WO2018113012A1 - 智能投影幕墙 - Google Patents

智能投影幕墙 Download PDF

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Publication number
WO2018113012A1
WO2018113012A1 PCT/CN2016/112891 CN2016112891W WO2018113012A1 WO 2018113012 A1 WO2018113012 A1 WO 2018113012A1 CN 2016112891 W CN2016112891 W CN 2016112891W WO 2018113012 A1 WO2018113012 A1 WO 2018113012A1
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WIPO (PCT)
Prior art keywords
short
wall
perspective
splicing
curtain
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PCT/CN2016/112891
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English (en)
French (fr)
Inventor
沈立
徐文波
高翔
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珠海立潮新媒体科技有限公司
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Publication of WO2018113012A1 publication Critical patent/WO2018113012A1/zh

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    • G—PHYSICS
    • G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
    • G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
    • G03B21/00—Projectors or projection-type viewers; Accessories therefor
    • G03B21/14—Details
    • G—PHYSICS
    • G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
    • G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
    • G03B21/00—Projectors or projection-type viewers; Accessories therefor
    • G03B21/54—Accessories
    • G03B21/56—Projection screens
    • G03B21/60—Projection screens characterised by the nature of the surface

Definitions

  • the invention relates to the field of outdoor projection application technology, in particular to an intelligent projection curtain wall.
  • the present invention is based on the Chinese Patent Application No. CN201611182035.7, filed on Dec. 20, 2016, the content of which is hereby incorporated by reference.
  • the existing open-air video display platform mostly adopts the LED screen structure, which has low resolution, expensive equipment, difficult maintenance and difficulty in integration with the building. Especially when various building buildings are used as outdoor display screens, hanging LED screens will cause glass windows.
  • the huge load-bearing, in addition, the LED screen not only affects the overall sense and beauty of the exterior surface of the building, but also obstructs the user's line of sight in the building, affects the sense of life of the users inside the building, and reduces the quality of life.
  • the Chinese Patent Publication No. CN101353910B discloses a glass curtain wall module capable of displaying graphic information, including an inner glass, an outer glass, and a bezel strip disposed between the inner glass and the outer glass and distributed along the edge.
  • a sealing interlayer is formed between the layer glass, the outer glass and the frame strip, and the electronic display layer is embedded in the sealing interlayer, and the electronic display layer comprises at least one LED Illuminated pixel assembly, signal bus assembly and power bus assembly, LED Both ends of the illuminating pixel assembly are mechanically coupled and electrically coupled to the signal bus and the power bus assembly, respectively.
  • the existing glass curtain wall module is provided with LEDs in the middle of the curtain wall glass interlayer
  • the illuminating component affects the transparency of the glass curtain wall and destroys the structure of the original glass curtain wall.
  • the object of the present invention is to provide a smart projection curtain wall with convenient installation and disassembly, long service life and high resolution without affecting the transparency of the glass curtain wall.
  • the present invention provides an intelligent projection screen wall comprising an intelligent projection screen wall module, a signal source, a splicing fuse set and a receiver.
  • the intelligent projection screen wall module is embedded in the building building, and the signal source provides a picture.
  • the image data is transmitted to the stitching fuser group, and the plurality of receivers are electrically connected to the stitching fuser group.
  • the intelligent projection curtain wall module comprises a perspective screen and a short-focus projector
  • the perspective screen is fixed on the main wall of the building
  • a plurality of short-focus projectors are arranged on the inner side of the main wall
  • a short-focus projector and a receiving The device is electrically connected
  • the overlapping area of the projection area of the plurality of short-throw projectors corresponds to the imaging area of the perspective screen.
  • the smart projection curtain wall module further comprises a glass wall, the glass wall is mounted on the main wall by a fixing member, and the perspective screen is disposed on the inner side of the glass wall.
  • a further preferred solution is to have a coating or film on the glass wall.
  • the smart projection curtain wall module further comprises an inner isolation glass, the inner isolation glass, the short focal projector, the perspective curtain and the glass wall are arranged in order from the inside to the outside on the inner side of the main wall; the number of projectors is 3 From Taiwan to 1000, multiple short-throw projectors are arranged in a matrix.
  • a preferred solution is that the short throw projector employs an ultra short throw projector.
  • the intelligent projection screen wall further comprises a remote network communication module, and the signal source transmits image data to the splicing fuse group through the remote network communication module;
  • the remote network communication module includes an input node, a network switch, and an output node, and the input The node is electrically connected to the signal source and receives image data output by the signal source.
  • the see-through screen is a perspective curtain module or a plurality of perspective curtain modules, and the number of the perspective curtain modules is equal to or less than the number of short-focus projectors.
  • the see-through screen is an efficient see-through screen with an effective perspective fabric ranging from 10% to 95%.
  • a preferred solution is that a rewinding mechanism is mounted above the see-through screen, and the winding mechanism is fixed to the main wall.
  • the splicing fuse set includes a plurality of splicing fuses, and the plurality of splicing fuses are connected in series or in parallel, and the unit image splicing fusion range of the splicing fusion splicer is 0 to 40%.
  • the signal source of the intelligent projection curtain wall of the invention transmits image data signals to the splicing fuse group, and then the splicing fuse group divides the complete image data into a plurality of blocks and transmits them to corresponding receivers, and finally the short-focus projector
  • the image data received from the receiver is displayed on a perspective screen.
  • This structure uses edge fusion technology to fuse the images of multiple ultra-short-throw projectors, and finally displays an oversized high-definition picture with a resolution of 4K or higher. It is not available on the LED exterior wall screen.
  • the glass wall is arranged to avoid damage to the see-through curtains installed in the building, such as wind or thunderstorms, and to facilitate the cleanliness of the interior environment, and the transparency of the glass does not obscure the view of the residents in the building, and It will not affect the building design, improve the beauty of the city, and increase the beauty of residents' lives.
  • a glass wall coated with a coating or film can also display images on a transparent glass wall without retracting the transparency of the glass wall when the perspective curtain is stowed.
  • the inner isolation glass can separate the intelligent projection curtain wall in the building, which is beneficial to the cleaning and maintenance inside the intelligent projection curtain wall, and can reduce the noise inside the building and improve the safety factor of use.
  • the signal source data can realize the transmission and control of the remote image data to the splicing fuse group through the remote network communication module.
  • the area of the fluoroscopic screen matches the spliced fused screen area of the projected area of the short-focus projector array of the matrix arrangement.
  • the number of perspective curtains is equal to or less than the number of short-focus projectors, thereby ensuring the clarity and integrity of the projected picture.
  • the use of high-efficiency perspective curtains does not affect the lighting and vision of users in the building and improves the quality of life.
  • a winding mechanism is installed on the top of the perspective curtain to facilitate the retracting function of the perspective curtain.
  • the splicing fuser realizes the segmentation and integration of image data by means of serial or parallel connection.
  • FIG. 1 is a schematic structural view of an angle of an embodiment of the intelligent projection curtain wall of the present invention.
  • FIG. 2 is a schematic view showing the structure of another embodiment of the intelligent projection curtain wall of the present invention.
  • FIG. 3 is a schematic structural diagram of a remote network communication module of an embodiment of the intelligent projection screen wall of the present invention.
  • the intelligent projection screen wall provided by the embodiment includes an intelligent projection screen wall module, a signal source 1, a splicing fuse set 2 and a receiver 3, and the intelligent projection screen wall module is embedded in the building.
  • the signal source 1 is used to provide image data of the picture
  • the splicing fuse set 2 can receive the signal output by the signal source 1, that is, the signal source 1 transmits the image data to the splicing fuse set 2, and the plurality of receivers 3 and the splicing fuse set 2 electrical connection.
  • the smart projection curtain wall module comprises a perspective screen 4, a short-focus projector 5, a glass wall 7 and an inner insulating glass 9, wherein the perspective curtain 4 is fixed on the main wall 6 of the building, and the plurality of short-focus projectors 5 Provided on the inner side of the main wall 6, a short-focus projector 5 is electrically connected to a receiver 3, and a superimposed area of the projection areas of the plurality of short-throw projectors 5 is disposed corresponding to the imaging area of the see-through screen 4.
  • the throw ratio of the short-throw projector 5 is 0.05 to 1.5.
  • the splicing fuse set 2 comprises a plurality of splicing fuses, and the plurality of splicing fuses are connected in series or in parallel to realize image data segmentation and integration functions, and the splicing fuse unit image splicing fusion range is 0 to 40%.
  • the see-through screen 4 is a perspective curtain module or a plurality of perspective curtain modules, and the number of the perspective curtain modules is equal to or smaller than the number of the short-focus projectors 5.
  • the number of short-throw projectors 5 is 3 to 1000, and the plurality of short-throw projectors 5 are arranged in a matrix and mounted on the projector frame 51, and the area of the perspective curtain 4 and the array of short-focus projectors 5 are arranged in a matrix.
  • the stitching of the projected area is matched to the screen area.
  • the number of the perspective curtain modules is equal to or smaller than the number of the short-focus projectors 5, which ensures the clarity and integrity of the projected picture.
  • the perspective curtain 4 is an efficient perspective curtain, and the perspective of the high-efficiency perspective curtain ranges from 10% to 95%.
  • the perspective of the high-efficiency perspective curtain is 55%, and the high-efficiency perspective curtain is used, which does not affect the interior of the building. The user's lighting and vision enhance the quality of life.
  • a winding mechanism 41 is mounted above the perspective curtain 4, and the winding mechanism 41 is fixed to the main wall 6, which contributes to the retracting function of the see-through screen 4.
  • the glass wall 7 is mounted on the main wall 6 by means of a fixing member 71 which is disposed inside the glass wall 7.
  • the glass wall 7 is covered with a coating or film. Due to the physical property limitation of the conventional display principle, it is difficult to display an image on a completely transparent glass, and a glass wall 7 coated with a coating or a film can be realized in a transparent glass when the perspective curtain 4 is stowed. An image is displayed on the wall 7 without affecting the transparency of the glass wall 7. Therefore, the intelligent projection screen wall of the embodiment has two working modes, one is a large-screen high-definition display, and the other is a glass curtain wall.
  • the glass wall 7 and the perspective curtain 4 are sized from 10 square meters to 8,000 square meters, and the short-throw projector projects from the glass wall 7 or the see-through screen 4 by a distance of 0.3 to 3 meters.
  • the glass curtain wall can achieve resolutions ranging from 800 ⁇ 600 to 7680 ⁇ 4320, and large-screen HD displays can achieve resolutions ranging from 800 ⁇ 600 to 15360 ⁇ 8640.
  • the inner insulating glass 9, the short-focus projector 5, the see-through screen 4, and the glass wall 7 are disposed in order from the inside to the outside on the inner side of the main wall 6.
  • the inner isolation glass 9 can separate the intelligent projection curtain wall in the building, which is beneficial to the cleaning and maintenance inside the intelligent projection curtain wall, and can reduce the noise inside the building and improve the safety factor of use.
  • the image data provided by the signal source 1 can be directly transmitted to the splicing fuse group 2 in the field, or the image data can be sent to the splicing and condensing unit group 2 through the remote network communication module 8 for remote transmission to realize remote control.
  • the remote network communication module 8 includes an input node 81, a network switch 82, and an output node 83.
  • the input node 81 is electrically connected to the signal source 1 and receives image data output by the signal source 1.
  • short throw projector 5 can also be replaced with an ultra short throw projector.
  • the signal source transmits the image data signal to the splicing fuse group, and then the splicing fuse group divides the complete image data into a plurality of blocks and transmits them to the corresponding plurality of receivers, and the plurality of short-focus projections arranged in the matrix
  • the image data received from the receiver is displayed on the perspective screen by splicing and/or fusion to achieve an oversized picture and high resolution.
  • This structure uses edge fusion technology to fuse the images of multiple ultra-short-throw projectors, and finally displays an oversized high-definition picture with a resolution of 4K or higher. It is not available on the LED exterior wall screen.
  • the intelligent projection screen wall of the invention combines the images thrown by multiple ultra-short-throw projectors by edge fusion technology, and finally displays an oversized high-definition picture, which has reasonable design structure, convenient installation and disassembly, long service life and high resolution. .

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Projection Apparatus (AREA)
  • Transforming Electric Information Into Light Information (AREA)
  • Load-Bearing And Curtain Walls (AREA)

Abstract

一种智能投影幕墙，包括智能投影幕墙模组、信号源（1）、拼接融合器组（2）和接收器（3），智能投影幕墙模组嵌入式地安装在建筑大楼上，信号源（1）提供画面的图像数据并向拼接融合器组（2）传输图像数据，多个接收器（3）与拼接融合器组（2）电连接。另外，智能投影幕墙模组包括透视幕布（4）和短焦投影机（5），透视幕布（4）固定在建筑大楼的主墙体（6）上，多个短焦投影机（5）设置在主墙体（6）的内侧，一个短焦投影机（5）与一个接收器（3）电连接，且多台短焦投影机（5）的投射区域的叠加区域与透视幕布（4）的成像区域相对应的设置。

Description

智能投影幕墙 技术领域
本发明涉及户外投影应用技术领域，具体地说，是涉及一种智能投影幕墙。本发明是基于申请号为CN201611182035.7，申请日为2016年12月20日的中国发明专利申请，该申请的内容引入本文作为参考。
 背景技术
现有的露天视频展示平台多采用LED屏结构，其分辨率低，设备昂贵、维护困难且难于和建筑融为一体，特别是各种大厦建筑作为户外显示屏时，悬挂LED屏幕会造成玻璃窗的巨大承重，另外，LED屏不仅影响了建筑外表面的整体感和美感，而且遮挡了大楼内用户的视线，影响了楼内用户的生活感官，降低了生活质量。
公告号为CN101353910B的中国专利公开了一种可以显示图文信息的玻璃幕墙模组，包括内层玻璃、外层玻璃和位于内层玻璃和外层玻璃之间并沿边缘分布的边框条，内层玻璃、外层玻璃和边框条之间形成了密闭夹层，密闭夹层内嵌入了电子显示层，电子显示层包括至少一个LED 发光象素组件、信号总线组件和电源汇流组件，LED 发光象素组件的两端分别与信号总线和电源汇流组件实现机械联结和电气联结。现有的玻璃幕墙模组因幕墙玻璃夹层中间设置有LED 发光组件，影响了玻璃幕墙的透明效果，破坏了原有的玻璃幕墙的结构。
 技术问题
本发明的目的是提供一种安装拆卸便捷、使用寿命长以及分辨率高且不影响玻璃幕墙透明效果的智能投影幕墙。
 技术解决方案
为实现上述目的，本发明提供一种智能投影幕墙包括智能投影幕墙模组、信号源、拼接融合器组和接收器，该智能投影幕墙模组嵌入式地安装在建筑大楼上，信号源提供画面的图像数据并向拼接融合器组传输图像数据，多个接收器与拼接融合器组电连接。另外，智能投影幕墙模组包括透视幕布和短焦投影机，透视幕布固定在建筑大楼的主墙体上，多个短焦投影机设置在主墙体的内侧，一个短焦投影机与一个接收器电连接，且多台短焦投影机的投射区域的叠加区域与透视幕布的成像区域相对应的设置。
一个优选的方案是，智能投影幕墙模组还包括玻璃墙，玻璃墙通过固定件安装在主墙体上，透视幕布设置在玻璃墙的内侧。
进一步优选的方案是，玻璃墙上铺设有涂层或贴膜。
进一步优选的方案是，智能投影幕墙模组还包括内隔离玻璃，内隔离玻璃、短焦投影机、透视幕布和玻璃墙在主墙体的内侧从里到外依次设置；投影机的数量为3台至1000台，多台短焦投影机以矩阵方式排列。
一个优选的方案是，短焦投影机采用超短焦投影机。
一个优选的方案是，智能投影幕墙还包括远程网络通信模组，信号源通过远程网络通信模组向拼接融合器组发送图像数据；远程网络通信模组包括输入节点、网络交换机和输出节点，输入节点与信号源电连接并接收信号源输出的图像数据。
一个优选的方案是，透视幕布为一个透视幕布模块或由多个透视幕布模块拼接而成，透视幕布模块的数量等于或小于短焦投影机的数量。
一个优选的方案是，透视幕布为高效透视幕布，高效透视幕布的透视率范围为10%至95%。
一个优选的方案是，透视幕布的上方安装有收卷机构，收卷机构固定在主墙体上。
一个优选的方案是，拼接融合器组包括多个拼接融合器，多个拼接融合器通过串联或者并联的方式连接，接拼接融合器的单位图像拼接融合范围为0至40%。
 有益效果
本发明的智能投影幕墙的信号源向拼接融合器组传输图像数据信号，接着，拼接融合器组将完整的图像数据划分成多个块后传送给对应的多个接收器，最后短焦投影机将从接收器接收的图像数据显示在透视幕布上。本结构采用边缘融合技术将多台超短焦投影机投出的画面进行融合，最终显示出一个超大的高清画面，显示分辨率突破4K甚至更高，是现在LED外墙屏幕所达不到的，同时可以轻易实现比现有户外显示屏更大的显示面积；其设计结构合理、安装拆卸便捷、使用寿命长及分辨率高，且无需常检修，使用工作效率高；噪音小、使用安全系数高，满足使用要求，且便于清洁维护。
并且，玻璃墙的设置可避免刮风或雷雨天气对安装在建筑大楼内的透视幕布等的损坏，同时有利于楼内环境的清洁卫生，玻璃的透明效果不会遮挡楼内住户的视野，而且不会影响建筑外观设计，提高了城市的美观，增加了居民生活的美感。
此外，采用铺设有涂层或贴膜的玻璃墙，当将透视幕布收起时，也可实现在透明的玻璃墙上显示图像，且不影响玻璃墙的透明度。
另外，内隔离玻璃可以将智能投影幕墙在建筑大楼内单独隔离开，有利于智能投影幕墙内部的清洁维护，同时可以减小楼内噪音，且提高使用安全系数。
同时，信号源数据可以通过远程网络通信模组实现对拼接融合器组进行远程图像数据的传输和控制。
并且，透视幕布的面积与矩阵排列的短焦投影机阵列的投射区域的拼接融合画面面积相匹配。另外，透视幕布的数量等于或小于短焦投影机的数量，从而保证投影画面的清晰、完整。此外，采用高效透视幕布，不影响大楼内用户的采光和视野，提高生活质量。而透视幕布的上方安装有收卷机构，有助于实现透视幕布的收放功能。
另外，拼接融合器通过串联或者并联的方式实现图像数据的分割和整合功能。
 附图说明
图1是本发明智能投影幕墙实施例的一个角度的结构示意图。
图2是本发明智能投影幕墙实施例的另一个角度的结构示意图。
图3是本发明智能投影幕墙实施例的远程网络通信模组的结构示意图。
以下结合附图及实施例对本发明作进一步说明。
 本发明的实施方式
参见图1和图2，本实施例提供的智能投影幕墙包括智能投影幕墙模组、信号源1、拼接融合器组2和接收器3，该智能投影幕墙模组嵌入式地安装在建筑大楼上，信号源1用来提供画面的图像数据，拼接融合器组2可以接收信号源1输出的信号，即信号源1向拼接融合器组2传输图像数据，多个接收器3与拼接融合器组2电连接。另外，智能投影幕墙模组包括透视幕布4、短焦投影机5、玻璃墙7和内隔离玻璃9，其中，透视幕布4固定在建筑大楼的主墙体6上，多个短焦投影机5设置在主墙体6的内侧，一个短焦投影机5与一个接收器3电连接，且多台短焦投影机5的投射区域的叠加区域与透视幕布4的成像区域相对应的设置。其中，短焦投影机5的投射比为0.05至1.5。
拼接融合器组2包括多个拼接融合器，多个拼接融合器通过串联或者并联的方式连接，实现图像数据的分割和整合功能，拼接融合器的单位图像拼接融合范围为0至40%。
透视幕布4为一个透视幕布模块或由多个透视幕布模块拼接而成，透视幕布模块的数量等于或小于短焦投影机5的数量。短焦投影机5的数量为3台至1000台，多台短焦投影机5以矩阵方式排列并安装在投影机机架51上，透视幕布4的面积与矩阵排列的短焦投影机5阵列的投射区域的拼接融合画面面积相匹配。另外，透视幕布模块的数量等于或小于短焦投影机5的数量，可保证投影画面的清晰、完整。可选地，透视幕布4为高效透视幕布，高效透视幕布的透视率范围为10%至95%，本实施例中，高效透视幕布的透视率为55%，采用高效透视幕布，不影响大楼内用户的采光和视野，提高生活质量。
透视幕布4的上方安装有收卷机构41，收卷机构41固定在主墙体6上，有助于实现透视幕布4的收放功能。
玻璃墙7通过固定件71安装在主墙体6上，透视幕布4设置在玻璃墙7的内侧。玻璃墙7上铺设有涂层或贴膜。由于传统显示原理的物理属性限制，在全透明的玻璃上是很难显示图像的，采用铺设有涂层或贴膜的玻璃墙7，当将透视幕布4收起时，也可实现在透明的玻璃墙7上显示图像，且不影响玻璃墙7的透明度。因此，本实施例的智能投影幕墙有两种工作模式，一种是大屏幕高清显示屏，另一种是玻璃幕墙。玻璃墙7以及透视幕布4的尺寸应用范围为10平方米至8000平方米，短焦投影机投射到玻璃墙7或透视幕布4的距离为0.3至3米。玻璃幕墙能够实现的分辨率为800×600至7680×4320范围内，大屏幕高清显示屏能够实现的分辨率为800×600至15360×8640范围内。
内隔离玻璃9、短焦投影机5、透视幕布4和玻璃墙7在主墙体6的内侧从里到外依次设置。内隔离玻璃9可以将智能投影幕墙在建筑大楼内单独隔离开，有利于智能投影幕墙内部的清洁维护，同时可以减小楼内噪音，且提高使用安全系数。
参见图2，信号源1提供画面的图像数据可以直接现场传输给拼接融合器组2，也可以通过远程网络通信模组8向拼接融合器组2发送图像数据，进行远程传输，实现异地控制。参见图3，远程网络通信模组8包括输入节点81、网络交换机82和输出节点83，输入节点81与信号源1电连接并接收信号源1输出的图像数据。
此外，短焦投影机5也可采用超短焦投影机替代。
由上可见，信号源向拼接融合器组传输图像数据信号，接着，拼接融合器组将完整的图像数据划分成多个块后传送给对应的多个接收器，矩阵排列的多个短焦投影机将从接收器接收的图像数据通过拼接和/或融合显示在透视幕布上，实现超大尺寸画面和高分辨率。本结构采用边缘融合技术将多台超短焦投影机投出的画面进行融合，最终显示出一个超大的高清画面，显示分辨率突破4K甚至更高，是现在LED外墙屏幕所达不到的，同时可以轻易实现比现有户外显示屏更大的显示面积；其设计结构合理、安装拆卸便捷、使用寿命长及分辨率高，且无需常检修，使用工作效率高；噪音小、使用安全系数高，满足户外高清、稳定投影使用要求，且便于清洁维护。
最后需要说明的是，本发明不限于上述的实施方式，如玻璃墙与建筑大楼的主墙体间固定方式的改变、短焦投影机数量的改变等变化也应该包括在本发明的权利要求保护范围之内。
 工业实用性
本发明的智能投影幕墙采用边缘融合技术将多台超短焦投影机投出的画面进行融合，最终显示出一个超大的高清画面，其设计结构合理、安装拆卸便捷、使用寿命长及分辨率高。

Claims (10)

  1. 智能投影幕墙，其特征在于，包括：
    智能投影幕墙模组，所述智能投影幕墙模组嵌入式地安装在建筑大楼上；
    信号源，所述信号源提供画面的图像数据；
    拼接融合器组，所述信号源向所述拼接融合器组传输所述图像数据；
    接收器，多个所述接收器与所述拼接融合器组电连接；
    其中，所述智能投影幕墙模组包括：
    透视幕布，所述透视幕布固定在所述建筑大楼的主墙体上；
    短焦投影机，多个所述短焦投影机设置在所述主墙体的内侧，一个所述短焦投影机与一个所述接收器电连接，且多台所述短焦投影机的投射区域的叠加区域与所述透视幕布的成像区域相对应的设置。
  2. 根据权利要求1所述的智能投影幕墙，其特征在于：
    所述智能投影幕墙模组还包括玻璃墙，所述玻璃墙通过固定件安装在所述主墙体上，所述透视幕布设置在所述玻璃墙的内侧。
  3. 根据权利要求2所述的智能投影幕墙，其特征在于：
    所述玻璃墙上铺设有涂层或贴膜。
  4. 根据权利要求2所述的智能投影幕墙，其特征在于：
    所述智能投影幕墙模组还包括内隔离玻璃，所述内隔离玻璃、所述短焦投影机、所述透视幕布和所述玻璃墙在所述主墙体的内侧从里到外依次设置；所述短焦投影机的数量为3台至1000台，多台所述短焦投影机以矩阵方式排列。
  5. 根据权利要求1所述的智能投影幕墙，其特征在于：
    所述短焦投影机采用超短焦投影机。
  6. 根据权利要求1所述的智能投影幕墙，其特征在于：
    所述智能投影幕墙还包括远程网络通信模组，所述信号源通过所述远程网络通信模组向所述拼接融合器组发送所述图像数据；
    所述远程网络通信模组包括输入节点、网络交换机和输出节点，所述输入节点与所述信号源电连接并接收所述信号源输出的所述图像数据。
  7. 根据权利要求1至6任一项所述的智能投影幕墙，其特征在于：
    所述透视幕布为一个透视幕布模块或由多个所述透视幕布模块拼接而成，所述透视幕布模块的数量等于或小于所述短焦投影机的数量。
  8. 根据权利要求1至6任一项所述的智能投影幕墙，其特征在于：
    所述透视幕布为高效透视幕布，所述高效透视幕布的透视率范围为10%至95%。
  9. 根据权利要求1至6任一项所述的智能投影幕墙，其特征在于：
    所述透视幕布的上方安装有收卷机构，所述收卷机构固定在所述主墙体上。
  10. 根据权利要求1至6任一项所述的智能投影幕墙，其特征在于：
    所述拼接融合器组包括多个拼接融合器，多个所述拼接融合器通过串联或者并联的方式连接，所述接拼接融合器的单位图像拼接融合范围为0至40%。
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