CN103116859A - 3D (Three dimensions) shopping guide machine - Google Patents
3D (Three dimensions) shopping guide machine Download PDFInfo
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- CN103116859A CN103116859A CN2013100463916A CN201310046391A CN103116859A CN 103116859 A CN103116859 A CN 103116859A CN 2013100463916 A CN2013100463916 A CN 2013100463916A CN 201310046391 A CN201310046391 A CN 201310046391A CN 103116859 A CN103116859 A CN 103116859A
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Abstract
The invention is applicable to the technical field of 3D and provides a 3D shopping guide machine. The 3D shopping guide machine comprises a shopping guide machine body, an LCD (liquid crystal display) screen, an reflection device and a touch screen, wherein the LCD screen, the reflection device and the touch screen are arranged on the shopping guide machine body; the LCD screen is used for simultaneously highlighting and displaying images of an article at different angles; and the reflection device is a three-dimensional space composed of at least three surrounded pieces of acrylic, and the adjacent faces of the pieces of acrylic form a certain angle, the reflection device is used for displaying 3D images of the highlighted displayed images through reflecting and refracting, and the 3D images displayed at every angle are consistent in the display range of the reflection device. The 3D shopping guide machine can form consistent holographic 3D images at a 270-degree or 360-degree viewing angle, and simultaneously enables buyers to experience virtual try-on effect.
Description
Technical field
The invention belongs to the 3D technical field, relate in particular to a kind of 3D guider.
Background technology
Along with socioeconomic development, people more and more pursue visual aesthetic feeling, pursue especially true to nature, the vivid form of expression in the activities such as products propaganda, exhibition.At present, the shadow casting technique that uses can't form the 3D image or formed 3D image stereoscopic sensation is not strong, can not make image also embody a kind of unsettled sense in the relief while of formation, and in exhibiting product, the buyer can't the sense correlation product be used in sensation on one's body, and the operability that is applied to simultaneously on the 3D image of infrared induction technology is relatively single simultaneously.Therefore, prior art is still waiting further research and development.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of 3D guider, is intended to solve present machine and can not embodies 3D sense and unsettled sense simultaneously, and can't realize the problem of infrared identification various gestures.
The present invention is achieved in that a kind of 3D guider, comprising: the guider body, and be arranged on liquid crystal display, reflection unit and touch-screen on described guider body;
Described liquid crystal display is used for highlighting simultaneously the image of the different angles that show same article;
Described reflection unit is that the three dimensions that surrounded by at least three acrylics and the acrylic of adjacent surface are mutually certain angle, described reflection unit is used for showing that by reflection and refraction described liquid crystal display highlights the 3D image of the described image of demonstration, and in the displaying scope of described reflection unit, the 3D image of showing under each angle is consistent.
Further, described touch-screen is arranged on described guider body by hinge and support bar, and can overturn in 60 degree scopes; Described reflection unit be placed under described liquid crystal display or directly over, and the angle between each acrylic and described liquid crystal display is 45 degree.
Further, described guider body interior has a mainboard, and described mainboard includes random access memory; The top of described guider body is equipped with camera, and described camera is connected with described mainboard, the captured image of described camera can with described random access memory in image merge mutually at ad-hoc location.
Further, described guider body also is provided with the gesture induction device, is used for controlling by gesture induction the replacement of the described 3D image of described reflection unit displaying.
Further, described gesture induction device is two infrared equipments, and described two infrared equipments are used for the direction of brandishing that gesture is determined in successively induction, and controls the replacement up and down of the described 3D image of described reflection unit displaying.
Further, described guider body interior has a mainboard and USB interface, and described mainboard comprises: central processing unit, storer, random access memory, display adapter and power supply;
Described random access memory is connected with described storer, described central processing unit respectively, and described storer is connected with described USB interface, is used for reading out data;
Described display adapter is connected with described liquid crystal display, described touch-screen, described central processing unit respectively, for the treatment of view data, and the view data of handling well is exported;
Described touch-screen is connected with described central processing unit, is used for the input touch signal;
The input end of described power supply is connected with the 220V alternating current, and output terminal is connected with described touch-screen, described mainboard respectively, and 220 volts of alternating currents are converted into the voltage that described mainboard adapts.
Further, described mainboard also comprises the gesture induction control module, described gesture induction control module is connected with described central processing unit, the image player order that is used for receiving the signal of described gesture induction device transmission and controls liquid crystal display by described central processing unit.
The content synchronization of showing on described liquid crystal display and described touch-screen further, or show respectively different contents.
Further, the top of described reflection unit is provided with the LED lamp, is used for strengthening the bandwagon effect of described 3D image.
Further, described guider body interior is provided with a heat dissipation equipment, for reducing described 3D guider interior environment temperature.
The present invention compared with prior art, beneficial effect is: described 3D guider can form consistent holographic 3D rendering in 270 degree visible angles, and has unsettled sense; Control the content of showing on reflection unit in available multiple mode of operation on mode of operation, comprise touch program, easy gesture and IOS program.Simultaneously, by a camera that is connected with mainboard, can realize the virtual function of trying on, allow people more intuitively, profoundly understand the product of showing.
Description of drawings
Fig. 1 is the structured flowchart of 3D guider of the present invention;
Fig. 2 is the inner annexation figure of 3D guider of the present invention.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
As shown in Figure 1, a kind of 3D guider comprises: guider body 7, and be arranged on liquid crystal display 1, reflection unit 3 and touch-screen 6 on described guider body.Described guider body 7 is frameworks of a support, from the side shape picture " work " font.Described liquid crystal display 1 has adopted the true technology of intelligence to highlight the specific region of screen, in the present invention, has highlighted the Three regions that shows image in described liquid crystal display, and can show simultaneously the image of three different angles of same article.Described reflection unit 3 is the three dimensions that is surrounded by at least three acrylics, and two sides acrylic adjacent in described acrylic is mutually certain angle.Because the acrylic transparency is high, transmittance reaches 92%, and is higher than the penetrability of glass, and its refractive index is better than simple glass again, so reflection unit 3 is made of acrylic.
Further, described reflection unit 3 be placed in described liquid crystal display 1 under or directly over, angle between each acrylic face and described liquid crystal display is 45 degree, the 3D image that shows images of items in described liquid crystal display by reflection and refraction, in formed scope, the 3D image of showing under each angle is consistent.The shown image of described liquid crystal display 1 hint obliquely at liquid crystal display 1 reflection unit 3 at an angle on, just form holographic 3D imaging, owing to being empty in the middle of reflection unit 3, formed holographic 3D imaging feels unsettled in the space to the people's.When show in liquid crystal display 1 be static image the time, reflection and what reflect is static 3D image in described reflection unit 3; When show in liquid crystal display 1 be dynamic image the time, reflection and what reflect is dynamic 3D image in described reflection unit 3.An example is, in the time of under described reflection unit 3 is positioned at described liquid crystal display 1, described reflection unit 3 is surrounded by three acrylics, the reflection unit 3 that consists of is three, be respectively positive, the left side and the right side, wherein reverse side is without acrylic, for sky, in formed 270 degree scopes, the holographic 3D image of showing under each angle is consistent.Another example is, when described reflection unit 3 be positioned at described liquid crystal display 1 directly over the time, described reflection unit 3 is surrounded by the four sides acrylic, is respectively front, reverse side, the left side and the right side, in formed 360 degree scopes, the holographic 3D image of showing under each angle is consistent.Described touch-screen 6 is arranged on described guider body 7 by hinge and support bar, can overturn in 60 degree scopes.When using, for more convenient people watch, can upwards dig any angle in 60 degree scopes to touch-screen 6; When not in use, touch-screen 6 is recovered to relevant position in guider body 7.
Further, there is a mainboard described guider body 7 inside, described mainboard includes random access memory, the top of described guider body 7 is equipped with camera 5, described camera 5 is connected with mainboard, catch people's image by camera 5, by programmed control, the product of user's appointment is merged ad-hoc location at captured image again, such as, the product of appointment be necklace merge captured image at the neck place, the product of appointment is that ring merges the finger place at captured image, thereby has realized the virtual function of trying on.
Further, described guider body 7 also is provided with gesture induction device 4, controls the replacement up and down of 3D image in reflection unit by gesture induction.Preferably, described gesture induction device 4 is two infrared equipments, two infrared equipments install side by side and standoff distance not far, the direction of brandishing of gesture is determined in the priority induction by two infrared equipments, and controls the replacement up and down of 3D image.Particularly, cooperatively interact by two infrared equipments and realize the infrared induction function, if the infrared equipment on the right is first sensed and is blocked, sense after the infrared equipment on the left side and be blocked, be no more than 1S during meeting simultaneously, namely hand is brandished before infrared equipment from right to left, infrared equipment converts infrared signal to keyboard " P " order, program replaces with a upper product image in storer with the image of showing after receiving this order, namely go up a 3D data; If the infrared equipment on the left side is first sensed and is blocked, sense after the infrared equipment on the right and be blocked, meeting simultaneously the time interval is no more than 1S, be that hand is from left to right brandished before infrared equipment, infrared induction equipment is converted to keyboard " n " order with infrared signal, program after receiving this order, with the image of showing replace with in storer under product image once; If the infrared equipment on the left side or the right is sensed and is blocked and continuously more than 5S, before namely hand rested on infrared equipment, infrared equipment converted infrared signal to keyboard " w " order, program is after receiving this order, with the circularly exhibiting current production.
As shown in Figure 2, described guider body interior has a mainboard 210, and described mainboard comprises: central processing unit 200, storer 201, random access memory 202, display adapter 203 and power supply.Described random access memory 202 is connected with described storer 201, described central processing unit 200 respectively, described storer 201 is connected with USB interface 208, be used for reading out data, the user only need access mobile memory or USB flash disk etc., described 3D guider can be processed automatically, and the inside content is upgraded or storage automatically.Described display adapter 203 is connected with described liquid crystal display 1, described touch-screen 6, described central processing unit 200 respectively, described liquid crystal display 1 carries out the signal transmission with display adapter 203 by the VGA line, for the treatment of view data, and the view data of handling well is outputed on liquid crystal display 1.Described touch-screen 6 is connected with described central processing unit 200, is used for the input touch signal.The input end of described power supply is connected with the 220V alternating current, and output terminal is connected with described touch-screen 6, described mainboard 210 respectively, and power supply is converted into each branch road required voltage with 220 volts of alternating currents, reallocates corresponding voltage on touch-screen and mainboard.
Further, described mainboard 210 also comprises gesture induction control module 205, described gesture induction control module 205 is connected with described central processing unit 200, be used for receiving the signal of described gesture induction device 4 transmissions and controlling by described central processing unit 200, central processing unit 200 sends command adapted thereto to display adapter 203, and display adapter 203 carries out image player by the image transmission of the required output of VGA bundle of lines again in liquid crystal display 1.
Further, described mainboard 210 also comprises: Wifi module 204, bluetooth module 206 harmony sound control modules 207.Described Wifi module 204, described bluetooth module 206 are connected with described central processing unit 200 respectively, are connected with LAN (Local Area Network) or are connected with miscellaneous equipment by bluetooth by Wifi, carry out transmission, the renewal of data.Described Sound control module 207 is connected with described central processing unit 200, loudspeaker 209 respectively, central processing unit reads random access memory with voice data from storer, read from random access memory again, be sent to voice controller after calculating, voice controller becomes transmission of sound signals to sound equipment data-switching, realize the displaying of program background music, the functions such as the sound introduction of product.
The content synchronization of showing on described liquid crystal display 1 and described touch-screen 6 further, or show respectively different contents.The content synchronization of showing on described liquid crystal display 1 and described touch-screen 6 is by the networking of bonjour(zero configuration) communication technology reaches.The bonjour communication technology makes two cover programs on equipment produce communication, realizes the content displaying of another program of programmed control in identical platform, with communicating by letter of equipment and IOS program, realizes the content displaying of the IOS program control facility under same LAN (Local Area Network).Described 3D guider contains two display devices, one is the part of line holographic projections technology, it is liquid crystal display 1, another display device is that touch-screen 6 is with the multi-point touch function, namely can pass through the finger touch running program, also move simultaneously two cover programs on described 3D guider, one cover is the hologram display program, another set of is the touch program, touch program interface and be presented on touch-screen 6, the described two cover same set of computing equipments of program sharing (central processing unit, random access memory, storer, display adapter etc.).The touch program is according to customer demand, all product classifications are showed, the user can pass through the finger touch running program, show certain a product, when the touch program enters product 3D displaying interface, will communicate by letter with the line holographic projections presentation program, the path of depositing of this kind of product is sent to the line holographic projections program, the line holographic projections technology after receiving this path, will with touch Program Synchronization, the product substitution of showing on reflection unit 3 is identical with the product of touch-screen 6 current displayings.
Touch-screen also comprises the graph text informations such as some brand cultures, of that month activity except exhibiting product.The user can check these graph text informations by touch, with the information of further understanding Related product.Each product of showing in touch-screen 6 can contain unique two-dimension code, can be by scan the two-dimension code of product with the specific two-dimension code scanning software on mobile terminal, thereby realize can be on mobile terminal to this product place an order, a series of transaction flows such as payment, simple and fast.
Further, the top of described reflection unit 4 is provided with LED lamp 2, is used for the effect of Enhanced Imaging, and the user can control by the switch at guider body rear the switch of LED lamp, this operates not impact program operation, the LED lamp open the effect that can strengthen the 3D imaging.
Further, the guider body interior contains heat dissipation equipment, and described heat dissipation equipment can be loaded in the work at present of automatic decision machine, adjusts rotation speed of the fan, reduces the machine intimate environment temperature by cross-ventilation.
The above is only preferred embodiment of the present invention, not in order to limiting the present invention, all any modifications of doing within the spirit and principles in the present invention, is equal to and replaces and improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a 3D guider, is characterized in that, comprising: the guider body, and be arranged on liquid crystal display, reflection unit and touch-screen on described guider body;
Described liquid crystal display is used for highlighting simultaneously the image of the different angles that show same article;
Described reflection unit is that the three dimensions that surrounded by at least three acrylics and the acrylic of adjacent surface are mutually certain angle, described reflection unit is used for showing that by reflection and refraction described liquid crystal display highlights the 3D image of the described image of demonstration, and in the displaying scope of described reflection unit, the 3D image of showing under each angle is consistent.
2. 3D guider as claimed in claim 1, is characterized in that, described touch-screen is arranged on described guider body by hinge and support bar, and can overturn in 60 degree scopes; Described reflection unit be placed under described liquid crystal display or directly over, and the angle between each acrylic and described liquid crystal display is 45 degree.
3. 3D guider as claimed in claim 1, is characterized in that, described guider body interior has a mainboard, and described mainboard includes random access memory; The top of described guider body is equipped with camera, and described camera is connected with described mainboard, the captured image of described camera can with described random access memory in image merge mutually at ad-hoc location.
4. 3D guider as claimed in claim 1, is characterized in that, described guider body also is provided with the gesture induction device, is used for controlling by gesture induction the replacement of the described 3D image of described reflection unit displaying.
5. 3D guider as claimed in claim 4, is characterized in that, described gesture induction device is two infrared equipments, and described two infrared equipments are used for the direction of brandishing that gesture is determined in successively induction, and control the replacement up and down of the described 3D image of described reflection unit displaying.
6. 3D guider as claimed in claim 5, is characterized in that, described guider body interior has a mainboard and USB interface, and described mainboard comprises: central processing unit, storer, random access memory, display adapter and power supply;
Described random access memory is connected with described storer, described central processing unit respectively, and described storer is connected with described USB interface, is used for reading out data;
Described display adapter is connected with described liquid crystal display, described touch-screen, described central processing unit respectively, for the treatment of view data, and the view data of handling well is exported;
Described touch-screen is connected with described central processing unit, is used for the input touch signal;
The input end of described power supply is connected with the 220V alternating current, and output terminal is connected with described touch-screen, described mainboard respectively, and 220 volts of alternating currents are converted into the voltage that described mainboard adapts.
7. 3D guider as claimed in claim 6, it is characterized in that, described mainboard also comprises the gesture induction control module, described gesture induction control module is connected with described central processing unit, the image player order that is used for receiving the signal of described gesture induction device transmission and controls liquid crystal display by described central processing unit.
8. 3D guider as claimed in claim 1, is characterized in that, the content synchronization of showing on described liquid crystal display and described touch-screen or show respectively different contents.
9. 3D guider as claimed in claim 1, is characterized in that, the top of described reflection unit is provided with the LED lamp, is used for strengthening the bandwagon effect of described 3D image.
10. 3D guider as claimed in claim 1, is characterized in that, described guider body interior is provided with a heat dissipation equipment, for reducing described 3D guider interior environment temperature.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2013100463916A CN103116859A (en) | 2013-02-06 | 2013-02-06 | 3D (Three dimensions) shopping guide machine |
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| CN2013100463916A CN103116859A (en) | 2013-02-06 | 2013-02-06 | 3D (Three dimensions) shopping guide machine |
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| CN103116859A true CN103116859A (en) | 2013-05-22 |
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Cited By (7)
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| CN103593784A (en) * | 2013-06-26 | 2014-02-19 | 上海仙视电子有限公司 | Shopping guide machine having wireless hotspot function |
| CN105096153A (en) * | 2014-11-04 | 2015-11-25 | 合肥轩明信息科技有限公司 | Online shop marketing method based on three-dimensional scanner |
| CN105513511A (en) * | 2015-12-15 | 2016-04-20 | 重庆触视科技有限公司 | 3D projection display device |
| CN106327272A (en) * | 2016-09-28 | 2017-01-11 | 广东悠派智能展示科技股份有限公司 | Interactive intelligent shopping guide station based on information technology of Internet of Things |
| CN108537574A (en) * | 2018-03-20 | 2018-09-14 | 广东康云多维视觉智能科技有限公司 | A kind of 3- D ads display systems and method |
| CN108573403A (en) * | 2018-03-20 | 2018-09-25 | 广东康云多维视觉智能科技有限公司 | A kind of multidimensional vision purchase guiding system and method |
| CN111553528A (en) * | 2020-04-27 | 2020-08-18 | 新石器慧通（北京）科技有限公司 | Control method of unmanned shopping guide device and unmanned shopping guide device |
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