CN201111437Y - Human body shape interaction toy - Google Patents

Abstract

The utility model provides a human shape interactive toy, comprising a processing unit, a storage unit and a head part. The head part is a hollow shell and is provided with a face-shaped face part; the internal side surface of the shell wall corresponding to the face part is provided with a concave part; the induction unit is closely attached to the concave part and used for sensing the actions of the user on the face part, thus sending signals to the processing unit. The interactive toy of the utility model is provided with the induction unit which is arranged in the face part; the induction unit is triggered when the user slightly knocks at or touches the face part, therefore, the toy executes prearranged operations so as to lead the human shape interactive toy to be easy for the users of different ages to operate and provide fun for the users.

Description

Human-shaped interactive toy

Technical field

The utility model relates to a kind of toy, relates in particular to a kind of interactive toy of action that can the sensing user.

Background technology

Toy such as building blocks etc. are subjected to liking of the head of a family and children because of having certain educational function and nootropic effect, development along with technology, increasing toy manufacturer releases the toy that merges various advanced technologies, for children provide vivid visual effect and auditory effect.But because children's degree of awareness difference to external world of all ages and classes layer, may be hard to tell about Chu, can not distinguish redness and green etc. as young children, therefore toy manufacturer need release different toys at the children of all ages and classes layer, has increased the cost of toy manufacturer.

The utility model content

Main purpose of the present utility model is to provide a kind of human-shaped interactive toy, this human-shaped interactive toy has the sensing unit that places in its face, this sensing unit is triggered when the user raps or touch this face, thereby this toy is carried out scheduled operation, make this human-shaped interactive toy be easy to the user operation of all ages and classes, and provide enjoyment for the user.

For achieving the above object, the utility model provides a kind of toy, comprise a processing unit, a memory cell and a head, this head is a hollow housing, and have face's part of people's face shape, and the shell wall inner surface corresponding with this face's part has sunk part, and this sensing unit fits in this sunk part closely, this sensing unit is used for the action of sensing user to this face, thereby sends a signal to this processing unit.

Interactive toy of the present utility model has the sensing unit that places in its face, this sensing unit is triggered when the user raps or touch this face, thereby this toy is carried out scheduled operation, make this human-shaped interactive toy be easy to the user operation of all ages and classes, and provide enjoyment for the user.

Description of drawings

Fig. 1 is the three-dimensional view of human-shaped interactive toy of the present utility model.

Fig. 2 is the three-dimensional view of the head of human-shaped interactive toy shown in Figure 1.

Fig. 3 is the decomposition view of the face of head shown in Figure 2.

Fig. 4 is the vertical view of the housing of face shown in Figure 3.

Fig. 5 is the three-dimensional view of the telescoping mechanism of face shown in Figure 3.

Fig. 6 is the decomposition view of the motion portion of telescoping mechanism shown in Figure 5.

Fig. 7 is the three-dimensional view of the sliding axle of telescoping mechanism shown in Figure 5.

Fig. 8 is the three-dimensional view of the slip cap of telescoping mechanism shown in Figure 5.

Fig. 9 is the three-dimensional view of another angle of the slip cap of telescoping mechanism shown in Figure 5.

Figure 10 is the three-dimensional view of the elongator of telescoping mechanism shown in Figure 5.

Figure 11 is the decomposition view of the cap of head shown in Figure 2.

Figure 12 is the decomposition view of the left arm of human-shaped interactive toy shown in Figure 1.

Figure 13 is the decomposition view of the right arm of human-shaped interactive toy shown in Figure 1.

Figure 14 is the hardware structure figure of human-shaped interactive toy shown in Figure 1.

The specific embodiment

Please refer to Fig. 1, be the three-dimensional view of human-shaped interactive toy 100 of the present utility model.This interactive toy 100 has similar people's profile, comprises main body 200, head 300, left arm 600, right arm 700, left leg 800 and right leg 900.This main body 200 is as the health of this interactive toy 100, and this head 300, left arm 600, right arm 700, left leg 800 and right leg 900 all are connected in this main body 200.

Please also refer to Fig. 2, be the three-dimensional view of this head 300.This head 300 comprises face 310, cap 320 and neck 330, and this cap 320 is connected in the top of this face 310, and this neck 330 is connected in the bottom of this face 310, is used for this head 300 is connected in this main body 200.

Please also refer to Fig. 3, be the decomposition view of this face 310.This face 310 comprises housing 340, left ear 350, right ear 360, telescoping mechanism 370, pcb board 380, laminar left face sensor 390 and right face sensor 400.This left side ear 340 and right ear 350 are connected to the left and right sides of this housing 340.This telescoping mechanism 370, pcb board 380, left face sensor 390 and right face sensor 400 all are arranged at the inboard of this housing 340.

Please also refer to Fig. 4, be the vertical view of this housing 340.This housing 340 is a hollow, and its shape roughly is the egg shelly half, and it comprises that a telescopic hole 341, a neck pass hole 342, one a left ear installation portion 343 and an auris dextra installation portion 344.This telescopic hole 341 is positioned at the through hole on the preceding shell wall of this housing 340, and this neck connecting hole 342 is the through hole on the back shell wall that roughly is positioned at this housing 340.The outer respectively outer surface that protrudes from the both sides shell wall of this face 310 of this left side ear installation portion 343 and auris dextra installation portion 344, and roughly be frustum.

This housing 340 has two sunk parts 345,346 that are depressed in the inner surface of its shell wall, the shell wall of these sunk part 345,346 correspondences is thinner than other parts of this housing 340, have respectively and should left side face sensor 390 and the roughly suitable profile of right face sensor 400, this laminar left face sensor 390 and right face sensor 400 are by glueing joint or other connected modes fit in this sunk part 345,346 closely.

This left side ear 350 comprises a support 351, one a left ear sensor 352 and a side cover 353, this support 351 is by dismountable this left side ear installation portion 343 that is connected in of mechanical snap mode, this laminar left ear sensor 352 is by glueing joint or other connected modes fit in the inner surface of this side cover 353 closely, and this side cover 353 is by dismountable this support 351 that is connected in of mechanical snap mode.This right side ear 360 comprises a support 361, an auris dextra sensor 362 and a side cover 363, this right side ear 360 have with should left side ear 350 identical connected modes, do not repeat them here.

Please also refer to Fig. 5, be the three-dimensional view of this telescoping mechanism 370.This telescoping mechanism 370 comprises a support 371, a motion portion 372 and a motor 373.This support 371 is fixed in the inboard of this housing 340, comprises a lid 371a and a support portion 371b.This lid 371a is connected in this support portion 371b, forms a receiving space with this support portion 371b and is used to accommodate this motion portion 372, and this support portion 371b has an elongated slot 375, and this lid 371a has an elongated slot 377.This motor 373 has a screwed motor shaft 376, and it is fixed in this support 371, is used to drive this motion portion 372.

Please also refer to Fig. 6, be the decomposition view of this motion portion 372.This motion portion 372 comprises a sliding axle 378, a slip cap 379, an elongator 410 and a spring 420.

Please also refer to Fig. 7, be the three-dimensional view of this sliding axle 378.This sliding axle 378 is a cylinder, comprises a flanged retainer 430, a guiding rib 440 and a screwed hole 450.This retainer 430 is near an end of this sliding axle 378, this guiding rib 440 protrudes from the periphery of this sliding axle 378, its end away from this retainer 430 from this sliding axle 378 begins to extend along the axis direction of this sliding axle 378, until ending at this retainer 430.This screwed hole 450 begins to extend along the axis of this sliding axle 378 from the end away from this retainer 430 of this sliding axle 378, is used to accommodate the motor shaft 376 of this motor 373.

Please also refer to Fig. 8 and Fig. 9, be the three-dimensional view of this slip cap 379.This slip cap 379 comprises big end 460, one small end 470, an accepting hole 480, a gathering sill 490, an expansion slot 500 and two leads 510.

Should big end 460 be revolving body, have two the first parallel end faces 461 and second end face 462.This small end 470 is a cylinder, protrudes from this second end face 462 also along the axis extension that should hold 460 greatly.This accepting hole 480 is for extending and penetrate the through hole of this big end 460 and small end 470 along the axis that should hold 460 greatly.This gathering sill 490 is depressed in the surface of this accepting hole 480 and extends along the axis direction of this accepting hole 480.This expansion slot 500 is extended along the axis that should hold 460 greatly from these first end face, 461 beginnings, forms two accepting holes 463,464 until penetrating this second end face 462.These two leads 510 are the cylinder that protrudes from the revolving body peripheral surface of this big end 460, and are 180 degree distributions.

Please also refer to Figure 10, be the three-dimensional view of this elongator 410.This elongator 410 is a revolving body, and it comprises that an endoporus 411 extends along the axis direction of this elongator 410.This elongator 410 also comprises and is the long shell fragment 412 of two couples and two pairs of short shell fragments 413 that divergent shape stretches out from the edge of this endoporus 411.The long shell fragment 412 of this two couple is 180 degree and is symmetrically distributed, and has hook part 414.The short shell fragment 413 of this two couple is 180 degree and is symmetrically distributed, and has hook part 415.

When assembling this motion portion 372, at first this spring 420 is positioned over the endoporus 411 of this elongator 410.Make this sliding axle 378 pass the accepting hole 480 of this slip cap 379 then, at this moment, this guiding rib 440 is contained in the gathering sill 490 of this slip cap 379, and this sliding axle 378 is supported because of first end face 461 of the big end 460 of its retainer 430 these slip caps 379 of contact.Make a pair of long shell fragment 412 of this elongator 410 be contained in the accepting hole 463,464 of this slip cap 379 then, at this moment, second end face 462 of hook part 414 these slip caps 379 of contact of this long shell fragment 412, short shell fragment 413 these first end faces 461 of conflict of this elongator 410.This a pair of long shell fragment 412 is divergent shape, after it is contained in this accepting hole 463,464, is subjected to the certain pressure contraction and roughly is parallel shape, thereby make do not having under the external force effect, and this slip cap 379 can not separate with this elongator 410.In addition, this elongator 410 is with after this slip cap 379 is connected, and the spring 420 that is contained in this endoporus 411 is subjected to the extruding of this sliding axle 378 and is in compressive state.

When assembling this telescoping mechanism 370, make two leads 510 of this slip cap 379 be contained in the elongated slot 377 of this lid 371a and the elongated slot 375 of this support portion 371b respectively, and the motor shaft 376 that makes this motor 373 is contained in the screwed hole 450 of this sliding axle 378, thereby constitutes the lead screw nut structure.After promptly these two leads 510 are contained in this elongated slot 375 and elongated slot 377, this motion portion 372 has only a translation freedoms, thereby when this motor shaft 376 rotates, this motion portion 372 with respect to these telescopic hole 341 moving linearlies, elongates or shortens visually for the user along the bearing of trend of this elongated slot 374 with " nose " of this interactive toy 100.

If there is external force to act on this elongator 410, fall when making this elongator 410 collision ground from certain altitude as this human-shaped interactive toy 100, this elongator 410 promotes this slip cap 379 and moves along this sliding axle 378, and compress this spring 420, thereby the energy that acts on this elongator 410 in the time of will colliding is converted into the elastic potential energy of spring 420, thereby reduces the probability that this elongator 410 or this telescoping mechanism 370 are damaged.

Please also refer to Figure 11, be the decomposition view of this cap 320.This cap 320 comprises light guide section 322 on the matrix 321,, light guide section 323 once, and light guide section 322 is connected in this matrix 321 on this, and this time light guide section 323 is connected in light guide section 322 on this.This matrix 321 is the thin-wall case of an end opening of hollow, has roughly to be parabolic profile and roughly rounded openend 324.

Should go up light guide section 322 is the thin-wall case of the hollow of both ends open, and it is by the material manufacturing of leaded light, and its profile roughly is frustum, and it has a little openend 325 and a big openend 326.This little openend 325 and being connected that the openend 324 of this matrix 321 matches.This time light guide section 323 is the thin-wall case of the hollow of both ends open, and it has the profile that roughly is frustum by the material manufacturing of leaded light, and it has big openend 327, one a little openend 328 and a holder part 329.This big openend 327 and being connected that the big openend 326 that should go up light guide section 322 matches, this holder part 329 extends internally from the shell wall inner surface of this time light guide section 323, be fixed with an illuminating part on this support 329, in the present embodiment, this illuminating part is a LED lamp 520, the light that this LED lamp 520 sends can reach light guide section 323 derivation down by light guide section 322 on this, form the ring of light around this matrix 321.

Please also refer to Figure 12 and Figure 13, be respectively the decomposition view of this left arm 600 and right arm 700.This right arm 700 comprises an arm body 710 and a right hand 720, and an end of this arm body 710 is connected in this main body 200, and the other end is connected with this right hand 720.

This right hand 720 comprises a hand skeleton 730 and skeleton cover 740, and the both sides of this hand skeleton 730 are fixed with a laminar right hand sensor 750 and an illuminating part (not shown) respectively, and this illuminating part is the LED lamp in the present embodiment.This skeleton cover 740 is made by transparent or translucent material and is had certain elasticity, its be hollow and an end opening, thereby it is enclosed within on this hand skeleton 730 these hand skeleton 730 coatings.The light that the LED lamp of this right hand 720 sends can appear by this skeleton cover 740.

This left arm 600 has and this right arm 700 has identical construction, promptly this left arm 600 comprises a left hand 620, this left hand 620 comprises a skeleton 630 and skeleton cover 640, and the both sides of this skeleton cover 640 are fixed with laminar left hand sensor 650 and LED lamp (not shown) respectively.

Please refer to Figure 14, be the hardware structure figure of this interactive toy 100.This interactive toy 100 comprises a CPU 101 and is connected in this CPU 101 and is positioned at memory cell 102, voice recognition unit 103, electric-motor drive unit 104, the optical sensor 105 of this pcb board 380, and what be connected in this CPU 101 also has this left hand sensor 650, right hand sensor 750, left ear sensor 352, auris dextra sensor 362, left face sensor 390 and right face sensor 400.

This memory cell 102 stores the problem audio file, responds audio file and story audio file.This problem audio file is used for asking a question to the user, and this story audio file is used for exporting story to the user.

This left hand sensor 650, right hand sensor 750, left ear sensor 352, auris dextra sensor 362, left face sensor 390 and right face sensor 400 can be pressure sensor or touch sensor, be used to respond to user's action to this interactive toy 100, to send input signal to this CPU 101, this CPU 101 is carried out corresponding action according to the input signal that is received.The input signal that for example left ear sensor 352, auris dextra sensor 362 produce is used to regulate the size of volume, and the input signal that left face sensor 390 and right face sensor 400 produce is used for the audio frequency Play Control.

When these interactive toy 100 displaying audio files, if this left side ear sensor 352 is triggered, then should send a signal to this CPU 101 by left side ear sensor 352, this processing unit 101 is heightened the volume of these interactive toy 100 displaying audio files.When this auris dextra sensor 362 was triggered, the volume of these interactive toy 100 displaying audio files was turned down.The user only need beat or touch this side cover 353 or 363 gently, and this left side ear sensor 352 or auris dextra sensor 362 are triggered, and is convenient to operation, for the user provides enjoyment.

When these interactive toy 100 displaying audio files, when this left side face sensor 390 or right face sensor 400 are triggered, this left side face sensor 390 or right face sensor 400 send a signal to this CPU 101, if playing the story audio file, then this CPU 101 is selected the last of this in progress story audio file or back one story audio file, makes this interactive toy 100 begin to play another story; If just at the playback problem audio file, then this CPU 101 is selected the last of this in progress problem audio file or back one problem audio file, makes these interactive toy 100 beginnings propose another problem to the user.

Use for the convenience of the users, when this interactive toy 100 is being play audio file in the memory cell 102, when if the external environment brightness is lower than a predetermined value, this optical sensor 105 sends a signal to this CPU 101, the LED lamp 520 of these CPU 101 these heads 300 of control continues a luminous scheduled time, thereby forms the ring of light around this head 300.When this interactive toy 100 does not have displaying audio file, if the brightness of external environment light is lower than predetermined value, and when this CPU 101 was received the signal of this left side ear sensor 352 or auris dextra sensor 362, the LED lamp 520 of these processing unit 101 these heads 300 of control continued a luminous scheduled time.

When problem audio file in these interactive toy 100 these memory cell 102 of broadcast or story audio file, this CPU 101 is according to the signal of the transmission of this voice recognition unit 103, left hand sensor 650 or right hand sensor 750, the motion portion 372 that controls this telescoping mechanism 370 stretches out or indentation, thinks that the user provides enjoyment.

In the present embodiment, each problem audio file provides two options and selects for the user, these two options are corresponding with this left hand sensor 650 and right hand sensor 750 respectively, each option is corresponding with a response audio file, each responds a kind of motion state of audio file corresponding to the movement parts 372 of this telescoping mechanism 370, promptly stretches out or indentation.Corresponding relation between the motion state of the option of the problems referred to above audio file, left hand sensor 650 and right hand sensor 750, response audio file and this motion portion 372 is recorded in the correspondence table, and this CPU 101 is carried out associative operation according to this correspondence table.Following table is the part of this correspondence table, has write down the corresponding corresponding relation of option with a problem audio file A.

The option of problem audio file	Sensor	Respond audio file	Motion state
				The option one of problem audio file A	Left hand sensor 650	Respond audio file A1	Motion portion 372 stretches out
The option 2 of problem audio file A	Right hand sensor 750	Respond audio file A2	372 indentations of motion portion

After this problem audio file finished, the LED lamp of these CPU 101 these left hands 620 of control and the LED lamp of the right hand 720 continued a luminous scheduled time, as continuing for 5 seconds.The LED lamp of this left hand 620 and the LED lamp of the right hand 720 can send the monochromatic light of same color, also can send the monochromatic light of different colours.Certainly, in order to attract user's attention, particularly young user, as the 3-5 children in year, the LED lamp that can also control this left hand 620, the right hand 720 is luminous with identical or different frequency scintillation.

If this left hand sensor 650 or right hand sensor 750 are triggered in this scheduled time, send a signal to this CPU 101 after then this left hand sensor 650 or right hand sensor 750 are triggered, this CPU 101 is play the corresponding audio file of responding according to this correspondence table, whether the selection that makes the user know to make their own is correct, and controlling this motion portion 372 according to this correspondence table stretches out or indentation, visually to give the user, particularly young children, stay the impression that " nose " of this interactive toy 100 elongates or shortens, for the user provides more enjoyment.Following table exemplifies this interactive toy problem audio file a001 of 100 broadcasts and the user carries out interactive situation.

Audio file	Text
		Problem audio file a001	Family has only your man-hour, and the outside has the stranger to knock at the door, open the door to him and still do not open the door to him? (the LED lamp of this left hand 620 and the LED lamp of the right hand 720 are luminous)
Respond audio file b001	Do (left hand sensor 650 is triggered, and this elongator 410 stretches out) open the door to him?, when staying out, the adult can not open the door to the stranger to dripping.Must remember.
		Respond audio frequency	Do not (right hand sensor 750 is triggered, these elongator 410 indentations) open the door to him? right

File b002

Cough up, can not open the door to the stranger when adult stays out, very clever!

When playing the story audio file, if these interactive toy 100 output particular statement, show that as "; I have lied to the people again " etc. this interactive toy 100 " does " statement of wrong thing, these voice recognition unit 103 these particular statement of identification also send a signal to this CPU 101, and the elongator 410 of these CPU 101 these telescoping mechanisms 370 of control stretches out.When this interactive toy 100 output particular statement, wait as " I have recognized my mistake " to show that this interactive toy 100 " admits " statement of mistake, this CPU 101 is controlled elongator 410 indentations of these telescoping mechanisms 370.

The particular statement of the output of above-mentioned interactive toy 100 is established for developing according to plot, and the stretching out or the development of indentation in order to cooperate and to set off plot of this elongator 410, elongate or shorten on sense organ, for the user with " nose " of this interactive toy 100, for the user provides more enjoyment.Following table is the situation that this interactive toy 100 is play a story audio file S001.

Audio file	Text
		Story audio file S001	I tell the story of my personal experience to you.Long ago, I am lost in a forest, and not only tired but also starve, suddenly, I see a small log cabin, and door opens wide, and I have just walked.A desk is arranged in the small log cabin, putting reeky food on the desk, I have tasted dish, and am too peppery, am not very good eating.At this moment the black bear that comes in from the outside, it unexpectedly opening say: the food of outside does not have the food of family to be fond of eating certainly.I have just waken up then, laugh a great ho-ho, and this is my dream.My God, I have lied (elongator 410 stretches out) to the people again, don't lie, otherwise nose can be elongated as me.

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Claims (3)

1. human-shaped interactive toy, it can displaying audio file, and it comprises a processing unit, a memory cell and a head, and this head is a hollow housing, and has face's part of people's face shape, it is characterized in that:

The shell wall inner surface corresponding with this face's part has sunk part, and this sensing unit fits in this sunk part closely, and this sensing unit is used for the action of sensing user to this face, thereby sends a signal to this processing unit.

2. human-shaped interactive toy as claimed in claim 1 is characterized in that, this sensing unit is laminar pressure sensor.

3. human-shaped interactive toy as claimed in claim 1 is characterized in that, this sensing unit is laminar touch sensor.

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