CN203564785U

CN203564785U - Toy machine core

Info

Publication number: CN203564785U
Application number: CN201320656956.8U
Authority: CN
Inventors: 查大夫
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-23
Filing date: 2013-10-23
Publication date: 2014-04-30
Anticipated expiration: 2023-10-23

Abstract

The utility model discloses a toy machine core. The toy machine core comprises a machine body, a head assembly, hand assemblies, leg assemblies, a motor and a tooth box, wherein the motor and the tooth box are arranged in the machine body. The lower end of the head assembly penetrates through the machine body and is rotationally installed on locating shafts installed at the two sides of the upper end of the tooth box and is driven to rotate through a gear set. The hand assemblies penetrate through the machine body, are rotationally installed on the locating shafts installed at the two sides of the upper end of the tooth box and are in linkage with the head assembly; the leg assemblies penetrate through the machine body, are rotationally installed on locating shafts at the two sides of the lower end of the tooth box and are in linkage with the hand assemblies through connecting rods. The toy machine core is simple in structure, the gear set is driven by a motor, a driving rod in linkage with an eccentric wheel drives the head assembly to swing forwards and backwards, forward-and-backward swinging of the head assembly drives the hand assemblies to swing, each hand assembly drives the leg assembly at the same side to swing synchronously through one connecting rod, so that the overall motion is coordinative, swinging motion is large, and a toy can easily draw attention of a child and can be accepted by the child for a long time.

Description

Movement of toy

[technical field]

The utility model relates to a kind of movement of toy, the movement of toy that particularly a kind of human or animal of simulation lies after facing upward before doing and skirt is started action.

[background technology]

The inside of the various humanoid or animal-shaped toy that occurred on the market at present is conventionally provided with and utilizes mechanically operated movement of toy, by the motor in movement of toy, can do with head, hand and the foot of toy simulation human or animal's action, with this, reach the attention that attracts child, cause child's interest, when bringing enjoyment to child again, allow child by exchanging with toy, can make communication capability, logical capability be exercised and improve, instruction child becomes obedient lambling, the method for guiding child and people's communication exchange; But existing movement of toy or complex structure are heavier, are easily damaged, or be exactly that the movement range realized is little, stiff in the movements, the weak effect of simulation, is difficult to cause for a long time child's attention.

[summary of the invention]

The purpose of this utility model is to overcome deficiency of the prior art, and a kind of simple in structure, movement of toy that action simulation is true to nature is provided.

The purpose of this utility model is achieved in that motor and the tooth case that it includes fuselage, head assembly, hand assembly, leg assembly and is arranged on fuselage interior, gear train in described motor and tooth case is in transmission connection, the left and right sides at the two ends up and down of described tooth case is respectively arranged with locating shaft, the lower end of described head assembly is through on the rotating locating shaft that is arranged on both sides, tooth case upper end of fuselage, and drives its rotation by gear train; Described hand assembly is through on the rotating locating shaft that is arranged on both sides, tooth case upper end of fuselage, and links with head assembly; Described leg assembly is through on the rotating locating shaft that is arranged on both sides, tooth case lower end of fuselage; Between described hand assembly and leg assembly, by a connecting rod, link.

In said structure, the below that described tooth case upper end one side is positioned at locating shaft offers a square groove, is extended with a drive rod being connected with head assembly in described square groove, and described drive rod drives it in square groove, to move around by the eccentric wheel of gear train.

In said structure, described hand assembly is movably connected to form successively by hand axle sleeve, arm bar, little hand lever, and described hand axle sleeve is arranged on the locating shaft of tooth case upper end, and head assembly is axially fixed between hand axle sleeve and tooth case.

In said structure, described leg assembly is comprised of shank axle sleeve, thigh bar and shank bar successively active link, and described shank axle sleeve is arranged on the locating shaft of tooth case lower end.

In said structure, described hand axle sleeve and shank axle sleeve are radially provided with respectively projection, and the two ends of described connecting rod are hinged with the projection of hand axle sleeve and shank axle sleeve respectively.

In said structure, described fuselage bottom is provided with battery accommodating chamber and corresponding battery cover.

Compared with prior art, the beneficial effects of the utility model are: simple in structure, by motor drive gear set, a drive rod by an eccentric wheel interlock drives head assembly swing, the swing of head assembly drives hand assembly to swing, so hand assembly drives the leg assembly of logical side to do synchronous swing by a connecting rod, make whole close look at the swing, make the action that rocks back and forth and kick and start, the action of its swing is large, easily cause child's attention, can by child, be accepted for a long time.

[accompanying drawing explanation]

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

Fig. 2 is structural representation two of the present utility model;

Fig. 3 is the drive mechanism schematic diagram that the utility model has been hidden each parts after fuselage;

Fig. 4 is the blast structure chart of Fig. 3;

Fig. 5 is the A portion enlarged drawing of Fig. 4.

[specific embodiment]

Below in conjunction with the drawings and the specific embodiments, the utility model is further described:

As shown in Figures 1 to 4, movement of toy of the present utility model, motor 6 and tooth case 5 that it includes fuselage 1, head assembly 2, hand assembly 3, leg assembly 4 and is arranged on fuselage 1 inside, described head assembly 2, hand assembly 3 and leg assembly 4 are arranged on fuselage 1, and are in transmission connection with motor 6 and the tooth case 5 of fuselage 1 inside.The left and right sides at the two ends up and down of described tooth case 5 is respectively arranged with locating

shaft

51,52, and the lower end of described head assembly 2 has two hold-down arms 21, and described two hold-down arms 21 are through fuselage 1 respectively on the rotating locating shaft 51 that is arranged on tooth case 5 both sides, upper end; Described motor 6 is in transmission connection with the gear train in tooth case 5, the below that described tooth case 5 upper end one sides are positioned at locating shaft 51 offers a square groove 52, described tooth case 5 is extended with a drive rod 53 being connected with head assembly hold-down arm 21 bottoms in square groove 52, described drive rod 53 drives it in square groove 52, to move around by the eccentric wheel of gear train, thereby reach, orders about head assembly 2 around tooth case upper end locating shaft 51 action that rocks back and forth.

Penetrating on the rotating locating shaft 51 that is arranged on tooth case 5 both sides, upper end of fuselage of described hand assembly 3 symmetries, it is movably connected to form successively by hand axle sleeve 31, arm bar 32, little hand lever 33, described hand axle sleeve 31 is arranged on the locating shaft 51 of tooth case 5 upper ends, hold-down arm 21 axial location of described head assembly 2, between hand axle sleeve 31 and tooth case 5, and are fixedly connected with hand axle sleeve 31 by screw with head assembly hold-down arm 21.When motor 6 and gear train drive head assembly 2 swing back and forth, also can drive the forward and reverse rotation of hand axle sleeve 31, make hand assembly 3 action of waving.

Penetrating on the rotating locating shaft 52 that is arranged on tooth case 5 both sides, lower end of fuselage 1 of described leg assembly 4 symmetries, it is comprised of shank axle sleeve 41, thigh bar 42 and shank bar 43 successively active link, and described shank axle sleeve 41 is arranged on the locating shaft 52 of tooth case lower end.Between the hand assembly 3 of described homonymy and leg assembly 4, by a connecting rod 7, link, the projection 34 radially arranging on one end of this connecting rod 7 and hand axle sleeve 31 is hinged, the projection 44 radially arranging on the other end and shank axle sleeve 41 is hinged, and middle part is provided with the positioning guide hole 71 being arranged on tooth case 5; Therefore,, when the forward and reverse rotation of hand axle sleeve 31, drive shank axle sleeve 41 forward and reverse rotations that also can link, make leg assembly 4 do the action of kicking.

Further, described fuselage 1 bottom is provided with battery accommodating chamber and corresponding battery cover, and the two poles of the earth of described motor 6 are connected with the cell piece in battery accommodating chamber by wire, and the touching button of controlling power supply is arranged on the rear portion of fuselage.

A nearlyer step, recording can be set in fuselage and play chip and connected miaow head and loudspeaker, and at fuselage upper surface, Feng Ming sheet being set, make chip be in standby mode after opening touch controlled key, automatically select control mode touch mode or recording play mode; When chip detection arrives external voice, automatically external voice is recorded, after recording, make revolution, the action that drive head assembly, hand assembly and leg assembly rock back and forth and kick and start, send one section of laugh simultaneously, slack after laugh, then play above-mentioned recorded sound, last directly enter standby mode or can one section of laugh of repeat playing and the sound recorded after enter again standby mode, circulation successively.And when touching the Feng Ming sheet on fuselage surface with hand, also can play out one section of laugh, and make the action that rocks back and forth and kick and start, after enter standby mode, circulation successively, thus reach the attention that attracts child, cause child's interest, improve child's language ability, communication capability and logical capability, the method for guiding child and people's communication exchange.

The announcement of book and instruction according to the above description, the utility model those skilled in the art can also carry out suitable change and modification to above-mentioned embodiment.Therefore, the utility model is not limited to the specific embodiment disclosed and described above, to modifications and changes more of the present utility model, also should fall in the protection domain of claim of the present utility model.In addition,, although used some specific terms in this description, these terms just for convenience of description, do not form any restriction to the utility model.

Claims

1. a movement of toy, it is characterized in that: the motor and the tooth case that include fuselage, head assembly, hand assembly, leg assembly and be arranged on fuselage interior, gear train in described motor and tooth case is in transmission connection, the left and right sides at the two ends up and down of described tooth case is respectively arranged with locating shaft, the lower end of described head assembly is through on the rotating locating shaft that is arranged on both sides, tooth case upper end of fuselage, and drives its rotation by gear train; Described hand assembly is through on the rotating locating shaft that is arranged on both sides, tooth case upper end of fuselage, and links with head assembly; Described leg assembly is through on the rotating locating shaft that is arranged on both sides, tooth case lower end of fuselage; Between described hand assembly and leg assembly, by a connecting rod, link.

2. movement of toy according to claim 1, it is characterized in that: the below that described tooth case upper end one side is positioned at locating shaft offers a square groove, in described square groove, be extended with a drive rod being connected with head assembly, described drive rod drives it in square groove, to move around by the eccentric wheel of gear train.

3. movement of toy according to claim 2, it is characterized in that: described hand assembly is movably connected to form successively by hand axle sleeve, arm bar, little hand lever, described hand axle sleeve is arranged on the locating shaft of tooth case upper end, and head assembly is axially fixed between hand axle sleeve and tooth case.

4. movement of toy according to claim 3, is characterized in that: described leg assembly is comprised of shank axle sleeve, thigh bar and shank bar successively active link, and described shank axle sleeve is arranged on the locating shaft of tooth case lower end.

5. movement of toy according to claim 4, is characterized in that: described hand axle sleeve and shank axle sleeve are radially provided with respectively projection, and the two ends of described connecting rod are hinged with the projection of hand axle sleeve and shank axle sleeve respectively.

6. movement of toy according to claim 1, is characterized in that: described fuselage bottom is provided with battery accommodating chamber and corresponding battery cover.