CN107224716A - A kind of rotating type stereo labyrinth main body - Google Patents
A kind of rotating type stereo labyrinth main body Download PDFInfo
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- CN107224716A CN107224716A CN201710615129.7A CN201710615129A CN107224716A CN 107224716 A CN107224716 A CN 107224716A CN 201710615129 A CN201710615129 A CN 201710615129A CN 107224716 A CN107224716 A CN 107224716A
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- rotating shaft
- connecting base
- labyrinth
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F9/00—Games not otherwise provided for
- A63F9/06—Patience; Other games for self-amusement
- A63F9/08—Puzzles provided with elements movable in relation, i.e. movably connected, to each other
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F9/00—Games not otherwise provided for
- A63F9/06—Patience; Other games for self-amusement
- A63F9/12—Three-dimensional jig-saw puzzles
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- Sealing Using Fluids, Sealing Without Contact, And Removal Of Oil (AREA)
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Abstract
The present invention relates to a kind of rotating type stereo labyrinth main body, belong to educational toy technical field, including upper labyrinth body, lower labyrinth body and rotating shaft, some upper rails that the upper labyrinth body includes upper connecting base and is circumferentially positioned on upper connecting base lateral wall, the lower labyrinth body includes lower connecting base and some lower railway being circumferentially positioned on lower connecting base lateral wall, the upper end of the rotating shaft rotates and is plugged on the upper connecting base, the lower end synchronous interaction of the rotating shaft is connected on the lower connecting base, and the upper rail coordinates when being combined with the lower railway to be connected.Using the structure, upper labyrinth body can be rotated relative to lower labyrinth body, some upper rails coordinate connection when being combined with some lower railway, when upper labyrinth body phase rotates different angles for lower labyrinth body, upper rail and lower railway, which can be combined into, carrys out different tracks so that the present invention is more interesting.
Description
Technical field
The invention belongs to educational toy technical field, more particularly to a kind of rotating type stereo labyrinth main body.
Background technology
Maze toy is a kind of common children educational type toy, can be divided into plane class and the three-dimensional major class of class two, no matter which
The maze toy main body of one class, is respectively provided with a plurality of sinuate special-shaped passage.During operation, bead need to be moved to maze toy
Body inlet, then bead constantly moved in different in nature passage, then taken out from maze toy body exit.Due to maze toy
Path and obstacle in main body is various, it is therefore desirable to which operator according to circumstances selects different passages to move bead, can
Complete.Many changes so that maze toy has many benefits for the intellectual development of child, and interesting full, it is deep by
Child likes.
But, now in maze toy on the market, be fixed on the special-shaped track of maze toy body interior is entirely substantially
Every track directly connects outlet and entrance, and different tracks can not be rearranged to combination and form new track, and grasps
When making, it is only necessary to often overturn maze toy, it just can cause clearance, therefore its playing method is single.
The content of the invention
The present invention provides a kind of rotary stereo maze toy main body, and upper labyrinth and lower labyrinth body are connected to by it by rotating shaft
Together, some upper rails are provided with upper labyrinth body, some lower railway, and the rotating shaft are provided with lower labyrinth body
Rotation is plugged on the body of labyrinth, and the rotating shaft synchronized links are on above-mentioned lower labyrinth body, so that upper labyrinth body can be relative
Rotated in lower labyrinth body, some upper rails coordinate connection when being combined with some lower railway, when upper labyrinth body phase is for lower fan
When palace body rotates different angles, upper rail and lower railway can be combined into and carry out different tracks, not increase the situation of volume
Under add more track playing methods, so as to solve the above problems so that the present invention it is more interesting.
The present invention is achieved through the following technical solutions：A kind of rotating type stereo labyrinth main body, including upper labyrinth body, lower labyrinth
Body and rotating shaft, some upper rails that the upper labyrinth body includes upper connecting base and is circumferentially positioned on upper connecting base lateral wall,
The lower labyrinth body includes lower connecting base and some lower railway being circumferentially positioned on lower connecting base lateral wall, the rotating shaft
Upper end is rotated and is plugged on the upper connecting base, and the lower end synchronous interaction of the rotating shaft is connected on the lower connecting base, described
Coordinate when upper rail is combined with the lower railway and connect.
Further, in order to preferably realize the present invention, the rotating shaft includes upper rotating shaft and lower rotary shaft, and the upper rotating shaft turns
Dynamic to be plugged on the upper connecting base, the lower end synchronous interaction of the upper rotating shaft is connected on the lower connecting base, described lower turn
Axle synchronous interaction is connected on the lower connecting base；The lower surface of the upper rotating shaft is axially arranged the first spacing cotter way, described
The upper surface of lower rotary shaft is axially arranged the first spacer pin, and first spacer pin, which coordinates, is connected to the described first spacing cotter way
It is interior.
Further, in order to preferably realize the present invention, the lower end of the upper rotating shaft is axially arranged the first limited post, institute
State the lower surface that the first spacing cotter way is arranged on first limited post, it is spacing that the upper surface of the lower connecting base is provided with first
Hole, first limited post, which coordinates, to be connected in first spacing hole.
Further, in order to be better achieved the present invention, in addition to be overlapped on the upper connecting base lower surface with it is described under
Intermediate washer between connecting seat upper surface, the upper axis of rotation is plugged on the intermediate washer, on the upper connecting base
Be provided with vertical through holes, the upper axis of rotation is plugged in the upper vertical through holes, the upper rotating shaft, upper vertical through holes and
Rotation drive mechanism is provided between intermediate washer upper surface.
Further, in order to which the present invention is better achieved, the rotation drive mechanism includes column, gear, is arranged on institute
The external tooth in rotating shaft circumferential side wall and the internal tooth being arranged in above-mentioned upper vertical through holes lower inner wall are stated, it is described vertical logical
The bottom in hole is circular hole, and the column is arranged on the upper surface of the intermediate washer, and the pinion rotation is arranged on the column
On, the gear is connected with external tooth engagement, and the gear is connected with internal tooth engagement.
Further, in order to which the present invention is better achieved, the quantity of the column is three, and three columns are around institute
Rotating shaft is stated to be uniformly distributed.
Further, lower vertical through holes are provided with order to be better achieved on the present invention, the lower connecting base, described lower turn
Axle is plugged in the lower vertical through holes；First spacing hole is located at the top of the lower vertical through holes, described lower vertical logical
The second spacing hole is additionally provided with the middle part of hole, the middle part of the lower rotary shaft is axially arranged the second limited post, and described second is spacing
Post, which coordinates, to be connected in second spacing hole.
Further, in order to the present invention is better achieved, in addition to it is covered at the upper vertical through holes upper opening
Shell of top cover, the upper end of the upper rotating shaft, which is rotated, to be plugged on the shell of top cover.
Further, in order to the present invention is better achieved, in addition to it is covered at the lower vertical through holes lower openings
Lower cover shell, the lower surface of the lower rotary shaft is axially arranged to be had and is provided with the second spacing cotter way on the second spacer pin, the lower cover shell,
Second spacer pin, which coordinates, to be connected in the described second spacing cotter way.
Further, it is provided with reinforcing portion to be better achieved on the present invention, shell of top cover and the lower cover shell.
The present invention has the advantages that compared to prior art：
(1) present invention by the combination that links together of upper labyrinth Ti Hexia labyrinths body by forming labyrinth body, in upper labyrinth
Some upper rails are provided with body, some lower railway are provided with lower labyrinth body, and axis of rotation is plugged on fan
On the body of palace, the rotating shaft synchronous interaction is plugged on above-mentioned lower labyrinth body, so that upper labyrinth body can be relative to lower labyrinth body
Rotate, some upper rails coordinate connection when being combined with some lower railway, when upper labyrinth body phase is rotated not for lower labyrinth body
With angle when, upper rail and lower railway, which can be combined into, carrys out different tracks, so as to solve the above problems so that the present invention is more
It is interesting；
(2) rotating shaft in the present invention includes connecting by the mutual cooperation synchronous interaction of the first limited post and the first spacing hole
Upper rotating shaft together and lower rotary shaft, upper rotating shaft and lower rotary shaft all synchronous interactions are connected on the lower connecting base of lower labyrinth body,
Upper axis of rotation is plugged on the upper rotating shaft of labyrinth body still, and upper labyrinth Ti Hexia labyrinths body station east links together so as to realize
Purpose, this structure is compared to the mode connected using a whole rotating shaft, with stronger flexibility；
(3) rotation transmission knot is provided between upper rotating shaft, upper vertical through holes and the intermediate washer upper surface in the present invention
Structure, so that upper rotating shaft is more stablized when being rotated with lower labyrinth body relative to upper labyrinth body, upper vertical through holes
Wall, namely upper connecting base will be formed to the rotation of upper rotating shaft and supported, and limit the transmission principle of the rotation drive mechanism as
Planetary transmission principle, and then when make it that upper labyrinth body phase is rotated for lower labyrinth body, more smooth steady；
(4) shell of top cover and lower cover shell are provided with the present invention, lower rotary shaft synchronous interaction is connected on lower cover shell, and user can
To rotate lower cover shell, the function that lower labyrinth body phase is rotated for upper labyrinth body just can be realized, and in shell of top cover and lower cover shell
On be provided with reinforcing portion so that convenient use person rotate lower cover shell.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the rotating type stereo labyrinth main body of the present invention；
Fig. 2 is that the lower labyrinth body of the rotating type stereo labyrinth main body shown in Fig. 1 rotates the structural representation under 180 ° of states；
Fig. 3 is the structural representation of the upper connecting base in the present embodiment；
Fig. 4 is the structural representation of the lower connecting base in the present invention；
Fig. 5 is another viewing angle constructions schematic diagram of the lower connecting base shown in Fig. 4；
Fig. 6 is the structural representation of the lower cover shell in the present invention；
Fig. 7 is the mounting structure schematic diagram of rotating shaft in the present invention, intermediate washer and gear；
Fig. 8 is the structural representation of the rotating shaft in the present invention；
Fig. 9 is the structural representation of the lower rotary shaft in the present invention；
Figure 10 is the structural representation of the intermediate washer in the present invention；
Figure 11 is structure when upper rail and lower railway in the rotating type stereo labyrinth main body in the present invention is three
Schematic diagram；
Figure 12 is that the lower labyrinth body in the rotating type stereo labyrinth main body shown in Figure 11 is rotated clockwise under 120 ° of states
Structural representation；
Figure 13 is that the lower labyrinth body in the rotating type stereo labyrinth main body shown in Figure 12 is rotated clockwise under 120 ° of states
Structural representation.
1- upper connecting bases in figure；2- lower connecting bases；The spacing holes of 21- first；The spacing holes of 22- second；The upper rotating shafts of 3-；31-
One spacing cotter way；The limited posts of 32- first；4- lower rotary shafts；The spacer pins of 41- first；The limited posts of 42- second；The spacer pins of 43- second；
5- intermediate washers；6- columns；7- gears；8- external tooths；9- internal tooths；10- shell of top cover；11- lower cover shells；The spacing cotter ways of 111- second；
12- gets on the right track；121-A tracks；122-B tracks；123-U tracks；124-V tracks；125-W tracks；13- lower railway；131-C rails
Road；132-D tracks；133-X tracks；134-Y tracks；135-Z tracks；14- reinforcings portion.
Embodiment
To make the object, technical solutions and advantages of the present invention clearer, technical scheme will be carried out below
Detailed description.Obviously, described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Base
Embodiment in the present invention, those of ordinary skill in the art are resulting on the premise of creative work is not made to be owned
Other embodiment, belongs to the scope that the present invention is protected.
Embodiment 1：
In the present embodiment, a kind of rotating type stereo labyrinth main body, including upper labyrinth body, lower labyrinth body and rotating shaft, limiting should
Some upper rails 12 that upper labyrinth body includes upper connecting base 1 and is circumferentially positioned on the lateral wall of upper connecting base 1, the lower labyrinth body
Including lower connecting base 2 and some lower railway 13 being circumferentially positioned on the lateral wall of lower connecting base 2.Above-mentioned upper rail 12 and lower rail
Coordinate when road 13 is combined and communicate to form labyrinth track：I.e. when upper labyrinth body phase is under a state for lower labyrinth body, if
Dry bar upper rail 12 is combined one by one with some lower railway 13 with a kind of combination communicates the labyrinth track to form a kind of state；
When above-mentioned upper labyrinth body phase turns an angle for lower labyrinth body, some upper rails 12 are with some lower railway 13 with another
A kind of combination combines the labyrinth track for communicating and forming another state.In the present embodiment, due to track design and
The integrated structure and mode and non-invention of upper rail 12 and lower railway 13 think the emphasis of protection, therefore do not make specific superfluous herein
State.
In order to illustrate the principle of the present invention, here, as depicted in figs. 1 and 2, limiting the quantity of above-mentioned upper rail 12 as two
Root, respectively A tracks 121 and B tracks 122, the quantity of above-mentioned lower railway 13 is also two, respectively C rail 131 and D tracks
132, when upper labyrinth Ti Hexia labyrinths body is under a kind of state, A tracks 121 are combined to communicate to be formed with C rail 131
One labyrinth track a, B tracks 122 and D tracks 132, which are combined, communicates also one labyrinth track b of formation, and now the present invention is carried altogether
Two labyrinth tracks, namely labyrinth track a and labyrinth track b are supplied；When above-mentioned upper labyrinth body phase rotates one for lower labyrinth body
Determine angle [alpha], above-mentioned A tracks 121 are combined with D tracks 132 to be communicated to form labyrinth track c, above-mentioned B tracks 122 and C rail 131 knot
Conjunction communicates to form labyrinth track d, and now the present invention also provides two labyrinth tracks, namely labyrinth track c and labyrinth track d.By
Track in existing labyrinth is all special-shaped track, and being provided with needs barrier, for realizing the effect in labyrinth, is limited
Above-mentioned A tracks 121, B tracks 122, C rail 131 and D tracks 132 are differed, above-mentioned A tracks 121, B tracks 122, C rails
Road 131 and D tracks 132 can also all sames, therefore above-mentioned labyrinth track a, labyrinth track b, labyrinth track c and labyrinth track d
It is different from or all identical, depending on situation.Based on the example above, therefore the rotating type stereo fan that the present invention is provided
Palace main body can provide two kinds of different states, therefore compared to some stereo labyrinths of the prior art or plane labyrinth, sheet
Invention is due to that can provide more labyrinth tracks, therefore it has higher difficulty and interest, for the exploitation of intelligence
Beneficial effect more preferably, more conforms to the design aim of such toy product, thus its practicality is stronger.
Certainly, when specifically production, the quantity of the upper rail 12 being arranged on the body lateral wall of labyrinth can for three,
Four or five etc., the quantity for the lower railway 13 being arranged on lower labyrinth body lateral wall and the quantity of upper rail 12 can be right
It can not also should correspond to, it can in addition contain set intermediate orbit etc., to increase difficulty, specifically design conditions, according to need
Depending on wanting specific, as long as can realize the body rotation of labyrinth Ti Hexia labyrinths, upper rail 12 and lower railway 13 are respectively in connection with shape
Into different labyrinth tracks.As shown in Figure 11 to Figure 13, the feelings when setting three upper rails 12 and three lower railway 13
Condition, three upper rails 12 are uniformly distributed in the circumference of upper connecting base 1, and three lower railway 13 are equal in the circumference of lower connecting base 2
Even distribution.It is respectively U tracks 123, V tracks 124 and W tracks 125 to limit three upper rails 12, limits three lower railway and is respectively
X tracks 133, Y tracks 134 and Z tracks 135.When in an initial state, U tracks 123 and X tracks 133 combine phase
Logical, V tracks 124 and Y tracks 134 are combined and communicated, and W tracks 125 and Z tracks 135 are combined and communicated；When by lower labyrinth body (namely under
Connecting seat 2) when rotate clockwise 120 ° relative to upper labyrinth body (upper connecting base 1), above-mentioned U tracks 123 and Z tracks 135
With reference to communicating, V tracks 124 and X tracks 133 are combined and communicated, and W tracks 125 and Y tracks 134 are combined and communicated；When rotating clockwise again
When 120 °, U tracks 123 and Y tracks 134 are combined and communicated, and V tracks 124 and Z tracks 135 are combined and communicated, W tracks 125 and X
Track 133 is combined and communicated.It was found from above-mentioned analysis, now, the present invention can be combined into the track for carrying out three groups of different situations.Certainly,
When rotating, can also combine out really can be by the clearance track of bead.
Above is the design principle of the present invention is illustrated, however, the present embodiment is to upper rail 12 and lower railway 13
The specific Track desighs such as form, trend, barrier design are not construed as limiting, for upper upper rail 12 and the lower railway 13 how realized
With reference to being also not especially limited, as long as upper corresponding upper rail 12 and lower railway 13 can be combined together.
In the present embodiment, in addition to rotating shaft, the upper end of rotating shaft is rotated to the upper connecting base 1 for being plugged on above-mentioned upper labyrinth body
On, the lower end synchronous interaction of above-mentioned rotating shaft is connected on above-mentioned lower connecting base 2.When lower labyrinth body is rotated, rotating shaft with
And rotate together, and upper labyrinth body will not follow rotating shaft to rotate together, so that turning between realizing labyrinth Ti Hexia labyrinths body
It is dynamic.
It can contact with each other and can not also contact between the upper labyrinth Ti Hexia labyrinths body of the present embodiment, as long as being confused on realizing
Labyrinth physical efficiency is mutually rotated under Gong Tihe.
Embodiment 2：
As a kind of embodiment of embodiment 1, in the present embodiment, limit above-mentioned rotating shaft include upper rotating shaft 3 and under
Rotating shaft 4.
In the present embodiment, as shown in Fig. 4, Fig. 5, Fig. 8 and Fig. 9, offered on above-mentioned on the upper connecting base 1 of labyrinth body
Vertical through holes, above-mentioned upper rotating shaft 3 is rotated and is plugged in above-mentioned upper vertical through holes, so as to realize (namely above-mentioned turn of above-mentioned upper rotating shaft 3
The upper end of axle) rotate the purpose being plugged on above-mentioned upper connecting base 1 (namely upper labyrinth body).In the present embodiment, in above-mentioned lower fan
Lower vertical through holes are offered on the lower connecting base 2 of palace body, the above-mentioned synchronous interaction of lower rotary shaft 4 is connected to above-mentioned lower vertical through holes
On hole wall, thus realize above-mentioned lower rotary shaft 4 (namely lower end of above-mentioned rotating shaft) synchronous interaction be connected to above-mentioned lower connecting base 2 (
I.e. above-mentioned lower labyrinth body) on purpose.
As a kind of embodiment of the present embodiment, second is coaxially arranged with the medium position of above-mentioned lower rotary shaft 4
Limited post 42, the second spacing hole 22 is provided with above-mentioned lower vertical through holes medium position, specifically, limits above-mentioned second limited post
42 be the face column of the first grade five, and being provided with the first grade five on the hole wall of above-mentioned lower vertical through holes medium position faces the wall and meditates, and this first
Deng five face the wall and meditate between form above-mentioned second spacing hole 22, above-mentioned second limited post 42 (wait for the first grade five face column) is coordinated and blocked
It is connected in above-mentioned second spacing hole 22 (the i.e. first grade five face the wall and meditate hole), so that above-mentioned lower rotary shaft 4 and above-mentioned lower connecting base 2
(namely lower labyrinth body) synchronous axial system, that is to say, that when above-mentioned lower rotary shaft 4 is rotated, just can drive above-mentioned lower connection
Seat 2 and lower railway 13 are rotated relative to above-mentioned lower rotary shaft 4 and upper rail 12.
In the present embodiment, the lower end of rotating shaft 3 is axially arranged on above-mentioned the first limited post 32, in above-mentioned lower vertical through holes
Upper position (also corresponding to be at the upper surface of above-mentioned lower connecting base 2) be provided with the first spacing hole 21, specifically, in restriction
It is also the face column of the second grade five to state the first limited post 32, and the is also equipped with the hole wall of the upper position of above-mentioned lower vertical through holes
Second-class five face the wall and meditate, and the grade the two or five forms above-mentioned first spacing hole 21 between facing the wall and meditating, and above-mentioned first spacing hole 21 and second is spacing
Hole 22 and lower vertical through holes are interconnected, and above-mentioned lower rotary shaft 4 is just plugged in the lower vertical through holes, in the present embodiment, in tool
When body is installed, above-mentioned second limited post 42 (the face column of the i.e. second grade five) is connected to above-mentioned second spacing hole 22 (i.e. the
Second-class five face the wall and meditate hole) in, so that above-mentioned upper rotating shaft 3 and above-mentioned lower connecting base 2 (namely lower labyrinth body) synchronous axial system, also
It is to say, when above-mentioned lower labyrinth body is rotated under the drive of lower rotary shaft 4, will also drives the above-mentioned synchronous axial system of upper rotating shaft 3.
Certainly, first limited post 32 of the present embodiment is not limited to be to wait five face columns or the pillar of other forms, as long as not
Pure circle post, above-mentioned first spacing hole 21 be also not limited to be wait five face the wall and meditate hole or with 32 pairs of the first limited post
The hole for other forms answered, the above-mentioned He of upper rotating shaft 3 is realized as long as can meet using the limited post 42 of the second spacing hole 22 and second
Lower connecting base 2 (namely lower labyrinth body) synchronous axial system.
In the present embodiment, offered being coaxially disposed on above-mentioned on the lower surface of second limited post 42 of the lower end of rotating shaft 3
First spacing cotter way 31, has the first spacer pin 41 the upper surface of above-mentioned lower rotary shaft 4 is axially arranged, will be above-mentioned when installation
First spacer pin 41, which coordinates, to be plugged in the above-mentioned first spacing cotter way 31, in this way, just can realize the above-mentioned He of upper rotating shaft 3
The synchronous axial system of lower rotary shaft 4.Specifically defined above-mentioned first spacer pin 41 is rendered as non-cylindrical, above-mentioned first spacing cotter way 31
Shape with above-mentioned first spacer pin 41 is corresponding, and concrete shape is not construed as limiting, and first spacer pin 41 is utilized as long as can meet
And first the cooperation of spacing cotter way 31 realize synchronous axial system between above-mentioned upper rotating shaft 3 and lower rotary shaft 4, that is, when above-mentioned
When lower rotary shaft 4 is rotated, above-mentioned upper rotating shaft 3 also will be rotated and then together.The second limit with reference to provided in the present embodiment
The cooperation of position hole 22 and second limited post 42 and the first spacer pin 41 and the first spacing cotter way 31 cooperatively form dual cooperation,
So that the synchronization extent between upper rotating shaft 3 and lower rotary shaft 4 is higher, it is to avoid lower rotary shaft 4 is rotated and situation that upper rotating shaft 3 is not rotated goes out
It is existing, and then make it that above-mentioned lower labyrinth body phase is more reliable for the rotation of above-mentioned upper labyrinth body, as long as rotating above-mentioned lower rotary shaft 4, just
Lower labyrinth body phase can be caused to be rotated for upper labyrinth body, be not in rotate lower rotary shaft 4 and lower labyrinth body phase for upper labyrinth body
Situation about not rotating.
Embodiment 3：
The present embodiment is further improved on the basis of embodiment 2, in the present embodiment, as shown in Figure 1, Figure 2, Fig. 7 and figure
Shown in 10, also include intermediate washer 5, shim through bore is provided with the intermediate washer 5.When installing, by the middle pad
The lower surface of piece 5 is overlapped on the upper surface of above-mentioned lower connecting base 2, limit the upper surface of above-mentioned first limited post 32 with it is above-mentioned under
The upper surface of connecting seat 2 is concordant, or the upper surface of above-mentioned first limited post 32 is less than the upper surface of above-mentioned lower connecting base 2,
Now, above-mentioned upper rotating shaft 3 will be passed through from above-mentioned shim through bore, then be overlapped on the lower surface of above-mentioned upper connecting base 1
The upper surface of intermediate washer 5 is stated, also, above-mentioned upper rotating shaft 3 is plugged in the upper vertical through holes of above-mentioned upper connecting base 1, now
Above-mentioned upper rotating shaft 3 just can be rotated above-mentioned in vertical through hole.
In order that rotation of the above-mentioned upper rotating shaft 3 on above-mentioned in vertical through holes it is more steady, in the present embodiment, such as Fig. 3,
Shown in Fig. 7 and Figure 10, rotation drive mechanism is provided between rotating shaft 3, lower rotary shaft 4 and intermediate washer 5 on above-mentioned.Specifically
Ground, limits the rotation drive mechanism including column 6, gear 7, the external tooth 8 being arranged in the above-mentioned circumferential side wall of upper rotating shaft 3 and sets
The internal tooth 9 in vertical through holes lower inner wall on above-mentioned is put, the bottom of above-mentioned upper vertical through holes is limited as circular hole, can also limit
Vertical through holes are circular hole on this, and now, above-mentioned internal tooth 9 is just rendered as an annular internal tooth 9.Above-mentioned column 6 is vertically arranged
In the upper surface of above-mentioned intermediate washer 5, the column 6 is cylinder.When specific installation, said gear 7 is rotatably installed in
State on column 6, the gear 7 in the present embodiment is sprocket, the position in the middle of its lower bottom wall offers installation circular hole, but should
Circular hole is installed not completely through sprocket, so that the operation that the gear 7 can more be stablized, it is to avoid drop the top of gear 7
Dust impurity effect its operating, above-mentioned column 6 is coordinated and is plugged in above-mentioned installation circular hole, you can is realized said gear 7
It is rotatably installed in the purpose on above-mentioned column 6.By the gear 7 in the present embodiment and the company of engagement of external tooth 8 in above-mentioned upper rotating shaft 3
Connect, and the gear 7 is engaged on the internal tooth 9 being connected on above-mentioned upper vertical through holes inwall.Now, said gear 7 will be right
The rotation of above-mentioned rotating shaft forms support, and countershaft carries out spacing and positioning so that rotating shaft can only rotate and can not before and after
Move left and right so that it rotates more steady stable so that lower labyrinth body phase when rotated for upper labyrinth body more
Steadily.As another embodiment of the present embodiment, bearing can also be installed on above-mentioned in rotating shaft 3, then by the axle
The outer wall interference fit held is connected on above-mentioned upper vertical through holes side wall, and the support rotated to upper rotating shaft 3 is realized using bearing.
As shown in Figure 10, the quantity for setting above-mentioned column 6 is many, the circular above-mentioned shim through bore of many root posts 6 (namely on
Rotating shaft 3) it is uniformly distributed, it is preferred that the quantity of above-mentioned column 6 is limited as three, and three gears 7 are rotatably installed in above-mentioned three respectively
On root post 6.Now, compared to the structure of only a root post 6 and a gear 7, the knot of three root posts 6 of gear 7 and three
The transmission of structure and support effect more preferably, so that the rotation of upper rotating shaft 3 is more steady, and then cause lower labyrinth body phase for upper
The rotation of labyrinth body is more steady.
Embodiment 4：
The present embodiment is further improved on the basis of above-described embodiment, in the present embodiment, in addition to is covered above-mentioned
The shell of top cover 10 of (i.e. the upper roof of upper connecting base 1) at upper vertical through holes upper opening, the upper end of above-mentioned upper rotating shaft 3 rotates grafting
On above-mentioned shell of top cover 10, further such that the rotation of above-mentioned upper rotating shaft 3 is more steady, and the shell of top cover 10 can be avoided outside
Boundary's debris enters inside above-mentioned upper vertical through holes and influences overall performance.
In the present embodiment, as depicted in figs. 1 and 2, in addition to cover and (connect down at above-mentioned lower vertical through holes lower openings
The lower bottom wall of joint chair 2) lower cover shell 11, in the present embodiment, as shown in figure 8, the lower surface in above-mentioned lower rotary shaft 4 axially arranged has
Second spacer pin 43, as shown in fig. 6, be provided with the second spacing cotter way 111 on the lower cover shell 11, when installation, by this
Two spacer pins 43, which coordinate, to be connected in the above-mentioned second spacing cotter way 111, you can realize above-mentioned lower rotary shaft 4 and above-mentioned lower cover shell 11
Synchronous interaction, user just can drive lower rotary shaft 4 and lower connecting base 2 and upper rotating shaft 3 to rotate using lower cover shell 11.As
A kind of embodiment of the present embodiment, the shape for limiting above-mentioned second spacer pin 43 is rendered as non-cylindrical, above-mentioned second
Spacing cotter way 111 is corresponding with the shape of above-mentioned second spacer pin 43, and concrete shape is not construed as limiting, if can meet using this
The synchronous axial system between above-mentioned lower rotary shaft 4 and lower cover shell 11 is realized in the cooperation of two spacer pins 43 and the second spacing cotter way 111.
For the convenience of the users above-mentioned lower cover shell 11 apply active force so as to drive lower rotary shaft 4 and lower connecting base 2 and
Upper rotating shaft 3 relative to upper connecting base 1 rotation, in the present embodiment, be provided with above-mentioned shell of top cover 10 and lower cover shell 11 plus
Power portion 14, the reinforcing portion 14 is in flower pattern, so that user grasps application active force.
Embodiment 5：
The present embodiment is as a kind of embodiment of embodiment 1, and the purpose of the present embodiment is to provide a kind of most simple
Cooperation is communicated when single structures and methods are to realize upper rail 12 with the combination of lower railway 13.In the present embodiment, design on above-mentioned
Track 12 and lower railway 13 are rendered as quadrant arcuation, the least significant end end face of upper rail 12 and the most significant end of lower railway 13
End face is the plane with plane-parallel, and 12 decurvations that get on the right track, and lower railway 13 is bent upward, upper rail 12
The most significant end end face of least significant end end face and lower railway 13 is in unclosed state, and the size dimension and lower rail of above-mentioned upper rail 12
The size dimension in road 13 is identical.When upper rail 12 is combined with upper rail 12, the least significant end end face and lower rail of upper rail 12
The most significant end end face in road 13 is concordantly affixed, and the orbital path of upper rail 12 and the orbital path of lower railway 13 are communicated.When rotation one
Determine angle, then another lower railway 13 and this above-mentioned upper rail 12 structure in the same way.
Specifically, with two 12 (A tracks 121 and the B tracks 122) of upper rail and two (C of lower railway 13 in embodiment 1
Track 131 and D tracks 132) exemplified by, limit A tracks 121 and B tracks 122 are rendered as quadrant arcuation, A tracks 121
With the equal decurvation of B tracks 122, the top of A tracks 121 and B tracks 122 is both connected on above-mentioned upper connecting base 1, and is limited
Determine A tracks 121 and B tracks 122 are symmetric, the least significant end end face of A tracks 121 and B tracks 122 is now flat with horizontal plane
OK, the least significant end end face of A tracks 121 and B tracks 122 is unclosed；Limit C rail 131 and D tracks 132 be rendered as four/
One arc-shaped, C rail 131 and D tracks 132 are bent upward, and the least significant end of C rail 131 and D tracks 132 is both connected to above-mentioned
On lower connecting base 2, and limit C rail 131 and D tracks 132 are symmetric, the top end of C rail 131 and D tracks 132
Now and plane-parallel, the top end face of C rail 131 and D tracks 132 is unclosed in face.
Under a state, as shown in figure 1, the least significant end end face of A tracks 121 is concordant with the most significant end end face of C rail 131
It is affixed, the orbital path in orbital path and C rail 131 in A tracks 121 combines to form above-mentioned labyrinth track a, B track 122
Least significant end end face it is concordant with the most significant end end face of D tracks 132 be affixed, in the orbital path and D tracks 132 in B tracks 122
Orbital path combines to form above-mentioned labyrinth track b.When rotating lower cover shell 11, lower rotary shaft 4 and upper rotating shaft 3 and lower connecting base are driven
2 and C rail 131 and D tracks 132 rotate 180 °, as shown in Fig. 2 now the least significant end end face of A tracks 121 will be with D tracks 132
Most significant end end face be concordantly affixed, the orbital path of orbital path and D tracks 132 in A tracks 121 combines to form above-mentioned labyrinth
Track c, and the least significant end end face of B tracks 122 is affixed concordant with the most significant end end face of C rail 131, the rail in B tracks 122
The interior orbital path of path and C rail 131 forms above-mentioned labyrinth track d.
Certain citing simply to illustrate that the technical scheme that the present invention is provided can be realized, and specific Track desigh with
And coordinate identical structures and methods can specific design as the case may be during combination between upper rail 12 and lower railway 13.
Embodiment 6：
The present embodiment as the present invention a kind of specifically used embodiment, in the present embodiment, the rotation provided in the present invention
Formula stereo labyrinth main body is additionally provided with PVC shells, and the PVC shells and above-mentioned shell of top cover 10 and lower cover shell 11, which coordinate, to be installed, and
Limiting above-mentioned shell of top cover 10 and lower cover shell 11 can rotate relative to above-mentioned shell, now, in above-mentioned shell, the and of upper shell 10
Between lower house 11 formed one closing cavity, above-mentioned upper connecting base 1, lower connecting base 2, intermediate washer 5, upper rail 12 and under
Track 13 is respectively positioned in above-mentioned cavity, and bead is provided with the cavity, identical with prior art, and the bead can be on above-mentioned
Rolled in track 12 and baby track 13.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of rotating type stereo labyrinth main body, it is characterised in that：Including upper labyrinth body, lower labyrinth body and rotating shaft, the upper fan
Some upper rails that palace body includes upper connecting base and is circumferentially positioned on upper connecting base lateral wall, under the lower labyrinth body includes
Connecting seat and some lower railway being circumferentially positioned on lower connecting base lateral wall, the upper end of the rotating shaft rotate be plugged on it is described
On upper connecting base, the lower end synchronous interaction of the rotating shaft is connected on the lower connecting base, the upper rail and the lower railway
With reference to when coordinate connection.
2. a kind of rotating type stereo labyrinth main body according to claim 1, it is characterised in that：The rotating shaft includes upper rotating shaft
And lower rotary shaft, the upper axis of rotation is plugged on the upper connecting base, and the lower end synchronous interaction of the upper rotating shaft is connected to institute
State on lower connecting base, the lower rotary shaft is connected on the lower connecting base；The lower surface of the upper rotating shaft is axially arranged first
Spacing cotter way, the upper surface of the lower rotary shaft is axially arranged the first spacer pin, and the first spacer pin cooperation is connected to described
In first spacing cotter way.
3. a kind of rotating type stereo labyrinth main body according to claim 2, it is characterised in that：The lower end axle of the upper rotating shaft
To the first limited post is provided with, the first spacing cotter way is arranged on the lower surface of first limited post, the lower connecting base
Upper surface be provided with the first spacing hole, first limited post, which coordinates, to be connected in first spacing hole.
4. a kind of rotating type stereo labyrinth main body according to claim 3, it is characterised in that：Also include being overlapped on described
Intermediate washer between connecting seat lower surface and the lower connecting base upper surface, the upper axis of rotation is plugged on the middle pad
On piece, vertical through holes are provided with the upper connecting base, the upper axis of rotation is plugged in the upper vertical through holes, described
Rotation drive mechanism is provided between upper rotating shaft, upper vertical through holes and intermediate washer upper surface.
5. a kind of rotating type stereo labyrinth main body according to claim 4, it is characterised in that：The rotation drive mechanism bag
Include column, gear, the external tooth being arranged in the upper rotating shaft circumferential side wall and be arranged on above-mentioned upper vertical through holes lower inner wall
On internal tooth, the bottoms of the upper vertical through holes is circular hole, and the column is arranged on the upper surface of the intermediate washer, the tooth
Wheel is rotatably installed on the column, and the gear is connected with external tooth engagement, and the gear is connected with internal tooth engagement.
6. a kind of rotating type stereo labyrinth main body according to claim 5, it is characterised in that：The quantity of the column is three
Root, three columns are uniformly distributed around the upper rotating shaft.
7. a kind of rotating type stereo labyrinth main body according to any one of claim 4-6, it is characterised in that：Under described
Lower vertical through holes are provided with connecting seat, the lower rotary shaft is plugged in the lower vertical through holes；First spacing hole is located at
The second spacing hole, the middle part of the lower rotary shaft are additionally provided with the middle part of the top of the lower vertical through holes, the lower vertical through holes
Axially arranged to have the second limited post, second limited post, which coordinates, to be connected in second spacing hole.
8. a kind of rotating type stereo labyrinth main body according to claim 7, it is characterised in that：Also include being covered on described
Shell of top cover at vertical through holes upper opening, the upper end of the upper rotating shaft, which is rotated, to be plugged on the shell of top cover.
9. a kind of rotating type stereo labyrinth main body according to claim 8, it is characterised in that：Also include be covered on it is described under
Lower cover shell at vertical through holes lower openings, the lower surface of the lower rotary shaft is axially arranged the second spacer pin, the lower cover shell
On be provided with the second spacing cotter way, second spacer pin, which coordinates, to be connected in the described second spacing cotter way.
10. a kind of rotating type stereo labyrinth main body according to claim 9, it is characterised in that：The shell of top cover and lower cover
Reinforcing portion is provided with shell.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710615129.7A CN107224716B (en) | 2017-07-25 | 2017-07-25 | Rotary three-dimensional labyrinth main body |
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| CN201710615129.7A CN107224716B (en) | 2017-07-25 | 2017-07-25 | Rotary three-dimensional labyrinth main body |
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| CN107224716B CN107224716B (en) | 2023-09-19 |
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| CN207237238U (en) * | 2017-07-25 | 2018-04-17 | 蔡俊铭 | A kind of rotating type stereo labyrinth main body |
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| CN2229825Y (en) * | 1995-06-30 | 1996-06-26 | 林铭煌 | Maze ball game |
| CN2361343Y (en) * | 1999-04-01 | 2000-02-02 | 谢钦聪 | Path exchangeable three-dimensional labyrinth structure |
| CN201020253Y (en) * | 2007-04-13 | 2008-02-13 | 刘坤豪 | Six-rail rotating toy ball |
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| Publication number | Publication date |
|---|---|
| CN107224716B (en) | 2023-09-19 |
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Effective date of registration: 20230926 Address after: 510000 rooms 10001, 10002, 10011 and 10012, 10 / F, Dawan District Digital Entertainment Industrial Park, No. 28, Huangpu Park West Road, Huangpu District, Guangzhou City, Guangdong Province Patentee after: Guangdong Yiteng animation culture Co.,Ltd. Address before: 515000 Guangdong province Shantou Chenghai District Fengxiang Street North Gang Village enclosure six straight 14. Patentee before: Cai Junming |
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