16... Motor, 17... Drive shaft, 18...
Rotating shaft, 19... Reduction gear device, 20... Crank, 21... Pin, 22... First link, 23...
... Third support shaft, 24 ... Arm, 25 ... Second link, 26 ... Recessed part, 27 ... Through hole, 28 ... Rambling lever, 29 ... Fourth support shaft, 30 ... Ring-shaped part, 3
1... Standing projecting plate, 32... Through hole, 33... Bottom wall,
34, 34'...Guiding rod portion, 35...Coil spring, 36...Protruding portion, 37...Front wheel, 38...Rear wheel, 39...Running body, 40...Hook projection, 41
...Top side, 43...Battery box, 44...On/off switch section, 45...Slope rail for passing, 46...
...Bending portion, 47... Joint portion, 48... Guide wall, 49... Through-long hole, 50... Slit.

Claims (1)

[Scope of utility model registration request] A ram 28 for vertical swing driving is provided on the lower side of the track, a hooking protrusion 40 is provided on the top surface of a traveling body 39 running on the track, and a ring-shaped ram 28 that surrounds the track is provided at one swinging end of the ram 28. 30 and a projecting plate 31 whose upper end protrudes and retracts into the traveling path of the traveling body 39, and when the other swinging end of the lever 28 is in the upward movement position, the ring-shaped portion 3
0 is in the moving space of the hooking protrusion 40 on the running path, and the upper end of the protruding plate 31 is recessed. Similarly, when the upper end of the projection plate 31 is in the downward movement position, the upper end of the ring-shaped part 30 is When the top end of the projecting plate 31 is in a state where the top end of the projecting plate 31 is projected and the projecting plate 31 is stopping the leading moving object 39, the top side of the ring-shaped part 30 is in the leading position when the projecting board 31 is out of the movement space of the traveling object on the running path. A feeding device for a running body in a track running toy, characterized in that the device is positioned above a hooking protrusion 40 on a running body and a trailing running body.