CN208785743U - A kind of indoor upper-air high speed lifting scene switching experiencing system - Google Patents

Abstract

The utility model discloses a kind of indoor upper-air high speed lifting scenes to switch experiencing system, comprising: sets up tourist's lifting device and ring virtual environment equipment in hollow pyramidal structure body separately；Tourist's lifting device, which is equipped with, the tourist of vertical lifting to be gone up and down cockpit in hollow pyramidal structure body and go up and down the top stop position that cockpit hovers at top for tourist, run to tourist's lifting cockpit energy linkage control of top stop position and opened joint control movable switch wall；Joint control movable switch wall is located at the top of hollow pyramidal structure body, the joint control movable switch wall is equipped with multiple loose-leaf system walls, tourist's lifting seat that multiple loose-leaf system walls are in the top stop position hovering of tourist's lifting device is all out of my cabin, can open the periphery for not blocking tourist's lifting device or the periphery of tourist's lifting device is blocked in closing.The system can be opened the light wall by tourist's lifting device linkage control linkage type activity, realized artificial scene and outdoor true high-altitude scene in switching chamber, brought different experience for tourist.

Description

A kind of indoor upper-air high speed lifting scene switching experiencing system

Technical field

The utility model relates to amusement facilities more particularly to a kind of indoor upper-air high speed lifting scene to switch experiencing system.

Background technique

Currently, being provided with high speed lifting experiencing system, this kind of system in many recreation grounds and theme park on the market System promotes the fast up-down function in tourist's carrying platform realization vertical direction by movable machinery, experiences tourist by high speed Elevating movement bring weightlessness and overweight feeling and the underslung experience of outdoor overhead stimulate.As high-new video display play The development of technology, more and more high speed lifting experiencing systems start to incorporate audio-visual technology, however such experiencing system be only capable of it is rich Its rich indoor artificial scene experience content, can not make tourist while experience is by indoor audio-visual technology bring diversification visual context With the stimulation of outdoor overhead suspension type body-sensing, the truly feels of high-altitude stimulation are reduced, i.e., current high speed goes up and down experiencing system There are problems that lacking indoor Virtual Space and outdoor real space switches.

Utility model content

Based on the problems of prior art, the purpose of the utility model is to provide a kind of indoor upper-air high speed lifting feelings Scape switches experiencing system, is able to achieve the switching of indoor Virtual Space and outdoor real space, during making high speed vertical lifting Indoor Virtual Space and outdoor real space are experienced in switching when tourist is in different location, solve the experiencing system of high speed lifting at present Existing lacks the problem of indoor Virtual Space switches with outdoor real space.

The purpose of this utility model is achieved through the following technical solutions:

The utility model embodiment provides a kind of indoor upper-air high speed lifting scene switching experiencing system, comprising:

Hollow pyramidal structure body, ring virtual environment equipment, tourist's lifting device and joint control movable switch wall；Wherein,

Tourist's lifting device is not arranged for the hollow pyramidal structure internal body portion and the ring virtual environment is set Standby, tourist's lifting device is in the circular space of the ring virtual environment equipment；

Tourist's lifting device be equipped with can in the hollow pyramidal structure body vertical lifting tourist's lifting seat Cabin and the top stop position to hover for tourist lifting cockpit at top, run to the trip of the top stop position Visitor's lifting cockpit energy linkage control opens the joint control movable switch wall；

The joint control movable switch wall is located at the top of the hollow pyramidal structure body, which is equipped with multiple Loose-leaf system wall, the multiple loose-leaf system wall are in the tourist of the top stop position hovering of tourist's lifting device Lifting seat is all out of my cabin, can open the periphery for not blocking tourist's lifting device or the outer of tourist's lifting device is blocked in closing Week.

The indoor upper-air provided by the embodiment of the utility model it can be seen from above-mentioned technical solution provided by the utility model High speed lifting scene switches experiencing system, it has the advantage that:

By the way that joint control movable switch wall is arranged at the top of hollow pyramidal structure body, and in inside, ring virtual ring is set Border equipment, forms a kind of inside and can be carried out indoor artificial scene and show, top can open true high-altitude outside unobstructed viewing The hollow tower-shaped space of scene goes up and down cockpit by the tourist of tourist's lifting device and opens connection in top stop position linkage control Movable switch wall is controlled, indoor virtual scene and the controllable switching of true high-altitude scene linkage are realized, in the hollow pyramidal structure body The tourist that tourist goes up and down cockpit is provided during high speed vertical lifting, can switch and experience indoor artificial scene and outdoor true height Hovering is hung.The experiencing system compensates for the deficiency that existing high-altitude experiencing system only has single Scenario experiences, enriches the sense of tourist Official's experience, can be incorporated while experiencing high speed elevating movement around virtual indoor scene environment, pass through indoor and outdoor spaces It is instantaneous switching bring interesting amusement experience.

Detailed description of the invention

It, below will be to required in embodiment description in order to illustrate more clearly of the technical solution of the utility model embodiment The attached drawing used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the utility model Example, for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is the whole facade that indoor upper-air high speed lifting scene provided by the embodiment of the utility model switches experiencing system Schematic diagram；

Fig. 2 is that annular high speed tourist provided by the embodiment of the utility model goes up and down cockpit and ring virtual environment system Top view；

Fig. 3 is the loose-leaf system wall body structure schematic diagram of joint control movable switch wall provided by the embodiment of the utility model；

Fig. 4 is the axis geodesic structure signal of the loose-leaf system wall of joint control movable switch wall provided by the embodiment of the utility model Figure；

Fig. 5 is the stroke controllable type driving of the loose-leaf system wall of joint control movable switch wall provided by the embodiment of the utility model The axis geodesic structure schematic diagram of device；

Fig. 6 is the axis of the lower hinge device of the loose-leaf system wall of joint control movable switch wall provided by the embodiment of the utility model Geodesic structure schematic diagram；

In figure: the hollow pyramidal structure body of 1-；2- joint control movable switch wall；21- outline border；211- framework junction part；Outside 212- Free bearing on frame；Free bearing under 213- outline border；22- window；221- window arrangement part；Free bearing on 222- window；Free bearing under 223- window； 23- upper hinge device；231- upper pin；232- backing plate；233- split pin；24- lower hinge device；241- interstage sleeve；242- transmission Axis；243- transverse bearing；244- thrust bearing；25- buffer unit；251- fixed block；252- buffer；26- stroke controllable type Driving device；261- clamps driving lever；262- pin shaft；263- articulated joint；264- power device；265- position detecting device；3- trip Objective lifting device；31- tourist goes up and down cockpit；32- upright lifting mechanism；4- ring virtual environment equipment；41- lightning special efficacy lamp Optical assembly；42- simulates special efficacy fog machine；43- annular space audio device；44-360 ° of ring video device.

Specific embodiment

Below with reference to the attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear Chu is fully described by, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole realities Apply example.Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without making creative work The every other embodiment obtained, belongs to the protection scope of the utility model.It is not described in detail in the utility model embodiment Content belong to the prior art well known to professional and technical personnel in the field.

As shown in Figure 1, 2, the utility model embodiment provides a kind of indoor upper-air high speed lifting scene switching experiencing system, The system is able to achieve the switching of indoor artificial scene and outdoor real space, provides room for the tourist during high speed vertical lifting The suitching type of interior artificial scene and outdoor real space is experienced, comprising:

Hollow pyramidal structure body 1, ring virtual environment equipment 4, tourist's lifting device 3 and joint control movable switch wall 2；Its In, tourist's lifting device 3 and ring virtual environment equipment 4, tourist's lifting device are respectively set inside hollow pyramidal structure body 1 3 in the circular space of ring virtual environment equipment 4；

Tourist's lifting device 3, which is equipped with, the tourist of vertical lifting to be gone up and down cockpit 31 in hollow pyramidal structure body 1 and for trip The top stop position that visitor's lifting cockpit 31 hovers at top, running to tourist's lifting cockpit 31 of top stop position can link Joint control movable switch wall 2 is opened in control；

Joint control movable switch wall 2 is located at hollow 1 top of pyramidal structure body, which is equipped with multiple loose-leaves Formula wall, the tourist that multiple loose-leaf system walls are in the top stop position hovering of tourist's lifting device 3 go up and down 31 periphery of cockpit, The periphery for not blocking tourist's lifting device 3 can be opened or the periphery of tourist's lifting device 3 is blocked in closing.

In above-mentioned experiencing system, joint control movable switch wall 2 is equipped with the linkage control connecting respectively with each loose-leaf system wall electric Device processed, the linkage control device are located at the top stop position of tourist's lifting device 3, can be by running to top stop position Tourist goes up and down cockpit 31 and triggers each loose-leaf system wall that linkage control opens joint control movable switch wall 2.Preferably, linkage control fills It sets and the switch that travel switch, touch switch or infrared switch etc. facilitate trigger action can be used.

In above-mentioned experiencing system, multiple loose-leaf system walls of joint control movable switch wall 2 are distributed around hollow pyramidal structure 1 top of body can be opened to the outside of hollow pyramidal structure body 1 is mobile, connect the indoor and outdoor spaces at hollow 1 top of pyramidal structure body It is logical to form open space, and can close to hollow pyramidal structure body 1, make indoor and outdoor at the top of hollow pyramidal structure body 1 every Open form is at indoor confined space.

In above-mentioned experiencing system, multiple loose-leaf system walls are six, and hexagonal structure ring is located at hollow tower-shaped around distribution The top of structural body 1.Preferably, hollow tower-shaped building can be used in hollow pyramidal structure body 1, and it is hexagon that section, which specifically can be used, Hollow tower-shaped building.

As shown in Figure 3 and Figure 4, in above-mentioned experiencing system, each loose-leaf system wall of joint control movable switch wall 2 includes:

Outline border 21, window 22, hinge means, buffer unit 25 and stroke controllable type driving device 26；Wherein,

Window 22 is located in outline border 21, hinged through hinge means and outline border 21；

Stroke controllable type driving device 26 is located on outline border 21, and the stroke of the trip controllable type driving device 26 controllably drives End is connect through buffer unit 25 with hinge means, window 22 can be driven to open or close in outline border 21 through hinge means；

The linkage control device of stroke controllable type driving device 26 and joint control movable switch wall 2 is electrically connected, can be according to connection The signal driving of dynamic control device opens or closes window 22.

As shown in figure 5, stroke controllable type driving device 26 includes: connection component, power device in above-mentioned loose-leaf system wall 264, position detecting device 265 and control device；Wherein,

The stroke of power device 264 controllably drives end to connect with connection component, connection component connects hinge device；

Position detecting device 265 is located in power device 264, and the stroke that can detect power device 264 controllably drives end Position；

Control device is electrically connected with position detecting device 265 and power device 264 respectively, can be according to position detecting device The stroke of 265 detections controllably drives the position at end, and the stroke of control power device 264 controllably drives the stroke at end.Preferably, It can be after the stroke that position detecting device 265 detects power device 264 controllably drives end to reach setting position, control device That is control power device 264 stops, at this point, being equivalent to the driving of power device 264 opens the window 22.

Further, connection component by articulated joint 263 through pin shaft 262 connect clamp driving lever 261 constitute, articulated joint 263 with The stroke of power device 264 controllably drives end to connect；

In above-mentioned stroke controllable type driving device 26, power device 264 preferably uses electric cylinder.

In above-mentioned loose-leaf system wall, the structure of buffer unit 25 is referring to fig. 4, comprising: fixed block 251 and buffer 252；

Wherein, fixed block 251 is sequentially connected with buffer 252；

Fixed block 251 is connect with stroke controllable type driving device 26；

Buffer 252 is connect with the lower hinge device 24 of hinge means.

It can guarantee when opeing the window 22 that there is buffering by the way that the buffer unit 25 is arranged, avoid carrying out backswing caused by rebound It is dynamic.

In above-mentioned loose-leaf system wall, hinge means includes: upper hinge device 23 and lower hinge device 24；Wherein, upper hinge The outer side edges of device 23 and lower hinge device 24 respectively through window 22 and outline border 21 are hinged；Stroke controllable type driving device 26 is through slow Flushing device 25 is connect with lower hinge device 24.

As shown in fig. 6, above-mentioned lower hinge device 24 includes: interstage sleeve 241, transmission shaft 242, transverse bearing 243 and thrust Bearing 244；Wherein, interstage sleeve 241 is fixedly installed between transverse bearing 243 and thrust bearing 244, transmission shaft 242 is threaded through radial direction In bearing 243, interstage sleeve 241 and thrust bearing 244, it can be freely rotated；

Transmission shaft 242 is connect with stroke controllable type driving device 26.Specifically, transmission shaft 242 and stroke controllable type drive 26 connection structure of device are as follows: the end of transmission shaft 242 is square tenon structure, party's tenon structure and stroke controllable type driving device 26 Square hole structure set by 242 one end of transmission shaft is connected to be cooperatively connected.Specifically the clamping driving lever 261 of connection component and hinge fill The lower hinge device 24 set connects, and square hole structure is equipped on clamping driving lever 261, at 242 end of transmission shaft of lower hinge device 24 Portion be equipped with square tenon structure, party's tenon structure Matching installation to clamp driving lever 261 square hole structure in, the two realize square tenon structure with The mating connection of square hole structure transmits torque by the square tenon structure that lower hinge device is arranged, is being subjected to lower hinge device 24 It is less likely to be damaged when quick rotary impact, avoids repeatedly rotating the damage for causing 24 junction of lower hinge device, solve existing Hinge means problem easy to damage in loose-leaf system wall.

In above-mentioned loose-leaf system wall, stroke controllable type driving device 26 and buffer unit 25 are arranged below window 22, row The driving end of journey controllable type driving device 26 is connect through buffer unit 25 with 242 lower end of transmission shaft of lower hinge device 24, can be driven Dynamic transmission shaft 242 rotates, and then drives open and close of the window 22 in outline border 21.

Above-mentioned upper hinge device 23 is made of upper pin 231, backing plate 232 and split pin 233.

In above-mentioned loose-leaf system wall, outline border 21 includes: framework junction part 211, free bearing under free bearing 212 and outline border on outline border 213；Wherein, free bearing 213 under free bearing 212 and outline border on interval setting outline border from top to bottom on the side of framework junction part 211, outside Free bearing 212 is connect with the upper hinge device 23 of hinge means on frame, the lower hinge device 24 of free bearing 213 and hinge means under outline border Connection；

Window 22 includes: window arrangement part 221, free bearing 223 under free bearing 222 and window on window；Wherein, window arrangement part Free bearing 223 under free bearing 222 and window on interval setting window from top to bottom in 221 outer side edges, free bearing 223 and hinge under window The upper hinge device 23 of device connects, and free bearing 223 is connect with the lower hinge device 24 of hinge means under window.

In above-mentioned loose-leaf system wall, window 22 is two fans, is located in outline border 21 in a manner of split, stroke controllable type driving dress Setting 26, buffer unit 25 and upper and lower hinge means 23,24 is two sets, every fan window 22 through upper and lower hinge means 23, 24 are hinged in outline border 21 in a side, and connect with a set of stroke controllable type driving device 26 and buffer unit 25.

In above-mentioned loose-leaf system wall, 21 inside edge of outline border of 22 opposite side of window is equipped with shade, can be in window 22 The light-transmitting gap between window 22 and 21 inside edge of outline border is sealed after closing.By the way that shade is arranged, very good solution is existing Have in loose-leaf system wall, after close window is multiple, because caused by resetting deviation between window and outline border 21, window it is closed it is not tight thoroughly The problem of light.Preferably, closed item, closed film etc. can be used in shade.

The window of above-mentioned loose-leaf system wall drives energy stroke is controllable quickly to beat by stroke controllable type driving device 26 It opens；The transmission shaft 242 of lower hinge device 24 using square tenon structure when being subjected to quick rotary impact due to that can be less likely to be damaged；It is living Steady, the safe and reliable operation of page wall energy, and can guarantee consistent controllable switch when more windows are used in conjunction with.

In above-mentioned experiencing system, tourist's lifting device 3 includes: that upright lifting mechanism 32 and tourist go up and down cockpit 31；

Wherein, upright lifting mechanism 32 is located at the central location in hollow pyramidal structure body 1, the upright lifting mechanism 32 Top setting top stop position；

Tourist goes up and down cockpit 31 using annular cockpit, and set is installed on the column of upright lifting mechanism 32, can be in the column Carry out high speed vertical lifting under the driving of hoisting mechanism 32 in hollow pyramidal structure along column.

In above-mentioned experiencing system, upright lifting mechanism 32 includes:

Column, driving device and master control set；Wherein,

Column is in the central location in hollow pyramidal structure body 1, and the top of column is top stop position；

Driving device is located on column, is gone up and down cockpit 31 with the tourist being located on column and is connect, can drive tourist's lifting seat Cabin 31 carries out high speed vertical lifting along column；

Master control set and driving device are electrically connected, and be can control driving device driving tourist and are gone up and down cockpit 31 along column progress High speed vertical lifting.

In above-mentioned experiencing system, ring virtual environment equipment 4 includes:

Lightning Specially Effect Simulation device, annular space audio device 43 and 360 ° ring video device 44；Wherein, lightning is special Simulator, annular space audio device 43 and 360 ° ring video device 44 are imitated from top to bottom along hollow pyramidal structure body 1 Inner wall be successively spaced setting, the bottom that the tourist that 360 ° of ring video devices 44 are in tourist's lifting 3 goes up and down cockpit 31 is stopped Stop bit sets periphery.

In above-mentioned experiencing system, lightning Specially Effect Simulation device is by upper and lower spaced lightning special efficacy lamplight component 41 and mould Quasi- special efficacy fog machine 42 forms；Wherein, lightning special efficacy lamplight component 41 is arranged in a ring, is looped around the outer of tourist's lifting device Week；

360 ° of ring video devices 44 include: multiple projection screens, are circumferentially positioned at tourist's liter of tourist's lifting device 3 The lower stop position periphery of cockpit 31 drops；

At least six projection arrangements correspond respectively to each projection screen setting.

The experiencing system of the utility model is arranged linkage type activity at the top of hollow pyramidal structure body 1 and opens the light wall, the joint control Formula activity is opened the light, and to go up and down the top stop position of cockpit 31 corresponding by the tourist of wall displacement and tourist's lifting device 3, with tourist's lifting It is concordant at the movement to highest point of cockpit 31, enable tourist's sight that can look squarely linkage type when being at the highest notch suspension status living The dynamic wall that opens the light, the wall that opens the light of linkage type activity at this time are instantaneously opened by linkage control, reach tourist experience by interior and switch to room Outer effect.It is acted on by the open the light linkage of wall and tourist's lifting device 3 of linkage type activity, realizes tourist and ride in tourist's liter Indoor artificial scene and the experience of outdoor overhead suspension type are experienced in drop cockpit 31 simultaneously.Current high-altitude experiencing system is compensated for because of nothing Method realizes different scenes switching, the deficiency of scene switching cannot be provided for tourist, the experiencing system of the utility model is due to being connection Dynamic control, entire scene switching process is natural and tripping, the sensory experience of tourist is enriched, while experiencing high speed elevating movement Situational context virtual around can be incorporated, more novel stimulation is experienced by the instantaneous switching of indoor and outdoor spaces.

The utility model embodiment is described in further detail below in conjunction with attached drawing.

Such as Fig. 1, indoor upper-air high speed lifting scene provided by the embodiment of the utility model switches experiencing system, comprising: in Void tower shape structural body 1, tourist's lifting device 3, ring virtual environment equipment 4 and joint control movable switch wall 2；

Wherein, tourist's lifting device 3 and ring virtual environment equipment 4 are respectively set inside hollow pyramidal structure body 1, swims Objective lifting device 3 is in the circular space of ring virtual environment equipment 4；

Tourist's lifting device 3 is equipped with tourist's lifting 31 He of cockpit that high speed vertical lifting can be carried out in hollow pyramidal structure The top stop position that cockpit 31 hovers at top is gone up and down for tourist, runs to the tourist of top stop position and goes up and down 31 energy of cockpit Linkage control opens joint control movable switch wall 2；

Joint control movable switch wall 2 is located at hollow 1 top of pyramidal structure body, which is equipped with multiple loose-leaves Formula wall, the tourist that multiple loose-leaf system walls are in the top stop position hovering of tourist's lifting device 3 go up and down 31 periphery of cockpit, The periphery for not blocking tourist's lifting device 3 can be opened or the periphery of tourist's lifting device 3 is blocked in closing.

In above-mentioned experiencing system, joint control movable switch wall 2 is equipped with the linkage control connecting respectively with each loose-leaf system wall electric Device processed, the linkage control device are located at the top stop position of tourist's lifting device 3, can be by running to top stop position Tourist goes up and down cockpit 31 and triggers the linkage control device, and then opens each loose-leaf system wall of joint control movable switch wall 2.It is preferred that , the switch that travel switch, touch switch or infrared switch etc. facilitate trigger action can be used in linkage control device.It opens each Loose-leaf system wall, which can be, to be opened simultaneously, and is also possible to successively open in the way of setting.Preferably each loose-leaf system wall is simultaneously It opens.

As shown in Figure 3 and Figure 4, in above-mentioned experiencing system, each loose-leaf system wall of joint control movable switch wall 2 includes: outer Frame 21, window 22, hinge means, buffer unit 25 and stroke controllable type driving device 26；

Wherein, window 22 is located in outline border 21, hinged through hinge means and outline border 21；

Stroke controllable type driving device 26 is located on outline border 21, and the stroke of the trip controllable type driving device 26 controllably drives End is connect through buffer unit 25 with hinge means, window 22 can be driven to open or close in outline border 21 through hinge means；

The linkage control device of stroke controllable type driving device 26 and joint control movable switch wall 2 is electrically connected, can be according to connection The signal driving of dynamic control device opens or closes window 2.

As shown in figure 5, stroke controllable type driving device 26 includes: connection component, power device in above-mentioned loose-leaf system wall 264, position detecting device 265 and control device；Wherein,

The stroke of power device 264 controllably drives end to connect with connection component, connection component connects hinge device；

Position detecting device 265 is located in power device 264, and the stroke that can detect power device 264 controllably drives end Position；

Control device is electrically connected with position detecting device 265 and power device 264 respectively, can be according to position detecting device The stroke of 265 detections controllably drives the position at end, and the stroke of control power device 264 controllably drives the stroke at end.Preferably, It can be after the stroke that position detecting device 265 detects power device 264 controllably drives end to reach setting position, control device That is control power device 264 stops, at this point, being equivalent to the driving of power device 264 opens the window 2.

Further, connection component by articulated joint 263 through pin shaft 262 connect clamp driving lever 261 constitute, articulated joint 263 with The stroke of power device 264 controllably drives end to connect；

In above-mentioned stroke controllable type driving device 26, power device 264 preferably uses electric cylinder.

In above-mentioned loose-leaf system wall, the structure of buffer unit 25 is referring to fig. 4, comprising: fixed block 251 and buffer 252；

Wherein, fixed block 251 is sequentially connected with buffer 252；

Fixed block 251 is connect with stroke controllable type driving device 26；

Buffer 252 is connect with the lower hinge device 24 of hinge means.

It can guarantee when opeing the window that there is buffering by the way that the buffer unit 25 is arranged, avoid swinging back and forth caused by rebound.

In above-mentioned loose-leaf system wall, hinge means includes: upper hinge device 23 and lower hinge device 24；Wherein, upper hinge The outer side edges of device 23 and lower hinge device 24 respectively through window 22 and outline border 21 are hinged；Stroke controllable type driving device 26 is through slow Flushing device 25 is connect with lower hinge device 24.

As shown in fig. 6, above-mentioned lower hinge device 24 includes: interstage sleeve 241, transmission shaft 242, transverse bearing 243 and thrust Bearing 244；Wherein, interstage sleeve 241 is fixedly installed between transverse bearing 243 and thrust bearing 244, transmission shaft 242 is threaded through radial direction In bearing 243, interstage sleeve 241 and thrust bearing 244, it can be freely rotated；

Transmission shaft 42 is connect with stroke controllable type driving device 26.

In above-mentioned loose-leaf system wall, transmission shaft 242 is connect with stroke controllable type driving device 26 are as follows: the end of transmission shaft 242 Portion is square tenon structure, party's tenon structure with stroke controllable type driving device 26 connect 242 one end of transmission shaft set by square hole knot Structure is cooperatively connected.Specifically, being that the clamping driving lever 261 of connection component is connect with the lower hinge device 24 of hinge means, clamping Driving lever 261 is equipped with square hole structure, is equipped with square tenon structure, party's tenon structure in 242 end of transmission shaft of lower hinge device 24 With in installation to the square hole structure for clamping driving lever 261, the two realizes the mating connection of square tenon structure and square hole structure, passes through lower hinge The square tenon structure that chain apparatus 24 is arranged transmits torque, is less likely to be damaged lower hinge device 24 when being subjected to quick rotary impact, It avoids repeatedly rotating the damage for causing 24 junction of lower hinge device, it is easy to damage to solve hinge means in existing loose-leaf system wall The problem of.

Specifically, stroke controllable type driving device 26 and buffer unit 25 are arranged in window 22 in above-mentioned loose-leaf system wall The driving end of lower section, stroke controllable type driving device 26 (is passed through 242 lower end of transmission shaft of buffer unit 25 and lower hinge device 24 242 lower end of moving axis is the connection of square tenon structure, and transmission shaft 242 can be driven to rotate, and then drives the opening in outline border 21 of window 222 It opens and closes.

Above-mentioned upper hinge device 23 is made of upper pin 231, backing plate 232 and split pin 233.

In above-mentioned loose-leaf system wall, outline border 21 includes: framework junction part 211, free bearing under free bearing 212 and outline border on outline border 213；Wherein, free bearing 213 under free bearing 212 and outline border on interval setting outline border from top to bottom on the side of framework junction part 211, outside Free bearing 212 is connect with the upper hinge device 23 of hinge means on frame, the lower hinge device 24 of free bearing 213 and hinge means under outline border Connection；

Window 22 includes: window arrangement part 221, free bearing 223 under free bearing 222 and window on window；Wherein, window arrangement part Free bearing 223 under free bearing 222 and window on interval setting window from top to bottom in 221 outer side edges, free bearing 23 and hinge under window The upper hinge device 23 of device connects, and free bearing 223 is connect with the lower hinge device 24 of hinge means under window.

In above-mentioned loose-leaf system wall, window 22 is two fans, is located in outline border 21 in a manner of split, stroke controllable type driving dress Setting 26, buffer unit 25 and upper and lower hinge means 23,24 is two sets, and every fan window passes through upper and lower hinge means 23,24 It is hinged in outline border 21 in a side, and is connect with a set of stroke controllable type driving device 26 and buffer unit 25.

In above-mentioned loose-leaf system wall, 21 inside edge of outline border of 22 opposite side of window is equipped with shade, can be in window 22 The light-transmitting gap between window 22 and 21 inside edge of outline border is sealed after closing.By the way that shade is arranged, very good solution is existing Have in loose-leaf system wall, after close window is multiple, because caused by resetting deviation between window and outline border 21, window it is closed it is not tight thoroughly The problem of light.Preferably, closed item, closed film etc. can be used in shade.

The window of above-mentioned loose-leaf system wall drives energy stroke is controllable quickly to beat by stroke controllable type driving device 26 It opens；The transmission shaft 242 of lower hinge device 24 using square tenon structure when being subjected to quick rotary impact due to that can be less likely to be damaged；It is living Steady, the safe and reliable operation of page wall energy, and can guarantee consistent controllable switch when more windows are used in conjunction with.

Multiple loose-leaf system walls are six, and hexagonal structure ring is located at the top of hollow pyramidal structure body 1 around distribution.Figure 2 show the top view of the experiencing system, be tourist go up and down cockpit 31 be promoted to it is locating when highest point (i.e. top stop position) State.Wherein, six loose-leaf system walls of joint control movable switch wall 2 are hexagonal is arranged in hollow pyramidal structure body 1 Six faces on, which with hollow pyramidal structure body 1 forms the relatively closed interior space after closing.

In above-mentioned experiencing system, tourist's lifting device 3 includes: that upright lifting mechanism 32 and tourist go up and down cockpit 31；

Wherein, upright lifting mechanism 32 is located at the central location in hollow pyramidal structure body 1；

Tourist goes up and down cockpit 31 using annular cockpit, and set is installed on the column of upright lifting mechanism 32, can be in the column Carry out high speed vertical lifting under the driving of hoisting mechanism 32 in hollow pyramidal structure along column.

In above-mentioned experiencing system, upright lifting mechanism 32 includes: column, driving device and master control set；

Wherein, column is in the central location in hollow pyramidal structure body 1；

Driving device is located on column, is gone up and down cockpit 31 with the tourist being located on column and is connect, can drive tourist's lifting seat Cabin 31 carries out high speed vertical lifting along column；

Master control set and driving device are electrically connected, and be can control driving device driving tourist and are gone up and down cockpit 31 along column progress High speed vertical lifting.

Specifically, as shown in Fig. 2, the tourist of above-mentioned tourist's lifting device 3 goes up and down the hollow tower-shaped of cockpit 31 and hexagon The cross section hexagon circumscribed circle of structural body 1 is arranged concentrically, and indoor virtual scenery equipment 5 goes up and down cockpit in tourist by being circular layout 31 surrounding, the tourist for wrapping tourist's lifting device 3 of central location in hollow pyramidal structure body 1 go up and down cockpit 31. It should be noted that any entity in indoor virtual scenery equipment 5 not can enter the running track that tourist goes up and down cockpit 31 And it needs to go up and down cockpit 31 with the tourist and keeps certain safe distance.

In above-mentioned tourist's lifting device 3, the hoisting depth that tourist goes up and down cockpit 31 is according to the vertical of upright lifting mechanism 32 What pillar height degree determined.In the present embodiment, the hoisting depth that the tourist of tourist's lifting device 3 goes up and down cockpit 31 can reach 40m or higher； The promotion speed that tourist goes up and down cockpit 31 is determined by the driving speed of the driving device of upright lifting mechanism 32.The present embodiment In, the promotion speed that tourist goes up and down cockpit 31 can reach 8m/s.

In above-mentioned experiencing system, the distribution of ring virtual environment equipment 4 is located on the inner wall of hollow pyramidal structure body 1.It should Ring virtual environment equipment 4 includes: lightning Specially Effect Simulation device, annular space audio device 43 and 360 ° ring video display dress Set 44；Wherein, lightning Specially Effect Simulation device, annular space audio device 43 and 360 ° ring video device 44 edge from top to bottom The inner wall of hollow pyramidal structure body 1 is successively spaced setting, and 360 ° of ring video devices 44 are in the trip of tourist's lifting device 3 The lower stop position periphery of visitor's lifting cockpit 31.

In above-mentioned ring virtual environment equipment 4, lightning Specially Effect Simulation device is by upper and lower spaced lightning special efficacy lamp Optical assembly 41 and simulation special efficacy fog machine 42 form；Wherein, lightning special efficacy lamplight component 41 is arranged in a ring, is looped around tourist's liter The periphery of equipment drops.It is gone up and down in around cockpit 31 specifically, lightning special efficacy lamplight component 41 is arranged in tourist in a ring respectively In void tower shape structural body 1, it is arranged in the top higher than special efficacy fog machine 4, the specific simulation environment of cloud and mist lightning can be simulated. This lightning special efficacy lamplight component 41 is applied in combination with simulation special efficacy fog machine 42, can go up and down 31 lifting process of cockpit in tourist In, the stunt simulated by ambient enviroment makes the interior space of tourist's more actual experience artificial scene.

In above-mentioned ring virtual environment equipment 4,360 ° of ring video devices 44 include: multiple projection screens, are surround The tourist that tourist's lifting device 3 is arranged in goes up and down periphery lower stop position (referring to Fig. 1) of cockpit 31；At least six projection dresses It sets, corresponds respectively to each projection screen setting.Specifically, 360 ° of six face ring video device 44, which is arranged in tourist, goes up and down cockpit 31 lower stop position periphery, 360 ° of ring video devices 44 are preferably using the wall for being similar to joint control movable switch wall 2 Arrangement, use the projection screen of six pieces of metope sizes, form six face ring cloth projection combined picture so that in tourist's liter When drop cockpit 31 is in lower stop position, the tourist in cockpit is able to achieve crew and watches synchronous video display special efficacy picture.

The experiencing system of the utility model embodiment is mounted on the joint control movable switch wall at hollow 1 top of pyramidal structure body 2, the tourist in tourist's lifting device 3 goes up and down highest point (i.e. tourist's lifting seat that cockpit 31 (for annular cockpit) can reach The top stop position in cabin 31) periphery, each loose-leaf system wall and the linkage control device electrical connection of joint control movable switch wall 2 Linkage control is formed, when tourist goes up and down cockpit 31 to be promoted to the top stop position of the column top of upright lifting mechanism 32 at a high speed When setting, the linkage control device of triggering joint control movable switch wall 2 issues opening signal, and each loose-leaf system wall receives linkage control dress The window of each loose-leaf system wall is opened in the opening signal set, control, and the window of each loose-leaf system wall is rapidly to hollow pyramidal structure It is opened outside body 1, unobscured outdoor overhead is switched to by the interior space moment sealed, since tourist goes up and down cockpit 31 in height It is almost the same with the opening time of joint control movable switch wall 2 between the hovering stopping time, so that tourist is gone up and down the tourist on cockpit 31 in high-altitude Under floating state, the process that unobscured outdoor overhead is switched to by the interior space sealed is instantaneously experienced, it can be more true The real stimulation experience for experiencing aerial suspension.Joint control movable switch wall 2 carries out the process of linkage control closing, with open mistake Journey is similar, goes up and down cockpit 31 by the tourist declined and decontrols linkage control device sending shutdown signal, each loose-leaf system wall receives connection The shutdown signal of dynamic control device, the window for controlling each loose-leaf system wall are closed, are reverted at the top of hollow pyramidal structure body 1 closed The interior space.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art can readily occur in the technical scope that the utility model discloses Change or replacement, should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should Subject to the scope of protection of the claims.

Claims (10)

1. a kind of indoor upper-air high speed lifting scene switches experiencing system characterized by comprising

Hollow pyramidal structure body (1), ring virtual environment equipment (4), tourist's lifting device (3) and joint control movable switch wall (2)；Wherein,

Tourist's lifting device (3) and the ring virtual environment is respectively set inside the hollow pyramidal structure body (1) Equipment (4), tourist's lifting device (3) are in the circular space of the ring virtual environment equipment (4)；

Tourist's lifting device (3) is equipped with and can go up and down in the tourist of the interior vertical lifting of the hollow pyramidal structure body (1) Cockpit (31) and the top stop position to hover for tourist lifting cockpit (31) at top, operation to the top stop position The tourist set goes up and down cockpit (31) can the linkage control opening joint control movable switch wall (2)；

The joint control movable switch wall (2) is located at the top of the hollow pyramidal structure body (1), which sets There are multiple loose-leaf system walls, the multiple loose-leaf system wall is in the top stop position of operation to tourist's lifting device (3) The tourist for setting hovering goes up and down the periphery of cockpit (31), can open the periphery or pass for not blocking tourist's lifting device (3) Close the periphery for blocking tourist's lifting device (3).

2. indoor upper-air high speed lifting scene according to claim 1 switches experiencing system, which is characterized in that the joint control Movable switch wall (2) is equipped with the linkage control device connecting respectively with each loose-leaf system wall electric, which is located at The top rest position of tourist's lifting device (3), can be by running to the tourist lifting of the top stop position Cockpit (31) triggers each loose-leaf system wall that linkage control opens the joint control movable switch wall (2).

3. indoor upper-air high speed lifting scene according to claim 2 switches experiencing system, which is characterized in that the joint control The multiple loose-leaf system wall of movable switch wall (2) is distributed around at the top of the hollow pyramidal structure body (1), can Xiang Suoshu The outside of hollow pyramidal structure body (1) is mobile to open, and the indoor and outdoor spaces at the top of the hollow pyramidal structure body (1) is made to be connected to shape It at open space, and can close to the hollow pyramidal structure body (1), make at the top of the hollow pyramidal structure body (1) Indoor and outdoor separates confined space in forming chamber.

4. indoor upper-air high speed lifting scene according to claim 3 switches experiencing system, which is characterized in that the multiple Loose-leaf system wall is six, and hexagonal structure ring is located at the top of the hollow pyramidal structure body (1) around distribution.

5. indoor upper-air high speed lifting scene according to any one of claims 1 to 4 switches experiencing system, feature exists In each loose-leaf system wall of the joint control movable switch wall (2) includes:

Outline border (21), window (22), hinge means, buffer unit (25) and stroke controllable type driving device (26)；Wherein,

The window (22) is located in the outline border (21), hinged through the hinge means and the outline border (21)；

The stroke controllable type driving device (26) is located on the outline border (21), the row of the trip controllable type driving device (26) Journey controllably drives end to connect through the buffer unit (25) with the hinge means, can drive the window through the hinge means (22) it is opened or closed in the outline border (21)；

The linkage control device of the stroke controllable type driving device (26) and the joint control movable switch wall (2) is electrically connected, It can be driven according to the signal of the linkage control device and open or close the window (22).

6. indoor upper-air high speed lifting scene according to claim 5 switches experiencing system, which is characterized in that the stroke Controllable type driving device (26) includes: connection component, power device (264), position detecting device (265) and control device；Its In,

The stroke of the power device (264) controllably drives end to connect with connection component, and the connection component connects the hinge Device；

The position detecting device (265) is located on the power device (264), can detect the row of the power device (264) Journey controllably drives the position at end；

The control device is electrically connected with the position detecting device (265) and the power device (264) respectively, can basis The stroke of position detecting device (265) detection controllably drives the position at end, and the stroke for controlling the power device (264) can The stroke at control driving end.

7. a kind of indoor upper-air high speed lifting scene according to any one of claims 1 to 4 switches experiencing system, feature It is, tourist's lifting device (3) includes:

Upright lifting mechanism (32) and the tourist go up and down cockpit (31)；Wherein,

The upright lifting mechanism (32) is located at the central location in the hollow pyramidal structure body (1), the upright lifting mechanism (32) the top stop position is arranged in top；

The tourist goes up and down cockpit (31) using annular cockpit, and set is installed on the column of the upright lifting mechanism (32), energy The column described in the driving lower edge of the upright lifting mechanism (32) carries out high speed vertical lifting in the hollow pyramidal structure.

8. indoor upper-air high speed lifting scene according to claim 7 switches experiencing system, which is characterized in that the column Hoisting mechanism (32) includes:

Column, driving device and master control set；Wherein,

The column is in the central location in the hollow pyramidal structure body (1), and the top of the column is that the top is stopped Stop bit is set；

The driving device is located on the column, is gone up and down cockpit (31) with the tourist being located on the column and is connect, energy It drives the tourist to go up and down cockpit (31) and carries out high speed vertical lifting along the column；

The master control set and the driving device are electrically connected, and can control the driving device and the tourist is driven to go up and down cockpit (31) high speed vertical lifting is carried out along the column.

9. indoor upper-air high speed lifting scene according to any one of claims 1 to 4 switches experiencing system, feature exists In the ring virtual environment equipment (4) includes:

Lightning Specially Effect Simulation device, annular space audio device (43) and 360 ° of ring video devices (44)；Wherein, the sudden strain of a muscle Electric Specially Effect Simulation device, annular space audio device (43) and 360 ° of ring video devices (44) are from top to bottom along described hollow The inner wall of pyramidal structure body (1) is successively spaced setting, and 360 ° of ring video devices (44) are in tourist lifting and set The tourist of standby (3) goes up and down the lower stop position periphery of cockpit (31).

10. indoor upper-air high speed lifting scene according to claim 9 switches experiencing system, which is characterized in that

The lightning Specially Effect Simulation device is by upper and lower spaced lightning special efficacy lamplight component and simulation special efficacy fog machine (42) Composition；Wherein, the lightning special efficacy lamplight component (41) is arranged in a ring, is looped around the periphery of tourist's lifting device (3)；

360 ° of ring video devices (44) include: multiple projection screens, are circumferentially positioned at tourist's lifting device (3) Tourist go up and down cockpit (31) lower stop position periphery；

At least six projection arrangements correspond respectively to each projection screen setting.