CN100562348C - Continuous shifting game equipment and method thereof - Google Patents
Continuous shifting game equipment and method thereof Download PDFInfo
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- CN100562348C CN100562348C CNB2008100076838A CN200810007683A CN100562348C CN 100562348 C CN100562348 C CN 100562348C CN B2008100076838 A CNB2008100076838 A CN B2008100076838A CN 200810007683 A CN200810007683 A CN 200810007683A CN 100562348 C CN100562348 C CN 100562348C
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Abstract
A kind of continuous shifting game equipment and method thereof relate to the recreation facility field.Solved existing recreation facility and can not realize the shortcoming travel alternately by the passenger cabin continuous shifting.By at least two whirligigs are set, and the diameter of per two adjacent whirligigs than with the station number than identical, station on each whirligig all is the circumference setting along whirligig, each station is placed a passenger cabin with the whirligig rotation movably, per two adjacent whirligigs are provided with a plurality of passenger cabins, and a plurality of passenger cabins are provided with continuously along its movement locus.Like this, in the whirligig rotation process, passenger cabin is shifted to another adjacent whirligig from a whirligig continuously, thereby make the visitor be shifted to another whirligig from a whirligig, back and forth do horizontal Eight characters motion, realized travelling alternately, brought bigger excitant and better amusement enjoyment.
Description
Technical field
The present invention relates to the play facility field, especially a kind of continuous shifting game equipment and method thereof.
Background technology
The rotary recreation facility in existing plane, generally be that the rotating disk that is parallel to horizontal plane produces rotation under power set (such as motor) dynamic action, the rotation rotating disk on otherwise the wooden horse that can move up and down is installed, in the rotating disk rotation,, wooden horse obtains the amusement enjoyment along with moving up and down, a plurality of passenger cabins (freight space that supplies the people to take) are set on rotating disk, as recreation facility " coffee cup ", passenger cabin together turns round or rotation with rotating disk on rotating disk.Also other equipment may be installed on the rotating disk, but what device existing rotary recreation facility no matter have on the rotating disk, realization all be to make the device on the rotating disk only on its rotating disk of installing, move.The recreation ground that has is equipped with several rotating disks, but no matter how these rotating disks distribute, they all can only each autorotation, and can not realize the motion of passenger cabin between different rotating disks, and this has significantly reduced the excitant of rotary recreation facility and recreational.
Summary of the invention
For this reason, technical problem to be solved by this invention is to provide a kind of excitant and recreational continuous shifting game equipment and method thereof of having more.
For solving the problems of the technologies described above, the technical solution used in the present invention is as follows:
A kind of continuous shifting game equipment comprises at least two mutual circumscribed whirligigs, and per two adjacent relative reverse rotations of described whirligig; Be provided with at least one station at each described whirligig upper edge circumference, each described station is placed a passenger cabin with described whirligig rotation movably, per two adjacent described whirligigs are provided with a plurality of described passenger cabins, and a plurality of described passenger cabins are provided with continuously along the movement locus of described passenger cabin; On two adjacent described whirligigs, simultaneously rotate to outside per two described stations at point of contact form a station group, comprise at least one idle station in each described station group; The below of per two adjacent described whirligigs also further comprises replaces the station of described passenger cabin from described working group to the conversion equipment of another idle station.
Described station on two adjacent described whirligigs evenly be provided with and the linear velocity of described station identical, the diameter of two adjacent described whirligigs than with the station number than identical, perhaps the diameter of two adjacent described whirligigs is identical with rotating speed, and evenly is provided with the station of equal number.
Each passenger cabin bottom is provided with a boss, and described conversion equipment comprises the inclined-plane inversion mechanism that is positioned at below, described outer point of contact and is positioned at each the described station ratchet hook mechanism below, that hook or unclamp described boss.
Described inclined-plane inversion mechanism comprises a wedge shape block structure and slideway at least; The bottom surface of described wedge shape block structure is the plane, and upper surface comprises that a surface has the domatic part of the gradient, and the downward bearing of trend of the gradient of described domatic part is opposite with described station linear velocity direction of position, point of contact outside described of described whirligig; Described slideway is vertical with the gradient bearing of trend of described domatic part;
Described ratchet hook mechanism comprises ratchet hook, turning cylinder, spring and push rod; Wherein:
One end of described ratchet hook is the hook end that is provided with hook, and the other end is terminal, and described hook end outer surface is a smooth bevel, and the hook face cooperates with the described boss of described passenger cabin bottom;
Described turning cylinder is the fulcrum that described ratchet hook rotates up and down;
One end of described spring is connected with described whirligig, and the other end is connected with the coupler body of described ratchet hook;
Described push rod is arranged at the below of described ratchet hook end, and is equipped with a slide guiding device, and described slide guiding device is fixedlyed connected with described whirligig, and described push rod is installed on the described slide guiding device and along described slide guiding device and slides up and down.
Described inclined-plane inversion mechanism also comprises a driving mechanism, be connected and drive described inclined-plane inversion mechanism with described inclined-plane inversion mechanism and slide along described slideway, described driving mechanism comprises with one of lower device: toggle, cam mechanism, Geneva mechanism, indexing mechanism, plug mechanism or gear mechanism.
Each described passenger cabin bottom is provided with guider, described conversion equipment comprises the guide rail mechanism that level is installed on described below, outer point of contact and cooperates with described guider, described guide rail mechanism is made up of two interconnective arc-shaped guide rails, and two described arc-shaped guide rails are identical with station movement locus shape on two adjacent described whirligigs of correspondence position respectively; Every described arc-shaped guide rail also comprises an introducing port and an export mouth respectively; Described guide rail mechanism below is provided with slide rail, and the bearing of trend of described slide rail is parallel with two adjacent described whirligig lines of centres, and described guide rail mechanism moves reciprocatingly on described slide rail.
Article two, the arc length of described arc-shaped guide rail is respectively less than the arc length between adjacent two the described stations on its pairing described whirligig.
Described conversion equipment comprises the horizontal splayed track that is arranged on per two adjacent described whirligig belows, each described passenger cabin bottom is provided with the wheel that matches with described horizontal splayed track, each annular of described horizontal splayed track respectively with two adjacent described whirligigs on described passenger cabin movement locus heavily be incorporated in described outer point of contact and locate to intersect.
A kind of passenger cabin interchanging method of continuous shifting passenger cabin recreation facility adopts above-mentioned equipment, and described method comprises the steps:
For per two adjacent, circumscribed and whirligigs of reverse rotation relatively mutually, passenger cabin is shifted on another adjacent described whirligig from a described whirligig when rotating to outer point of contact continuously.
Described station on two adjacent described whirligigs evenly be provided with and the linear velocity of described station identical, the diameter of two adjacent described whirligigs than with the station number than identical, perhaps the diameter of two adjacent described whirligigs is identical with rotating speed, and evenly is provided with the station of equal number.
The diameter range of two adjacent described whirligigs is a 0.5-15 rice, and the linear velocity scope of station is the 0.1-5 metre per second (m/s).
Technique scheme of the present invention is scheme compared to existing technology, by continuous shifting, makes that back and forth making the horizontal Eight characters when visitor travels between different rotating disks moves, and has stronger excitant and recreational.
Description of drawings
For the easier quilt of content of the present invention is clearly understood, below according to a particular embodiment of the invention and in conjunction with the accompanying drawings, the present invention is further detailed explanation, wherein
Fig. 1-a is the preferred embodiment of the present invention beginning schematic diagram of travelling;
Fig. 1-b is the schematic diagram after preferred embodiment of the present invention recreation facility fortune circles;
Fig. 2 is an inversion mechanism schematic diagram in inclined-plane in the conversion equipment of the present invention;
Fig. 3 is a ratchet hook mechanism schematic diagram in the conversion equipment of the present invention;
Fig. 4 is the generalized section that conversion equipment of the present invention is installed on the rotating disk bottom;
Fig. 5 is the conversion equipment middle guide structural scheme of mechanism of other embodiments of the invention;
Fig. 6 is a horizontal Eight characters track schematic diagram in the conversion equipment of other embodiments of the invention.
The specific embodiment
Continuous shifting game equipment of the present invention includes two or more whirligigs circumscribed, that diameter is identical or different mutually, wherein circumscribed notion is circumscribed on the theory significance, be that per two adjacent whirligigs are positioned at same plane, but contact physically to be arranged not necessarily, can not embody fully from equipment surface, equivalent in meaning after this paper about the argumentation of " circumscribed ".The excircle place of whirligig is arranged at intervals with station, and station is used for placing movably passenger cabin, and each station can be placed a passenger cabin, does not perhaps place passenger cabin and forms idle station.Distance between the device that passenger cabin confession under directions visitor takes, two adjacent passenger cabins meets national safety standard.Per two adjacent whirligigs are provided with a plurality of passenger cabins, and a plurality of passenger cabins are provided with continuously along the movement locus of passenger cabin in the equipment operation process.Recreation facility of the present invention also is provided with power set and conversion equipment, and above-mentioned power set provide the rotation of power driven rotary device to whirligig.Above-mentioned conversion equipment is used for passenger cabin is shifted on the idle station of another whirligig from a whirligig.The below of per two adjacent described whirligigs all is provided with a conversion equipment.
When whirligig rotates, the station on each whirligig all will go on the position, outer point of contact between two whirligigs successively, and the zone, outer point of contact between per two adjacent whirligigs is the transposition position.Unique design of the present invention makes when a station on the whirligig turns to the transposition position, must have a station also to rotate to this transposition position simultaneously on the whirligig that is adjacent, these two turn to locational two stations of transposition together and constitute a station group in the moment that is in the transposition position.Because not necessarily regular collocation of two stations in the difference of diameter, quantity, rotating speed and the station number of whirligig, station group.It is idle station that two stations in the station group have a station at least, and the best is that a station of station group is provided with passenger cabin, and another station is an idle station.
In the game process, passenger cabin will be shifted on the idle station from the passenger cabin station is arranged under the driving of conversion equipment.Again with the direction opposite with former direction of rotation along with the whirligig that newly is shifted to rotates continuously.So, by continuous shifting, make each visitor all can be respectively in passenger cabin along with passenger cabin is back and forth being done horizontal Eight characters motion, move on another whirligig from a whirligig, the visitor can obtain bigger enjoyment and more amusement is enjoyed.
In the following embodiments, the diameter of supposing adjacent whirligig than with set station number than identical, station on each whirligig all is to be uniformly distributed on the circumference of whirligig, the linear velocity that each station rotates is identical, have only a station to be placed with passenger cabin in the station group, another station is empty.
For ease of explanation, the whirligig of following embodiment all is example with the rotating disk.Certain whirligig of the present invention is not limited to rotating disk, also can be other forms of whirligig, and the skeleton whirligig of dispersing outward such as mind-set therefrom is as long as can realize that purpose of the present invention is all within protection scope of the present invention.
Embodiment
Be the motion initial state figure of the embodiment of the invention shown in Fig. 1-a, the recreation facility of present embodiment all is that rotating disk 1 and 2 two rotating disks of rotating disk of 10 meters are formed by diameter.Evenly being provided with five stations on the rotating disk 1 is respectively: station 11,12,13,14,15, evenly being provided with five stations on the rotating disk 2 too is respectively: station 21,22,23,24,25, wherein station 11 and 21, station 12 and 22, station 13 and 23, station 14 and 24, station 15 and 25 rotate to the outer point of contact formation station group of two rotating disks respectively successively simultaneously, and zone, outer point of contact is the transposition position.Passenger cabin is provided with continuously along the movement locus of passenger cabin in the equipment operation process, when starting working in the present embodiment, the station of rotating disk 1 is empty entirely, be placed with passenger cabin on the station of rotating disk 2 all, place the station shadow representation of passenger cabin, rotating disk 1 is rotation in a clockwise direction under the drive of power set motor (herein also can be other power set), rotating disk 2 rotates in a counter-clockwise direction under the drive of power set motor, the rotational line speed identical (the linear velocity scope is 0.1m/s to 5m/s) of station on rotating disk 1 and the rotating disk 2.When station 11 and station 21 were positioned at the transposition position, conversion equipment moved to the passenger cabin on the station 21 on the station 11, and the passenger cabin on the rotating disk 2 is changed on the rotating disk 1; When station 12 and station 22 were positioned at the transposition position, conversion equipment moved to the passenger cabin on the station 22 on the station 12, and passenger cabin is changed on the rotating disk 1 from rotating disk 2; When station 13 and 23 was positioned at the transposition position, the passenger cabin on the station 23 of rotating disk 2 was moved on the station 13 of rotating disk 1; When station 14 and station 24 are positioned at the transposition position, then the passenger cabin on the station on the rotating disk 2 24 is moved on the station 14 of rotating disk 1 by conversion equipment; When station 15 and station 25 are positioned at the transposition position, then the passenger cabin on the station on the rotating disk 2 25 is moved on the station 15 of rotating disk 1 by conversion equipment, the passenger cabin on the rotating disk 2 is moved on the rotating disk 1 successively like this.Rotating disk has rotated after the circle, and the distribution of passenger cabin is shown in Fig. 1-b on rotating disk 1 and the rotating disk 2, and all stations of rotating disk 1 are all occupied by passenger cabin, and all stations of rotating disk 2 all are empty.Rotating disk continues rotation, and then the passenger cabin on the rotating disk 1 is moved on the rotating disk 2 again in turn, and when the second circle rotation was finished, the passenger cabin distribution situation on rotating disk 1 and the rotating disk 2 was shown in Fig. 1-a, and the state of the beginning of travelling is got back in the distribution of passenger cabin again.
To shown in Figure 4, conversion equipment comprises the inclined-plane inversion mechanism 8 and the ratchet hook mechanism 9 that is positioned on each station below the transposition position between two rotating disks as Fig. 2.
See the ratchet hook mechanism first, in the present embodiment, each station all is equipped with a ratchet hook mechanism 9 respectively, be as shown in Figure 3 in the transposition process, a passenger cabin will arrive the schematic diagram of transposition position, and the ratchet hook mechanism that has 5 left and right sides, passenger cabin bottom of boss 6 is respectively the ratchet hook mechanism of two stations in the station group of passenger cabin transposition front and back.
As shown in Figure 3, ratchet hook mechanism 9 comprises turning cylinder 91, ratchet hook 92, spring 93, push rod 94 and sliding sleeve 95.The passenger cabin of present embodiment bottom 5 along the circumferential direction is provided with the downward boss 6 of a circle, and passenger cabin bottom 5 also can be that cabin seat and the passenger cabin that has a boss is the form of split in other embodiments; Boss 6 is used for cooperatively interacting with ratchet hook 92, and boss 6 also can adopt each station that the form of a boss rather than a circle is set certainly; Ratchet hook 92 is fixed in each station below by turning cylinder 91 and spring 93, thereby thereby should make ratchet hook 92 can hook boss 6 in the transposition position with the position relation of boss 6 hooks passenger cabin or unclamp boss 6 and decontrol passenger cabins.
One end of ratchet hook 92 is the hook end that is provided with hook, the other end is terminal (promptly not that end of buckle), the hook face is that the inner surface of hook cooperates with the boss 6 of passenger cabin bottom 5, the outer surface of hook end is a smooth bevel, and smooth bevel is convenient to ratchet hook 92 and can be slipped into passenger cabin bottom 5 and hook the boss 6 of passenger cabin bottom 5.One end of spring 93 is fixed under each rotating disk, and the other end is connected with the coupler body of ratchet hook 92, and in Fig. 3 and embodiment shown in Figure 4, the other end of spring 93 is connected with the upper surface of ratchet hook 92 ends.The below of ratchet hook 92 ends vertically is provided with a sliding sleeve 95, sliding sleeve 95 is fixedlyed connected with each rotating disk, sliding sleeve 95 is used to hold push rod 94 and makes it and slides up and down in sliding sleeve 95, and the lower surface of ratchet hook 92 ends can come in contact with the upper end of push rod 94 in the transposition process.The effect of turning cylinder 91 is similar to the fulcrum of lever, makes ratchet hook 92 under the acting in conjunction of spring 93 and push rod 94, is that rotate up and down at the center with turning cylinder 91.
In other embodiments, spring 93 also can be installed on other positions of ratchet hook 92, such as is positioned at the below of ratchet hook 92 hook ends, as long as can guarantee that ratchet hook 92 is under the effect of spring 93, with turning cylinder 91 is that rotate up and down at the center, realizes that the function that resets gets final product.
As shown in Figure 2, be the schematic diagram of inclined-plane inversion mechanism in the conversion equipment of the embodiment of the invention one, as shown in Figure 4, inclined-plane inversion mechanism 8 is installed on two belows, transposition positions between the rotating disk.Inclined-plane inversion mechanism 8 comprises a wedge shape block structure, its bottom surface is the plane, upper surface is divided into a planar section and a domatic part 81, the side of planar section is thick end face 86, domatic part 81 has certain slope, station on the downward bearing of trend of the gradient (being arrow direction among Fig. 2) and two rotating disks is opposite in the linear velocity direction of transposition position, this gradient size and domatic length should meet the following conditions: cooperate with push rod 94 to make that push rod 94 upwards slides along domatic part 81 in the transposition process, push rod 94 is up, the hook end of ratchet hook 92 that the passenger cabin station is arranged is under the effect of push rod 94, with turning cylinder 91 is that the center rotates, and the boss 6 of the bottom 5 that leaves the cockpit gradually, until breaking off relations fully.The effect of domatic part 81 is the rotary motion trace that limit ratchet hook mechanism 9, the width of domatic part 81 is decided according to concrete condition, as long as make when inclined-plane inversion mechanism 8 is positioned at the transposition position in the game precess, the lower end that the push rod 94 of passenger cabin station arranged contacts with domatic part 81 and push rod 94 lower ends of idle station just do not contact with domatic part 81 and can realize purpose of the present invention.Inclined-plane inversion mechanism 8 also is equipped with two slideways 85 and a crank connecting rod sliding block mechanism in the present embodiment.Article two, the bearing of trend of the slideway 85 that is parallel to each other is vertical with the downward bearing of trend of the gradient of domatic part 81, glide direction is parallel to the line of centres of two rotating disks, slideway 85 is used to place the wedge shape block structure and enables along slideway 85 slips, its objective is domatic part 81 is horizontally slipped between two stations below the transposition position along slideway 85, to satisfy the needs that ratchet hook 92 hooks passenger cabin or decontrols passenger cabin.The quantity of slideway 85 can not be defined as two, as long as can satisfy the purpose that the direction of the line of centres that can make wedge shape structure be parallel to two rotating disks in slideway 85 upper edges is slided.The effect of crank connecting rod sliding block mechanism is to drive the wedge shape block structure to slide along slideway 85; Crank connecting rod sliding block mechanism is made of crank axle 82, crank 83 and connecting rod 84, and crank 83 is connected with crank axle 82, and the wedge shape block structure is connected by connecting rod 84 with crank 83; When crank axle 82 rotated under power set drive, crank 83 also rotated thereupon, drives the wedge shape block structure by connecting rod 84 and do horizontal reciprocating movement on slideway 85.
Specifically describe the course of work of conversion equipment below.Please refer to Fig. 3, when passenger cabin bottom 5 will arrive the transposition position, suppose that the passenger cabin among Fig. 3 is about to replace to the idle station on right side from the passenger cabin station that has in left side, being arranged so that when needs replace of present embodiment, the wedge shape block structure just slides to the below of passenger cabin station along slideway 85, realize the mechanical means that this point can be by a lot of routines or by a single-chip microcomputer, a CPU or the like variety of way is set, this does not give unnecessary details; And at this moment the wedge shape block structure should be left push rod 94 lower ends of idle station, and the wedge shape block structure cuts little ice to the push rod 94 of idle station, and this moment, the ratchet hook 92 of idle station was only stressed in spring 93 and turning cylinder 91.Then, this end that the passenger cabin station is arranged in the left side, when the lower end of push rod 94 touches domatic part 81, along with being rotated further of rotating disk will be in face of the slope and on, it is terminal up that the upper end of push rod 94 heads on ratchet hook 92 gradually, spring 93 is compressed, ratchet hook 92 is that rotate at the center with turning cylinder 91, the hook end of ratchet hook 92 is descending, unclamps the boss 6 of passenger cabin bottom 5 gradually, and passenger cabin is broken off relations.Meanwhile, the boss 6 of passenger cabin bottom 5 puts in the idle station of right side just gradually, and progressively depress the hook end smooth bevel of the ratchet hook 92 of right side idle station, the hook end of ratchet hook 92 is that the center is depressed gradually with turning cylinder 91, spring 93 is compressed, stretch into fully in the idle station of right side until boss 6, ratchet hook 92 resets under spring 93 effects, and the hook face of ratchet hook 92 hooks boss 6 fully.Rotating disk is rotated further, and the ratchet hook 92 in this moment left side is thrown off with boss 6 fully, because boss 6 is hooked by the ratchet hook 92 on right side, passenger cabin continues to rotate with the rotating disk on right side, thereby the passenger cabin of having finished a station replaces.
Shown in Fig. 1-b, above process can regard that the passenger cabin on the station 11 replaces to the specific descriptions of station 21 among Fig. 1-b as.Afterwards, continuous coordinated transposition passenger cabin recreation facility principle according to this remains in operation, and detailed process repeats no more herein.
In other embodiments, the width of domatic part 81 can be decided according to concrete condition, perhaps can vertical segmentation become two parts, adopts between these two parts to be rigidly connected.Domatic part 81 also can be with replacements such as cam or rollers, and crank connecting rod sliding block mechanism also can use cam mechanism, Geneva mechanism, indexing mechanism, plug mechanism or gear mechanism to replace, and the ratchet hook mechanism can also be designed to hold-fast body.Because said mechanism all is a prior art, this does not give unnecessary details.
In other embodiments, conversion equipment of the present invention can also be designed to comprise guide rail mechanism and controlling organization.Be illustrated in figure 5 as the schematic top plan view of guide rail mechanism, wherein dotted line is depicted as rotating disk 1 and 2, and guide rail mechanism is made up of A-A ' and two interconnective arc-shaped guide rails of B-B '.Two arc-shaped guide rails of A-A ' and B-B ' are welded to each other together in the present embodiment, certainly can also adopt in other embodiments to be spirally connected or mode mechanically commonly used such as one-body molded, and this does not give unnecessary details.The guide rail mechanism level is installed on the below of transposition position, be used for passenger cabin is shifted to another rotating disk from a rotating disk, the below of guide rail mechanism is provided with the slide rail that direction is C-C ', makes it to horizontally slip along slide rail, because of slide rail is not the emphasis of present technique, no longer describe in detail.The radius of A-A ' and two arc-shaped guide rail major parts of B-B ' respectively with rotating disk 1 and rotating disk 2 radius approximately equals; Article two, arc-shaped guide rail is identical with the station movement locus shape on the rotating disk 2 with the rotating disk 1 of correspondence position respectively; Article two, the length of arc-shaped guide rail is respectively less than the arc length between adjacent two stations on rotating disk 1 and the rotating disk 2.Controlling organization can adopt the mechanical means of a lot of routines or by a single-chip microcomputer, a CPU or the like variety of way is set, this does not give unnecessary details.Under the drive of controlling organization, guide rail mechanism moves reciprocatingly on the track parallel with the adjacent discs line of centres, makes first introducing port 16 of passenger cabin transposition front arc guide rail or second introducing port 26 the passenger cabin station be arranged towards transposition is locational just.Each passenger cabin bottom also is provided with the guider that matches with arc-shaped guide rail runs in the arc-shaped guide rail passenger cabin, and in the present embodiment, guider is a pulley.Still be depicted as example with Fig. 1-b, the passenger cabin on the station 11 of rotating disk 1 will replace to an idle station 21 of rotating disk 2, supposes that still the diameter of rotating disk 1 and rotating disk 2 is identical, rotating speed is identical.In the transposition process, when two stations all turn to the transposition position, guide rail mechanism slides left along slide rail under the control of controlling organization in advance, make passenger cabin slide into arc-shaped guide rail B-B ' from second introducing port 26, when passenger cabin slides into second export mouth 27 in arc-shaped guide rail B-B ', this moment, passenger cabin was shifted to rotating disk 2, was rotated further with rotating disk 2, thereby had realized the passenger cabin transposition.
Pulley in the foregoing description also can sliding sleeve, the guiders such as axle head of slip substitute, as long as can realize the object of the invention, all within protection domain of the present invention.
Process realizes that with the conversion equipment that aforesaid inclined-plane inversion mechanism and ratchet hook are formed the mechanism of transposition is identical later on, repeats no more.
In other embodiments, conversion equipment in the present embodiment can also be designed to following form: as shown in Figure 6, be provided with a horizontal splayed track in the bottom of two rotating disks, wherein dotted line is depicted as rotating disk 1 and 2, each annular of horizontal splayed track overlaps with passenger cabin movement locus on two rotating disks respectively, two circular orbits intersect in the transposition position, form horizontal splayed track as shown in Figure 6, say that on the whole the size of horizontal splayed track is consistent with the track that shape and single passenger cabin are finished once horizontal Eight characters motion formation.Be equipped with the wheel that matches with horizontal splayed track in the bottom of each passenger cabin, make passenger cabin can be under the promotion of rotating disk with dial rotation on horizontal splayed track.When passenger cabin moves to the transposition position, wheel below the passenger cabin continues to travel forward towards rectilinear direction along track naturally, enter another ring ring then, passenger cabin is shifted to another adjacent rotating disk and embeds the corresponding idle station from a rotating disk naturally, along with the rotating disk of new embedding is rotated further.Like this,, make passenger cabin do the horizontal Eight characters and move that passenger cabin is every once just to be shifted to adjacent rotating disk once from a rotating disk through the transposition position along horizontal splayed track because horizontal splayed track plays guide effect to the motion of passenger cabin.This horizontal splayed track can be single track or double track, and because the cooperation of the wheel of passenger cabin bottom and horizontal splayed track is similar to the cooperation of train wheel and track for a train, this does not give unnecessary details to belong to routine techniques.
The conversion equipment of process and aforesaid inclined-plane inversion mechanism and ratchet hook composition realizes that the mechanism of transposition is similar later on, repeats no more.
Passenger cabin on rotating disk 1 and the rotating disk 2 is accompanied by rotating disk and whenever rotates a circle and just exchange the position one time like this, and when rotating disk rotation odd number circle, rotating disk 2 becomes sky; When rotating disk rotation even number circle, the state when just having begun to rotate is got back in the passenger cabin distribution on rotating disk 1 and the rotating disk 2 again, and promptly rotating disk 1 is empty.Like this, along with the rotation of rotating disk 1 and rotating disk 2, the visitor of passenger cabin is then done motion in the other direction again along with passenger cabin ceaselessly forwards to another rotating disk from a rotating disk, the moving circle of rotating disk revolution, and the visitor in the passenger cabin is changed to another rotating disk once from a rotating disk.The visitor can realize bigger enjoyment in this reciprocal conversion and motion in the other direction and more amusement is enjoyed.
Above-mentioned be with rotating disk 1 serve as empty and rotating disk 2 on station on all to be provided with passenger cabin be example, the passenger cabin number on certain present embodiment rotating disk 2 also can be 4,3,2,1, can realize purpose of the present invention equally.
Equally, as an alternative embodiment of the invention, two adjacent rotating disks can be designed as the diameter difference, station is counted difference, if diameter than with set station number than identical, the station on each whirligig all is to be uniformly distributed on the circumference of whirligig, the linear velocity that each station rotates is identical, the number of set passenger cabin is no more than the station number on the little whirligig of diameter, then can realize purpose of the present invention, but also uneven distribution of certain above-mentioned station.
As another distortion of this example, a plurality of rotating disks can be set line up or surround circle, can realize purpose of the present invention equally.
Recreation facility of the present invention in a word can realize that the visitor back and forth does horizontal Eight characters motion between different rotating disks, bring more stimulation of visitor and enjoyment.
Obviously, the foregoing description only is for example clearly is described, and is not the qualification to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here need not also can't give exhaustive to all embodiments.And conspicuous variation of being extended out thus or change still are among the protection domain of the invention.
Claims (11)
1. continuous shifting game equipment is characterized in that: comprise at least two mutual circumscribed whirligigs, and per two adjacent relative reverse rotations of described whirligig; Be provided with at least one station at each described whirligig upper edge circumference, each described station is suitable for placing movably a passenger cabin with described whirligig rotation, per two adjacent described whirligigs are provided with a plurality of described passenger cabins, and a plurality of described passenger cabins are provided with continuously along the movement locus of described passenger cabin; On two adjacent described whirligigs, simultaneously rotate to outside per two described stations at point of contact form a station group, comprise at least one idle station in each described station group; The below of per two adjacent described whirligigs also further comprises replaces the station of described passenger cabin from described working group to the conversion equipment of another idle station.
2. equipment according to claim 1, it is characterized in that: the described station on two adjacent described whirligigs evenly be provided with and the linear velocity of described station identical, the diameter of two adjacent described whirligigs than with the station number than identical, perhaps the diameter of two adjacent described whirligigs is identical with rotating speed, and evenly is provided with the station of equal number.
3. equipment according to claim 1 and 2, it is characterized in that: each passenger cabin bottom is provided with a boss, and described conversion equipment comprises the inclined-plane inversion mechanism that is positioned at below, described outer point of contact and is positioned at each the described station ratchet hook mechanism below, that hook or unclamp described boss.
4. equipment according to claim 3 is characterized in that: described inclined-plane inversion mechanism comprises a wedge shape block structure and slideway at least; The bottom surface of described wedge shape block structure is the plane, and upper surface comprises that a surface has the domatic part of the gradient, and the downward bearing of trend of the gradient of described domatic part is opposite with described station linear velocity direction of position, point of contact outside described of described whirligig; Described slideway is vertical with the gradient bearing of trend of described domatic part;
Described ratchet hook mechanism comprises ratchet hook, turning cylinder, spring and push rod; Wherein:
One end of described ratchet hook is the hook end that is provided with hook, and the other end is terminal, and described hook end outer surface is a smooth bevel, and the hook face cooperates with the described boss of described passenger cabin bottom;
Described turning cylinder is the fulcrum that described ratchet hook rotates up and down;
One end of described spring is connected with described whirligig, and the other end is connected with the coupler body of described ratchet hook;
Described push rod is arranged at the below of described ratchet hook end, and is equipped with a slide guiding device, and described slide guiding device is fixedlyed connected with described whirligig, and described push rod is installed on the described slide guiding device and along described slide guiding device and slides up and down.
5. equipment according to claim 4, it is characterized in that: described inclined-plane inversion mechanism also comprises a driving mechanism, be connected and drive described inclined-plane inversion mechanism with described inclined-plane inversion mechanism and slide along described slideway, described driving mechanism comprises with one of lower device: toggle, cam mechanism, Geneva mechanism, indexing mechanism, plug mechanism or gear mechanism.
6. equipment according to claim 1 and 2, it is characterized in that: each described passenger cabin bottom is provided with guider, described conversion equipment comprises the guide rail mechanism that level is installed on described below, outer point of contact and cooperates with described guider, described guide rail mechanism is made up of two interconnective arc-shaped guide rails, and two described arc-shaped guide rails are identical with station movement locus shape on two adjacent described whirligigs of correspondence position respectively; Every described arc-shaped guide rail also comprises an introducing port and an export mouth respectively; Described guide rail mechanism below is provided with slide rail, and the bearing of trend of described slide rail is parallel with two adjacent described whirligig lines of centres, and described guide rail mechanism moves reciprocatingly on described slide rail.
7. equipment according to claim 6 is characterized in that: the arc length of two described arc-shaped guide rails is respectively less than the arc length between adjacent two the described stations on its pairing described whirligig.
8. equipment according to claim 1 and 2, it is characterized in that: described conversion equipment comprises the horizontal splayed track that is arranged on per two adjacent described whirligig belows, each described passenger cabin bottom is provided with the wheel that matches with described horizontal splayed track, each annular of described horizontal splayed track respectively with two adjacent described whirligigs on described passenger cabin movement locus heavily be incorporated in described outer point of contact and locate to intersect.
9. the passenger cabin interchanging method of a continuous shifting passenger cabin recreation facility adopts as any described equipment of claim 1-8, and it is characterized in that: described method comprises the steps:
For per two adjacent, circumscribed and whirligigs of reverse rotation relatively mutually, passenger cabin is shifted on another adjacent described whirligig from a described whirligig when rotating to outer point of contact continuously.
10. method according to claim 9, it is characterized in that: the described station on two adjacent described whirligigs evenly be provided with and the linear velocity of described station identical, the diameter of two adjacent described whirligigs than with the station number than identical, perhaps the diameter of two adjacent described whirligigs is identical with rotating speed, and evenly is provided with the station of equal number.
11. method according to claim 10 is characterized in that: the diameter range of two adjacent described whirligigs is a 0.5-15 rice, and the linear velocity scope of station is the 0.1-5 metre per second (m/s).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2008100076838A CN100562348C (en) | 2008-02-03 | 2008-03-06 | Continuous shifting game equipment and method thereof |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810006204.0 | 2008-02-03 | ||
| CN200810006204 | 2008-02-03 | ||
| CNB2008100076838A CN100562348C (en) | 2008-02-03 | 2008-03-06 | Continuous shifting game equipment and method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101239241A CN101239241A (en) | 2008-08-13 |
| CN100562348C true CN100562348C (en) | 2009-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2008100076838A Expired - Fee Related CN100562348C (en) | 2008-02-03 | 2008-03-06 | Continuous shifting game equipment and method thereof |
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| Country | Link |
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| CN (1) | CN100562348C (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100562348C (en) * | 2008-02-03 | 2009-11-25 | 王春生 | Continuous shifting game equipment and method thereof |
| CN100562349C (en) * | 2008-02-03 | 2009-11-25 | 王春生 | Continuous coordinated transposition recreation facility and method thereof |
| CN101954189B (en) * | 2009-07-15 | 2012-06-20 | 储小武 | 8-shaped revolving recreational machine |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4253658A (en) * | 1977-01-12 | 1981-03-03 | Henry Fleischer | Folding juvenile chair attachable to a table top |
| CN2160442Y (en) * | 1993-07-03 | 1994-04-06 | 杨健 | Happy animal rotary disc |
| DE4418594A1 (en) * | 1994-05-27 | 1994-10-13 | Walter Loidl | Roundabout |
| CN101239241A (en) * | 2008-02-03 | 2008-08-13 | 王春生 | Continuous shifting game equipment and method thereof |
| CN201154210Y (en) * | 2008-02-03 | 2008-11-26 | 王春生 | Capsule cabin play equipment with coordinated transposition function |
-
2008
- 2008-03-06 CN CNB2008100076838A patent/CN100562348C/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4253658A (en) * | 1977-01-12 | 1981-03-03 | Henry Fleischer | Folding juvenile chair attachable to a table top |
| CN2160442Y (en) * | 1993-07-03 | 1994-04-06 | 杨健 | Happy animal rotary disc |
| DE4418594A1 (en) * | 1994-05-27 | 1994-10-13 | Walter Loidl | Roundabout |
| CN101239241A (en) * | 2008-02-03 | 2008-08-13 | 王春生 | Continuous shifting game equipment and method thereof |
| CN201154210Y (en) * | 2008-02-03 | 2008-11-26 | 王春生 | Capsule cabin play equipment with coordinated transposition function |
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| CN101239241A (en) | 2008-08-13 |
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