CN204741507U - Real -time camera device of remote intelligent multi -media - Google Patents
Real -time camera device of remote intelligent multi -media Download PDFInfo
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- CN204741507U CN204741507U CN201520419150.6U CN201520419150U CN204741507U CN 204741507 U CN204741507 U CN 204741507U CN 201520419150 U CN201520419150 U CN 201520419150U CN 204741507 U CN204741507 U CN 204741507U
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Abstract
The utility model relates to a real -time camera device of remote intelligent multi -media, include: mechanism, wireless transmission module, wireless switches, router, digital album shoot, digital album is connected to a master control computer, it further includes casing, high definition camera lens and infrared inductor to shoot the mechanism, high definition camera lens and infrared inductor install terminal surface before the casing, thereby infrared inductor response human motion generates camera triggering signal, and this high definition camera lens is used for shooing scene and body image information, high definition camera lens further includes: the total reflection prism, have negative optical power the main lens, have positive refractive power an aspherical lens, have positive refractive power's mirror subassembly and have positive refractive power's the 2nd aspherical lens, the total reflection prism has incident surface, plane of reflection and emitting face, and this total reflection prism is the prism of right angled triangle form, and its plane of reflection sets up on the hypotenuse. The utility model discloses a wireless network transmission, thus can take at any time at the within range of wireless shooting, real -time transmission, the unnecessary connection shows data line or card reader, does not also influence in the time of the transmission to continue to take.
Description
Technical field
The utility model relates to multimedia and to take pictures field, is specifically related to a kind of long-distance intelligent multimedia real-time photography device.
Background technology
Signature souvenir system of taking pictures has been widely used in modern digital museum.Traditional signature is taken pictures souvenir system, visitor's photo of shooting and handwriting signature are done image mosaic, shooting source is mostly the IP Camera or slr camera that are fixed on a certain position of exhibition item, in the process of taking pictures, people's liking more or less imitates various film scene, video display star or take pictures posture and action through post-processed, but, these actions of taking pictures or posture be very likely can not normal photographing out or shooting the essential of exercise too complicated, be difficult to imitate.On the other hand, visitor must stand in appointed area and just can complete shooting process.Along with the development of intelligent movable equipment and the application of wireless interconnection technology, adopting mobile device to substitute traditional open-wire line electronic equipment becomes possibility.
Summary of the invention
The utility model object is to provide a kind of long-distance intelligent multimedia real-time photography device, this long-distance intelligent multimedia real-time photography device adopts wireless network transmissions, so can take at any time in the scope of wireless camera, instantaneous transmission, display data wire or card reader need not be connected, also do not affect while transmission and continue shooting, display speed is fast.
For achieving the above object, the technical solution adopted in the utility model is: a kind of long-distance intelligent multimedia real-time photography device, comprise: mechanism of taking pictures, wireless transport module, wireless exchange board, router, DPF, described wireless transport module, be connected to taken pictures mechanism, for being launched by wireless signal mode by described digital image information, described wireless exchange board, for accepting the wireless digital picture signal from wireless transport module; Described router, is connected to described wireless exchange board; Described DPF is connected to a main control computer;
Described mechanism of taking pictures comprises housing, high definition camera lens and infrared inductor further, described high definition camera lens and infrared inductor are installed on housing forward end face, described infrared inductor is responded to human motion thus is generated camera triggering signal, and this high definition camera lens is used for photographed scene and human body image information; Described high definition camera lens comprises further: total-reflection type prism, have negative power main lens, have positive light coke the first non-spherical lens, there is the mirror assembly of positive light coke and there is the second non-spherical lens of positive light coke, described mirror assembly comprises the lens of at least one positive light coke and the lens of at least one negative power, and the first infrared lamp is between high definition camera lens and infrared inductor;
Described total-reflection type prism has the plane of incidence, reflecting surface and exit facet, and this total-reflection type prism is the prism of right triangular shape, and its reflecting surface is arranged on hypotenuse; One second infrared lamp is positioned at high definition camera lens and the opposing side of the first infrared lamp, and the 3rd infrared lamp is positioned at infrared inductor and the opposing side of the first infrared lamp, is installed on housing forward end face for launching second, third infrared lamp described in infrared light.
Related content in technique scheme is explained as follows:
1, in such scheme, a webserver is connected to described router, for this router transmission of digital image information.
2, in such scheme, also comprise a glass baffle plate, it is covered on described housing forward end face and covers described high definition camera lens and infrared inductor.
Because technique scheme is used, the utility model compared with prior art has following advantages and effect:
The utility model long-distance intelligent multimedia real-time photography device, also photographic images can be continued while its transmission photo, complementary interference, owing to being employing wireless network transmissions, so can take at any time in the scope of wireless camera, instantaneous transmission, display data wire or card reader need not be connected, do not affect while transmission and continue shooting yet, display speed is also very fast, just can show, at the photo that wireless network coverage is taken outward after the picture is taken in a few second, after returning wireless network coverage, can automatic or manual transmission show at any time; Secondly, be used for launching infrared light and in conjunction with infrared inductor, utilize infrared light to assist when testing environment scene angle point, the impact of surround lighting change can be reduced, impact by surround lighting is less, the change picture of image self and human action capturing visual accurately can be distinguished, improve acquisition accuracy, avoid the false triggering in various situation; And utilize multi-cam technology to solve occlusion issue, detecting and tracking can be expanded in larger scene simultaneously.
Accompanying drawing explanation
Accompanying drawing 1 is the utility model long-distance intelligent multimedia real-time photography apparatus structure schematic diagram;
Accompanying drawing 2 is mechanism structure schematic diagram of taking pictures in the utility model;
Accompanying drawing 3 to be taken pictures high definition lens construction schematic diagram in mechanism for the utility model.
In above accompanying drawing: mechanism of 1, taking pictures; 2, wireless transport module; 3, wireless exchange board; 4, router; 5, DPF; 6, main control computer; 7, housing; 8, high definition camera lens; 9, infrared inductor; 10, total-reflection type prism; 101, the plane of incidence; 102, reflecting surface; 103, exit facet; 11, main lens; 12, the first non-spherical lens; 13, mirror assembly; 14, the second non-spherical lens; 15, the webserver; 16, glass baffle plate; 17, the first infrared lamp; 18, the second infrared lamp; 19, the 3rd infrared lamp.
Embodiment
Below in conjunction with drawings and Examples, the utility model is further described:
Embodiment 1: a kind of long-distance intelligent multimedia real-time photography device, comprise: mechanism 1 of taking pictures, wireless transport module 2, wireless exchange board 3, router four, DPF 5, described wireless transport module 2, be connected to taken pictures mechanism 1, for described digital image information is launched by wireless signal mode, described wireless exchange board 3, for accepting the wireless digital picture signal from wireless transport module 2; Described router four, is connected to described wireless exchange board 3; Described DPF 5 is connected to a main control computer 6;
Described mechanism 1 of taking pictures comprises housing 6, high definition camera lens 8 and infrared inductor 9 further, described high definition camera lens 8 and infrared inductor 9 are installed on housing 6 front end face, described infrared inductor 9 is responded to human motion thus is generated camera triggering signal, and this high definition camera lens 8 is for photographed scene and human body image information; Described high definition camera lens 8 comprises further: total-reflection type prism 10, have negative power main lens 11, have positive light coke the first non-spherical lens 12, there is the mirror assembly 13 of positive light coke and there is the second non-spherical lens 14 of positive light coke, described mirror assembly 13 comprises the lens of at least one positive light coke and the lens of at least one negative power; First infrared lamp 17 is between high definition camera lens 8 and infrared inductor 9;
Described total-reflection type prism 10 has the plane of incidence 101, reflecting surface 102 and exit facet 103, and this total-reflection type prism 10 is the prism of right triangular shape, and its reflecting surface 102 is arranged on hypotenuse; One second infrared lamp 18 is positioned at high definition camera lens 8 and the opposing side of the first infrared lamp 17,3rd infrared lamp 19 is positioned at infrared inductor 9 and the opposing side of the first infrared lamp 17, is installed on housing 6 front end face for launching second, third infrared lamp 18,19 described in infrared light.
Also comprise a glass baffle plate 16, it is covered on described housing 6 front end face and covers described high definition camera lens 8 and infrared inductor 9.
Embodiment 2: a kind of long-distance intelligent multimedia real-time photography device, comprise: mechanism 1 of taking pictures, wireless transport module 2, wireless exchange board 3, router four, DPF 5, described wireless transport module 2, be connected to taken pictures mechanism 1, for described digital image information is launched by wireless signal mode, described wireless exchange board 3, for accepting the wireless digital picture signal from wireless transport module 2; Described router four, is connected to described wireless exchange board 3; Described DPF 5 is connected to a main control computer 6;
Described mechanism 1 of taking pictures comprises housing 6, high definition camera lens 8 and infrared inductor 9 further, described high definition camera lens 8 and infrared inductor 9 are installed on housing 6 front end face, described infrared inductor 9 is responded to human motion thus is generated camera triggering signal, and this high definition camera lens 8 is for photographed scene and human body image information; Described high definition camera lens 8 comprises further: total-reflection type prism 10, have negative power main lens 11, have positive light coke the first non-spherical lens 12, there is the mirror assembly 13 of positive light coke and there is the second non-spherical lens 14 of positive light coke, described mirror assembly 13 comprises the lens of at least one positive light coke and the lens of at least one negative power; First infrared lamp 17 is between high definition camera lens 8 and infrared inductor 9;
Described total-reflection type prism 10 has the plane of incidence 101, reflecting surface 102 and exit facet 103, and this total-reflection type prism 10 is the prism of right triangular shape, and its reflecting surface 102 is arranged on hypotenuse; One second infrared lamp 18 is positioned at high definition camera lens 8 and the opposing side of the first infrared lamp 17,3rd infrared lamp 19 is positioned at infrared inductor 9 and the opposing side of the first infrared lamp 17, is installed on housing 6 front end face for launching second, third infrared lamp 18,19 described in infrared light.
One webserver 15 is connected to described router four, for this router four transmission of digital image information.
Intelligent wireless mobile terminal is adopted to carry out photograph taking, WACOM 256 grades of pressure sensitivity screens obtain more accurate handwriting input, support IOS, ANDROID, WINDOWS tri-kinds of main flow mobile platforms, support that more than 150 kinds are scratched picture Foreground selection, signature result of taking pictures can do persistence, and signature is taken pictures, and synthesis postcard supports shooting date, shooting time, museum's information watermark loads.
Advanced: to adopt museum's gigabit level Intranet to carry out file transfer, support that self-service postcard prints and pay, mobile terminal wireless network and represent seamless link between server cable network.
Main feature: wireless side can upload image data automatically, adopts the UI interface of omnidistance graph text information guiding, and Intranet interaction response duration is less than 0.5 second.
When adopting the present embodiment long-distance intelligent multimedia real-time photography device, also photographic images can be continued while its transmission photo, complementary interference.Owing to being employing wireless network transmissions, so can take at any time in the scope of wireless camera, instantaneous transmission, need not connect display data wire or card reader, also do not affect while transmission and continue shooting, display speed is also very fast, just can show in a few second after the picture is taken, at the photo that wireless network coverage is taken outward, after returning wireless network coverage, can automatic or manual transmission show at any time; Secondly, be used for launching infrared light and in conjunction with infrared inductor, utilize infrared light to assist when testing environment scene angle point, the impact of surround lighting change can be reduced, impact by surround lighting is less, the change picture of image self and human action capturing visual accurately can be distinguished, improve acquisition accuracy, avoid the false triggering in various situation; And utilize multi-cam technology to solve occlusion issue, detecting and tracking can be expanded in larger scene simultaneously.
Above-described embodiment, only for technical conceive of the present utility model and feature are described, its object is to person skilled in the art can be understood content of the present utility model and implement according to this, can not limit protection range of the present utility model with this.All equivalences done according to the utility model Spirit Essence change or modify, and all should be encompassed within protection range of the present utility model.
Claims (3)
1. a long-distance intelligent multimedia real-time photography device, it is characterized in that: comprising: mechanism of taking pictures (1), wireless transport module (2), wireless exchange board (3), router (4), DPF (5), described wireless transport module (2), be connected to taken pictures mechanism (1), for described digital image information is launched by wireless signal mode, described wireless exchange board (3), for accepting the wireless digital picture signal from wireless transport module (2); Described router (4), is connected to described wireless exchange board (3); Described DPF (5) is connected to a main control computer (6);
Described mechanism of taking pictures (1) comprises housing (6), high definition camera lens (8) and infrared inductor (9) further, described high definition camera lens (8) and infrared inductor (9) are installed on housing (6) front end face, described infrared inductor (9) is responded to human motion thus is generated camera triggering signal, and this high definition camera lens (8) is for photographed scene and human body image information; Described high definition camera lens (8) comprises further: total-reflection type prism (10), have negative power main lens (11), have positive light coke the first non-spherical lens (12), there is the mirror assembly (13) of positive light coke and there is second non-spherical lens (14) of positive light coke, described mirror assembly (13) comprises the lens of at least one positive light coke and the lens of at least one negative power; First infrared lamp (17) is positioned between high definition camera lens (8) and infrared inductor (9);
Described total-reflection type prism (10) has the plane of incidence (101), reflecting surface (102) and exit facet (103), the prism that this total-reflection type prism (10) is right triangular shape, and its reflecting surface (102) is arranged on hypotenuse; One second infrared lamp (18) is positioned at high definition camera lens (8) side opposing with the first infrared lamp (17), 3rd infrared lamp (19) is positioned at infrared inductor (9) side opposing with the first infrared lamp (17), is installed on housing (6) front end face for launching second, third infrared lamp described in infrared light (18,19).
2. long-distance intelligent multimedia real-time photography device according to claim 1, is characterized in that: a webserver (15) is connected to described router (4), for this router (4) transmission of digital image information.
3. long-distance intelligent multimedia real-time photography device according to claim 1, is characterized in that: also comprise a glass baffle plate (16), and it is covered on described housing (6) front end face and covers described high definition camera lens (8) and infrared inductor (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520419150.6U CN204741507U (en) | 2015-06-17 | 2015-06-17 | Real -time camera device of remote intelligent multi -media |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520419150.6U CN204741507U (en) | 2015-06-17 | 2015-06-17 | Real -time camera device of remote intelligent multi -media |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204741507U true CN204741507U (en) | 2015-11-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520419150.6U Active CN204741507U (en) | 2015-06-17 | 2015-06-17 | Real -time camera device of remote intelligent multi -media |
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| Country | Link |
|---|---|
| CN (1) | CN204741507U (en) |
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2015
- 2015-06-17 CN CN201520419150.6U patent/CN204741507U/en active Active
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