CN215538424U

CN215538424U - Shoulder pole dance electronic building blocks toy

Info

Publication number: CN215538424U
Application number: CN202121116621.8U
Authority: CN
Inventors: 夏春风
Original assignee: GUANGZHOU DBOLO ELECTRONICS CO Ltd
Current assignee: GUANGZHOU DBOLO ELECTRONICS CO Ltd
Priority date: 2021-05-24
Filing date: 2021-05-24
Publication date: 2022-01-18
Anticipated expiration: 2031-05-24

Abstract

The utility model discloses a shoulder pole dance electronic building block toy, which comprises: the supporting unit comprises a motor supporting component and a transmission supporting component, and the motor supporting component is arranged on the transmission supporting component; the transmission unit comprises a gear transmission assembly and a connecting rod transmission assembly, wherein the gear transmission assembly is arranged on the transmission supporting assembly and is connected with the connecting rod transmission assembly; the shoulder pole dance simulation unit is arranged at the top of the transmission support assembly, and the connecting rod transmission assembly is connected with the shoulder pole dance simulation unit; and the speed reducing motor is arranged on the motor supporting component, and the output end of the speed reducing motor is connected with the gear transmission component. The transmission supporting component serves as a base of the whole toy and provides a supporting function. Through the structure of assembling and gear motor of building blocks, realize the effect of shoulder pole dance, can improve children and assemble the interest of building blocks, be favorable to intelligence development, assemble degree moderate grade, convenient popularization.

Description

Shoulder pole dance electronic building blocks toy

Technical Field

The utility model relates to the technical field of building block toys for children, in particular to an electronic building block toy for shoulder pole dance.

Background

The building blocks are usually cubic wood or plastic solid toys, have different styles, have good effect on intelligence development of children, can be spliced into houses, various animals and the like according to specifications, have remarkable effect on intelligence development of the children and attraction of the children, and are accepted by most parents in the market.

Although toys on the market are diversified, the shoulder pole dance toys of building block types have not been developed, and the shoulder pole dance toys are difficult to design and popularize because the shoulder pole dance effects are realized.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects in the prior art, and provides the shoulder pole dance electronic building block toy, which realizes the effect of shoulder pole dance through the assembly of building blocks and the structure of a speed reduction motor, can improve the interest of children in assembling building blocks, is beneficial to intelligence development, has moderate assembly degree and the like, is convenient to popularize, and can effectively solve the problems in the background technology.

In order to achieve the purpose, the utility model provides the following technical scheme: an electronic toy blocks for shoulder pole dance, comprising:

the supporting unit comprises a motor supporting component and a transmission supporting component, and the motor supporting component is arranged on the transmission supporting component;

the transmission unit comprises a gear transmission assembly and a connecting rod transmission assembly, wherein the gear transmission assembly is arranged on the transmission supporting assembly and is connected with the connecting rod transmission assembly;

the shoulder pole dance simulation unit is arranged at the top of the transmission support assembly, and the connecting rod transmission assembly is connected with the shoulder pole dance simulation unit;

and the speed reducing motor is arranged on the motor supporting component, and the output end of the speed reducing motor is connected with the gear transmission component.

Transmission supporting component is as the base of whole toy, provide the supporting role, motor supporting component is used for supporting gear motor, make gear motor and gear drive subassembly correspond, make things convenient for gear motor's power take off, gear motor power passes through gear drive subassembly and drives the activity of connecting rod transmission subassembly, can drive shoulder pole dance analog unit horizontal hunting through connecting rod transmission subassembly, realize the simulation effect of shoulder pole dance, deepen appeal to children, also let children deepen thinking nature discussion in the amusement.

Further, the transmission support component comprises a bottom cross rod building block, a left connecting rod building block, two support movable connecting columns, a right connecting rod building block, a T-shaped connecting block building block, a rear vertical rod building block, a front vertical rod building block, a top connecting cylinder and a bottom connecting rod building block, the left ends of the two bottom cross rod building blocks are respectively clamped on the front end side and the rear end side of the left connecting rod building block through the support movable connecting columns, the right ends of the two bottom cross rod building blocks are respectively clamped on the front end side and the rear end side of the right connecting rod building block through the support movable connecting columns, the right side of the right connecting rod building block is clamped on the two ends of the horizontal part of the T-shaped connecting block building block through the two support movable connecting columns, the vertical part of the T-shaped connecting block is clamped on the bottom side of the rear vertical rod building block through the two support movable connecting columns, and the left side of the top of the rear vertical rod building block is connected on the top end of the front vertical rod building block through the top connecting cylinder, and the left side of the bottom end of the rear upright building block is connected with the bottom end of the front upright building block through a bottom connecting rod building block. Left side connecting rod building blocks, right connecting rod building blocks and two end horizontal pole building blocks constitute a underframe, and back pole building blocks, preceding pole building blocks, top connecting cylinder and end connecting rod building blocks constitute a drive assembly installing support, connect drive assembly installing support and underframe through T shape connecting block building blocks, play the joint action through supporting the spliced pole, assemble the convenience, and the degree of difficulty is moderate.

Further, motor supporting component includes vertical pole building blocks and top horizontal pole building blocks, and two end horizontal pole building blocks have two vertical pole building blocks through supporting the spliced eye joint, have two top horizontal pole building blocks through supporting the spliced eye joint on two vertical pole building blocks, gear motor is installed at the top of top horizontal pole building blocks. The vertical rod building blocks and the top cross rod building blocks form a mounting frame for supporting the speed reducing motor, the height of the speed reducing motor can be increased through the mounting frame, and the speed reducing motor is conveniently connected with the gear transmission assembly.

Further, gear drive subassembly includes cross dwang building block one, connecting gear, cross dwang building block two, drive gear and rotating sleeve, it is connected with two cross dwang building blocks one to rotate between the bottom of back pole setting building block and preceding pole setting building block, and two cross dwang building blocks one are located the fixed connecting gear that has cup jointed of part between back pole setting building block and the preceding pole setting building block, and two connecting gear intermeshing are connected, and the cross dwang building block one-end connection gear motor of bottom, rotate through rotating sleeve between the middle part of back pole setting building block and preceding pole setting building block and connect cross dwang building block two, the fixed drive gear that has cup jointed of part that cross dwang building block two are located between back pole setting and the preceding pole setting building block, drive gear is connected with the connecting gear meshing of upside. The speed reduction motor can drive the first cross rotating rod building block at the bottom to rotate, the transmission gear can be driven to rotate through the meshing of the two connecting gears, and the second cross rotating rod building block fixedly connected with the transmission gear drives the connecting rod transmission assembly to move.

Further, connecting rod drive assembly includes swing arm building blocks, movable rod building blocks, drives pole building blocks and transmission movable connecting post, the one end of gear motor's one end joint swing arm building blocks is kept away from to cross swing arm building blocks two, the one end of the other end of swing arm building blocks through transmission movable connecting post swing joint movable rod building blocks, the one end of the other end of movable rod building blocks through transmission movable connecting post swing joint movable connecting band movable connecting pole building blocks. The cross-shaped rotating rod building block II can drive the rotating rod building block to rotate around the center of the cross-shaped rotating rod building block II, so that the movable rod building block is driven to move, and the end part of the movable rod building block can be driven to move up and down through the movable rod building block.

Further, shoulder pole dance analog unit includes swing gear, simulation spliced eye, swinging arms building blocks and arm simulation pole building blocks, back pole setting building blocks top is rotated through simulation spliced eye and is connected the swing gear, the side bottom of swing gear is through the other end of two simulation spliced eyes connecting movable rod building blocks, and the side top of swing gear is through the middle part of two simulation spliced eyes connection swinging arms building blocks, the both ends of swinging arms building blocks are respectively through the horizontal end of two simulation spliced eyes connection arm simulation pole building blocks.

Because drive pole building blocks are connected swing gear through two simulation movable connecting posts, be equal to fixed connection to make drive pole building blocks drive swing gear with the positive and negative reciprocating rotation of certain angle, thereby drive two arm simulation pole building blocks through the swing pole building blocks and control the activity in turn of one high one low, the effect of simulation shoulder pole dance improves the interest, and can show transmission effect, logical thinking ability when improving children assemble the building blocks.

Further, shoulder pole dance analog unit includes cross joint pole building blocks and hand simulation gear, and the tip of slope of two arm simulation pole building blocks is respectively through cross joint pole building blocks joint hand simulation gear. Hand simulation gear is fixed on arm simulation pole building blocks through cross joint pole building blocks, simulates the hand of shoulder pole dance.

Compared with the prior art, the utility model has the beneficial effects that: this shoulder pole dance electronic building blocks toy has following benefit:

1. transmission supporting component is as the base of whole toy, provide the supporting role, motor supporting component is used for supporting gear motor, make gear motor and gear drive subassembly correspond, make things convenient for gear motor's power take off, gear motor power passes through gear drive subassembly and drives the activity of connecting rod transmission subassembly, can drive shoulder pole dance analog unit horizontal hunting through connecting rod transmission subassembly, realize the simulation effect of shoulder pole dance, deepen appeal to children, also let children deepen thinking nature discussion in the amusement.

2. Through the structure of assembling and gear motor of building blocks, realize the effect of shoulder pole dance, can improve children and assemble the interest of building blocks, be favorable to intelligence development, assemble degree moderate grade, convenient popularization.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic side view of the present invention;

FIG. 3 is a schematic rear side view of the present invention;

fig. 4 is a schematic view of a rear view structure and a reduction motor structure of the present invention.

In the figure: 1 gear motor, 2 supporting units, 21 bottom cross bar building blocks, 22 longitudinal bar building blocks, 23 top cross bar building blocks, 24 left connecting bar building blocks, 25 supporting movable connecting poles, 26 right connecting bar building blocks, 27T-shaped connecting block building blocks, 28 rear vertical bar building blocks, 29 front vertical bar building blocks, 210 top connecting cylinders, 211 bottom connecting bar building blocks, 3 transmission units, 31 cross rotating bar building blocks, 32 connecting gears, 33 cross rotating bar building blocks, 34 transmission gears, 35 rotating sleeves, 36 rotating bar building blocks, 37 movable bar building blocks, 38 driving bar building blocks, 39 transmission movable connecting poles, 4 shoulder pole dance simulation units, 41 swinging gears, 42 simulation movable connecting poles, 43 swinging bar building blocks, 44 arm simulation bar building blocks, 45 cross clamping bar building blocks and 46 hand simulation gears.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-4, the present invention provides a technical solution: an electronic toy blocks for shoulder pole dance, comprising:

the supporting unit 2 comprises a motor supporting component and a transmission supporting component, and the motor supporting component is arranged on the transmission supporting component;

the transmission support component comprises a bottom cross bar building block 21, a left connecting rod building block 24, a support movable connecting column 25, a right connecting rod building block 26, a T-shaped connecting block building block 27, a rear connecting rod building block 28, a front connecting rod building block 29, a top connecting cylinder 210 and a bottom connecting rod building block 211, the number of the bottom cross bar building block 21 is two, the left ends of the two bottom cross bar building blocks 21 are respectively clamped with the front and rear end side surfaces of the left connecting rod building block 24 through the support movable connecting column 25, the right ends of the two bottom cross bar building blocks 21 are respectively clamped with the front and rear end side surfaces of the right connecting rod building block 26 through the support movable connecting column 25, the right side of the right connecting rod building block 26 is clamped with the two ends of the horizontal part of the T-shaped connecting block building block 27 through the two support movable connecting columns 25, the vertical part of the T-shaped connecting block 27 is clamped with the bottom end side surface of the rear connecting rod building block 28 through the two support movable connecting columns 25, the top left side of the rear connecting cylinder 28 is connected with the top end of the front connecting block 29 through the top connecting cylinder 210, and the bottom left side of the rear upright building block 28 is connected to the bottom of the front upright building block 29 by a bottom connecting rod building block 211. Left connecting rod building block 24, right connecting rod building block 26 and two end horizontal pole building blocks 21 constitute a underframe, and back pole building block 28, preceding pole building block 29, top connecting cylinder 210 and end connecting rod building block 211 constitute a drive assembly installing support, connect drive assembly installing support and underframe through T shape connecting block building block 27, play the connection effect through supporting movable connecting post 25, assemble conveniently, and the degree of difficulty is moderate.

Motor supporting component includes vertical pole building blocks 22 and top horizontal pole building blocks 23, and two end horizontal pole building blocks 21 have two vertical pole building blocks 22 through supporting movable connecting column 25 joint, have two top horizontal pole building blocks 23 through supporting movable connecting column 25 joint on two vertical pole building blocks 22, and gear motor 1 is installed at the top of top horizontal pole building blocks 23. The vertical rod building block 22 and the top cross rod building block 23 form a mounting frame for supporting the speed reducing motor 1, the height of the speed reducing motor 1 can be increased through the mounting frame, and the speed reducing motor 1 is convenient to connect with a gear transmission assembly.

The transmission unit 3 comprises a gear transmission assembly and a connecting rod transmission assembly, the gear transmission assembly is arranged on the transmission supporting assembly, and the gear transmission assembly is connected with the connecting rod transmission assembly;

the gear transmission component comprises a first cross rotating rod building block 31, a connecting gear 32, a second cross rotating rod building block 33, a transmission gear 34 and a rotating sleeve 35, two first cross rotating rod building blocks 31 are rotatably connected between the bottoms of the rear vertical rod building block 28 and the front vertical rod building block 29, the connecting gear 32 is fixedly sleeved on the part, located between the rear vertical rod building block 28 and the front vertical rod building block 29, of the two first cross rotating rod building blocks 31, the two connecting gears 32 are meshed and connected with each other, one end of a first cross rotating rod building block 31 at the bottom is connected with the speed reducing motor 1, a second cross rotating rod building block 33 is rotatably connected between the middle parts of the rear upright rod building block 28 and the front upright rod building block 29 through a rotating sleeve 35, a transmission gear 34 is fixedly sleeved on the part, located between the rear upright rod building block 28 and the front upright rod building block 29, of the second cross rotating rod building block 33, and the transmission gear 34 is meshed with a connecting gear 32 on the upper side. The speed reducing motor 1 can drive the first cross rotating rod building block 31 at the bottom to rotate when working, the transmission gear 34 can be driven to rotate through the meshing of the two connecting gears 32, and the second cross rotating rod building block 33 fixedly connected with the transmission gear 34 drives the connecting rod transmission assembly to move.

The connecting rod transmission assembly comprises a rotating rod building block 36, a movable rod building block 37, a driving rod building block 38 and a transmission movable connecting column 39, one end of the cross rotating rod building block 33, far away from the speed reducing motor 1, of the rotating rod building block 36 is clamped and connected with one end of the rotating rod building block 36, the other end of the rotating rod building block 36 is movably connected with one end of the movable rod building block 37 through the transmission movable connecting column 39, and the other end of the movable rod building block 37 is movably connected with one end of the driving rod building block 38 through the transmission movable connecting column 39. The second cross-shaped rotating rod building block 33 can drive the rotating rod building block 36 to rotate around the center of the second cross-shaped rotating rod building block 33, so as to drive the movable rod building block 37 to move, and the movable rod building block 37 can drive the end part of the driving rod building block 38 to move up and down.

The shoulder pole dance simulation unit 4 is installed at the top of the transmission support assembly, and the connecting rod transmission assembly is connected with the shoulder pole dance simulation unit 4;

shoulder pole dance analog unit 4 includes swing gear 41, simulation movable connecting column 42, swinging arms building block 43 and arm simulation pole building block 44, back pole building block 28 top is rotated through simulation movable connecting column 42 and is connected swing gear 41, the side bottom of swing gear 41 is connected the other end of swinging arms building block 38 through two simulation movable connecting columns 42, and the side top of swinging gears 41 is through the middle part of two simulation movable connecting columns 42 connection swinging arms building block 43, the both ends of swinging arms building block 43 are respectively through the horizontal end of two simulation movable connecting columns 42 connection arm simulation pole building block 44.

Because drive pole building blocks 38 are connected swing gear 41 through two simulation activity spliced poles 42, be equal to fixed connection to make drive pole building blocks 38 drive swing gear 41 with certain angle positive and negative reciprocating rotation, thereby drive two arm simulation pole building blocks 44 through swing pole building blocks 43 and control one high one low alternative activity, the effect of simulation shoulder pole dance improves the interest, and can show transmission effect, logical thinking ability when the building blocks are assembled to the improvement children.

Shoulder pole dance analog unit 4 includes cross joint pole building block 45 and hand simulation gear 46, and the tip of slope of two arm simulation pole building blocks 44 passes through cross joint pole building block 45 joint hand simulation gear 46 respectively. Hand simulation gear 46 is fixed on arm simulation rod building block 44 through cross joint rod building block 45, and the hand of shoulder pole dance is simulated.

And the speed reducing motor 1 is arranged on the motor supporting component, and the output end of the speed reducing motor is connected with the gear transmission component.

Transmission supporting component is as the base of whole toy, provide the supporting role, motor supporting component is used for supporting gear motor 1, make gear motor 1 and gear drive subassembly correspond, make things convenient for gear motor 1's power take off, gear motor 1 power passes through gear drive subassembly and drives the activity of connecting rod transmission subassembly, can drive shoulder pole dance analog unit 4 horizontal hunting through connecting rod transmission subassembly, realize the simulation effect of shoulder pole dance, deepen the appeal to children, also let children deepen thinking nature discussion in the amusement.

Gear motor 1 is by the drain pan, the top shell, rotate the installation cover, the friction is from the driving wheel, face gear, the friction action wheel, output gear, axis of rotation and motor are constituteed, drain pan and top shell constitute gear motor 1's casing, the one end both sides of casing are rotated and are connected with two and rotate the installation cover, two rotation installation covers are connected from the both ends of driving wheel to the friction, the inside rotation that still rotates of casing is connected with the axis of rotation, install in the axis of rotation and follow the friction action wheel of driving wheel frictional contact with the friction, still install face gear in the axis of rotation, the output shaft of motor has the output gear who is connected with face gear engagement, one of them rotates the cross dwang 31 of installation cover connection bottom. The motor works to drive the output gear to rotate, the output gear drives the face gear to rotate, the friction driving wheel is driven to rotate through the rotating shaft, friction can be driven to rotate from the driving wheel through friction transmission, the cross rotating rod building block 31 is driven to rotate through the rotating installation sleeve, and the motor outputs power after being decelerated through a deceleration component formed by the friction driving wheel, the face gear, the friction driving wheel, the output gear and the rotating shaft.

The motor can adopt 4.5V direct current motor, can be supplied power by No. 7 batteries of three section, and other parts except gear motor 1 all adopt the plastics building blocks that can assemble each other.

It should be noted that the movable connecting column 25, the movable connecting column 39 and the movable connecting column 42 are made of the same type.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a shoulder pole dance electronic building blocks toy which characterized in that includes:

the supporting unit (2) comprises a motor supporting component and a transmission supporting component, wherein the motor supporting component is arranged on the transmission supporting component;

the transmission unit (3) comprises a gear transmission assembly and a connecting rod transmission assembly, wherein the gear transmission assembly is arranged on the transmission supporting assembly and is connected with the connecting rod transmission assembly;

the shoulder pole dance simulation unit (4) is installed at the top of the transmission support assembly, and the connecting rod transmission assembly is connected with the shoulder pole dance simulation unit (4);

and the speed reducing motor (1) is arranged on the motor supporting component, and the output end of the speed reducing motor is connected with the gear transmission component.

2. The shoulder pole dance electronic building block toy of claim 1, wherein: the transmission support component comprises a bottom cross rod building block (21), a left connecting rod building block (24), a support movable connecting column (25), a right connecting rod building block (26), a T-shaped connecting block building block (27), a rear vertical rod building block (28), a front vertical rod building block (29), a top connecting cylinder (210) and a bottom connecting rod building block (211), the bottom cross rod building block (21) is provided with two ends, the left ends of the two bottom cross rod building blocks (21) are respectively connected with the front end side face and the rear end side face of the left connecting rod building block (24) in a clamping mode through the support movable connecting column (25), the right ends of the two bottom cross rod building blocks (21) are respectively connected with the front end side face and the rear end side face of the right connecting rod building block (26) in a clamping mode through the support movable connecting column (25), the right side of the right connecting rod building block (26) is connected with the two ends of the horizontal part of the T-shaped connecting block building block (27) in a clamping mode through the two support movable connecting columns (25), and the vertical part of the T-shaped connecting block (27) is connected with the rear connecting rod building block (28) The top left side of back pole building block (28) is connected with the top end of front pole building block (29) through top connecting cylinder (210), and the bottom left side of back pole building block (28) is connected with the bottom end of front pole building block (29) through bottom connecting rod building block (211).

3. The shoulder pole dance electronic building block toy of claim 2, wherein: motor supporting component includes vertical pole building blocks (22) and top horizontal pole building blocks (23), and two end horizontal pole building blocks (21) have two vertical pole building blocks (22) through supporting movable connecting post (25) joint, have two top horizontal pole building blocks (23) through supporting movable connecting post (25) joint on two vertical pole building blocks (22), gear motor (1) is installed at the top of top horizontal pole building blocks (23).

4. The shoulder pole dance electronic building block toy of claim 3, wherein: the gear drive assembly includes cross dwang building block (31), connecting gear (32), cross dwang building block two (33), drive gear (34) and rotation cover (35), it is connected with two cross dwang building block (31) to rotate between the bottom of back pole setting building block (28) and preceding pole setting building block (29), the fixed connecting gear (32) that has cup jointed of part that two cross dwang building block (31) are located between back pole setting building block (28) and preceding pole setting building block (29), two connecting gear (32) intermeshing connect, and the cross dwang building block one (31) one end of bottom connects gear motor (1), rotate through rotating cover (35) and connect cross dwang building block two (33) between the middle part of back pole setting building block (28) and preceding pole setting building block (29), the fixed drive gear that has cup jointed between the part that cross dwang building block two (33) are located between back pole setting (28) and preceding pole setting (29) (33), (drive gear) 34) The transmission gear (34) is meshed with the connecting gear (32) on the upper side.

5. The shoulder pole dance electronic building block toy of claim 4, wherein: connecting rod drive assembly includes swing arm building blocks (36), movable rod building blocks (37), drives pole building blocks (38) and transmission movable connecting post (39), the one end of gear motor (1)'s one end joint swing arm building blocks (36) is kept away from to cross dwang building blocks two (33), the one end of the other end of swing arm building blocks (36) through transmission movable connecting post (39) swing joint movable rod building blocks (37), the one end of the other end of movable rod building blocks (37) through transmission movable connecting post (39) swing joint movable connecting pole building blocks (38).

6. The shoulder pole dance electronic building block toy of claim 5, wherein: shoulder pole dance analog unit (4) include swing gear (41), simulation movable connecting post (42), swinging arms building blocks (43) and arm simulation pole building blocks (44), back pole setting building blocks (28) top is rotated through simulation movable connecting post (42) and is connected swing gear (41), the side bottom of swing gear (41) is through two simulation movable connecting posts (42) connecting rod building blocks's (38) the other end, and the side top of swing gear (41) is through the middle part that two simulation movable connecting posts (42) connect swinging arms building blocks (43), the both ends of swinging arms building blocks (43) are respectively through the horizontal end that two simulation movable connecting posts (42) connect arm simulation pole building blocks (44).

7. The shoulder pole dance electronic building block toy of claim 6, wherein: shoulder pole dance analog unit (4) include cross joint pole building blocks (45) and hand simulation gear (46), and the tip of slope of two arm simulation pole building blocks (44) is respectively through cross joint pole building blocks (45) joint hand simulation gear (46).