CN212282864U

CN212282864U - Electric dancing toy

Info

Publication number: CN212282864U
Application number: CN202020637633.4U
Authority: CN
Inventors: 杨文达
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-04-24
Filing date: 2020-04-24
Publication date: 2021-01-05
Anticipated expiration: 2030-04-24

Abstract

The utility model discloses an electric dancing toy, which comprises a shell device, a core integrated device, a foot plate piece, a power supply device and a direct current motor. The main body of the movement integrated device is a gear box body, a gear set of the movement integrated device comprises a transmission gear set, a moving gear set and a meshing gear, the transmission gear set is connected with a direct current motor, and the moving gear is nested and connected with a leg plate. The leg plate is sleeved on a fixed shaft of the box body and can move up and down, and the lower end of the leg plate is inserted with the leg plate. The front of the cassette mechanism box body is provided with a rack push plate in a sliding way, the outer side of the cassette mechanism box body is connected with a rolling gear and a shaft wheel, and the shaft wheel is meshed with a transmission gear set in the cassette mechanism box body. The engaging gear is movably arranged on the front plate, can be engaged with or disengaged from the transmission gear set and the moving gear set and is connected with the switch sheet. The shell device comprises a fixed frame and two wing pieces, and the wing pieces are enclosed to form a closed structure. The fixed frame is connected with the push block, is attached to the push plate of the rack push plate and overturns along with the movement of the push plate. The utility model has compact structure, wide appearance matching, vivid action effect and high interest.

Description

Electric dancing toy

Technical Field

The utility model relates to a children's toys product field, especially electronic emulation model toy.

Background

The electric toy uses a small battery as a power supply, a small motor as a power component, and various transmission mechanisms and model components are combined into a toy main body so as to realize the dynamic entertainment effect of form change. Has obvious effects on adjusting the emotion of the children, enlightening the observation power of the children and promoting the mental development. Is popular with preschool children. With the deep development of the mold manufacturing technology, the continuous expansion of the application of the 3D printing technology and the reduction of the price, components and production molds of various special shapes of toy products can be produced, so that the design and the manufacture of model parts with more shapes and more complex structures are not the technical bottleneck any more. More and more simulation model toys bring joy and physical and mental improvement to children. Most of the simulation model toys in the market at present use various production and living equipment in daily life as simulation objects to simulate and simplify the structure so as to simulate the action process of real equipment, and have the function or effect of simulating the action. The entertainment effect of the toys is mainly to imitate static sound and light, and the dynamic effect and the interest are not high.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an electronic toy product simulates human or animal body lateral shifting's action to cooperate other rotatory, the show action that opens and shuts, and the musical accompaniment, create a imitative dynamic effect who resembles dancing. Meanwhile, the toy can be matched with different shells to be manufactured into various styles and images, and a special product is added for the field of toys.

In order to achieve the purpose, the technical scheme is that the electric dancing toy comprises a shell device, a machine core integrated device, a foot plate piece, a power supply device and a direct current motor. The power supply device consists of a battery and a main control circuit board, and the direct current motor is electrically connected with the main control circuit board. The core integrated device comprises a core of a gear box body vertically arranged in the inner cavity of the shell, and a direct current motor is arranged in the box body. The gear set of the gear box body comprises a transmission gear set, a moving gear set and a meshing gear, and the transmission gear set is connected with a direct current motor. The moving gear set is arranged at the lower part of the box body and consists of three parallel moving gears, and the moving gears at two sides are nested and connected with the leg plate. The upper part and the middle part of the leg plate form through holes which are sleeved on the fixed shaft of the box body and can move up and down. The lower ends of the leg plates extend downwards from the machine core case body and are inserted with the leg plate pieces.

The utility model discloses a two leg plates are nested with the removal gear in the gear box body, and the rotation of middle gear makes the removal gear of both sides rotate to same direction, drives two asynchronous drunkenness about the leg plate, keeps the time interval one on the other. The leg plate connecting foot plate component acts with the leg plate component one above the other, and then the effect of transverse stepping and moving is formed. The main control circuit is provided with a forward and reverse rotating adjusting program to control the direct current motor, and the rotating direction of the gear set is changed after a period of time, so that the sequence of actions of the two foot plate pieces is changed, and the toy is stepped and moved in the opposite direction. The structure is in a simple and compact connection mode, so that the toy can realize the dynamic effect of horizontal and circular movement after being powered on, and the toy has high simulation degree and strong interestingness. And simultaneously, the utility model discloses can also play the music after the main control circuit board connects the speaker, opens the power, the cooperation action, the amusement effect is better.

Furthermore, the electric dancing toy with the structure has the shell device which is a wing unfolding mechanism and comprises a fixed frame. The fixed frame is movably provided with two wing pieces, the joint is provided with an elastic part, and the wing pieces enclose to form a closed structure. A rack push plate is slidably mounted in front of the cassette mechanism box body to form a gear strip, a rolling gear is connected to the outer side of the gear strip, and the rolling gear is meshed with a shaft wheel. The shaft wheel is arranged on the front plate of the machine core box body, and the other end of the shaft wheel is meshed with the transmission gear set in the machine core box body. The meshing gear is movably arranged on the front plate of the cassette mechanism box body, is connected with a switch sheet and is provided with a button part, and the button part protrudes outwards from the opening of the front plate of the box body and is arranged at the lower end of the rack push plate. The meshing gear is disengaged from the transmission gear set and the moving gear set, moves backwards and then is meshed.

The button part of the switch sheet in the gear box body can be in a triangular, polygonal or circular arc-shaped protruding structure. After the rack push plate moves downwards, the push button part is pushed and pressed to move towards the interior of the box body, the meshing gear is pushed to move simultaneously, the meshing gear is meshed with the transmission gear set and the moving gear set, the moving gear is connected with the transmission gear, and then the two leg plates are driven to move, so that the transverse movement of the toy is realized. When the rack push plate is reset upwards, the rack push plate is separated from the button part, the meshing gear is reset forwards, the moving gear set stops rotating, and the toy stops moving. Therefore, the starting and stopping of an action cycle are completed, and the effect of automatic action is realized. The shell device of the wing unfolding mechanism is used as a carrier of an external image of the toy, the appearance of the toy can be designed into certain strip and column-shaped objects, or human body and animal images, the wings are unfolded to display the internal structure, and the images of clothes, flying wings and the like can be simulated, so that the toy is more simulated, and the interestingness of the product is increased.

Preferably, the electronic dancing toy of above-mentioned structure, the ejector pad is connected to exhibition wing mechanism's mount, and the rack push pedal has the push pedal, and the push pedal top leans on the ejector pad. The rack push plate moves downwards to push the push block to rotate, so that the fixed frame is turned forwards.

Corresponding human body and animal head parts can be connected and installed on the inner side of the shell wing-unfolding mechanism and the upper part of the machine core box body so as to increase the image effect of the product. The mount that will open up the wing mechanism links up with the rack push pedal, reciprocates the back when the rack push pedal, drives the mount upset, makes the shell inside, including the head part exhibition show, and then makes two fin automatic expandes, has abundanter action effect and more vivid image effect.

The utility model discloses change the not enough of current electronic model toy structure complicacy, adopt the core integrated device who uses the gear box body as the main part, the structure of cooperation leg board realizes the lateral shifting's of product dynamic effect. The multifunctional combined type toy has the advantages of being compact and concise in structure, capable of being widely matched with various appearance combinations, vivid in action effect, low in production and assembly requirements, low in production cost, high in interestingness, strong in practicability and good in market acceptance degree.

Drawings

Fig. 1 is a perspective view of an electric tank toy according to an embodiment.

Fig. 2 is an exploded view of the embodiment.

Fig. 3 is an exploded view of the gear housing.

FIG. 4 is a schematic diagram of an operation mode of the embodiment.

Detailed Description

A preferred embodiment of the present invention will now be described with reference to the accompanying drawings.

An electric transformable tank toy is shown in figures 1 and 2 and comprises a shell consisting of a tank seat 1, a tank cap 2, two wall plates 3, a rear plate 4 and two foot plates 5, and a movement device 6, a head part 7, a gear push plate 8 and a decoration panel 9 which are arranged in the shell. The whole can is an image imitating a pop can, and the inner veneer and the head part are an image imitating a cartoon figure.

Referring to figure 2, the cap 2 is connected with two fixed frame plates 20, the inner side of the cap forms a socket, a strip-shaped rotating block 21 is inserted in the socket, the middle of the rotating block is arranged on the side of the movement device, and the other end of the rotating block is a free end. The fixed frame plates are respectively hinged with a wall plate 3 and are connected by a spring 22 arranged between the fixed frame and the wall plate, so that the wall plates are folded inwards to form an enclosure and form the wall surface of the tank body together with the rear plate 4. The main body of the movement device 6 is a gear box 60, which is composed of a front piece and a rear piece which are clamped, and each gear component and two leg plates 10 which are fixed inside. The rear part of the gearbox body is connected with a rear plate 4, the rear plate is provided with a battery box and a main control circuit board, and the main control circuit board is electrically connected with a direct current motor 61 in the gearbox body. The turning block 21 is mounted on a side connection post of the gear housing. The front part of the gear box body is provided with a gear push plate 8 and a gear set consisting of three rolling gears 11, a gear strip structure 80 is generated on the push plate, and the rolling gears at two sides are meshed with the gear strip. The middle rolling gear is engaged with a shaft wheel 62 which is arranged on the front plate of the machine core box body, and the other end of the shaft wheel is engaged with a gear 63 of the transmission gear set in the machine core box body. The two side edges of the gear push plate form push plates 81, and the push plates on the two sides are respectively connected with the free end of the rotating block 21 in an abutting mode.

The internal structure of the gear box body is shown in figure 3. Comprises a gear 63 of a transmission gear set, a gear 64 of a moving gear set, a shaft wheel 62, a switch sheet 65 and a meshing gear 66, wherein the switch sheet is provided with a triangular button part 67. The button part extends out from the opening of the front plate of the cassette mechanism box and is positioned at the lower part of the gear push plate 8. The two strip-shaped leg plates 10 have strip-shaped openings at the upper ends and circular openings at the middle parts, the upper ends of the leg plates are slightly bent outwards, and the strip-shaped openings at the upper ends are sleeved on a fixed shaft 68 between the front sheet and the rear sheet of the cassette mechanism box body and can move up and down. The circular opening in the middle is sleeved with two gears 64 on the outer side of the moving gear set, the moving gear set consists of three gears, and the middle gear is arranged on the rear panel of the machine core box body and is meshed with the lower surface of the gear 66. The lower ends of the leg plates are connected with the foot plates 5.

When the motor is used, the power switch of the main control circuit board is switched on, the circuit and the main control program are started, and the direct current motor is driven to operate. The rotation of the dc motor is transmitted to the gear 63 of the transmission gear set, which drives the shaft wheel 62 to rotate and pulls the gear push plate 8 to move downwards. The gear push plate pushes the rotating block 21 of the tank cap to rotate, so that the tank cap is turned over from the horizontal state at the top to the front of the side face, and meanwhile, the wall plate 3 rotates and is unfolded towards two sides under the blocking effect of the machine core box body to form a wing body image. After the can cap is turned over forwards, the head part 7 bounces upwards, so that the whole toy is deformed into a cartoon figure with a robe dress. The unfolded state of the toy is shown in figure 4. The gear push plate moves downwards to push the button part 67 of the switch piece towards the interior of the machine core box body, so that the meshing gear 66 is driven to move backwards, simultaneously, the gear 63 of the transmission gear set and the intermediate gear 64 of the moving gear set are meshed, and the rotation is transmitted to the moving gear. The rotation of the moving gear causes the leg plate to move up and down. Because the two leg plates are arranged in a mirror image manner, the vertical movement of the two leg plates has the characteristics of left-right separation and asynchronism, so that the foot plates 5 connected with the two leg plates are in a left-right moving state, and the toy moves transversely. In the setting of the main control program, the rotation of the direct current motor can be set to be in a time-delay conversion mode, so that after time delay, the direct current motor is reversed and transmitted through the gear set, the sequence of the front and back actions of the two leg plate members is reversed, and the reverse movement of the toy is realized. The motion is circulated in such a way, and the dynamic image of human body dancing is simulated.

The preferred embodiments of the present invention have been described above with reference to the drawings, but the present invention is not limited to the configurations of the examples. Various modifications, equivalent substitutions and additions such as changing the image of the housing means, changing the shape of the shape piece button portion to a polygon or an arc, and the like, which are within the technical scope of the present invention as expressed in the claims, are of course included in the technical scope of the present invention.

Claims

1. An electric dancing toy comprises a shell device, a machine core integrated device, a foot plate piece, a power supply device and a direct current motor, wherein the power supply device consists of a battery and a main control circuit board, the direct current motor is electrically connected with the main control circuit board, and the electric dancing toy is characterized in that,

the machine core integration device comprises a machine core of a gear box body vertically arranged in the inner cavity of the shell, and a direct current motor is arranged in the box body; the gear set of the gear box body comprises a transmission gear set, a moving gear set and a meshing gear, and the transmission gear set is connected with a direct current motor; the movable gear set is arranged at the lower part of the box body and consists of three parallel movable gears, the movable gears at two sides are nested and connected with the leg plate, and the upper part and the middle part of the leg plate are provided with through holes which are sleeved on the fixed shaft of the box body and can move up and down; the lower ends of the leg plates extend downwards from the machine core case body and are inserted with the leg plate pieces.

2. The electric dancing toy of claim 1,

the shell device is a wing unfolding mechanism and comprises a fixed frame, two wing pieces are movably arranged on the fixed frame, an elastic part is arranged at the joint, and the wing pieces are enclosed to form a closed structure;

a rack push plate can be slidably arranged in front of the movement box body to generate a gear strip, the outer side of the gear strip is connected with a rolling gear, the rolling gear is meshed with a shaft wheel, the shaft wheel is arranged on a front plate of the movement box body, and the other end of the shaft wheel is meshed with the transmission gear set in the movement box body;

the meshing gear is movably arranged on a front plate of the cassette mechanism box body, is connected with a switch sheet and is provided with a button part, and the button part protrudes outwards from an opening of the front plate of the box body and is arranged at the lower end of the rack push plate; the meshing gear is disengaged from the transmission gear set and the moving gear set, moves backwards and then is meshed.

3. The electric dancing toy of claim 2,

the fixed frame of the wing unfolding mechanism is connected with a push block, the rack push plate is provided with a push plate, and the push plate abuts against the push block; the rack push plate moves downwards to push the push block to rotate, so that the fixed frame is turned forwards.