CN2834645Y - An interactive recreational device having true three-dimensional display - Google Patents
An interactive recreational device having true three-dimensional display Download PDFInfo
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- CN2834645Y CN2834645Y CN 200520108888 CN200520108888U CN2834645Y CN 2834645 Y CN2834645 Y CN 2834645Y CN 200520108888 CN200520108888 CN 200520108888 CN 200520108888 U CN200520108888 U CN 200520108888U CN 2834645 Y CN2834645 Y CN 2834645Y
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- dimensional display
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- concave spherical
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Abstract
The utility model discloses an interactive recreational device having true three-dimensional display. The utility model comprises a stereoscopic display unit device which can make a target physical model formed into a visual image, and a dark room, wherein a total reflection mirror provided with a concave spherical surface is fixed on a back board at the inner side of one edge of the dark room and an observation window is arranged at the outer side corresponding to the total reflection mirror in parallel. A piece of semitransparent and half-reflection glass is slantwise arranged between the total reflection mirror provided with the concave spherical surface and the observation window. The other edge of the dark room is provided with a bracket, and the target physical model is put on the bracket. The total reflection mirror provided with the concave spherical surface turns 90 DEG through a semitransparent and half-reflection mirror to form a region of a centre of a sphere point, and the target physical model supported by the bracket is positioned in the region of the centre of a sphere point. The utility model is also provided with a group of positioning projecting lamps used for illuminating the surface of a true object. A weaponry property operating point is arranged at the front of the stereoscopic display unit device and is positioned at the lateral side of a visual imaging point. A detecting identification and control system is used for receiving and identifying a weaponry property operation signal and controlling the system device to work.
Description
Technical field
The utility model relates to field of entertainment systems, relates in particular to a kind of interdynamic recreational apparatus of true Three-dimensional Display.
Background technology
At present, interactive simulation amusement is more and more accepted by people, for example wide-spread laser shooting recreation, target produces corresponding actions and score after hitting little target, the recreation of this class can only be accomplished laser, shooting mode such as infrared, can't accomplish that always the mode that the cutter broad axe of similar ancient war is cut comes the harmless war game simulation of carrying out cold weapon era.
The existing mature object displaying aspect that is used in of dimension display technologies, provide a kind of three-dimensional optical display device as Chinese patent 03259719.3, be made of sphere completely reflecting mirror, plane completely reflecting mirror, observation window and cabinet, it is to utilize optical principle to form the virtual image to be used to show that some do not allow the object that arbitrarily touches.How this technology is applied to the entertainment system field, does not still have report at present.
Summary of the invention
The purpose of this utility model provides a kind of interdynamic recreational apparatus of true Three-dimensional Display.
For achieving the above object, the utility model is taked following design: a kind of interdynamic recreational apparatus of true Three-dimensional Display, it comprises: one can form the target mock-up solid show cell arrangement of visual imaging, comprise a darkroom, fix a concave spherical surface completely reflecting mirror on the inboard backboard in the one side in darkroom, the outside corresponding with it is flat establishes observation window, tilting one semi-transparent semi-reflecting glass between concave spherical surface completely reflecting mirror and observation window; The another side in darkroom is shelved the target mock-up and is held support, and the target mock-up of this stent support is positioned at the centre of sphere point zone of sphere completely reflecting mirror after semi-transparent semi-reflecting lens turns to 90 degree; Also be furnished with one group and be used for directed shot-light that surface in kind is illuminated; In the side of visual imaging point weapons stage property operating point is set in solid show cell arrangement anteposition; One detection identification and control system are used for receiving identification weapons stage property actuating signal and the work of control system device.
Between concave spherical surface completely reflecting mirror, observation window and target mock-up, respectively establish a shadow shield.
Be lined with the light absorbent layer in the described darkroom.
The tilting semi-transparent semi-reflecting glass and the angle of concave spherical surface completely reflecting mirror are 30～60 ° between described concave spherical surface completely reflecting mirror and the observation window.
Described observation window adopts unidirectional transparent glass.
Described detection identification and control system comprise: directed beam (comprising luminous ray) emission and receiving element, and the signal of receiving element is exported to master controller, and the switch of directed shot-light is controlled in the output of this master controller.Ray emission and receiving element also can be many groups, and the signal of each receiving element is exported to master controller, and each road output of this master controller divides control directed shot-light controller, acoustic control device and carriage motor controller.
The utility model has the advantages that: can realize more real interactive recreation effect, adopt semi-transparent semi-reflecting glass as light path correction components and parts, utilization rate that can more abundant increase spherical mirror, produce the picture of relatively large type, and because the more close spherical mirror axis of symmetry of model integral body becomes distortion of image less.
Description of drawings
Fig. 1 is the utility model one example structure schematic diagram (only manifesting the detection of unidirectional emission and receiver)
Fig. 2-A is the utility model support one example structure schematic diagram
Fig. 2-B is another example structure schematic diagram of the utility model support
Fig. 3 is the positive mapping of emission, receiver and detection line of bi-directional probing
Fig. 4 is for detecting the governor circuit figure of identification and control system one embodiment
Fig. 5 is for detecting identification and the another embodiment circuit block diagram of control system
The specific embodiment
As shown in Figure 1, the interdynamic recreational apparatus of the true Three-dimensional Display of the utility model comprises: one can form the target mock-up solid show cell arrangement 1 of visual imaging, and this device anteposition is provided with stage property operating point 2 in the side of visual imaging point; One detection identification and control system 3 are used for receiving identification stage property actuating signal and the work of control system device.
Described solid show cell arrangement comprises a darkroom 101, fixes a concave spherical surface completely reflecting mirror 102 on the inboard backboard in the one side in darkroom, and the outside corresponding with it is flat establishes observation window 103, tilting one semi-transparent semi-reflecting glass 104 between concave spherical surface completely reflecting mirror and observation window; The another side in darkroom is shelved the target mock-up and is held support 105, and the target mock-up 106 of this stent support is positioned at the centre of sphere point place of sphere completely reflecting mirror after semi-transparent semi-reflecting lens turns to 90 degree; Also be furnished with one group and be used for directed shot-light 107 that surface in kind is illuminated.Establish shadow shield 108 at concave spherical surface completely reflecting mirror and observation window by the avris of target mock-up.
Be lined with the light absorbent layer in the described darkroom.
Shown in Figure 1 is the utility model one preferred embodiment, concave spherical surface completely reflecting mirror as main imaging device is fixed on the casing backboard on the observation window opposite of being made up of unidirectional transparent glass, semi-transparent semi-reflecting glass is fixed by spherical mirror with 45, to be placed on as the mock-up of target on the support in the darkroom (casing liner light absorbent), by a plurality of little directed shot-lights target mock-up surface is illuminated, target mock-up position be positioned at the sphere completely reflecting mirror turn to through semi-transparent semi-reflecting lens 90 degree backs (below the minute surface) centre of sphere point near.Observation window adopts unidirectional transparent glass, guarantees that casing light outwards transmits, and keeps the case UV light not interfere environment in the case.This moment, the observer just can observe the hollow imaging of target mock-up from observation window 5 (certain angle limitations is arranged, and visual angle α is about in spherical mirror axes extending line ± 40 degree angular regions) the place ahead, was positioned at the target virtual image 4 places.
That shown in Figure 2 is two embodiment of support, what wherein Fig. 2-A showed is the support 6 of tray type structure, the center is a turntable shaft 601, each model (comprising model 701, model 702, model 703, model 704) separates by shadow shield 602, shows one by one by rotating each target mock-up that will keep flat in advance on it in lighting district scope 5; What Fig. 2-B showed is the support 8 of chain structure, by drive disk assembly 801, and conveyer belt 802 constitute, shadow shield 11 separates each model (comprising model 901, model 902, model 903, model 904), shows one by one by each target mock-up that upset will be hung in lighting district scope 10 on it in advance.
Owing to adopt no object display system in kind, when the visitor has action, how to catch another key point that effective action becomes native system.As shown in figures 1 and 3, the employing of this example often is applied to the infrared of anti-thefting monitoring (also can be otherwise as the monitoring medium, as laser, light sensor etc.) the monitoring matrix formed of emission and search receiner 301,302 monitors visitor's effective action, monitors the quantity that matrix can increase or reduce detection line 303 according to the required accuracy of system certainly.
The used operation stage property of the visitor of native system device reception only is general models, can make various weapons shapes, and kind can be selected arbitrarily, gets over hook as the swords, spears, two-edged swords and halberds axe of tradition or new design and pitches, and weapons all can as each.Can adopt foamed material or aerated materials manufacturing according to actual needs, to reach certain security, allow the hollow imaging model of user's close contact as needs, directly adopt other position of health of fist, arm or people as stage property, also can reach interaction effect, more can reach a kind of abrupt effect this moment.
According to using needs, detection identification of the present utility model and control system can simply also can be complicated.Fig. 4 is the circuit controling drawing of simple system, and whether the function of its realization only needs acts of determination effective.Its operation principle is as follows: this example adopts light-sensitive element for detecting main body, during normal operating conditions, directed shot-light T is shining photosensitive tube G always, triode BG1, BG2 form bistable trigger-action circuit in the circuit, when stage property streaks hollow imaging point, can shelter from the light of directive photosensitive tube, make photosensitive tube be high value, bistable circuit is changed, the BG1 conducting, BG2 ends, and relay B produces release movement, and the gauge tap K of relay control B (shot-light of this switch control darkroom internal radiation target entity model) disconnects.The virtual image of hollow imaging point disappears, and display action is successfully reached.
Figure 5 shows that one than complex detection identification and control system, adopt 5 infrared rays,, promptly produce a monitoring signal of telecommunication in case the infra-red detection line is blocked as the Data Source that detects matrix.Vertical three infrared rays are that isosceles triangle arranges, two target virtual images that are positioned at hollow imaging point near observing two sides about near-end, be the front-end detection line, a far-end that is positioned at the target virtual image is the rear end detection line.Horizontal two infrared rays lay respectively at the both sides up and down of the target virtual image between the vertical detection line in front and back.In the middle of 5 detection lines tightly are enclosed in the target virtual image,, promptly know the result of the action that prop model produces according to 5 middle power-off signals that detect generation.Produce interrupt signal as vertical detection line: have only 1 to produce interrupt signal, i.e. action is taken back or is taken over.Vertically send interrupt signal before two simultaneously, the stage property action is streaked from the vertical cylinder front end of target.If back infrared detection line also sends interrupt signal simultaneously, i.e. stage property action is streaked from the vertically whole cylinders of target.Produce interrupt signal as horizontal detection line: have only 1 to produce interrupt signal, i.e. action on the upper side or on the lower side.Vertically send interrupt signal before two simultaneously, the stage property action is streaked from the target lateral cylinder.In conjunction with vertically detection line and the laterally data result of detection line, can self-definedly draw which action is effective action.For example set 5 detection lines and produce interrupt signal simultaneously, confirm as effective action, the instruction reaction system produces corresponding actions.This needs a master controller because system's detection case and reaction are complicated, can be by single-chip microcomputer or computer as master controller, and finish complicated reaction and move this main control part and also can realize according to prior art, do not give unnecessary details herein.
Detect identification and control system and also can according to circumstances set the reaction of different degree.For example: after the action that efficiency confirmed, can open sound control, one section sound that played pre-recorded is good, send corresponding prompt, also can close the little shot-light of illumination and the infrared detection watch-dog of camera bellows internal object mock-up, system no longer detects new action, the virtual image of floating in the space has also disappeared, if control well, also can adopt gradation to close little shot-light, then as the mode of losing blood in the electronic game recreation, the virtual image is dark time by time, the effective action after image is just understood complete obiteration several times, means also that simultaneously this target die.
Multiple a plurality of target mock-ups can be placed on the support of a rotating disk or other frame for movement, after the affirmation visitor waved effective action, system produced action, moved next target mock-up to point in kind---display position, can produce the effect that changes irregularly.
The utility model design philosophy is based on a kind of undamaged interaction entertainment mode of design, under the situation of not damaging destination object, allows the more in-plant contact target of entertainer, even passes through target, and reach mutual entertainment way.This example is just simulated the ancient war cutter and is cut axe and mode such as split, because the stage property weapons in visitor's hand are mode in kind, and consider the sensation of others such as feel or sense of touch, on weapons, make an issue of and be easy to allow the visitor produce falseness, if adopt mock-up as cutting the target of beating, be difficult to accomplish safe and economical.So the utility model utilizes the image-forming principle of concave spherical surface completely reflecting mirror, mock-up is placed in the darkroom, and by directed shot-light, only mock-up is illuminated, the observer can see mock-up by observation window and spherical reflector, because spherical mirror has changed the parastate of parallel rays, become non-parallel light, therefore the multichannel light that is reflected by mock-up, can both the observed person see, an and left side, right eye can be seen the three-dimensional imaging with parallax simultaneously respectively, because human brain has the reaction inertia that forms under the nature, confirm the position of object by the intersection point of multichannel light reverse extending, the multichannel light that has been changed the state of direction by spherical mirror is takeed for the original at hollow imaging point by brain like this, promptly invents picture point, is apparent in the space in face of the visitor as Mission Objective as mode to become hollow target, because no real image exists, therefore destructiveness can not occur or damage former mock-up.The object module object produces the virtual image, just like be suspended at the moment the air, at arm's length, acomia touching, this effect self promptly was rich in interest and attraction originally, had also improved the security performance of recreation greatly.The method also can be used as the use of other purposes such as displaying or advertisement, reaches special entertainment effect.For example in the porch in public places such as hotel/movie theatre, when the guest when the gate is come into, can see an aerial welcome's who is suspending mascot or portrait etc., when the guest passes by from his front, the prompting of can sounding is welcomed, posture can also be changed to show respect, original effect can be played.
Claims (9)
1, a kind of interdynamic recreational apparatus of true Three-dimensional Display is characterized in that it comprises:
One can form the target mock-up solid show cell arrangement of visual imaging, comprise a darkroom, fix a concave spherical surface completely reflecting mirror on the inboard backboard in the one side in darkroom, the outside corresponding with it is flat establishes observation window, tilting one semi-transparent semi-reflecting glass between concave spherical surface completely reflecting mirror and observation window; The another side in darkroom is shelved the target mock-up and is held support, and the target mock-up of this stent support is positioned at the centre of sphere point zone of sphere completely reflecting mirror after semi-transparent semi-reflecting lens turns to 90 degree; Also be furnished with one group and be used for directed shot-light that surface in kind is illuminated;
In the side of visual imaging point weapons stage property operating point is set in solid show cell arrangement anteposition;
One detection identification and control system are used for receiving identification weapons stage property actuating signal and the work of control system device.
2, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1 is characterized in that: respectively establish a shadow shield between concave spherical surface completely reflecting mirror, observation window and target mock-up.
3, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1 is characterized in that: be lined with the light absorbent layer in the described darkroom.
4, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1 is characterized in that: the tilting semi-transparent semi-reflecting glass and the angle of concave spherical surface completely reflecting mirror are 30～60 ° between described concave spherical surface completely reflecting mirror and the observation window.
5, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1 is characterized in that: described observation window adopts unidirectional transparent glass.
6, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1, it is characterized in that: described detection identification and control system comprise: one group of ray emission and receiving element, the signal of receiving element is exported to master controller, and the switch of directed shot-light is controlled in the output of this master controller.
7, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1, it is characterized in that: described detection identification and control system comprise: one group of above ray emission and receiving element, the signal of each receiving element is exported to master controller, and each road output of this master controller divides control directed shot-light controller, acoustic control device and carriage motor controller.
8, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1 is characterized in that: it is a kind of in disc type, the chain cribbing that described target mock-up holds support.
9, the interdynamic recreational apparatus of true Three-dimensional Display according to claim 1 is characterized in that: described stage property be cutter, rifle, sword, halberd, axe, more, a kind of in hook, fork, fist and the arm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520108888 CN2834645Y (en) | 2005-06-09 | 2005-06-09 | An interactive recreational device having true three-dimensional display |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520108888 CN2834645Y (en) | 2005-06-09 | 2005-06-09 | An interactive recreational device having true three-dimensional display |
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| Publication Number | Publication Date |
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| CN2834645Y true CN2834645Y (en) | 2006-11-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 200520108888 Expired - Fee Related CN2834645Y (en) | 2005-06-09 | 2005-06-09 | An interactive recreational device having true three-dimensional display |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101790105A (en) * | 2010-03-22 | 2010-07-28 | 上海复翔信息科技有限公司 | Holographic interaction system and construction method thereof |
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2005
- 2005-06-09 CN CN 200520108888 patent/CN2834645Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101790105A (en) * | 2010-03-22 | 2010-07-28 | 上海复翔信息科技有限公司 | Holographic interaction system and construction method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20061108 |