JPS5836990B2 - play activity toys - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a play activity toy, for example, a toy for playing a game of competing for the number of fish caught.

The present invention rotates a plurality of fish-like bodies having mouths that can be opened and closed in one direction, and individually opens and closes the mouths of the plurality of fish bodies. Rotate a shrimp-crab-like obstacle in a direction different from the upper body,
In response to the action of inserting the fishing rod into the mouth of the fished object with its mouth open and fishing it, it exhibits an action that prevents this fishing, and therefore instantaneously catches the fished object and removes it. To provide a play activity toy that allows players to compete for the number of catches.

Next, one embodiment of the present invention will be described with reference to the drawings.

Reference numeral 1 denotes a rectangular base, and a mounting frame 2 is fixed to the center of the base 1 via a support leg (not shown), and the center of a rotary disk 4 is mounted on the mounting frame 2 via a spacer 3. It is rotatably provided.

This rotary disk 4 has knurls 5 carved on its peripheral edge, and a platform 7 having a large number of protrusions 6 around its periphery is fixed to the center of its upper surface.

A baffle body 8 is rotatably placed in the center of the octopus platform 7.

This baffle body 8 is shaped like a shrimp and crab, and has a pair of baffle pieces 8 that extend largely in both radial directions of the rotating disk 4.
A is shaped like shrimp and crab b scissors.

The rotating shaft 9 fixed to this baffle body 8 is connected to the above-mentioned table 7.
, extends vertically through the rotating disk 4, the spacer 3 button, and the mounting frame 2, and a crown gear 10 is fixed to the lower end of the rotating shaft 9.

A large number of outer mounting recesses 11 are formed concentrically around the baffle body 8 in the vicinity of the circumference of the rotary disk 40 which has been cut, and each mounting recess 11 is formed in the shape of a fish's head. The first fished upper body 12 is placed thereon.

Each of the mounting recesses 11 has a circular opening 13 followed by a semicircular bottom 14 at the bottom, and a long guide groove 15 for guiding the rotation direction of the rotating disk 4 is formed in the bottom 14. A stopper 16 is vertically provided at the rear end of the guide groove 15 in the direction of rotation, a fork-shaped vertical groove 17 is formed in the stopper 16, and locking recesses 18 are provided on both sides of the opening 13. It is formed by

The first fishing object 12 placed in each of the mounting recesses 11 has a substantially semicircular shape around a support shaft 19 whose both ends are fitted into the locking recesses 18 of the opening 13. = pair of spherical bodies 20
．． 21 is rotatably mounted on the opposing surface, and triangular locking protrusions 22 and 23, which serve as engagement parts, are provided at the lower ends of the spherical bodies 20 and 21, respectively, which are pressed when the spherical bodies 20 and 21 are placed. The locking protrusions 22 and 23 protrude downward from the guide groove 15 of the bottom plate.

Inside the lower end of the spherical bodies 20 and 21 of the octopus, there are 2 vertical plumes, respectively.
4 and 25 are fixed.

1. On the upper surface parts of the spherical bodies 20 and 21 that are pressed when placed, one part is shaped like a face part 26 having eyes and a nose, and the other part is shaped like a lower flange part 27 having a mouth. has been done.

Then, the spherical body 20.21 of the first fished body 12 is
It is rotatably supported around a support shaft 19, and is normally biased in the joining direction by each plumb weight 24, 25, so that the abutment portion 28 between the face portion 26 and the lower flange portion 27 is in contact with each other, and the mouth It is designed to appear in a closed state.

1. An inner mounting recess 29 is formed between each of the mounting recesses 11 buttoned inside each of the outer mounting recesses 11, and a shape shaped like a fish's head is formed in each of the mounting recesses 29. A second fished upper body 30, which is shaped like the above, is placed thereon.

Each of the mounting recesses 29 has a circular opening 31 followed by a cylindrical storage section 32 below, and a semicircular bottom 33 of this storage section 32 guides a rotating disk 40 in the direction of rotation. A groove 34 is formed.

The second fished upper body 30 placed in each of the placement recesses 29 has a cylindrical portion 3 fitted into the storage portion 32.
5, and the lower end of this cylindrical portion 35 has a semicircular bottom portion 36 which is an engaging portion, following the bottom portion 33, and is approximately parallel to the diameter dog portion 37 at the upper end portion. A pair of semicircular spherical bodies 38 and 39 are buttoned on the opposing surfaces at the lower ends of the shaft 4.
It is rotatably mounted on an axis at an angle of 0.41.

Then, on the upper surface of the pair of spherical bodies 38 and 39, one is shaped like a face part 42 having eyes and a nose, and the other is shaped like a lower flange part 43 having a mouth. In addition, the teeth 44 are formed to face each other.

The second fished body 300 spherical body 38.39 is rotatably supported around the shaft 40.41, and is normally located in the mounting recess 29 with its mouth closed. It is designed to exhibit

Next, a large number of push-up pieces 45 are erected on the base 1 at positions t directly below each of the outer buttons and the inner placement recesses 11.29.

The tip end of each push-up piece 45 is shaped into a guide slanted edge 46 that becomes a locking part that is inclined in the direction of rotation of the rotating disk 4.

The first button and the second fished upper body 12.30 are rotated by the guide bevel 46 and are pushed up as the rotary disk 40 rotates, opening and closing the opening. ing.

Next, a machine frame 47 is fixed to a corner on the base 1,
An electric motor 48 is fixed to one side of the machine frame 47, this electric motor 48 is electrically connected to a battery housed in a case 49, and is operated by opening and closing a switch 50.

A reduction gear 53 is meshed with a pinion fixed to a rotation shaft 51 of this electric motor 48, and this reduction gear 530 rotation shaft 54 is vertically disposed on the machine frame 47, and an interlocking gear fixed to this rotation shaft 54 55, a pair of free gears 5
6 and the drive gear 57 are vertically engaged with each other.

This free gear 56 is loosely fitted to an interlocking shaft 58 vertically installed on the machine frame 47 via a spacer 59, and
A drive gear 57 is fixed to this interlocking shaft 58.

1. A switching gear 60 is fixed to the upper part of the octopus interlocking shaft 58,
A coil spring 61 is wound around the interlocking shaft 58 between the upper end of the switching gear 60 and the machine frame 47, and the drive gear 57 is always biased toward the free gear 56 via the coil spring 61. There is.

Therefore, the free gear 56 is shaped to have fewer teeth than the drive gear 57.

1. A guide edge 62 is provided at the top of the octopus free gear 56 in the rotational direction.
A locking pawl 63 with a
An insertion hole 64 into which the locking pawl 63 is inserted is provided.

In this way, the drive gear 57 is normally connected to the free gear 56 via the locking pawl 63, and in this connected state, the drive gear 57 is fixedly interlocked with the interlocking gear 55, and as it rotates, the free gear 56 is engaged. The drive gear 57 is connected to the interlocking shaft 5 by the pawl 63.
8 and is pushed up against the coil spring 61, and is interlocked by the interlocking gear 55 in a state where it is separated from the free gear 56 via the locking pawl 63.

Next, the first driven gear 6 meshing with the switching gear 60
5 button and a second driven gear 66 are arranged vertically via a spacer 67, and a first driven shaft 68a to which the first driven gear 65 is fixed and a second driven shaft to which the second driven gear 66 is fixed. The lower end of the first driven shaft 68a is connected to the second driven shaft 68b.
The driven shaft 68b is rotatably inserted through and connected to the upper part of the driven shaft 68b.

A drive roller 69 is fixed to the upper end of the first driven shaft 68a in the upper part, which engages with the peripheral edge of the rotary disk 4 having the roller 5 and drives the rotary disk 4. A crown gear 72 fixed to one end of the first drive shaft 71 is meshed with a transmission gear 70 fixed to the lower end of the lower second driven shaft 68b.
A transmission gear 73 fixed to the other end of the rotating shaft 9 is meshed with the crown gear 10 of the rotating shaft 9.

Then, when the drive gear 57 separates from the free gear 56 and the switching gear 60 is pushed up against the coil spring 61, the switching gear 60 is disengaged from the second driven gear 66. , only the first driven gear is meshed and interlocked, and the drive roller 69 is driven to rotationally drive the rotary disk 4.

An intermediate gear 74 is meshed with the switching gear 60, and the intermediate gear 74 is fixed to an intermediate shaft 75 vertically disposed on the machine frame 47.

A third driven gear 76 is meshed with the intermediate gear 74, and this third driven gear 76 is fixed to a rotatable crankshaft 77 vertically disposed on the machine frame 47.
A connecting rod 80 is rotatably connected to a crank arm 78 at the lower end of the engine 7 via a connecting piece 79.

This connecting rod 80 is vertically installed at one end of a frame 81, and this frame 81 is rotatably mounted on a support shaft 82, and this support shaft 82 is provided protrudingly from one U portion of the machine frame 47. Mounting piece 8
3 to the machine frame 47.

A spring piece 84 serving as a sounding body is protruded from one side of the frame 81, and this spring piece 84 is connected to the reduction gear 53.
A coil spring 85 is stretched between the lower end 82 of the support shaft 82, the crank 78, and a coil spring 85, so that the crank 78 rotates against the coil spring 85. ing.

Then, the drive gear 51 is coupled to the free gear 56, and the switching sacrifice gear 60 is connected to the first button and the second driven gear 65,
66, the switching gear 60 also engages the intermediate gear 74, and when the intermediate gear 74 is interlocked, the driven gear 7
The crankshaft 77 is rotated through the crankshaft 6, and the frame 81 is rotated back and forth by the crank movement, and the spring piece 84 attached to the frame 81 approaches and separates from the reduction gear 53, producing a loud rubbing noise. It has become.

90 in the button diagram is a cover.

Next, the operation of the above structure will be explained.

When the switch 50 is closed, the electric motor 48 is activated, and the interlocking gear 55 is rotated via the pinion 52 button and the reduction gear 53, and the free gear 56 meshed with the interlocking gear 55 is rotated.
The button and drive gear 57 are the locking claws 63 of the free gear 56
are rotated in conjunction with each other through the

Then, the free gear 56 and the switching gear 60 coaxially fixed to the drive gear 57 are interlocked, and the switching gear 60 is connected to the free gear 56 and the drive gear 57.
The first and second driven gears 65 and 66, which are in mesh with each other, are rotated in conjunction with each other.

Then, the drive roller 69 passes through the first driven gear 65.
is driven, and as the drive roller 69 rotates, the rotary disk 4 engaged therewith is rotated in conjunction with the rotation of the drive roller 69.

The transmission gear 70 is driven via the second driven gear 66, and the rotation shaft 9 is driven in conjunction with the crown gear 72, transmission gear 73, and crown gear 10 meshed with the transmission gear 70. A baffle 8 fixed to the tip of the shaft 9
is pressed on the platform 7 and rotated in a direction opposite to the direction of rotation of the rotating disk 4.

In addition, a third driven gear 76 is rotated via an intermediate gear 74 that meshes with the switching gear 60.
A crankshaft 77 to which 6 is fixed is rotated in conjunction.

By the crank motion of the crank arm 78 of the crankshaft 77, the frame 81 connected to the crank arm 78 via the connecting piece 79 is rotated back and forth about the support shaft 82, and the frame 81 The tip of the fixed spring piece 84 is rotated and comes into contact with and separates from the teeth of the reduction gear 53 .

Therefore, when the free gear 56 and the drive gear 57 are coupled to the interlocking gear 55 and are meshingly interlocked, the switching gear 60 is connected to the first hexagram and the second driven gear 65, 66.
The third driven gear 76 is interlocked and driven via the i- and intermediate gears 74, and as a result, the rotating disk 4 is interlocked and the baffle 8 is also interlocked and rotated in the opposite direction to the rotating disk 4. As a result, the single spring piece 84 also slides toward and away from the rotating reduction gear 53.

Then, first, when the rotating disk 4 is driven to rotate, each of the first buttons and the second fished objects 12 and 30 placed on the rotating disk 4 is placed on the base 1. With a large number of upright push-up pieces 45, each mounting recess 11.2 is moved 70 times.
It is slightly pushed up from 9.

That is, as each fished upper body 12.30 rotates,
Press the button in front of the push-up piece 450 corresponding to this, and
In the case of the fished body 12, as shown in FIG. 4 and FIG. The mouth appears closed.

Then, this reaches just before the push-up piece 45, and when the locking protrusions 22 and 23 protruding downward from the guide long groove 15 of the bottom part 14 are engaged with the guide bevel 46 of the push-up piece 45, the support shaft 19 is moved. ．． One of the locking protrusions 22 is centered around the stopper 16
The other locking protrusion 23 is locked to the push-up piece 15.
11 moves when engaged with the guide bevel 46 of.

Therefore, as the locking protrusions 22 and 23 move through the stopper 16 and the guide bevel 46, they are rotated in opposite directions. gradually opens, giving the appearance of a wide open mouth.

At this time, the handle portion 87 of the fishing rod 86 is grasped and the locking protrusion 88 at the lower end thereof is immediately inserted into the open mouth.

Next, when the first fished body 12 passes over the push-up piece 45, the pair of spherical bodies 20 and 21 are again rotated around the spindle 19 by the respective weights 24 and 25, and the mouth is closed. However, since the locking protrusion 88 of the fishing line 86 has been inserted into the mouth in advance, the fishing rod opening including the locking protrusion 88 is closed.

Therefore, when the fishing rod 86 is pulled up, the first fished object 12 is lifted out from within the placement recess 11.

In the case of the second fished body 30, as shown in FIG.
When it slides up, the cylindrical part 35 clicks into the mounting recess 29 and is pushed up greatly, and a pair of spherical bodies 38.39, which are axially mounted on the upper end of this cylindrical part 35, move around the shaft 40.41. The mouth is turned widely outward, with the mouth wide open.

At this time, the locking protrusion 88 of the fishing line 86 is immediately inserted into the open mouth as in the above case.

Next, when the second fished body 30 passes the push-up piece 45 as shown in FIG. With,
The lower end opening edges 38a, 39a of the pair of spherical bodies 38, 39 engage with the bulging peripheral edge 4a of the opening 31 of the rotating disk 4,
The pair of spherical bodies 38 and 39 rotate inward about 0.41, and assume a closed state.

Since the locking protrusion 88 of the fishing line 86 is inserted into the mouth in advance, the eleven mouths including the locking protrusion 88 are closed, and each tooth 44 bites the fishing line 86. Mouth closes in this state.

Therefore, when the fishing rod 86 is pulled up, the second fished object 30 is lifted out from within the placement recess 29, as shown in FIG.

In this way, a large number of first buttons and a second fished body 12.
30 can be selectively caught as it rotates.

Furthermore, since the baffle body 8 is rotated in the opposite direction to the rotating disk 4 as the rotating disk 4 rotates, the first button and the second button are rotated.
When fishing the fished object 12.30, the pair of baffle pieces 8a of the baffle body 8 rotate 70 times, causing the eleventh or second fished object 12.30 to be caught. It interferes with the fishing of
It acts as a hindrance to the fishing season.

1. Since the spring piece 84 is also brought into sliding contact with and away from the reduction gear 53, a noisy sliding contact sound is produced intermittently.

Next, when the free gear 56 and the drive gear 57 are rotated at a constant rotation speed by the interlocking gear 55, due to the difference in the number of teeth, due to the interlocking rotation, the drive gear 57 is rotated as follows. The locking pawl 63 protruding from the free gear 56 gradually separates via the guide edge 52, and finally the locking pawl 63 comes off the insertion hole 64 of the drive gear 5'7, and the tip of the locking pawl 63 The one-edge drive gear 57 engaged with the lower surface of the drive gear 57 at a position different from the insertion hole 64 is interlocked and rotated by the interlock gear 55 .

Along with this, the interlocking shaft 58 to which the drive gear 57 is fixed
is pushed up against the coil spring 61, and this interlocking shaft 58
The switching gear 60 fixed to is also pushed up in the same way.

Then, the switching gear 60 disengages from the intermediate gear 74 that interlocks the second driven gear 76, releases the interlocking of the second button and the third driven gear 66, 76, and switches only the first driven gear 65. Interlocking.

Therefore, only the rotating disk 4 is driven and interlocked, but the operation of the baffle 8 button and the spring piece 84 that produces the sliding sound is stopped.

Then, after the drive gear 57 rotates at a certain number of revolutions, the insertion hole 64 of the drive gear 57 and the locking pawl 63 of the free gear 56 match again, and the locking pawl 63 is inserted into the insertion hole 64, and the free gear 56 and the drive gear 57 are connected to each other. When they are rotated in conjunction with each other in a re-coupled state, the aforementioned operations of the baffle 8 and the like are resumed along with the rotation of the rotary disk 4.

According to the present invention, a large number of mounting recesses having bottom guide slots are formed at appropriate intervals on the rotating disk, and a mouth is formed in each of the mounting recesses as the rotating disk rotates. A plurality of fished objects to be opened and closed are placed, and a baffle body having a baffle piece that rotates in a direction opposite to the rotation direction of the rotating disk is provided at the center thereof, and furthermore, a moving part of each of the above-mentioned placement recesses is provided. By erecting a plurality of push-up pieces that push up the fished body directly below the fished body, each fished body opens and closes its mouth in relation to the rotation of the rotating disk, and the fished body with its mouth open opens and closes. On the other hand, when a fishing line is inserted into the fish's mouth and an attempt is made to catch the fish, the baffle piece of the baffle body rotates and approaches the fish to obstruct the fish's fishing, passing over the fish with its mouth open. Since the movement that obstructs the fishing and therefore the chance of catching the fished object is restricted by the obstruction, it is an extremely interesting play activity toy that instantly catches the fished object and competes for the number of fish caught. It is something that can be provided.

1) By forming the body to be fished in the shape of various kinds of fish, and by shaping the obstruction body in the shape of shrimp and crabs that eat the above fish, the rotating disk creates a sense of water flow. This is extremely interesting as it gives the impression that the shrimp and crabs are blocking the fish from being stolen by clicking on them in ponds.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which Fig. 1 is a perspective view of a play activity toy, Fig. 2 is an explanatory view of the same drive mechanism, Fig. 3 is an explanatory view of a part of the same, and Figs. FIG. 9 is an explanatory diagram of the operation of the body to be fished for various types of fish. 4... Rotating disc, 8... Obstruction body, 8a
...Baffle piece, 12.30 ... Fishing body, 86 ... Fishing strip, 88 ... Locking protrusion, 11 ... ...outer placement recess, 29.6. ...Inner placement recess, 15.34...Guide long groove, 22,
23.36... Holding part, 45... Push-up piece, 46... Locking part.

Claims (1)

[Scope of Claims] 1. A rotating disk that rotates 1,000 times, and a number of mounting recesses formed at intervals on the rotating disk and having guide grooves formed at the bottom in the direction of rotation of the rotating disk; The plurality of covers are placed in each of the mounting recesses and have a retaining part located in the guide long groove at the lower end, and the mouths are opened and closed by pushing up this engaging part, and the mouths are normally closed. The fishing body is erected directly below the moving part of each mounting recess of the rotary disk, and the engaging part of the fishing body is individually pushed up through the guide long groove at the tip end to lift the fishing body. a plurality of push-up pieces each having a locking portion for opening the body's mouth; a fishing rod having a locking protrusion that is inserted into the fish's mouth when the fished body opens its mouth by the push-up pieces; and the above-mentioned rotating rod. A baffle body is provided at the center of the disc and has a baffle piece that is rotated in a direction opposite to the direction of rotation of the rotary disc and prevents the fishing rods from catching each of the objects to be fished. A play activity toy characterized by: 2. The body to be fished is shaped to imitate the shape of various fish, and the obstruction body is formed to imitate the shape of a shrimp and crab. The play activity toy described in section.