JP3766967B2 - Thread-drawing spring motor 2 action toy car - Google Patents

Description

[0001]
[Technical field to which the invention belongs]
The present invention relates to a two-action, dual-running car toy using a string-drawing spring motor.
[0002]
[Prior art]
Conventionally, various types of traveling vehicle toys using the thread-drawing spring motor are known, such as automobiles, trains, and airplanes.
[0003]
[Problems to be solved by the invention]
The present invention is to provide an inexpensive traveling vehicle toy that can easily wind a thread pulling spring prime mover, can easily impart a motive force, and can repeatedly enjoy a variety of actions.
[0004]
[Means for Solving the Problems]
A drive mechanism equipped with a thread pulling spring prime mover for driving vehicle, and a drive mechanism for rotating the drive axle by using the thread pulling spring prime mover for driving vehicle as a power source, and a stopper device for temporarily stopping the rebound action of the thread pulling spring prime mover for driving vehicle And a driven vehicle equipped with a thread pulling spring prime mover for a driven vehicle, and driving of the thread pulling spring prime mover for the driving vehicle mounted on the opposite end surfaces of the driven vehicle and the driven vehicle, respectively. and Makishimeito, drawn respectively in the driving vehicle and the driven vehicle which pairs toward pull the driven seamed yarn stringing mainspring motor follower vehicle, the driven vehicle, and coupling the driven seamed yarn stopper device, driven In the vehicle, the driven winding thread is pulled and pulled along with the separation movement of the driven vehicle, and the winding of the driving vehicle thread pulling mainspring is wound, A thread pulling spring motor 2 action 2 that is provided with a pulling / slack winding reel that winds a driving spool thread that is driven by a thread pulling spring prime mover for a moving vehicle and that is loosened when moving toward the driving vehicle. It is in a continuous running car toy.
[0005]
The drive vehicle has a drive-wheel thread pulling spring prime mover, and has a drive winding shaft for winding the mainspring. The drive winding supports the drive reel and connects the base ends of the drive winding yarns, The first gear in the drive vehicle thread pulling spring prime mover is linked to the drive winding shaft via a one-way clutch, and when the drive winding thread wound around the drive reel is pulled out, One gear is in a stopped state without rotating, and is provided so that the driving winding shaft rotates and winds the spring, and the driving winding shaft is rotated by the rebound force of the wound spring, and the first winding is rotated via the clutch. Since one gear is rotated, the pinion fixed to the drive axle is rotated via the intermediate speed increasing gear, the drive axle is rotated, the drive wheels fixed integrally at both ends of the drive axle are rotated, and the drive vehicle is driven. Run in the direction of rotation In which it may be provided to.
[0006]
The drive vehicle has a stopper plate, the front end is formed on the shaft portion, is supported by the guide bearing portion of the drive vehicle and is slidable in the required width, and the shaft portion is fitted with an extension coil spring and the rear end The engagement portion provided on the driven axle is urged so as to engage with a stopper pinion integrally fixed to the drive axle, and the stopper plate is pulled in a direction opposite to the urging direction by the coil spring. The tip of the driven winding thread of the driven vehicle thread pulling spring prime mover may be coupled.
[0007]
The driven vehicle has a driven vehicle thread pulling spring prime mover, and the driven vehicle thread pulling spring prime mover has a driven winding shaft for tightening the spring, and this driven winding shaft is supported by a driven reel integrally. The base end of the thread is connected, the driven winding thread is wound, the first transmission gear is linked to the driven winding shaft via a one-way clutch, and the driven winding thread wound around the driven reel is pulled out. The first transmission gear is in a stopped state without rotating, and is provided so that the driven winding shaft can be rotated to wind the mainspring, and the driven winding shaft is reversely rotated by the unwinding force of the wound spring, the a driven winding shaft and integrally driven reel rotates reversely wound driven seamed yarns, reverse rotation of the driven winding shaft on the one hand simultaneously rotating the first transmission gear via the clutch, the first transmission gear The rotation of the motor is linked to the constant speed transmission The mainspring without be Kaidan until the solution elasticity disappears, in which may be provided so as to sustain constant speed.
[0008]
The driven vehicle has a second transmission gear integral with the first transmission gear in the driven-wheel thread pulling spring prime mover, and rotates simultaneously when the mainspring is released, and is driven to rotate when meshed with the second transmission gear. And a traction / slack take-up reel that is driven and rotated integrally with the driven gear is rotatably supported on a support shaft fixedly provided on the slide plate, and the slide plate has a shaft portion at one end thereof as a guide bearing portion of the driven vehicle. The other end is inserted between the outer surface of the driven-wheel thread pulling spring prime mover and the outer surface of the driven reel, and the driven winding shaft is fitted in the notch guide slot at the other end, and the shaft portion is connected to the driven vehicle. An expansion spring that biases in the inward direction (forward direction) is interposed between the guide bearing part, and the support part of the bottom cover is opposed to the outer side so that the slide plate is always moved in the inward direction (forward direction). The driven gear can be meshed with the second transmission gear. The leading end of the driving winding thread is pulled forward from the driving vehicle front end driving winding thread guide path of the driving vehicle, drawn into the driven vehicle through the driven vehicle rear end driving winding thread guide path of the driven vehicle, and pulled. It may be connected to the slack take-up reel so as to be freely pulled and slack wound.
[0009]
DETAILED DESCRIPTION OF THE INVENTION
The drive vehicle has a drive-wheel thread pulling spring prime mover, and has a drive winding shaft for winding the mainspring. The drive winding supports the drive reel and connects the base ends of the drive winding yarns, The first gear in the drive vehicle thread pulling spring prime mover is linked to the drive winding shaft via a one-way clutch, and when the drive winding thread wound around the drive reel is pulled out, One gear is in a stopped state without rotating, and is provided so that the driving winding shaft rotates and winds the spring, and the driving winding shaft is rotated by the rebound force of the wound spring, and the first winding is rotated via the clutch. Since one gear is rotated, the pinion fixed to the drive axle is rotated via the intermediate speed increasing gear, the drive axle is rotated, the drive wheels fixed integrally at both ends of the drive axle are rotated, and the drive vehicle is driven. Run in the direction of rotation The drive vehicle has a stopper plate, the front end is formed on the shaft portion, is supported by the bearing portion of the drive vehicle and is slidable in the required width, and the shaft portion is covered with an extension coil spring. The engagement portion provided at the rear end is fitted and urged so as to engage with a stopper pinion integrally fixed to the drive axle, and this stopper plate is in a direction opposite to the urging direction by the coil spring. The driven winding thread tip of the driven vehicle thread pulling spring prime mover of the driven vehicle towed to is provided with a driven vehicle thread pulling spring prime mover, and this driven vehicle thread pulling spring prime mover is driven by tightening the spring. The driven winding shaft has a driven reel integrally supported to connect the proximal end of the driven winding thread, and the driven transmission thread is wound around the first transmission gear. When the driven winding thread wound around the driven reel is pulled out, the first transmission gear is stopped without rotating, and the driven winding shaft rotates so that the mainspring can be wound. The driven winding shaft is reversely rotated by the unwinding force of the wound spring, the driven reel integrated with the driven winding shaft is rotated reversely, the driven winding thread is wound, and the reverse rotation of the driven winding shaft is The first transmission gear is simultaneously rotated through the one-way clutch, and the rotation of the first transmission gear is linked to the constant speed transmission device so that the mainspring is not released at a stretch. The driven vehicle has a second transmission gear integrated with the first transmission gear, and the driven vehicle is rotated at the same time as the mainspring is unwound, and the second transmission is provided. A driven tooth that rotates following meshing with a gear A vehicle and a traction / slack take-up reel that is driven and rotated integrally with the driven gear are rotatably supported on a support shaft fixedly erected on the slide plate, and one end of the slide plate is a guide bearing of the driven vehicle. The other end is inserted between the outer surface of the driven-wheel thread pulling spring prime mover and the outer surface of the driven reel, and the driven winding shaft is fitted in the notch guide slot at the other end. An extension spring that urges in the inward direction (forward direction) is interposed between the guide bearing and the slide plate is always moved in the inward direction (forward direction). Then, the driven gear is slidably meshed with the second transmission gear, and the front end of the driving winding thread is pulled forward from the driving vehicle front end driving winding thread guide path of the driving vehicle to drive the driven vehicle rear end of the driven vehicle. Pull into the driven vehicle through the winding thread guideway Look, stringing spring the prime mover 2 Action 2 stations vehicle toy to be provided freely linked to tow the slack winding the traction and slack take-up reel.
[0010]
【Example】
Hereinafter, a two-action double-running vehicle toy using a thread-drawing mainspring motor according to the present invention will be described with reference to the drawings. It is composed of a drive vehicle 4 and a driven vehicle 5 on which a thread drawing spring prime mover 2 and a driven vehicle thread draw spring prime mover 3 are mounted.
[0011]
Next, the driving mechanism of the driving vehicle 4 and the driven vehicle 5 will be described with the bottom cover 6 of the driving vehicle and the bottom cover 7 of the driven vehicle being opened. The driving vehicle 4 is equipped with the thread pulling spring prime mover 2 for the driving vehicle. The transmission mechanism for rotating the drive axle by using the drive vehicle thread pulling spring prime mover 2 as a power source includes a drive reel 9 for winding the spring 8 and the drive reel 9 integrally supports a drive reel 10. Then, the base end 11a of the driving winding thread 11 is connected, and the driving winding thread 11 is wound. The first gear 12 in the drive vehicle thread pulling spring prime mover 2 is linked to the drive winding shaft 9 via a one-way clutch, for example, but not shown, and a drive winding thread 11 wound around the drive reel 10. Is pulled out, the first gear 12 is in a stopped state without rotating, and the drive winding shaft 9 is rotated to wind the spring 8.
[0012]
Next, the drive winding shaft 9 is rotated by the unwinding force of the tightened spring 8, and the first gear 12 is rotated via the one-way clutch. Therefore, the pinion fixed to the drive axle 14 via the intermediate speed increasing gear 13 15, the drive axle 14 is rotated, the drive wheels 16 integrally fixed to both ends of the drive axle 14 are rotated, and the drive vehicle 4 is provided to travel in the rotation direction of the drive wheels 16.
[0013]
The stopper plate 17 is in contact with the driving vehicle thread pulling spring prime mover 2 and has a front end formed on the shaft portion 17b. The stopper plate 17 is supported on the guide bearing portion 18 of the driving vehicle 4 and is slidable in the required width. The engaging portion 17a provided at the rear end with the extension coil spring 19 fitted on the shaft portion 17b is urged to engage with the stopper pinion 20 fixed to the drive axle 14 separately from the pinion 15. Deployed. The stopper plate 17 is connected to the tip 21 b of the driven winding thread 21 of the driven vehicle thread pulling spring prime mover 3 of the driven vehicle 5 that is pulled in a direction opposite to the direction of urging by the extension coil spring 19.
[0014]
The driven vehicle thread pulling spring prime mover 3 of the driven vehicle 5 is provided with a driven winding shaft 23 for winding the mainspring 22, and the driven winding shaft 23 supports a driven reel 24 integrally and a proximal end 21 a of the driven winding screw 21. The driven winding thread 21 is wound. The first transmission gear 25 in the driven vehicle thread pulling spring prime mover 3 is linked to the driven winding shaft 23 via a one-way clutch, as shown in the figure, similar to the driven vehicle thread pulling spring prime mover 2; When the driven winding thread 21 wound on the driven reel 24 is pulled out, the first transmission gear 25 is in a stopped state without rotating, and the driven winding shaft 23 is rotated so that the mainspring 22 can be wound. Provided.
[0015]
Next, the driven winding shaft 23 is reversely rotated by the unwinding force of the wound spring 22, the driven reel 24 integrated with the driven winding shaft 23 is reversely rotated, and the driven winding thread 21 is wound. The reverse rotation of the driven winding shaft 23 simultaneously rotates the first transmission gear 25 via a one-way clutch. Therefore, the rotation of the first transmission gear 25 is changed to the second intermediate gear 26 and the third intermediate gear for constant speed transmission. 27, the fourth intermediate gear 28 and the constant-speed vibration piece 29 are linked and transmitted, so that the mainspring 22 is not repelled at a stretch, and the constant-speed rotation is continued until the rebound force disappears.
[0016]
As described above, the driven reel 24 integrated with the driven winding shaft 23 is reversely rotated and the driven winding thread 21 is wound. Therefore, the driven vehicle 5 is pulled and moved with respect to the driving vehicle 4 to connect the vehicle. Therefore, it is possible to make the vehicle approach at a very low speed.
[0017]
The driven vehicle thread pulling spring prime mover 3 of the driven vehicle 5 includes a second transmission gear 30 integral with the first transmission gear 25 and rotates simultaneously when the mainspring 22 is released, and when engaged with the second transmission gear 30. A driven gear 31 that is driven and rotated, and a pulling and slacking take-up reel 32 that is driven and rotated integrally with the driven gear 31 are rotatably supported on a support shaft 34 that is fixedly attached to the slide plate 33. The corresponding surface is brought into contact with the driven vehicle thread pulling spring prime mover 3, the shaft portion 33 a at one end is connected to the guide bearing portion 35 of the driven vehicle 5, and the other end is outside the outer surface of the driven vehicle thread pulling spring prime mover 3 and the driven reel 24. The driven winding shaft 23 is fitted in the notch guide elongated hole 36 at the other end, and the shaft portion 33a is inserted into the guide bearing portion 35 of the driven vehicle 5 in the inward direction ( Energize forward) The expansion spring 37 is interposed, the support portion 38 of the bottom cover 7 is provided from the outside, the slide plate 33 is always moved in the inward direction (forward direction), and the driven gear 31 is slidably engaged with the second transmission gear 30. At the same time, the leading end 11 b of the driving winding thread 11 is pulled forward from the driving vehicle front end driving winding thread guide path 39 of the driving vehicle 4 and is driven through the driven vehicle rear end driving winding thread guide path 41 of the driven vehicle 5. 5 and is connected to a pulling / slack take-up reel 32 so as to be freely pulled and slack wound.
[0018]
Similarly, the leading end 21 b of the driven winding thread 21 of the driven vehicle thread pulling spring prime mover 3 is pulled out rearward from the driven vehicle front end driven winding thread guide path 42 of the driven vehicle 5, and the driven vehicle 4 of the driven vehicle 4 is driven at the front end of the driven vehicle. pull the seaming thread guide path 40 through the driving vehicle 4, those formed by providing the driven vehicle 5 freely traction coupled to the stopper plate 17. Reference numeral 43 denotes a drive vehicle idle wheel, and 44 denotes a driven vehicle idle wheel.
[0019]
Since the two-action / double-running toy vehicle 1 according to the embodiment of the present invention is constructed as described above, for example, the driving vehicle 4 is pressed with the left hand (in the direction of arrow T in FIG. 1). ) Stop and hold the driven vehicle 5 with the right hand forward (in the direction of arrow M in FIG. 1), that is, when the driven vehicle 5 is moved forward from the state of FIGS. the yarn 11 is pulled, pull the traction and slack take-up reel 32 of the driven vehicle 5 the tip 11b of the drive seaming yarn 11 is connected, the slide plate 33 via the support shaft 34, slides compressing the extended coil spring 37 When the shaft portion 33a at the rear end of the slide plate 33 collides with the inner wall surface 5a at the rear end of the driven vehicle 5, the slide plate 33 stops. 6, since the leading end 11b of the driving winding thread 11 is secured to the driven vehicle 5, the driving winding thread 11 is pulled out by rotating the driving reel 10 as the driven vehicle 5 moves. The spring 8 is tightened. During this operation, the first gear 12, flower had to rotate the drive wheels 16 do not rotate by the clutch mechanism.
[0020]
Along with the movement of the driven vehicle 5, the driven winding thread 21 of the second driven vehicle 5 is connected at its tip 21 b to the stopper plate 17 of the driving vehicle 4, so that the stopper plate 17 is connected to the extension coil spring 19. When the front end of the shaft portion 17 b collides with the front end inner wall surface 4 a of the drive vehicle 4 , the slide is stopped. Therefore, Runode not consolidate the tip 21b of the driven Makishimeito 21 with the stopper plate 17, the movement of the driven vehicle 5, the driven Makishimeito 21, pulled out by rotating the driven reels 24, which tighten up the mainspring 22 It is.
[0021]
Since the stopper plate 17 of the driving vehicle 4 is slid by being pulled by the driven winding thread 21, the engagement portion 17a at the rear end thereof is disengaged from the stopper pinion 20 on the driving axle 9 and driven. Although the spring 8 wound by the winding thread 11 is subjected to the rebound force, the driving vehicle 4 is pressed, so that the stop state is maintained and the vehicle does not start.
[0022]
Next, when the driven vehicle 5 is moved from the drive vehicle 4 as described above and both the hands are separated from the drive vehicle 4 and the driven vehicle 5 with the drive winding thread 11 pulled out to the maximum extent, first, the drive winding is performed. The thread 11 and the driven winding thread 21 are free, and the driving vehicle thread pulling spring prime mover 2 and the driven vehicle thread pulling spring prime mover 3 start operating. Therefore, since the extension force of the extension coil spring 19 of the drive vehicle 4 is greater than the traction force of the driven winding thread 21, the stopper plate 17 is slid rearward, and the engagement portion 17a at the rear end thereof is connected to the stopper pinion 20 on the drive axle 9. , The rotation of the drive axle 14 is stopped, and the drive vehicle 4 is maintained in the stopped state.
[0023]
On the other hand, the driven vehicle 5 rotates the driven reel 24 at a constant speed by the operation of the mainspring 22 of the thread pulling spring prime mover 3 for the driven vehicle, so that the driven winding thread 21 is wound at a constant speed and driven by its traction force. The vehicle 5 is gradually moved closer to the driving vehicle 4 at a slow speed. The slide plate 33 of the driven vehicle 5 is also in a state where the driving vehicle thread pulling spring prime mover 2 is in the engagement stopped state, so that the driving reel 10 is also stopped, and the driven winding yarn is driven as the driven vehicle 5 approaches. 11, the slide plate 33 is slid forward by the action of the extension coil spring 37, and the driven gear 31 pivotally supported on the slide plate 33 meshes with the second transmission gear 30 of the driven vehicle thread pulling spring prime mover 3. And driven rotation. Therefore, the drive winding thread 11 that is loosened by rotating the pulling and slacking take-up reel 32 integral with the driven gear 31 is wound and stored in the driven vehicle 5. 7 and 8 show the time when the driven vehicle 5 is approaching.
[0024]
When the driven vehicle 5 is stopped and the driven vehicle 5 is docked, both the vehicles are not moved. However, the driven vehicle thread drawing spring prime mover 3 still rotates the driven reel 24, so that the driven winding thread 21 Since the stopper plate 17 is slid forward by compressing the expansion coil spring 19, the engaging portion 17a at the rear end is disengaged from the stopper pinion 20, and the stopped driving axle 14 is released. The drive vehicle 4 departs due to the action of the drive wheels 16 and pushes the driven vehicle 5 to travel forward. The driving vehicle 4 and the driven vehicle 5 maintain the docking state by the traction action of the driven winding thread 21 so as to stabilize during traveling. In addition, the drive winding thread 11 is wound around the drive reel 10 that rotates in traveling, and when this winding is received, the pulling / slack take-up reel 32 is pulled, so that the slide plate 33 is compressed and the expansion coil spring 37 is compressed. Then, it is slid rearward to move the driven gear 31 away from the stopped second transmission gear 30, and the drive winding thread 11 is wound so as to be rotatable. The drive winding thread 11 is wound up sequentially during traveling, and ends the winding when the drive vehicle 4 and the driven vehicle 5 stop.
[0025]
【The invention's effect】
As described above, since the two-action / double-running toy vehicle using the yarn-drawing spring motor according to the present invention is formed, the yarn-drawing spring motor can be easily wound, easily provided with motive power, inexpensive, and rich in taste. You can enjoy repeated actions.
[Brief description of the drawings]
FIG. 1 is an external side view of a two-running traveling vehicle toy according to the present invention in a connected state.
FIG. 2 is a bottom view showing the internal mechanism with each bottom cover removed in a connected state of the toy car.
FIG. 3 is a partial side view for explaining the linkage between the drive winding shaft and the mainspring of the thread drawing spring prime mover for the drive vehicle, the transmission relationship of the drive wheel, and the linkage state of the departure stopper of the drive wheel.
FIG. 4 is an explanatory partial side view for explaining the linkage between the drive winding shaft and the drive reel of the drive vehicle thread pulling spring prime mover, the transmission relationship of the drive wheel, and the linkage state of the departure stopper of the drive wheel.
FIG. 5 is a schematic internal mechanism diagram for explaining the linkage between the driven winding shaft and the mainspring of the thread pulling spring prime mover for the driven vehicle, the mainspring unwinding constant-speed rotation maintaining mechanism, and the connection between the driven reel and the driven winding thread.
FIG. 6 shows a state in which the driving spool of the driving vehicle is pulled to wind the spring of the driving vehicle thread pulling spring prime mover, and a spring of the driven vehicle to pull the driven winding thread of the driven vehicle. It is a partially notched cross-sectional explanatory drawing which shows the state which winds up.
FIG. 7 shows movement of the other driven vehicle relative to one of the driving vehicles, pulls out the driving winding thread from the mainspring of the driving vehicle thread pulling spring, and tightens the mainspring, and at the same time moves the driven vehicle thread. Side views showing the outline of the related mechanism of the drive-pull thread pull-up spring prime mover in the separated state in which the driven winding thread of the pull-up spring prime mover is pulled out and tightened the spring, and the outline of the related mechanism of the driven-winding thread draw spring prime mover It is.
FIG. 8 is a schematic view of a related mechanism of the thread pulling spring prime mover for the driven vehicle and an outline of a related mechanism of the thread pulling spring prime mover for the driven vehicle in the separated state. It is a bottom view shown respectively.
FIG. 9 is a winding that winds up the slack of the driving winding thread by transmitting and rotating the pulling / slack winding reel in conjunction with the driven vehicle thread pulling spring prime mover when the driven vehicle approaches the driving vehicle. It is a partial bottom view of the principal part which shows a state.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Two-action double-running car toy by thread pulling spring motor 2 Thread pulling spring prime mover 3 for driven vehicle 3 String pulling spring prime mover 4 for driven vehicle 4 Driving vehicle 4a Front end inner wall surface 5 Driven vehicle 5a Rear end inner wall surface 6 Cover 7 Bottom cover 8 of driven vehicle Spring 9 Driving reel 10 Driving reel 11 Driving spool 11a Base end 11b Tip 12 First gear 13 Intermediate speed increasing gear 14 Driving axle 15 Pinion 16 Driving wheel 17 Stopper plate 17a Engaging portion 17b Shaft portion 18 Guide bearing portion 19 Expansion coil spring 20 Stopper pinion 21 Driven winding thread 21a Base end 21b Tip 22 Spring 23 Driven winding shaft 24 Driven reel 25 First transmission gear 26 Second intermediate gear 27 for constant speed transmission Intermediate gear 28 Fourth intermediate gear 29 Constant speed vibration piece 30 Second transmission gear 31 Driven gear 32 Towing Winding reel 33 Slide plate 33a Shaft portion 34 Support shaft 35 Guide bearing portion 36 Notch guide slot 37 Expansion coil spring 38 Bearing portion 39 Driving vehicle front end driving winding thread guide path 40 Driving vehicle front end driven winding thread guide path 41 Driven vehicle rear end drive winding thread guide path 42 Driven vehicle rear end driven winding thread guide path 43 Drive vehicle idle wheel 44 Drive vehicle idle wheel

Claims (5)

A drive mechanism equipped with a thread pulling spring prime mover for driving vehicle, and a drive mechanism for rotating the drive axle by using the thread pulling spring prime mover for driving vehicle as a power source, and a stopper device for temporarily stopping the rebound action of the thread pulling spring prime mover for driving vehicle And a driven vehicle equipped with a thread pulling spring prime mover for a driven vehicle, and driving of the thread pulling spring prime mover for the driving vehicle mounted on the opposite end surfaces of the driven vehicle and the driven vehicle, respectively. and Makishimeito, drawn respectively in the driving vehicle and the driven vehicle which pairs toward pull the driven seamed yarn stringing mainspring motor follower vehicle, the driven vehicle, and coupling the driven seamed yarn stopper device, driven In the vehicle, the driven winding thread is pulled and pulled along with the separation movement of the driven vehicle, and the winding of the driving vehicle thread pulling mainspring is wound, A thread pulling spring motor 2 action 2 that is provided with a pulling / slack winding reel that winds a driving spool thread that is driven by a thread pulling spring prime mover for a moving vehicle and that is loosened when moving toward the driving vehicle. Continuous running car toy. The drive vehicle has a drive-wheel thread pulling spring prime mover, and has a drive winding shaft for winding the mainspring. The drive winding supports the drive reel and connects the base ends of the drive winding yarns, The first gear in the drive vehicle thread pulling spring prime mover is linked to the drive winding shaft via a one-way clutch, and when the drive winding thread wound around the drive reel is pulled out, One gear is in a stopped state without rotating, and is provided so that the driving winding shaft rotates and winds the spring, and the driving winding shaft is rotated by the rebound force of the wound spring, and the first winding is rotated via the clutch. Since one gear is rotated, the pinion fixed to the drive axle is rotated via the intermediate speed increasing gear, the drive axle is rotated, the drive wheels fixed integrally at both ends of the drive axle are rotated, and the drive vehicle is driven. Run in the direction of rotation Stringing mainspring motor 2 Action twin vehicle toy of claim 1 formed by providing As. The drive vehicle has a stopper plate, the front end is formed in the shaft portion, is supported by the bearing portion of the drive vehicle and is slidable in the required width, and the shaft portion is fitted with an extension coil spring at the rear end. The provided engaging portion is urged to be engaged with a stopper pinion that is integrally fixed to the drive axle, and this stopper plate is provided for a driven vehicle that pulls in a direction opposite to the urging direction by the coil spring. The tow spring mainspring 2 action / two-running car toy according to claim 1, wherein the leading end of the driven winding thread of the thread pulling spring prime mover for the driven vehicle is connected. The driven vehicle has a driven vehicle thread pulling spring prime mover, and the driven vehicle thread pulling spring prime mover has a driven winding shaft for tightening the spring, and this driven winding shaft is supported by a driven reel integrally. The base end of the thread is connected, the driven winding thread is wound, the first transmission gear is linked to the driven winding shaft via a one-way clutch, and the driven winding thread wound around the driven reel is pulled out. The first transmission gear is in a stopped state without rotating, and is provided so that the driven winding shaft can be rotated to wind the mainspring, and the driven winding shaft is reversely rotated by the unwinding force of the wound spring, the a driven winding shaft and integrally driven reel rotates reversely wound driven seamed yarns, reverse rotation of the driven winding shaft on the one hand simultaneously rotating the first transmission gear via the clutch, the first transmission gear The rotation of the motor is linked to the constant speed transmission The mainspring without be Kaidan until the solution elasticity disappears, becomes disposed so as to sustain the constant speed according to claim 1 of the stringing mainspring motor 2 Action twin vehicle toy. The driven vehicle has a second transmission gear integral with the first transmission gear in the driven vehicle thread pulling spring prime mover, and rotates simultaneously when the mainspring is released, and is driven to rotate when meshed with the second transmission gear. And a traction / slack take-up reel that is driven and rotated integrally with the driven gear is rotatably supported on a support shaft fixedly provided on the slide plate, and the slide plate has a shaft portion at one end thereof as a guide bearing portion of the driven vehicle. The other end is inserted between the outer surface of the driven-wheel thread pulling spring prime mover and the outer surface of the driven reel, and the driven winding shaft is fitted in the notch guide slot at the other end, and the shaft portion is connected to the driven vehicle. An expansion spring that biases in the inward direction (forward direction) is interposed between the guide bearing part, and the support part of the bottom cover is opposed to the outer side so that the slide plate is always moved in the inward direction (forward direction). The driven gear can be meshed with the second transmission gear. The leading end of the driving winding thread is pulled forward from the driving vehicle front end driving winding thread guide path of the driving vehicle, drawn into the driven vehicle through the driven vehicle rear end driving winding thread guide path of the driven vehicle, and pulled. 2. A tow-spring main motor 2 action / double-running car toy according to claim 1, wherein the toy and slack winding are provided so as to be coupled to a slack take-up reel.

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