CN217426360U - Multifunctional acousto-optic color fusion interaction device and immersion interaction performance system - Google Patents

Abstract

The utility model discloses a multi-functional reputation is photochromic to fuse and is interacted device and immerse interactive performance system, this interaction device includes: the detachable hollow metal framework, the laser emission module, the laser receiving module, the sound module, the light interaction module and the sensing and control module are respectively or jointly arranged in the inner space of the detachable hollow metal framework and form a plurality of universal functional modules together with the hollow metal framework; the multiple generalized functional modules form a multifunctional acousto-optic color fusion interactive device fused with the external environment space in different external environment spaces. The utility model discloses a modularization, general type structural design, each part are detachable connection, and the product uses in a flexible way, the function is many, supports colour discernment and color interactive, can realize the presentation and the performance of intelligent multiple immersive culture intention works.

Description

Multifunctional acousto-optic color fusion interaction device and immersion interaction performance system

Technical Field

The utility model relates to an interactive multimedia technology field of intelligence, concretely relates to multi-functional reputation colour fuses mutual device and immerses interactive performance system.

Background

The laser harp is a laser harp taking laser beams as strings; the user can play different scales and music by controlling the transmission and the reception of the laser signals. The laser beam strings can not be touched by eyes, and when the laser beam strings are placed in a playground, the strings with color light emit light, and simultaneously can emit wonderful sound. The laser organ manufactured by utilizing the laser technology and the optical control principle enables a player to play without touching the body with hands. A player can block a beam of light by hands, and the string-free piano can make a sound, namely, one string is stirred. Through the continuous light control, different scales and music can be played, and meanwhile, the timbre of the string-free laser piano can be changed by pressing a music selection button on the piano column. The user can not worry about damaging the keys and contaminating bacteria when playing the strings, and the musical instrument integrates the appreciation and the entertainment.

In the prior art, chinese patent application CN 206370290U discloses a laser harp, comprising: a musical instrument frame; seven laser generators for emitting laser beams, which are arranged below the musical instrument frame at equal intervals; locate musical instrument frame top and correspond laser receiver and the distance sensor that sets up with laser generator, laser receiver sets up with the distance sensor side by side. However, the laser organ can only play music, cannot perform acousto-optic interaction and is single in function; meanwhile, the structure appearance, style and application scene are less, and the requirements of sound, light and color fusion interaction, immersive interactive multimedia playing, performance, exhibition, entertainment and the like cannot be met.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

The utility model aims to solve the problems of the prior art, the utility model provides a multi-functional acousto-optic color fusion interaction device, which can be flexibly assembled into laser electronic music devices with various different structures and shapes by the modularized and universal design of each module, and has acousto-optic color intelligent interaction function.

The utility model aims at still lie in, provide an including this interactive performance system of immersing of multi-functional reputation and color fusion device, combine base and environment scene, introduce water pump water spray, aerosol sprayer and make fog, make laser music device can carry out synchronous performance with sound, light, water, fog and user, take and experience for the consumer immersive, pluralism, intelligent interactive multimedia art.

(II) technical scheme

In order to achieve the above object, the embodiment of the present invention provides a technical solution:

a multifunctional acousto-optic color fusion interaction device is characterized by comprising: the device comprises a detachable hollow metal framework, a laser transmitting module, a laser receiving module, a sound module, a light interaction module and a sensing and control module, wherein the laser transmitting module, the laser receiving module, the sound module, the light interaction module and the sensing and control module are respectively or jointly arranged in the inner space of the detachable hollow metal framework and form a plurality of universal functional modules together with the detachable hollow metal framework; the universal functional modules are positioned in different external environment spaces in a set shape and structure and are electrically connected to form the multifunctional acousto-optic color fusion interactive device fused with the external environment spaces.

The detachable hollow metal framework is a metal component which is long-strip-shaped, not easy to deform and convenient to disassemble and assemble, and the hollow position inside the detachable hollow metal framework is used for arranging the laser emission module, the laser receiving module, the sound module, the light interaction module and the sensing and control module inside the detachable hollow metal framework; the two side end faces of the detachable hollow metal framework are closed, and through holes for the modules to be electrically connected with each other or for laser beams to pass through are formed in any side face of the detachable hollow metal framework.

The laser emission module comprises 16 laser emission heads which are sequentially and uniformly arranged at intervals; the laser receiving module comprises 16 laser receiving heads which are in one-to-one correspondence with the laser emitting heads; the laser emission module with the laser receiving module is the elongated structure that can set up in detachable hollow metal framework.

The stereo set module, including mutual electric connection: the system comprises a sound control module, a loudspeaker, an input interface, an output interface, an AUX OUT interface and a sound box; the sound control module comprises: the system comprises a signal processor module, an audio recording and playing module, a digital power amplifier and a power supply, wherein the signal processor module is used for receiving signals sent by a laser receiving module, the audio recording and playing module is used for sending instructions according to the signal processor module to play audio, and the digital power amplifier is used for receiving and amplifying audio signals of the audio recording and playing module; the input interface includes: MIC IN interface, LINE IN interface; the output interface comprises a sound box interface and an AUX OUT interface which are led OUT by a built-in power amplifier; the components of the sound module except the sound box are arranged in the detachable hollow metal framework to form an upper horizontal bar horizontally arranged or a supporting rod vertically arranged.

The lamplight interaction module comprises a machine vision sensor, a color identification and processing module, a video resource management module, a signal output module and a lamp or a projector which are connected with each other; the light interaction module comprises components except for the lamp or the projector, and is arranged in the detachable hollow metal framework to form an upper horizontal bar horizontally arranged or a supporting rod vertically arranged.

The sensing and control module comprises a control circuit, an environmental sensor and an external control module which are connected with each other.

A specific multifunctional acousto-optic color fusion interaction device is a door-shaped magic mirror-shaped laser music device formed by two vertical supporting rods and two horizontal cross bars, wherein a laser emitting module and a laser receiving module are arranged horizontally and are provided with an upper cross bar and a lower cross bar which are corresponding to each other; the other modules are arranged as vertical supporting rods; laser emitted by the upper transverse bar laser emitting module penetrates through the hollow position in the door-shaped magic mirror-shaped laser music device frame to reach the laser receiving module of the lower transverse bar.

An immersion interactive performance system comprising the multifunctional acousto-optic color fusion interaction device is characterized by comprising a base higher than the horizontal ground and at least one multifunctional acousto-optic color fusion interaction device arranged on the base; the machine vision sensor, each environment sensor, the sound box, the lamp or the projector which form the laser music device surround the periphery of the laser music device and are respectively arranged inside or outside the base.

The immersive interactive performance system is characterized by further comprising a water pump or a smoke sprayer, wherein the water pump or the smoke sprayer surrounds the base and is electrically connected with the sensing and control module.

The immersion interactive performance system also comprises at least one door-shaped magic mirror-shaped laser music device; the door-shaped magic mirror-shaped laser music device is arranged outside the base, and glass steps are arranged between the door-shaped magic mirror-shaped laser music device and the base and communicated with each other; and a lamp of a plurality of lamplight interaction modules is arranged inside the glass step.

(III) advantageous effects

Compared with the prior art, the utility model provides a multi-functional reputation colour fuses interactive installation and immerses interactive performance system possesses following beneficial effect:

1. the utility model provides a multi-functional reputation colour fuses interactive installation, through to the modularization of each module, general type design, adopts the structural design who sets up each module in the detachable hollow metal skeleton of metal, each module is detachable connection each other, makes the structure, equipment, the use of product more nimble, also is convenient for debug the maintenance alone; the utility model discloses an each module can also be on the basis of the detachable hollow metal skeleton of metal outer packing in addition or decorate, forms the laser electronic music device of multiple not isostructure, appearance, adopts automatic perception devices such as sensor moreover, possesses intelligent interactive function such as reputation interactive based on the sensing triggers.

2. The utility model provides a modularization, the mutual device of multi-functional sound photochromic fusion of general type, support the designer according to market survey and user's order, the various creatives of free performance, the combination, assemble out a large amount of various appearance colorful, have various different appearances, different styles, different kinds of interactive laser music device, like laser emulation harp music device, laser tree music device, laser horse music device, laser dinosaur music device etc. in order to satisfy different levels, different scenes and different customers' individualized demand. Meanwhile, the modularized and universal structural design is particularly suitable for industrial production.

3. The utility model provides a mutual device of multi-functional sound photochromic fusion, it is used for external high-power amplifier and audio amplifier or high-power active audio amplifier through AUX OUT interface, constitutes from small-size to large-scale professional sound system and is used for all kinds of show or performance activities.

4. The utility model provides a multi-functional reputation colour fuses interactive installation has two kinds of basic models of 5 scales and 8 scales through laser emission module and laser receiving module design, can also make up the extension according to the user's demand and be 10, 13 and 16 scales, plays general melody, has good tone quality performance through effector and professional stereo set module.

5. The utility model provides an immerse interactive performance system to multi-functional reputation and photochromic integration interaction device is core element and perception center, combines scene unit such as base and environment scene, introduces water pump water spray, aerosol sprayer and makes the fog, makes laser music device can carry out synchronous performance with sound, light, water, fog and user, brings the consumer and immerses, pluralism interactive multimedia artistic experience.

6. The utility model provides a mutual device of multi-functional reputation colour fusion and interactive performance system of immersing adopts machine vision technique and environmental sensor etc, perception environmental condition, surveys the colour change of interactive object to with the colour of the projection environment light of this all kinds of illumination lamps and lanterns of control or projecting apparatus, for example can change the colour and the atmosphere of field illumination light according to the clothing colour that the player is different, bring the audience fresh, wonderful field interaction immersion type multi-media and experience.

7. The utility model provides a multi-functional reputation colour fuses mutual device and immerses interactive performance system can wide application in multiple scenes such as elegant art type, popular interactive type and commercial advertisement type. The device can be used for playing musical instruments in great elegance halls and can also be provided for wide audiences to play interactively. The multifunctional water-proof device has a water-proof function, can develop markets in the fields of text travel, exhibition (science and technology museum), gardens and the like, is particularly suitable for constructing text travel landscape projects such as various theme parks, night tourism towns and the like, and can well meet the requirements of multi-level, intelligent and interactive multimedia such as playing, performance, exhibition, entertainment and the like.

Drawings

Fig. 1 is a schematic overall outline three-dimensional structure diagram of the multifunctional acousto-optic color fusion interactive device of the embodiment 1;

fig. 2 is a schematic front view of the multifunctional acousto-optic color fusion interactive device in the embodiment 1;

fig. 3 is a schematic perspective view of a laser emitting module and a laser receiving module in the embodiment 1;

FIG. 4 is a schematic diagram illustrating an overall module structure of the multifunctional acousto-optic color fusion interactive device in this embodiment 1;

fig. 5 is a schematic diagram of a module structure of an audio module of the multifunctional acousto-optic color fusion interactive device in this embodiment 1.

Fig. 6 is a schematic diagram of a module structure of a light interaction module of the multifunctional acousto-optic color fusion interaction device in this embodiment 1.

Fig. 7 is a schematic front view of the multifunctional acousto-optic color fusion interactive device in the embodiment 2;

fig. 8 is a schematic front view of the multifunctional acousto-optic color fusion interactive device in accordance with the present embodiment 3;

fig. 9 is a schematic front view of the multifunctional acousto-optic color fusion interactive device of the present embodiment 4;

FIG. 10 is a schematic front view of the multifunctional acousto-optic color fusion interactive device in accordance with the present embodiment 5;

fig. 11 is a schematic front view of the multifunctional acousto-optic color fusion interactive device in accordance with the present embodiment 6;

FIG. 12 is a schematic diagram of a side view of the immersive interactive performance system of the embodiment 7;

fig. 13 is a schematic top view of the immersive interactive performance system of this embodiment 7;

fig. 14 is a schematic diagram of the module structure and control flow of the immersive interactive performance system of this embodiment 7.

Description of reference numerals:

1. a detachable hollow metal framework; 101. an upper horizontal bar; 102. a lower horizontal bar; 103. a support bar; 104. a support leg; 2. a laser emission module; 201 a laser emitting head; 3. a laser receiving module; 301 laser receiving head; 4. a sound module; 401. a sound control module; 40101. a signal processor module; 40102. an audio recording and playing module; 40103. a digital power amplifier; 40104. a power source; 402. a speaker; 403. an input interface; 40301. an MIC IN interface; 40302. a LINE IN interface; 404. an output interface; 40401. a sound box interface; 405. an AUX OUT interface; 5. a light interaction module; 501. a color recognition and processing module; 502. a machine vision sensor; 503. a signal output module; 504. a video resource management module; 505. a light fixture or projector; 6. a sensing and control module; 601. a control circuit; 602. an environmental sensor; 603. a peripheral control module; 7. a base; 8. a laser music device; 9. a water pump; 10. a smoke machine; 11. a magic mirror-shaped laser music device; 12. a glass step; 13. and (4) lighting.

Detailed Description

The following describes embodiments of the present invention in detail.

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments, so as to enable those skilled in the art to better understand the present invention and implement the present invention, but the illustrated embodiments are not intended to limit the present invention, and in the present embodiments, it should be understood that the terms "longitudinal", "horizontal", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", etc. indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, and the present invention is described only for convenience of description, but does not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limited to the present invention.

It will be understood that when an element is referred to as being "connected" to another element, it can be directly connected to the other element and be integral therewith or intervening elements may also be present. The terms "mounted," "one end," "the other end," and the like as used herein are for illustrative purposes only.

Example 1:

referring to fig. 1-6, the multifunctional acousto-optic color fusion interactive device provided in this embodiment is a laser music device with a conventional shape, and includes: the device comprises a detachable hollow metal framework 1, a laser emitting module 2, a laser receiving module 3, a sound module 4, a light interaction module 5 and a sensing and controlling module 6; the laser emission module 2, the laser receiving module 3, the sound module 4, the light interaction module 5 and the sensing and control module 6 are respectively or jointly arranged in the inner space of the detachable hollow metal framework 1 and form a plurality of universal functional modules together with the detachable hollow metal framework 1; the plurality of generalized functional modules are positioned in different external environment spaces in a set shape and a set structure and are electrically connected to form the multifunctional, intelligent and interactive laser music device fused with the external environment spaces.

The detachable hollow metal framework 1 is a light aluminum or stainless steel metal component which is long-strip-shaped, not easy to deform and convenient to disassemble and assemble, and the hollow position inside the detachable hollow metal framework is used for respectively arranging the laser emission module 2, the laser receiving module 3, the sound module 4, the lamplight interaction module 5 and the sensing and control module 6 inside the detachable hollow metal framework; the two side end faces of the detachable hollow metal framework 1 are closed, and through holes for the mutual electrical connection of the modules or the passing of laser beams are arranged on any side face of the detachable hollow metal framework; the length, width and height of the hollow metal framework 1 can be specifically selected according to actual needs. The detachable hollow metal framework is a metal structure which is light, firm, not easy to deform and convenient to disassemble and assemble.

The laser emission module 2 comprises 16 laser emission heads 201 which are sequentially and uniformly arranged at intervals; the laser receiving module 3 comprises 16 laser receiving heads 301 which are in one-to-one correspondence with the laser emitting heads 201; the laser emission module 2 with the laser receiving module 3 is the rectangular shape structure of setting in detachable hollow metal framework 1.

The laser emitting module 2 and the laser receiving module 3 are provided with two basic models of 5 scales and 8 scales, and can be combined and expanded into 10 scales, 13 scales and 16 scales, wherein one scale corresponds to one laser beam, and when a consumer blocks any one of the laser beams, the laser emitting module and the laser receiving module emit sound corresponding to the scale.

Stereo set module 4, including mutual electric connection: the system comprises a sound control module 401, a loudspeaker 402, an input interface 403, an output interface 404, an AUX OUT interface 405 and a sound box; the sound control module 401 includes: a signal processor module 40101 for receiving signals sent by the laser receiving module 3, an audio record-play module 40102 for sending instructions according to the signal processor module 40101 to play audio, a digital power amplifier 40103 for receiving and amplifying audio signals of the audio record-play module 40102, and a power supply 40104; the input interface 403 includes: MIC IN interface 40301, LINE IN interface 40302; the output interface 404 comprises a sound box interface 40401 and an AUX OUT interface 405 which are led OUT by a built-in power amplifier; the components of the sound module 4 except the sound box are arranged in the detachable hollow metal framework 1 to form an upper horizontal bar 101 which is horizontally arranged or a supporting rod 103 which is vertically arranged.

And the sound module 4 analyzes and judges according to the signals and the changes of the laser transmitting module 2 and the laser receiving module 3, and further calls and plays the audio signals corresponding to the signal changes. This 4 analysis of stereo set module judges the circuit or the procedure that adopt, for prior art scheme, the utility model discloses do not improve it.

The lighting interaction module 5 comprises a machine vision sensor 502, a color recognition and processing module 501, a video resource management module 504, a signal output module 503 and a lamp or projector 505 which are connected with each other; the light interaction module 5 comprises components except for the lamp or the projector 505, and is arranged in the detachable hollow metal framework 1 to form an upper horizontal bar 101 horizontally arranged or a supporting rod 103 vertically arranged.

A signal output module 503 capable of controlling and driving a lamp and a video server control system 504 for connecting the lamp or a projector 505 to achieve a visual effect combined with the MAPPING technology; the light interaction module 5 is arranged in the upper transverse bar 101 or the support rod 103.

The light interaction module 5 comprises a color recognition and processing system 501 for controlling the synchronous change of the colors of the projected light of various lighting fixtures and the colors of the detected objects, a machine vision sensor 502 with a color recognition technology function based on a machine vision technology, an output signal module 503 capable of controlling and driving the fixtures, and a video resource management module 504 for connecting the fixtures or a projector 505 to achieve a visual effect combined with the MAPPING technology.

The sensing and control module 6 includes a control circuit 601, an environmental sensor 602, and an external control module 603, which are connected to each other.

It needs to explain very much, the embodiment of the utility model provides an above-mentioned laser emission module 2 that adopts, laser receiving module 3, stereo set module 4, the mutual module 5 of light and sensing and control module group 6 and constitute the module, all adopt prior art's circuit or procedure, the utility model discloses do not relate to the improvement of going on it.

Example 2:

referring to fig. 7, the multifunctional acousto-optic color fusion interactive device provided in this embodiment is substantially the same as that of embodiment 1, and is different in that it specifically is a magic mirror-shaped laser music device 11 with supporting legs, which is a door-shaped magic mirror-shaped laser music device 11 formed by two vertical supporting rods 103 and two horizontal cross bars, and supporting legs 104 and other components, wherein the laser emitting module 2 and the laser receiving module 3 are arranged horizontally and correspond to an upper cross bar 101 and a lower cross bar 102; the other modules are arranged as vertical supporting rods 103; the laser emitted by the upper cross bar laser emitting module 2 passes through the hollow position in the door-shaped magic mirror frame and reaches the laser receiving module 3 of the lower cross bar. When a consumer passes through the hollow position in the door-shaped magic mirror frame, the laser beam is blocked, other modules are triggered, and music is played; and when the consumer blocks different light beams, different music is played, and the intelligent interaction based on sensing triggering is carried out with the consumer.

Example 3:

referring to fig. 8, the multifunctional acousto-optic color fusion interactive device provided in this embodiment is substantially the same as that of embodiment 2, except that it is a door-shaped magic mirror-shaped laser music device 11 without support legs and fixed on an external environment object, such as a building. The magic mirror comprises a door-shaped magic mirror frame formed by two vertical support rods 103, two horizontal cross bars 101 and 102 and other components, wherein the laser emitting module 2 and the laser receiving module 3 are arranged in the horizontal upper cross bar 101 and the lower cross bar 102 which are mutually corresponding; the other modules are arranged in the vertical supporting rod 103; the laser emitted by the upper horizontal laser emitting module 2 passes through the hollow position in the door-shaped magic mirror frame to reach the lower horizontal laser receiving module 3, and the lower horizontal laser emitting module is fixed on buildings or articles such as big trees, temporary walls, curtains and the like in the environment to create different scenes, and when a consumer passes through the hollow position in the door-shaped magic mirror frame, the laser beam is blocked, other modules are triggered, and music is played; when the consumer blocks different light beams, different music is played, and intelligent interaction is performed with the consumer.

Example 4:

referring to fig. 9, the present embodiment provides a multifunctional acousto-optic color fusion interactive device, which is substantially the same as that in embodiment 2 or 3, and its difference is: the laser music device is an arched laser music device without support legs and fixed on an external environment object, the hollow part of the door-shaped interior of the laser music device is in an arched window shape, the laser music device comprises two vertical support rods 103, a horizontal lower transverse bar 102 and a 101 extending obliquely upwards, and the middle part of the right section of the laser music device is connected with the top end of the vertical support rod 103 on the right side; the laser emitting module 2 and the laser receiving module 3 are oppositely arranged in the upper transverse bar 101 and the lower transverse bar 102.

Example 5:

referring to fig. 10, the multifunctional acousto-optic color fusion interactive device provided in this embodiment is substantially the same as that of embodiment 4, and is different in that it is a laser music device with an arc-shaped upper side, and includes two vertical support rods 103, and the upper cross bar 101 is in a semi-arc shape; the terminal point of the left section of the upper horizontal bar is connected with the supporting rod 103 on the left side, and the middle part of the right section is connected with the top end of the supporting rod 103 on the right side.

Example 6:

referring to fig. 11, the present embodiment provides a multifunctional acousto-optic color fusion interactive device, which is substantially the same as embodiment 5, except that: the laser music device is an arc-shaped laser music device with the left side edge and the upper side edge, and comprises a vertical supporting rod 103 at the right side edge, and the upper cross bar 101 is in a semi-arc shape; the terminal point of the left section of the upper horizontal bar 101 is connected with the terminal point of the left side of the lower horizontal bar 102, and the middle part of the right section is connected with the top end of the right supporting rod 103.

Example 7:

referring to fig. 12-14, the embodiment provides an immersive interactive performance system including any one or more of the multifunctional acousto-optic color fusion interaction devices of embodiments 1-6, which includes a base 7 elevated above the ground level, and a multifunctional acousto-optic color fusion interaction device 8 disposed on the base; the machine vision sensor 502 (specifically, a digital high-definition camera) and the environmental sensors 602 (specifically, the sensors may include an illumination intensity sensor, a pyroelectric human body infrared sensor, a sound sensor, a wind speed sensor, a temperature sensor, etc.), a sound box, a lamp or a projector 505, which form the laser music device 8, surround the periphery of the laser music device, are respectively arranged inside or outside the base, and are used for dynamically interacting with the consumer in local space-time created by the device by adopting information of the consumer or outputting signals such as audio, video, light, etc.

The performance device also comprises a water pump 9 or a smoke machine 10, wherein the water pump or the smoke machine 10 of the performance device 9 is arranged around the base 7 and is electrically connected with the sensing and control module 6.

It also comprises a door-shaped magic mirror-shaped laser music device 11; the door-shaped magic mirror-shaped laser music device 11 is arranged outside the base 7, and glass steps 12 are arranged between the door-shaped magic mirror-shaped laser music device and the base 7 and are communicated with each other; inside the glass step 12, a plurality of lamps of the light interaction module 5 are arranged, and the lamps are color-changeable LED lamp sets (LED lamp belts or lamp posts and the like).

The sensing and control module 6 controls other modules of the multifunctional acousto-optic color fusion interaction device to work, and the laser music device performs diversified, intelligent, synchronous and interactive performances of sound, light, water and mist.

In the embodiment, a small base is arranged as a music device platform and a performance platform, and a light fountain with an interactive function, a gushing water shape, the color, brightness, pattern and the like of light are arranged beside the base and can perform in real time synchronously with the rhythm, rhythm and force of a sound signal of a laser music device played on site. The sound, light and water performances are matched with the emotion and mood of the music. Meanwhile, the laser music device 8 sends audio signals to the sound module 4 (sound console) and the light 13(MA2 type), and controls the sound and light system to perform synchronously.

The basic performance mode is light interaction: in this mode, each part is triggered by sensing, and the light 13 of the performance device comprises a lawn lamp (or ground lamp), and the color of the light can be instantly and automatically matched with the color of the coat of the audience.

The extended performance mode is acousto-optic interaction: in the mode, all parts are triggered based on sensing, when a consumer wearing blue clothes enters the door-shaped magic mirror-shaped laser music device 11 and blocks laser beams, the sensing and control module 6 senses the clothes color of the consumer and calls a short welcome word interactive voice built in the sound module 4, namely 'you wear blue clothes and really look beautiful, i welcome you with blue light', and a small surprise and card-hitting point is made for audiences.

In addition, the laser music devices 8 and 11, through the immersion interactive performance system, all parts cooperate with each other based on the sensing trigger of the consumer, and can perform sound, light, water and fog synchronously with the consumer respectively or jointly under the control of the sensing trigger signal generated by the consumer.

The utility model provides a multi-functional reputation colour fuses interactive installation and immerses interactive performance system utilizes photoelectric effect to trun light signal into the signal of telecommunication into, and the light beam that a plurality of laser pipes that utilize the laser module sent is as the string, divides the branch to correspond a musical note, provides suitable signal with the light characteristic that paired photo resistance received, produces the effect of switch. When a finger hooks on a certain path of light beam, the light path can be blocked for a short time, the change of the light intensity is detected, and the device emits music sound of corresponding notes, so that music can be played or played. When a consumer approaches the range of 1-2 m near the music device, an infrared sensor of the sensing and control module 6 is triggered, and a laser beam of the laser music device 8 is automatically lightened; the sensing and control module 6 sends a control signal to the sound box module 4 after processing a sensing signal of a consumer, calls audio data in an audio recording and playing chip memory of the module, and outputs the audio data to a sound box through a digital power amplifier; and the sensor that the interactive module of light 5 set up is triggered the back by the consumer, and sensing and control module 6 discerns the clothes colour of consumer through colour discernment and processing system, and according to tourist's clothes colour output interactive acoustic and optical signal, and then the colour change of the audio content of control broadcast and light (or the different video content of projector output), the light colour can be automatic and spectator's clothing colour phase-match, realizes with the interaction of consumer.

The utility model discloses a modularization, universalization structural design, each part are detachable connection, and the product uses in a flexible way, the function is many, supports colour discernment and color interactive, can realize that the intellectuality of multiple immersive culture intention works presents and the performance.

The above are only specific embodiments of the present invention, and the protection scope of the present invention is not limited thereby; any replacement and improvement made on the basis of not violating the concept of the utility model belong to the protection scope of the utility model.

Claims (10)

1. A multifunctional acousto-optic color fusion interactive device is characterized by comprising: the device comprises a detachable hollow metal framework (1), a laser emission module (2), a laser receiving module (3), a sound module (4), a light interaction module (5) and a sensing and control module (6), wherein the laser emission module (2), the laser receiving module (3), the sound module (4), the light interaction module (5) and the sensing and control module (6) are respectively or jointly arranged in the inner space of the detachable hollow metal framework (1) and form a plurality of universal functional modules together with the detachable hollow metal framework (1); the plurality of universal functional modules are positioned mutually in different external environment spaces in a set shape and structure and are electrically connected to form the multifunctional acousto-optic color fusion interactive device fused with the external environment spaces.

2. The multifunctional acousto-optic color fusion interaction device according to claim 1, wherein the detachable hollow metal framework (1) is a metal member which is long, not easy to deform and convenient to assemble and disassemble, and has a hollow position inside for arranging the laser emitting module (2), the laser receiving module (3), the audio module (4), the light interaction module (5) and the sensing and control module (6) inside; the two side end faces of the detachable hollow metal framework (1) are closed, and through holes for the modules to be electrically connected with each other or for laser beams to pass through are formed in any side face of the detachable hollow metal framework.

3. The multifunctional acousto-optic color fusion interactive device according to claim 1, wherein the laser emitting module (2) comprises 16 laser emitting heads (201) which are sequentially and uniformly arranged at intervals; the laser receiving module (3) comprises 16 laser receiving heads (301) which correspond to the laser emitting heads (201) one by one; the laser emitting module (2) and the laser receiving module (3) are both strip-shaped structures which can be arranged in the detachable hollow metal framework (1).

4. The multifunctional acousto-optic color fusion interaction device according to claim 1, characterized in that the audio module (4) comprises, electrically connected to each other: the sound box comprises a sound control module (401), a loudspeaker (402), an input interface (403), an output interface (404), an AUX OUT interface (405) and a sound box; the sound control module (401) comprises: the system comprises a signal processor module (40101) for receiving signals sent by a laser receiving module (3), an audio recording and playing module (40102) for playing audio according to instructions sent by the signal processor module (40101), a digital power amplifier (40103) for receiving and amplifying audio signals of the audio recording and playing module (40102), and a power supply (40104); the input interface (403) comprises: a MIC IN interface (40301), a LINE IN interface (40302); the output interface (404) comprises a sound box interface (40401) and an AUX OUT interface (405) which are led OUT by a built-in power amplifier; the components of the sound module (4) except the sound box are arranged in the detachable hollow metal framework (1) to form an upper horizontal bar (101) which is horizontally arranged or a supporting rod (103) which is vertically arranged.

5. The multifunctional acousto-optic color fusion interaction device according to claim 1, wherein the light interaction module (5) comprises a machine vision sensor (502), a color recognition and processing module (501), a video resource management module (504), a signal output module (503) and a lamp or projector (505) which are connected with each other; the lamp light interaction module (5) comprises components except for a lamp or a projector (505), and is arranged in the detachable hollow metal framework (1) to form an upper horizontal bar (101) horizontally arranged or a support rod (103) vertically arranged.

6. The multifunctional acousto-optic color fusion interaction device according to claim 1, wherein the sensing and control module (6) comprises a control circuit (601), an environmental sensor (602) and a peripheral control module (603) connected to each other.

7. The multifunctional acousto-optic color fusion interactive device according to claim 1, characterized in that it is a door-shaped magic mirror-shaped laser music device (11) formed by two vertical support rods (103) and two horizontal cross bars, wherein the laser emitting module (2) and the laser receiving module (3) are arranged horizontally and are provided with upper and lower cross bars (101, 102) corresponding to each other; the laser emitted by the upper transverse bar laser emitting module (2) passes through the hollow position in the door-shaped magic mirror frame to reach the laser receiving module (3) of the lower transverse bar.

8. An immersive interactive performance system comprising the multifunctional acousto-optic color fusion interaction device according to any one of claims 1-7, wherein the immersive interactive performance system comprises a base (7) which is elevated above the ground level, and at least one multifunctional acousto-optic color fusion interaction device (8) arranged on the base; the machine vision sensor (502), each environment sensor (602), the sound box, the lamp or the projector (505) which form the multifunctional acousto-optic color fusion interaction device (8) are arranged around the periphery of the multifunctional acousto-optic color fusion interaction device (8) and are respectively arranged inside or outside the base (7).

9. The immersive interactive performance system of claim 8, further comprising a water pump (9) or a smoke machine (10), wherein the water pump (9) or the smoke machine (10) is disposed around the base (7) and is electrically connected to the sensing and control module (6).

10. The immersive interactive performance system of claim 8, further comprising a magic mirror-shaped laser music device (11); the door-shaped magic mirror-shaped laser music device (11) is arranged outside the base (7), and glass steps (12) are arranged between the door-shaped magic mirror-shaped laser music device and the base and are communicated with each other; and lamps of a plurality of lamplight interaction modules (5) are arranged inside the glass step (12).

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