CN2376972Y

CN2376972Y - Frog jumping and playing toy

Info

Publication number: CN2376972Y
Application number: CN 99218976
Authority: CN
Inventors: 傅慧任
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-07-09
Filing date: 1999-07-09
Publication date: 2000-05-10
Anticipated expiration: 2009-07-09

Abstract

The utility model relates to a frog jumping and playing toy, which comprises a bottom disk, a power mechanism, a rotary disk, a plurality of bouncing mechanisms and simulating frogs, wherein, the rotary disk is arranged in the inner cavity of the bottom disk, the inner wall of is provided with a gear rack, and each of the bouncing mechanisms comprises a seat cylinder, a bouncing cylinder and a pressure spring, wherein, a clamping arrangement structure is arranged between the bouncing cylinder and the seat cylinder, and the surface of the bottom disk is correspondingly provided with a tripping structure. Because the rotation of the rotary disk and the bouncing of the bouncing cylinder are organically combined into a whole in the utility model, the reaction ability of players for capturing the frogs is exercised effectively, and the acting sensitivity is increased. The whole game is full of stimulation and entertainment, and the utility model has the advantage of skill concept design.

Description

A kind of frog jumps game toy

The utility model relates to a kind of game toy that frog jumps of simulating.

The toy of existing relevant simulation frog is fewer, Chinese patent ZL90204157 discloses a kind of toy frog band, this toy is to utilize transmission mechanism, the rolling actuation mechanism, PC plate etc. makes simulation frog band cooperate waving of its health to sound with rocking of head to carry out performing active, the toy of this structure is because the movement range of simulation frog is smaller, really do not simulate the jump action in the frog habit, the sense of reality of recreation is low, the interest and the excitant of recreation are also strong inadequately, be difficult to cause player's interest, and complex structure, the cost height, practicality is low.

The purpose of this utility model provides a kind of jump action, exercise player's respond and operating sensitivity, excitant and the interesting strong frog that can simulate frog and jumps game toy.

The utility model comprises attic base, actuating unit, rotating disk, some bouncing mechanisms, the simulation frog, wherein actuating unit is installed in a corner positions of attic base inner chamber, rotating disk is installed in the attic base inner chamber, and its sidewall is provided with tooth bar, this tooth bar is meshed with the output gear of actuating unit, bouncing mechanism comprises the seat tube that is arranged on the rotating disk inner chamber, can go up, be nested with to lower slider the jumping tube in the present tube, stage clip, wherein stage clip is arranged on and jumps between tube bottom surface and the seat tube bottom, jump between tube and the seat tube and be provided with fastening structure in the bottom, and the corresponding releasing structure that this fastening structure is got loose mutually that is provided with in attic base surface.

During recreation, to jump tube earlier downwards by compressing into the seat tube and making the present tube of its holding be lock-out state by fastening structure, power-on, motor rotates, drive dial rotation by actuating unit, in the dial rotation process, when the fastening structure of jumping tube bottom touches releasing structure on the attic base, jump tube and break away from a holding of tube, under the effect of spring, jump tube and pop up fast, be seated in the simulation frog that jumps in the tube upwards jumps out thereupon, this moment, the player caught the simulation frog that jumps out by screen cloth, all jumped out from jumping tube until all simulation frogs, finished one and took turns recreation.

The utility model is owing to be one with the rotation of rotating disk and the spring combination of jumping tube, the simulation frog is along with the rotation meeting of rotating disk is upwards jumped out at random, the player simulates the course of action of catching frog by screen cloth, both effectively tempered the respond that the player catches frog, improve the sensitivity of action, make the thrilling property of whole recreation and recreational again, improve the interest that children play, and simple in structure, the design design is ingenious, practical.

Describe basic structure of the present utility model and principle in detail below in conjunction with accompanying drawing:

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the schematic top plan view of attic base of the present utility model;

Fig. 3 is the transmission schematic diagram of the utility model actuating unit;

Fig. 4 is the structural representation of the utility model bouncing mechanism;

Fig. 5 is that the utility model is jumped the takeoff structural representation of state of tube;

Fig. 6 is the structural representation that the utility model is jumped the tube lock-out state;

As Fig. 1-shown in Figure 6, the utility model comprises attic base 1, actuating unit 2, rotating disk 3, some bouncing mechanisms 4, simulation frog, wherein chassis 1 is the framework of middle band round empty cavity, actuating unit 2 comprises motor 21, reducing gear 22, wherein reducing gear 22 is three grades of slowing-down structures by belt pulley and the combination of gear reduction group, motor 21, belt pulley, train of reduction gears are installed in a corner positions of attic base 1 intracavity bottom in proper order, and the output gear 23 of reducing gear 22 is meshed with the tooth bar 31 of rotating disk 3.The power supply of actuating unit 2 and power switch 24 are installed in another corner positions of attic base 1, and power switch 24 protrudes upward attic base 1 surface, so that manipulate.Rotating disk 3 is installed in the round empty cavity at attic base 1 middle part, the central shaft of rotating disk 3 and the central shaft of attic base 1 coincide simultaneously, and connect as one by screw, nut and attic base 1, its sidewall is provided with tooth bar 31, this tooth bar 31 is meshed with the output gear 23 of actuating unit 2, and rotating disk 3 can be rotated around its central shaft under the driving of actuating unit 2.For guaranteeing that all bouncing mechanisms 4 have changeed when circle at rotating disk 3 around central shaft, all bouncing mechanisms 4 all can be effectively, jump out reliably.Above-mentioned some bouncing mechanisms 4 are straggly, and to be distributed in rotating disk 3 central shafts be on the circumference of different radii in the center of circle, attic base 1 surface is corresponding be provided with corresponding each jump tube, to be distributed in attic base 1 central shaft be releasing structure on the circumference of different radii in the center of circle.Thereby guarantee the corresponding one by one attic base 1 lip-deep releasing structure of a bouncing mechanism 4, each bouncing mechanism 4 all can be jumped out when rotating disk 3 has changeed a circle.Wherein bouncing mechanism 4 comprises the seat tube 41 that is arranged on rotating disk 3 inner chambers, can slide up and down to be nested with jumping tube 42, stage clip 43 in the present tube 41, wherein jump tube 42 and jump seat 422 with the bottom and forms by the cylindrical shell 421 that top can ccontaining simulation frog, and cylindrical shell 421 with jump 422 and connect as one by screw.The two bottom sides of jumping tube 42 simultaneously is provided with outstanding outside fixture block 5, and seat tube 41 sidewall correspondences have the vertical slot 411 that passes through for the fixture block 5 of jumping tube 42, jumps tube 42 and is nested with present tube 41 inner chambers and can be along the upper and lower slips of these vertical slot 411 present tube 41 inner chambers.When tube 42 is nested with in the present tube 41 locking and the two states that takeoffs can be arranged for making to jump, vertical slot 411 bottoms of above-mentioned seat tube 41 are integrally formed with and are step-like bayonet socket 412, but this bayonet socket 412 forms fastening structure with the fixture block 5 that side direction snaps in the jumping tube 42 of this bayonet socket 412.Promptly be pressed into seat tube 41 bottoms and after side turned over an angle, this fixture block 5 snapped in the bayonet socket 412 of seat tube 41 along the vertical slot 411 of seat tube 41 both sides when the fixture block 5 of jumping tube 42, make to jump in the present tube 41 of tube 42 lockings.Jump tube 42 its fixture block 5 in the process that is pressed down into seat tube 41 and can turn over automatically in the bayonet socket 412 that an angle enters seat tube 41 for making, and it is simple, convenient, reliable that stage clip 43 is installed, above-mentioned stage clip 43 is a torsion spring, in the aperture of the fixing present tube of one end of this torsion spring inboard, its other end passes the aperture of jumping tube 42 bottom surfaces.And seat tube 41 bottom centre are provided with the ring spring stem stem, jump tube 42 bottom correspondences and are provided with the ring spring stem stem, and above-mentioned stage clip is nested with respectively on the spring stem stem of jumping tube 42 and seat tube 41.Jump a wherein fixture block 5 one extension downwards of tube 42 and make the vertical dead man 51 that stretches to attic base 1 bottom surface, above-mentioned attic base 1 surface is provided with block 11, and the vertical dead man 51 of jumping tube 42 is formed releasing structure with the block 11 on attic base 1 surface.The vertical dead man 51 of jumping tube 42 when rotating disk 3 rotates touches attic base 1 lip-deep block 11, turn over an angle in the other direction, fixture block 5 is skidded off from bayonet socket 412 and enter the vertical slot 411 of seat tube 41, the fixture block 5 of jumping tube 42 under the effect of stage clip 43 upwards takeoffs to make along the vertical slot 411 of seat tube 41 and jumps tube 42 and be the state of takeofing.

Claims

1, a kind of frog jumps game toy, it is characterized in that comprising attic base (1), actuating unit (2), rotating disk (3), some bouncing mechanisms (4), the simulation frog, wherein actuating unit (2) is installed in a corner positions of attic base (1) inner chamber, rotating disk (3) is installed in attic base (1) inner chamber, and its sidewall is provided with tooth bar (31), this tooth bar (31) is meshed with the output gear (23) of actuating unit (2), bouncing mechanism (4) comprises the seat tube (41) that is arranged on rotating disk (3) inner chamber, can go up, be nested with to lower slider the jumping tube (42) in the present tube (41), stage clip (43), wherein stage clip (43) is arranged on and jumps between tube (42) bottom surface and seat tube (41) bottom, jump between tube (42) and the seat tube (41) and be provided with fastening structure in the bottom, and the corresponding releasing structure that this fastening structure is got loose mutually that is provided with in attic base (1) surface.

2, jump game toy according to the described frog of claim 1, it is characterized in that above-mentioned actuating unit (2) comprises motor (21), reducing gear (22), wherein motor (21), reducing gear (22) order are installed in a corner positions of attic base (1) inner chamber, and the output gear (23) of reducing gear (22) is meshed with the tooth bar (31) of rotating disk (3).

3, jump game toy according to the described frog of claim 2, it is characterized in that the power supply of above-mentioned actuating unit (2) and another corner positions that power switch (24) is installed in attic base (1), and power switch (24) protrudes upward attic base (1) surface.

4, jump game toy according to the described frog of claim 1, it is characterized in that straggly to be distributed in rotating disk (3) central shaft be on the circumference of different radii in the center of circle to above-mentioned some bouncing mechanisms (4), attic base (1) surface is corresponding be provided with corresponding each jump tube, to be distributed in attic base (1) central shaft be releasing structure on the circumference of different radii in the center of circle.

5, jump game toy according to the described frog of claim 1, it is characterized in that above-mentioned jumping tube (42) jumped seat (422) with the bottom and is formed by the cylindrical shell (421) that top can ccontaining simulation frog, its middle cylinder body (421) with jump (422) and connect as one by screw.

6, jump game toy according to claim 1 or 4 or 5 described frogs, the two bottom sides that it is characterized in that above-mentioned jumping tube (42) is provided with outstanding outside fixture block (5), above-mentioned seat tube (41) sidewall correspondence has the vertical slot (411) that passes through for the fixture block (5) of jumping tube (42), jumps tube (42) and is nested with present tube (41) inner chamber and can be along the upper and lower slip of this vertical slot (411) present tube (41) inner chamber.

7, jump game toy according to the described frog of claim 6, vertical slot (411) bottom that it is characterized in that above-mentioned seat tube (41) is integrally formed with and is step-like bayonet socket (412), this bayonet socket (412) but form fastening structure with fixture block (5) that side direction snaps in the jumping tube (42) of this bayonet socket (412).

8, jump game toy according to the described frog of claim 7, the vertical dead man (51) that stretches to attic base (1) bottom surface is made in a wherein fixture block (5) the one extension downwards that it is characterized in that above-mentioned jumping tube (42), the surperficial correspondence of above-mentioned attic base (1) is provided with block (11), jumps the vertical dead man (51) of tube (42) and forms release construction with the block (11) on attic base (1) surface.

9, jump game toy according to the described frog of claim 1, it is characterized in that above-mentioned stage clip (43) is a torsion spring, in the aperture of the fixing present tube of an end of this torsion spring (41) inboard, its other end passes the aperture of jumping tube (42) bottom surface.

10, jump game toy according to claim 1 or 9 described frogs, it is characterized in that above-mentioned tube (a 41) bottom centre is provided with the ring spring stem stem, jump tube (42) bottom correspondence and be provided with the ring spring stem stem, above-mentioned stage clip (43) is nested with respectively on the spring stem stem of jumping tube (42) and seat tube (41).