CN110090456A - The entertainment device of one kind of multiple circulating tracks - Google Patents
The entertainment device of one kind of multiple circulating tracks Download PDFInfo
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- CN110090456A CN110090456A CN201910427178.7A CN201910427178A CN110090456A CN 110090456 A CN110090456 A CN 110090456A CN 201910427178 A CN201910427178 A CN 201910427178A CN 110090456 A CN110090456 A CN 110090456A
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- steel ball
- type
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- frame
- crank
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H18/00—Highways or trackways for toys; Propulsion by special interaction between vehicle and track
- A63H18/02—Construction or arrangement of the trackway
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Abstract
The present invention provides the entertainment device of one kind of multiple circulating tracks, including track regulating mechanism and adjustable track, track regulating mechanism is made of seven sub- regulating mechanisms, wherein seven sub- regulating mechanisms are respectively staged lifting mechanism, gravity type point of rail mechanism, comb shape tooth parallel-moving type lifting mechanism, crank-rocker style lifting mechanism, magnet absorption formula lifting mechanism, photoelectricity gate-type point of rail mechanism and sprocket-type point of rail mechanism, wherein feeding inlet A and discharge port B are equipped on seven sub- regulating mechanisms, wherein the feeding inlet A in seven sub- regulating mechanisms, which with discharge port B passes through adjustable track respectively and arbitrarily arranges in pairs or groups, connect.It is used for independent adjusting motion path by seven sub- regulating mechanisms, so that entire track has multifarious motion path, and then reaches and increases device interest and practicability.
Description
Technical field
The present invention relates to amusement equipment technical field, the entertainment device of specially one kind of multiple circulating tracks.
Background technique
Rail toy is a kind of entertainment selection for using track laying toy being moved on its track, and is utilized
The changeability of track realizes the effect that motion profile changes correspondingly.
A kind of rail toy that publication number CN202460122U is provided, it is height-adjustable solid by being provided on support rod
It sets the tone engagement positions, dismountable fixing clamp being installed on fixed adjustment device, bending deformed track is provided on fixing clamp,
Deceleration deflecting disk is provided between multiple groups track, which is provided with backbone and two branch rails, partition and rotation become
To baffle, rotates and be provided with guide pin and fan shape baffle on deflecting baffle and then realize that track form is changeable, spin track is abundant
Effect, but the version of this device track is single, and when being changed to steel ball motion path, its is in the form of a single.
Summary of the invention
The purpose of the present invention is to provide the entertainment devices of one kind of multiple circulating tracks, to solve in above-mentioned background technique
The problem of proposition.
To achieve the above object, the invention provides the following technical scheme:
The entertainment device of one kind of multiple circulating tracks, including track regulating mechanism and adjustable track, in which:
The track regulating mechanism is made of seven sub- regulating mechanisms, wherein seven sub- regulating mechanisms are respectively in staged
Mechanism, gravity type point of rail mechanism, comb shape tooth parallel-moving type lifting mechanism, crank-rocker style lifting mechanism, magnet absorption formula is risen to rise
Mechanism, photoelectricity gate-type point of rail mechanism and sprocket-type point of rail mechanism, wherein being equipped with feeding inlet A and discharging on seven sub- regulating mechanisms
Mouthful B arbitrarily arranges in pairs or groups and connect wherein the feeding inlet A in seven sub- regulating mechanisms with discharge port B passes through adjustable track respectively, and seven
A sub- regulating mechanism is used for independent adjusting motion path, and the adjustable track is a kind of combined orbit.
Preferably, the staged lifting mechanism includes stepped support frame, jacking frame I, jacking frame II and cylinder I, and three
A jacking frame I and jacking frame II are movably arranged on respectively in stepped support frame, wherein jacking frame I and jacking frame II
Bottom is respectively equipped with cylinder I for driving it to rise or fall.
Preferably, gravity type point of rail mechanism includes support plate, baffle and notch plate, and the flapper is mounted on branch
On fagging, the notch plate is mounted on baffle, and the two sides of notch plate are that arcuation is conveyed for point of rail.
Preferably, the comb shape tooth parallel-moving type lifting mechanism includes Fu Erkeke wheel, bracket, gear I and comb shape tooth, described
Fu Erkeke wheel rotation is rack-mount, and wherein it is defeated for exterior power to be equipped with individual gear I for the side of Fu Erkeke wheel
Enter, the other side be equipped with several pitch wheels I, wherein in several pitch wheels I be located at middle part gear I and good fortune
It is rotation connection between Er Keke wheel and is to be fixedly connected between bracket, two comb shape teeth is rotatably installed in Fu Erke
Gram wheel both ends, and respectively in several pitch wheels I be located at both ends gear I be fixedly connected.
Preferably, the crank-rocker style lifting mechanism includes stand type support, steel ball guide rail, cylinder II, gear II and song
Handle rocker assembly, the steel ball guide rail are movably arranged on the end of stand type support by cylinder II and rise machine with crank-rocker style
Feeding inlet A alignment on structure, several gears II are rotatably installed in stand type support respectively and are intermeshed, and three groups of cranks shake
Bar assembly is separately positioned in stand type support, and wherein crank rocker component is made of crank, connecting rod and rocking bar, the crank rotation
It being mounted in stand type support and is fixedly connected with gear II, the rocking bar is rotatably installed in stand type support, and the one of the connecting rod
End is rotatablely connected with crank rotation connection, the other end and rocking bar, and wherein the end of rocking bar is open type designed for conveying steel ball.
Preferably, the magnet absorption formula lifting mechanism includes vertical support frame, shaft, magnet-type crank, chain wheel I, chain
Item I, steel ball frame and gear III, four shafts are rotatably installed in respectively on vertical support frame, and magnet is respectively equipped in shaft
Formula crank is for grabbing steel ball, and two shafts in end are installed with chain wheel I respectively in four shafts, and in addition
The both ends of two shafts are installed with chain wheel I respectively, and two ipsilateral adjacent chain wheel Is are connected by chain I, five steel
Pearl frame distinguishes equidistant setting in support frame, wherein be located at upper and lower end parts steel ball frame respectively with magnet absorption formula lifting mechanism
Interior feeding inlet A and discharge port B alignment, and magnet-type crank is the end and corresponding position of magnet-type crank when straight down
The steel ball frame at place is aligned.
Preferably, the photoelectricity gate-type point of rail mechanism includes point of rail frame, cylinder III and photoelectric door, the bottom of the point of rail frame
It is used to adjust the height of point of rail frame equipped with cylinder III, wherein the inside of point of rail frame is respectively equipped with two layers of inclination discharge end, described
Photoelectric door is arranged at electric switch formula point of rail feeding inlet A within the organization, and wherein photoelectric door is for detecting whether steel ball passes through.
Preferably, sprocket-type point of rail mechanism includes support base, chain wheel II, magnet type sucking disc, chain II, IV and of cylinder
Push plate, two chain wheel IIs are rotatably installed on support base, and the chain II is set in two chain wheel IIs, the magnetic
Iron formula sucker is arranged on chain II for adsorbing conveying steel ball, and the push plate is movably arranged on support base by cylinder IV,
And push plate is aligned with sprocket-type point of rail one of discharge port B within the organization.
Compared with prior art, the beneficial effects of the present invention are:
The present invention is by seven sub- independent adjusting motion paths of regulating mechanism, so that entire track has multifarious fortune
Dynamic path, and then reach and increase device interest and practicability.
Detailed description of the invention
Fig. 1 is overall structure three dimensional structure diagram of the present invention；
Fig. 2 is the three dimensional structure diagram of staged lifting mechanism of the present invention；
Fig. 3 is the three dimensional structure diagram of gravity type point of rail mechanism in the present invention；
Fig. 4 is the three dimensional structure diagram of comb shape tooth parallel-moving type lifting mechanism in the present invention；
Fig. 5 is the three dimensional structure diagram of crank-rocker style lifting mechanism in the present invention；
Fig. 6 is the three dimensional structure diagram of magnet absorption formula lifting mechanism in the present invention；
Fig. 7 is the three dimensional structure diagram of photoelectricity gate-type point of rail mechanism in the present invention；
Fig. 8 is the three dimensional structure diagram of middle sprocket formula point of rail mechanism of the present invention.
In figure: 1 staged lifting mechanism, 2 gravity type point of rail mechanisms, 3 comb shape tooth parallel-moving type lifting mechanisms, 4 crank rockers
Formula lifting mechanism, 5 magnet absorption formula lifting mechanisms, 6 photoelectricity gate-type point of rail mechanisms, 7 sprocket-type point of rail mechanisms, 8 feeding inlet A, 9 go out
Material mouth B, 10 adjustable tracks, 11 stepped support framves, 12 jacking frames I, 13 jacking frames II, 14 cylinders I, 21 support plates, 22 gears
Plate, 23 notch plates, 31 Fu Erkeke wheel, 32 brackets, 33 gears I, 34 comb shape teeth, 41 stand type support, 42 steel ball guide rails, 43 cylinders
II, 44 gears II, 45 cranks, 46 connecting rods, 47 rocking bars, 51 vertical support frames, 52 shafts, 53 magnet-type cranks, 54 chain wheel Is, 55
Chain I, 56 steel ball framves, 57 gears III, 61 point of rail framves, 62 cylinders III, 63 photoelectric doors, 71 support bases, 72 chain wheel IIs, 73 magnet-types
Sucker, 74 chains II, 75 cylinders IV, 76 push plates.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Embodiment:
Fig. 1 to Fig. 8 is please referred to, the present invention provides a kind of technical solution:
The entertainment device of one kind of multiple circulating tracks, including track regulating mechanism and adjustable track 10, in which:
Track regulating mechanism is made of seven sub- regulating mechanisms, wherein seven sub- regulating mechanisms are respectively that staged rises machine
Structure 1, gravity type point of rail mechanism 2, comb shape tooth parallel-moving type lifting mechanism 3, crank-rocker style lifting mechanism 4, magnet absorption formula rise
Mechanism 5, photoelectricity gate-type point of rail mechanism 6 and sprocket-type point of rail mechanism 7, wherein being equipped with feeding inlet A 8 on seven sub- regulating mechanisms
With discharge port B 9, wherein feeding inlet A 8 in seven sub- regulating mechanisms and discharge port B 9 respectively by adjustable track 10 with
The collocation of meaning connects, and then one enclosed track of each sub- regulating mechanism composition under the connection of adjustable track 10, and seven
A sub- regulating mechanism is used for independent adjusting motion path, and adjustable track 10 is a kind of combined orbit, and then adjustable rail
The shape and size in road 10 are able to carry out adjustment；
Staged lifting mechanism 1 includes stepped support frame 11, jacking frame I 12, jacking frame II 13 and cylinder I 14, ladder
The upside of formula support frame 11 is equipped with feeding inlet A 8, and discharge port B 9 is located at the downside of stepped support frame 11, three jacking frames I
12 and jacking frame II 13 be movably arranged in stepped support frame 11 respectively, wherein II 13 bottom of jacking frame I 12 and jacking frame
Portion is respectively equipped with cylinder I 14 for driving it to rise or fall, since stepped support frame 11 is stepped and then can hinder steel
Pearl, which rolls and then can jack up steel ball when cylinder I 14 drives jacking frame I 12 and jacking frame II 13 moves, crosses staged branch
Support 11；
Gravity type point of rail mechanism 2 includes support plate 21, baffle 22 and notch plate 23, and the front end of support plate 21 is equipped with feeding inlet
The left and right sides of A 8, support plate 21 are equipped with discharge port B 9, and baffle 22 is rotatably installed in support plate 21, and notch plate 23 is mounted on
On baffle 22, the two sides of notch plate 23 are conveyed for arcuation for point of rail, and then the meeting when steel ball moves to the side of notch plate 23
It is rolled out along notch plate 23 from discharge port B9, since baffle 22 is rotational installation so during steel ball enters notch plate 23
Baffle 22 can deflect, and then can sidewinder by the another of notch plate 23 when subsequent steel ball moves on notch plate 23
Out；
Comb shape tooth parallel-moving type lifting mechanism 3 includes Fu Erkeke wheel 31, bracket 32, gear I 33 and comb shape tooth 34, wherein combing
Feeding inlet A 8 in shape tooth parallel-moving type lifting mechanism 3 is located at the bottom of Fu Erkeke wheel 31, discharge port B 9 is located at Fu Erkeke
The top of wheel 31, Fu Erkeke wheel 31 are rotatably installed on bracket 32, and wherein the side of Fu Erkeke wheel 31 is equipped with individual tooth
It takes turns I 33 and is equipped with several pitch wheels I 33 for exterior power input, the other side, wherein several pitch wheels I
It is rotation connection between gear I 33 and the Fu Erkeke wheel 31 at middle part in 33 and is to be fixedly connected between bracket 32,
And then it is static for being located at the gear I 33 at middle part in several pitch wheels I 33 during Fu Erkeke 31 rotation of wheel
State, and gears I 33 that the gear I 33 engaged needs to follow Fu Erkeke wheel 31 to move, and then engage together
It relatively rotates, gear I 33 is able to drive comb shape tooth 34 and is rotated at this time, and two comb shape teeth 34 are rotatably installed in Fu Erkeke wheel
31 both ends, and be fixedly connected respectively with the gear I 33 for being located at both ends in several pitch wheels I 33；
Crank-rocker style lifting mechanism 4 includes stand type support 41, steel ball guide rail 42, cylinder II 43, gear II 44 and crank
Rocker assembly, the downside of stand type support 41 is equipped with feeding inlet A 8, upside is equipped with discharge port B 9, and steel ball guide rail 42 passes through cylinder II
43 are movably arranged on the end of stand type support 41 and are aligned with the feeding inlet A 8 on crank-rocker style lifting mechanism 4, and then steel ball
It can be moved in steel ball guide rail 42 by feeding inlet A 8, several gears II 44 are rotatably installed in stand type support 41 simultaneously respectively
Intermeshing, three groups of crank rocker assemblies be separately positioned in stand type support 41 and its it is mutual be equidistant, wherein
Crank rocker component is made of crank 45, connecting rod 46 and rocking bar 47, and crank 45 is rotatably installed in stand type support 41 and and gear
II 44 are fixedly connected, and rocking bar 47 is rotatably installed in stand type support 41, one end of connecting rod 46 and the rotation connection of crank 45, the other end
It is rotatablely connected with rocking bar 47, wherein the end of rocking bar 47 is open type designed for conveying steel ball；
Magnet absorption formula lifting mechanism 5 includes vertical support frame 51, shaft 52, magnet-type crank 53, chain wheel I 54, chain I
55, steel ball frame 56 and gear III 57, the bottom of vertical support frame 51 is equipped with feeding inlet A 8, upside is equipped with discharge port B 9, and four
Shaft 52 is rotatably installed on vertical support frame 51 by bearing respectively, and magnet-type crank 53 is respectively equipped in shaft 52 for grabbing
Take steel ball, two shafts 52 in four shafts 52 in end are installed with chain wheel I 54 respectively, and the two of other two shafts 52
End is installed with chain wheel I 54 respectively, and two ipsilateral adjacent chain wheel Is 54 are connected by chain I 55, and then the linkage of shaft 52 now,
Five steel ball framves 56 distinguish equidistant setting in support frame 51, wherein the steel ball frame 56 for being located at upper and lower end parts is inhaled with magnet respectively
Feeding inlet A 8 and discharge port B 9 in attached formula lifting mechanism 5 are aligned, and magnet-type crank 53 is magnet-type when straight down
The end of crank 53 is aligned with the steel ball frame 56 of corresponding position, and then can successively be replaced by the rotation of magnet-type crank 53
Drive steel ball rise；
Photoelectricity gate-type point of rail mechanism 6 include point of rail frame 61, cylinder III 62 and photoelectric door 63, the front end of point of rail frame 61 be equipped with into
Material mouth A 8, the left and right sides of point of rail frame 61 are equipped with discharge port B 9, and the bottom of point of rail frame 61 is equipped with cylinder III 62 and divides for adjusting
The height of rail gantry 61, wherein the inside of point of rail frame 61 is respectively equipped with two layers of inclination discharge end, and then is in not in point of rail frame 61
Steel ball can be rolled out along different discharge port B 9 during level, and photoelectric door 63 is arranged in electric switch formula point of rail mechanism 6
At feeding inlet A 8, wherein photoelectric door 63 is for detecting whether steel ball passes through；
Sprocket-type point of rail mechanism 7 includes support base 71, chain wheel II 72, magnet type sucking disc 73, chain II 74, IV 75 and of cylinder
Push plate 76, the bottom of support base 71 are equipped with feeding inlet A 8, and discharge port B 9 is located at the upside of support base 71, and two 72 turns of chain wheel II
Dynamic to be mounted on support base 71, chain II 74 is set in two chain wheel IIs 72, and magnet type sucking disc 73 is arranged on chain II 74
Steel ball is conveyed for adsorbing, and then realizes the promotion of steel ball, push plate 76 during chain II 74 is moved around chain wheel II 72
It is movably arranged on support base 71 by cylinder IV 75, and one of discharging in push plate 76 and sprocket-type point of rail mechanism 7
Mouth B 9 is aligned.
The working principle of the present apparatus are as follows: seven sub- regulating mechanisms in the track regulating mechanism in the present apparatus can be independent
Steel ball is adjusted to roll out from different discharge port B 9, and then steel ball is placed on seven sons in the present apparatus during use
Any feeding inlet A 8 in regulating mechanism, moves to each sub- regulating mechanism under the guiding function of adjustable track 10；
When steel ball moves in staged lifting mechanism 1, steel ball enters through the feeding inlet A 8 in staged lifting mechanism 1,
Then stepped support frame 11 can stop steel ball to continue to decline, and cylinder I 14 nearest apart from feeding inlet A 8 at this time is by jacking frame II
13 jack up, and steel ball is in the state risen at this time, and then steel ball crosses the blocking of stepped support frame 11 into next ladder, connects
Again by next cylinder I 14 by jacking frame I 12 jack up so that steel ball continue decline until steel ball move to staged rising
Discharge port B 9 in mechanism 1 is rolled out, and then steel ball moves to and going out in staged lifting mechanism 1 along adjustable track 10
In another sub- regulating mechanism of the connection of material mouth B 9；
When steel ball moves in gravity type point of rail mechanism 2, steel ball enters through the feeding inlet A 8 in gravity type point of rail mechanism 2,
Then steel ball moves to by notch plate 23 along feeding inlet A 8, places steel ball due to the setting of baffle 22 and rolls out, due to notch plate
23 side is arcuation so steel ball moves to one of them in gravity type point of rail mechanism 2 by the guiding role of notch plate 23
Discharge port B 9, since steel ball itself has constant weight so in steel ball by that can press notch plate 23 towards steel when notch plate 23
Pearl movement direction rotation, and then when subsequent steel ball moves on notch plate 23 notch plate 23 can guide steel ball by it is another go out
Material mouth B 9 is rolled out, and final steel ball is moved to along adjustable track 10 and connect with the discharge port B 9 in gravity type point of rail mechanism 2
Another sub- regulating mechanism in；
When steel ball moves in comb shape tooth parallel-moving type lifting mechanism 3, steel ball is through entering in comb shape tooth parallel-moving type lifting mechanism 3
Material mouth A 8 enters, and steel ball is rolled to the comb shape tooth 34 at feeding inlet A 8 at this time, then by being provided separately within the gear I of side
33 input powers, 31 rotation of Fu Erkeke wheel at this time, and then it is located at the gear I 33 at middle part in several pitch wheels I 33
For static state, and the teeth that the gear I 33 engaged needs that Fu Erkeke wheel 31 is followed to move, and then engage together
I 33 relative rotations are taken turns, gear I 33 is able to drive comb shape tooth 34 and is rotated at this time, and then comb shape tooth 34 remains initial
With the angle between Fu Erkeke wheel 31, the steel ball on comb shape tooth 34 is delivered to comb during Fu Erkeke 31 rotation of wheel
On discharge port B 9 in shape tooth parallel-moving type lifting mechanism 3, final steel ball is moved to along adjustable track 10 and is translated with comb shape tooth
In another sub- regulating mechanism of the connection of discharge port B 9 in formula lifting mechanism 3；
When steel ball moves in crank-rocker style lifting mechanism 4, steel ball is through the feeding inlet in crank-rocker style lifting mechanism 4
A 8 enters, and then steel ball is rolled to steel ball guide rail 42, then II 44 turns of moving gear of the power source extraneous with gear II 44 band
It is dynamic, crank rocker component movement is driven, cylinder II 43 pushes steel ball guide rail 42 to rise at this time, so that steel ball is rolled through steel ball guide rail 42
Move to device on nearest rocking bar 47, since rocking bar 47 is in the state swung, and the fortune of several crank rocker components
Dynamic state is identical, and when the steel ball on rocking bar 47 moves to highest point, another rocking bar 47 catches steel ball, reaches conveying hoisting steel
The effect of pearl height eventually passes through the nearest rocking bar 47 of the discharge port B 9 in crank-rocker style lifting mechanism 4 and conveys, will
Steel ball is delivered on discharge port B 9, and then steel ball realizes the effect of elevated height in crank-rocker style lifting mechanism 4, finally
Steel ball moves to another sub- adjusting connecting with the discharge port B 9 in crank-rocker style lifting mechanism 4 along adjustable track 10
In mechanism；
When steel ball moves in magnet absorption formula lifting mechanism 5, steel ball is through the feeding inlet in magnet absorption formula lifting mechanism 5
A 8 enters, and then steel ball is rolled to the steel ball frame 56 in the bottom, be magnetic due to the end of magnet-type crank 53 so
Steel ball is sucked, the Power Component then engaged with gear III 57 input power into magnet absorption formula lifting mechanism 5 turns at this time
Axis 52 start turning due to chain wheel I 54 it is synchronous with each shaft 52 of effect of chain I 55 rotate, magnet-type crank at this time
Steel ball is lifted and is delivered on upper one layer of steel ball frame 56 by 53, by the movement of another magnet-type crank 53 so far steel ball frame 56
Then steel ball is sucked and is delivered up, final steel ball moves on the steel ball frame 56 of top layer, and then steel ball is along top layer
Steel ball frame 56 is rolled to the discharge port B 9 in magnet absorption formula lifting mechanism 5, and then in magnet absorption formula lifting mechanism 5
Realize the promotion to steel ball, final steel ball moves to and the discharging in magnet absorption formula lifting mechanism 5 along adjustable track 10
In another sub- regulating mechanism of the mouth connection of B 9；
When steel ball moves in magnet photoelectricity gate-type point of rail mechanism 6, steel ball is through the feeding inlet in photoelectricity gate-type point of rail mechanism 6
A 8 enters, and then steel ball is by photoelectric door 63, and photoelectric door 63 has detected steel ball process at this time, and steel ball passes through to be located at and divide at this time
The inclination discharge end of 61 downside of rail gantry is rolled to the discharge port B 9 in 61 left side of point of rail frame, and subsequent steel ball is passing through photoelectricity
Cylinder III 62 acts when door 63, and then point of rail frame 61 is driven to decline, and steel ball can pass through the inclination for being located at 61 upside of point of rail frame at this time
Discharge end is rolled to the discharge port B 9 on 61 right side of point of rail frame, and then the effect of point of rail, final steel are realized on point of rail frame 61
Pearl moves to another sub- adjusting connecting with the discharge port B 9 in magnet photoelectricity gate-type point of rail mechanism 6 along adjustable track 10
In mechanism；
When steel ball moves in sprocket-type point of rail mechanism 7, steel ball through the feeding inlet A 8 in photoelectricity gate-type point of rail mechanism 6 into
Enter, then chain wheel II 72 rotates and then chain II 74 is driven to move, and the magnet type sucking disc 73 being arranged on chain II 74 at this time passes through
Steel ball can be sucked to when crossing feeding inlet A 8 and be driven its movement, sprocket-type point of rail mechanism 7 is interior, and there are two discharge port B 9, wherein
Cylinder IV 75 acts when steel ball passes through the discharge port B 9 concordant with push plate 76, and then drives push plate 76 that steel ball is pushed to enter discharging
Mouth B 9 encounters another discharge port in steel ball if the movement that steel ball when cylinder IV 75 is not operating on magnet type sucking disc 73 will continue to
When B9, discharge port B 9 can scrape the steel ball being adsorbed on magnet type sucking disc 73 at this time, and then steel ball enters this discharge port at this time
In B 9, so in sprocket-type point of rail mechanism 7 realize point of rail effect, final steel ball along adjustable track 10 move to
In another sub- regulating mechanism of the connection of discharge port B 9 in sprocket-type point of rail mechanism 7；
Since the connection type of adjustable track 10 and each sub- regulating mechanism can be changed arbitrarily, and wherein
It can achieve the effect that point of rail once a little regulating mechanism itself, so that motion path of the steel ball inside the present apparatus is with more
Sample increases the practicability and interest of toy.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (8)
1. the entertainment device of one kind of multiple circulating tracks, including track regulating mechanism and adjustable track (10), feature exists
In:
The track regulating mechanism is made of seven sub- regulating mechanisms, wherein seven sub- regulating mechanisms are respectively that staged rises machine
Structure (1), gravity type point of rail mechanism (2), comb shape tooth parallel-moving type lifting mechanism (3), crank-rocker style lifting mechanism (4), magnet are inhaled
Attached formula lifting mechanism (5), photoelectricity gate-type point of rail mechanism (6) and sprocket-type point of rail mechanism (7), wherein on seven sub- regulating mechanisms
Equipped with feeding inlet A (8) and discharge port B (9), wherein feeding inlet A (8) and the discharge port B (9) in seven sub- regulating mechanisms leads to respectively
It crosses adjustable track (10) arbitrarily to arrange in pairs or groups connection, seven sub- regulating mechanisms are used for independent adjusting motion path, described adjustable
Formula track (10) is a kind of combined orbit.
2. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: in the staged
Rising mechanism (1) includes stepped support frame (11), jacking frame I (12), jacking frame II (13) and cylinder I (14), three tops
Frame I (12) and jacking frame II (13) is risen to be movably arranged on respectively in stepped support frame (11), wherein jacking frame I (12) and
Jacking frame II (13) bottom is respectively equipped with cylinder I (14) for driving it to rise or fall.
3. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: the gravity type point
Rail mechanism (2) includes support plate (21), baffle (22) and notch plate (23), and the baffle (22) is rotatably installed in support plate (21)
On, the notch plate (23) is mounted on baffle (22), and the two sides of notch plate (23) are that arcuation is conveyed for point of rail.
4. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: the comb shape tooth is flat
Shifting formula lifting mechanism (3) includes Fu Erkeke wheel (31), bracket (32), gear I (33) and comb shape tooth (34), the Fu Erkeke
Wheel (31) is rotatably installed on bracket (32), and the side that wherein Fu Erkeke takes turns (31) is equipped with individual gear I (33) for outer
The input of boundary's power, the other side are equipped with several pitch wheels I (33), wherein position in several pitch wheels I (33)
It is rotation connection between gear I (33) and the Fu Erkeke wheel (31) at middle part and is to be fixedly connected between bracket (32),
Two comb shape teeth (34) be rotatably installed in Fu Erkeke wheel (31) both ends, and respectively with several pitch wheels I
(33) gear I (33) in positioned at both ends is fixedly connected.
5. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: the crank rocker
Formula lifting mechanism (4) includes stand type support (41), steel ball guide rail (42), cylinder II (43), gear II (44) and crank rocker group
Part, the steel ball guide rail (42) by cylinder II (43) be movably arranged on stand type support (41) end and on crank-rocker style
Feeding inlet A (8) alignment on mechanism (4) is risen, several gears II (44) are rotatably installed on stand type support (41) simultaneously respectively
Intermeshing, three groups of crank rocker assemblies are separately positioned on stand type support (41), wherein crank rocker component by crank (45),
Connecting rod (46) and rocking bar (47) composition, the crank (45) are rotatably installed on stand type support (41) and fix with gear II (44)
Connection, the rocking bar (47) are rotatably installed on stand type support (41), and one end of the connecting rod (46) and crank (45) rotation connect
It connects, the rotation connection of the other end and rocking bar (47), wherein the end of rocking bar (47) is open type designed for conveying steel ball.
6. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: the magnet absorption
Formula lifting mechanism (5) include vertical support frame (51), shaft (52), magnet-type crank (53), chain wheel I (54), chain I (55),
Steel ball frame (56) and gear III (57), four shafts (52) are rotatably installed in respectively on vertical support frame (51), shaft
(52) it is respectively equipped with magnet-type crank (53) on for grabbing steel ball, is in described in two of end in four shafts (52)
Shaft (52) is installed with chain wheel I (54) respectively, and the both ends of other two shafts (52) are installed with chain wheel I (54) respectively,
Two ipsilateral adjacent chain wheel Is (54) are connected by chain I (55), and equidistant setting is supporting five steel ball framves (56) respectively
In frame (51), wherein be located at the steel ball framves (56) of upper and lower end parts respectively with the feeding inlet A in magnet absorption formula lifting mechanism (5)
(8) it is aligned with discharge port B (9), and magnet-type crank (53) is the end of magnet-type crank (53) and corresponding when straight down
Steel ball frame (56) alignment at position.
7. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: the photoelectricity gate-type
Point of rail mechanism (6) includes point of rail frame (61), cylinder III (62) and photoelectric door (63), and the bottom of the point of rail frame (61) is equipped with cylinder
III (62) are used to adjust the height of point of rail frame (61), and wherein the inside of point of rail frame (61) is respectively equipped with two layers of inclination discharge end,
The photoelectric door (63) is arranged at the feeding inlet A (8) in electric switch formula point of rail mechanism (6), and wherein photoelectric door (63) is for detecting
Whether steel ball passes through.
8. the entertainment device of one kind of multiple circulating tracks according to claim 1, it is characterised in that: the sprocket-type point
Rail mechanism (7) includes support base (71), chain wheel II (72), magnet type sucking disc (73), chain II (74), cylinder IV (75) and push plate
(76), two chain wheel IIs (72) are rotatably installed on support base (71), and the chain II (74) is set in two chains
It takes turns on II (72), the magnet type sucking disc (73) is arranged on chain II (74) for adsorbing conveying steel ball, the push plate (76)
It is movably arranged on support base (71) by cylinder IV (75), and in push plate (76) and sprocket-type point of rail mechanism (7) wherein
One discharge port B (9) alignment.
Priority Applications (1)
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| CN201910427178.7A CN110090456A (en) | 2019-05-22 | 2019-05-22 | The entertainment device of one kind of multiple circulating tracks |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957724A (en) * | 2021-02-04 | 2021-06-15 | 浙江童园玩具有限公司 | Rolling ball circulation toy |
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| US4585166A (en) * | 1984-10-25 | 1986-04-29 | Mattel, Inc. | Collapsible toy automobile race course |
| CN106697750A (en) * | 2016-12-02 | 2017-05-24 | 广州市烨兴融集团有限公司 | Circulating vertical conveyer |
| CN206262085U (en) * | 2016-12-09 | 2017-06-20 | 郭胜利 | A kind of novel track toy |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4585166A (en) * | 1984-10-25 | 1986-04-29 | Mattel, Inc. | Collapsible toy automobile race course |
| CN106697750A (en) * | 2016-12-02 | 2017-05-24 | 广州市烨兴融集团有限公司 | Circulating vertical conveyer |
| CN206262085U (en) * | 2016-12-09 | 2017-06-20 | 郭胜利 | A kind of novel track toy |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112957724A (en) * | 2021-02-04 | 2021-06-15 | 浙江童园玩具有限公司 | Rolling ball circulation toy |
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Application publication date: 20190806 |