TWI454134B - Intelligent camera device with image directions - Google Patents

Description

Smart camera with image orientation

The present invention relates to an image pickup apparatus, and more particularly to a smart type image pickup apparatus having an image orientation.

As the society prospers and progresses, the social actions between people become more frequent, and when people are at the same time, maintaining a neat and tidy costume is the most basic etiquette, because it must be arranged before participating in various gatherings. The appearance of your own clothing. Therefore, in the lobby or guest room of a hotel, hotel, or in a bedroom, bathroom, etc. at home, most of them will be equipped with mirrors for finishing the appearance of clothing. However, since the mirror can only display the image of the front of the user, The image of the side and back of the user cannot be displayed, so that it is quite inconvenient to use, and it is easy to be negligent in finishing the costume appearance due to the dead angle.

In addition to finishing the appearance of clothing, mirrors are often used to assist users to wear contact lenses, or to partially modify or organize the head and face, such as: hair dye, make-up, blister or acne, and false eyelashes. However, since the mirror does not have the function of partial image enlargement, the user must look close to the mirror of the mirror to see the partial image, which is very inconvenient for the user.

It can be seen that how to improve the structure of the mirror so that it can display more images of the orientation, allowing the user to organize the appearance of the garment from different orientations, and further provide a partial image enlargement function, so that the user does not need to be close to the mirror surface. Seeing the partial image is the subject of the inventor of the case and the technical field of the relevant industry.

In view of the above, the present invention provides a smart camera device having an image orientation, comprising a photographic module for capturing an original image (not a 3D stereo image) of one or more orientations of the same target; and azimuth detection The coordinate data is generated when the camera module captures the original image to identify the orientation of the original image.

When the camera device transmits the captured original image and the corresponding coordinate data to the host computer, the second image processing program of the computer host integrates and processes the original image and the coordinate data taken by the smaller number of different orientations to form a plurality of images. Azimuth image.

The present invention also provides a smart camera device having an image orientation, comprising at least one image capturing device and a developing device, wherein the image capturing device comprises: a photographing module for capturing an original image of one or more orientations of the same subject matter. And the orientation detector generates coordinate data when the camera module captures the original image; and the development device performs image processing and imaging on the original image captured by the image capturing device, and the imaging device The invention comprises: an image processing device preloading a first group of image processing programs, wherein the first group of image processing programs integrates the original image and the coordinate data taken by different directions of the same target object to form a multi-directional image of the target object; The screen displays a multi-directional image; and an operating device for adjusting the rotating surface of the multi-directional image displayed on the display screen.

In the following, the detailed description will be made by the specific embodiments, and the detailed review will enable the reviewing committee to further understand and understand the functions and features of the present invention:

The first embodiment of the present invention is shown in "Fig. 1" and "Fig. 2".

The smart imaging device 1 having an image orientation includes a photographing module 11 and an orientation detector 12.

The photographic module 11 is configured to capture a primary image (not a 3D stereo image) of one or more orientations of the target object, and the photographic module 11 may be a Charge-Coupled Device (CCD) photographic module. It can be a Complementary Metal-Oxide Semiconductor (CMOS) photographic module, or it can be a digital camera.

The orientation detector 12 generates coordinate data when the camera module 11 captures the original image to identify the orientation of the original image. The azimuth detector 12 can generate coordinate data according to a global positioning system (GPS) signal. In addition, the azimuth detector 12 can further include a digital compass 121 and a digital tilt angle measuring device 122. When the GPS cannot function in certain locations, such as buildings or tunnels, the magnetic field orientation of the target can be measured by the digital compass 121 and measured by the digital tilt angle. The meter 122 measures the horizontal tilt angle of the photographing module 11 when the subject matter is photographed, thereby using the magnetic field orientation and the horizontal tilt angle of the target object as coordinate data for recognizing the orientation when the original image is captured.

According to the structure of the present invention, the memory 13 can be stored to store the original image captured by the camera module 11 and generated by the orientation detector 12 when the camera module 11 captures the original image. Coordinate data, wherein the memory 13 is selected from the group consisting of a flash memory, an MS (Memory Stick) card, a CF (Compact Flash) card, an SMC (Smart Media) card, an MMC (Multi Media) card, and an RS-MMC. A group consisting of a Reduced-Multi Media card and an SD (Secure Digital) card.

Furthermore, the camera device 1 described above may further include a first transmission module 14 for connecting to the computer host 50, and the first transmission module 14 may be transmitted in a wired manner or in a wireless manner, wherein the first transmission The module 14 is a group selected from the group consisting of PCI, PCI-EXPRESS, USB, PCMCIA, and IEEE 1394 for wired transmission, and the first transmission module 14 is selected from the group consisting of WiMax, Bluetooth, 802.12, and 802.12a for wireless transmission. A group of 802.12b, 802.12g, 802.12n, 802.12i, and 802.1x.

Further, the imaging device 1 may be provided with a central processing unit 18 as a process for processing various pieces of information in the imaging device 1.

When the photographic module 11 is displaced to different positions with the same target object, the original image of the different faces is captured, and the corresponding coordinate data is generated by the orientation detector 12 for each of the original images. Each of the original image and its corresponding coordinate data can be stored in the memory 13 so that the user can save the captured original image anytime and anywhere, and the user can carry the original image stored in the memory 13 .

After the original image capture is completed, the first transfer module 14 is connected to the host computer 50 to transfer the original image to the host computer 50. Each of the original captured images can be immediately transmitted to the host computer 50 after the capture is completed, and can be transmitted to the host computer 50 once after all the original captured images are captured. The computer host 50 preloads the second image processing program 51, and the second image processing program 51 integrates the original image captured by the different orientations and the coordinate data to form a multi-directional image, and the multi-directional image has the front and back sides of the target object. The rotating surface can also have a rotating surface of three hundred and sixty degrees.

The multi-directional image described above is a multi-azimuth image of the target object, and can also be an all-round (three hundred and sixty degree) image of the target object.

After the multi-directional image is completed, the user can view the multi-directional images after the original original image and the image are processed through the screen 52 of the host computer 50, and rotate the multi-directional image through the computer host 50 to view the multi-directional image. Different rotating faces of the image. Furthermore, the second image processing program 51 can also enlarge the partial image of the multi-directional image, so that the user can view the partial image to facilitate the finishing of the clothing appearance or other activities.

In the above description, how many different original images are captured for the second image processing program 51 to form a multi-directional image, the number of which depends on the angle of the object to be viewed, and the photographic module 11 used. Depending on the angle of the lens, if the angle of the target to be viewed is M° and the angle of the lens of the camera module 11 is N°, the original image should at least take [(M÷N)]+1. One. For example, if the user wants to view 360° (omnidirectional) images of the subject matter, and the camera module 11 used has a wide angle of 100°, the user needs to take [(360÷100)]+1=4 The original image, that is, the user needs to capture 4 original images of different orientations at the same interval angle (ie 360° ÷ 4=90°), if the original images in different orientations are at different intervals, the user Must take more than 4 different orientations of the original image.

According to the structure disclosed in the present invention, the host computer 50 can be an electronic device such as a desktop computer, a notebook computer, a personal digital assistant (PDA) or a mobile phone.

With the structure disclosed in the present invention, the user can shift the camera module 11 to different positions to capture the original image of the user in different orientations, and integrate the second image processing program 51 to form a plurality of orientations of the same object. The image is used to allow the user to easily view the image on the side, back or other angles. The finishing of the costume is not negligent due to the dead angle. Furthermore, the user can zoom in on the partial image of the multi-directional image. Wear contact lenses, wear false eyelashes, or make partial modifications or finishing on the head and face to improve the convenience of use.

In addition, the user can also capture the original image of the same appearance of the same house by the photographic module 11 and integrate the second image processing program 51 to form a multi-directional image of the appearance of the house, thereby allowing the person who has not actually seen the house to pass through. The azimuth image understands the appearance and layout of the house, making the house transaction or rental more convenient and effectively saving the viewing time. As for the different orientations inside the house The image is captured and integrated by the more complicated second image processing program 51 to form a multi-faceted image inside the house, so that the compartment and the interior of the house can be understood.

As shown in "Fig. 3" and "Fig. 4", it is a second embodiment of the present invention.

In the present embodiment, the screen 15 and the operating device 19 are mainly added to the hard body, and the first image processing program 131 is preloaded in the memory 13 in comparison with the first embodiment. After the user captures the original image of the target object, the original image and the coordinate data corresponding thereto can be directly displayed by the screen 15, and the original image and the corresponding coordinate data are stored in the memory 13, and the user can also The original image stored in the memory 13 and the coordinate data corresponding thereto are viewed through the screen 15. The first image processing program 131 can integrate the original image captured by the different orientations and the coordinate data to form a multi-directional image, and the user can view the original image and the multi-directional image processed by the image through the screen 15 and The multi-directional image is rotated by the operating device 19 to view different rotating surfaces of the multi-directional image, or the partial image of the multi-directional image is enlarged by the first image processing program 131 for viewing.

Furthermore, the information on the feng shui related images, characters, good and bad judgments preloaded by the memory 13 can directly display the compass for Feng Shui, such as: gossip, twenty-four mountains, sixty-four hexagrams, and the like. For example, when the photography module 11 captures the original image of the object such as the house or the house, the orientation detector 12 generates the corresponding coordinate data, and the screen 15 displays the compass image or the target according to the coordinate data. The original image of the object can also display the original image and the compass image of the target object, so that the user can easily understand the pattern, orientation, feng shui, good and bad information of the target object.

In addition, in this embodiment, a timer 16 is further included, and the imaging time data is generated when the camera module 11 captures the original image of the target object, so that the user can confirm the time of capturing the original image.

As for the display of multi-directional images, the principle and operation are similar to the implementation examples of "1st" and "2nd" above, but the original separate image processing and display functions are combined into one.

As shown in "figure 5" and "figure 6", it is a third embodiment of the present invention.

In the present embodiment, one more independent developing device 20 is provided than in the second embodiment (Fig. 3).

The smart imaging device 1 having an image orientation includes an image capturing device 10 and a developing device 20.

The image capturing device 10 includes a photographing module 11, an orientation detector 12, and a memory 13. The camera module 11 is configured to capture the original image of one or more orientations of the target object, and the orientation detector 12 generates coordinate data when the camera module 11 captures the original image to identify the orientation of the original image. The memory 13 can store the original image and coordinate data.

In addition, the image capturing device 10 further includes a timer 16 for generating imaging time data when the camera module 11 captures the original image, so that the user can confirm the time of capturing the original image.

The azimuth detector 12 described above generates coordinate data for different relative positions of the image capturing device 10, or generates coordinate data for the relative position of the image capturing device 10 and the developing device 20, and may also be based on a global positioning system (Global Position). The signal of the system, GPS) generates coordinate data. In addition, the position detector 12 may further include a digital north arrow 121 and a digital tilt angle measuring instrument 122, and the magnetic field of the object is measured by the digital north arrow 121. Orientation, and when the subject is photographed by the digital tilt angle measuring device 122, the horizontal tilt angle of the image capturing device 10 is taken, so that the magnetic field orientation and the horizontal tilting angle of the target object are used as coordinate data for identifying the original image. The orientation when shooting.

According to the structure disclosed by the present invention, the image capturing device 10 can be displaced to different positions (such as the fifth As shown in the figure), the original image of the object in different orientations may be captured, and the fixed image capturing device 10 (as shown in FIG. 6) may be separately disposed at different positions, so as to capture the original image of the object in different orientations. .

The developing device 20 processes the original captured image captured by the image capturing device 10 and performs development. The developing device 20 includes an image processing device 21, a display screen 22, and an operating device 23. The image processing device 21 preloads the first group of image processing programs 211, and the first group of image processing programs 211 integrates the original image and the coordinate data taken by the different orientations of the target object to form a multi-directional image, so that the multi-directional image has the target. The front surface of the object, the rotating surface of the reverse side, or the rotating surface of three hundred and sixty degrees, and the multi-directional image is displayed by the display screen 22, and the operating device 23 allows the user to adjust the multi-directional image displayed by the display screen 22. The rotating surface can also switch the original shooting image displayed on the display screen 22 and not integrated.

According to the structure of the present invention, the image capturing device 10 further includes a first group of transmission modules 17 for transmitting the original image and coordinate data, and the imaging device 20 further includes a receiving module 24 for receiving the first group. The original image and coordinate data transmitted by the transmission module 17. The first group of transmission modules 17 are connected to the receiving module 24 by using a transmission line, and can transmit the original image and the coordinate data by means of wireless transmission, and the wireless communication protocol used for wireless transmission is selected from the group consisting of WiMax and Bluetooth. A group of 802.12, 802.12a, 802.12b, 802.12g, 802.12n, 802.12i, and 802.1x.

In addition, the developing device 20 may be provided with a memory (not shown), and the display screen 22 may directly display the compass for Feng Shui via information such as feng shui related images, characters, good and bad judgments preloaded by the memory. Such as: gossip, twenty-four mountains, sixty-four, and other text, symbol images.

When the photographic module 11 captures a plurality of original images in different orientations, and the orientation detector 12 generates corresponding coordinate data for each original image, and stores each original image and its corresponding coordinate data to the memory 13. After the acquisition of the original image is completed, the first group of transmission modules 17 transmits the original image and the coordinate data to the receiving module 24, and is integrated by the first group of image processing programs 211 of the image processing device 21 to form a multi-directional image. The user can view the original image and the processed multi-directional image through the display screen 22 of the developing device 20, and rotate the multi-directional image through the operating device 23 to view different rotating surfaces of the multi-directional image, and can also switch the display screen 22 The original image is displayed. Furthermore, the first group of image processing programs 211 can also enlarge the partial images of the multi-directional images, and the user can enlarge the partial images through the operating device 23 to facilitate the finishing of the clothing appearance or other activities.

As shown in Fig. 7, it is a fourth embodiment of the present invention.

The image capturing device 10 can be connected to the receiving module 24 by the first group of transmission modules 17 to transmit the original image and the coordinate data to the developing device 20. The image capturing device 10 can also be used by the first transmitting module. 14 is connected to the computer host 50, and the first transmission module 14 can be transmitted in a wired manner or wirelessly. After the original image capture is completed, the first transfer module 14 is connected to the host computer 50, and the host computer 50 preloads the second image processing program 51, and the second image processing program 51 integrates and processes the original shots taken in different directions. The image and the coordinate data form a multi-directional image, and the user can view the original image and the multi-directional image processed by the image processing through the screen 52 of the computer host 50, and rotate the multi-directional image through the computer host 50 to view the multi-directional image. The different rotating surfaces or the partial image of the multi-directional image is enlarged by the second image processing program 51 for viewing.

According to the structure disclosed by the present invention, the first transmission module 14 and the first group of transmission modules 17 are The transmission may be separately performed by two different components, or the first transmission module 14 and the first transmission module 17 may be integrated into the same component for transmission.

The imaging device 10 and the imaging device 20 described above can be installed in a hotel lobby, an airport lobby, a living room, a bedroom, etc., so that the user can organize the clothing appearance or perform other activities, and the computer main body 50 can be disposed on the computer. Other premises, used as an image archive or for security personnel to monitor.

As shown in Fig. 8, it is a fifth embodiment of the present invention.

The image capture device 10 is fixed at a different position of a known specific or known coordinate for capturing the original image of different faces of the same target. At this time, the image capturing device 10 does not need to provide the orientation detector 12 Instead, the specific orientations of the plurality of photographic modules or their relative positions are used as coordinate data, and the coordinate data of each of the image capturing devices 10 is preset in the developing device 20, thereby reducing manufacturing and material costs. After the original image capture is completed, the first set of transmission modules 17 transmits the original image to the receiving module 24, and is integrated by the first group of image processing programs 211 of the image processing device 21 to form a multi-directional image. The original image and the processed multi-directional image can be viewed through the display screen 22 of the developing device 20, and the multi-directional image can be rotated through the operating device 23 to view different rotating surfaces of the multi-directional image, and the display screen 22 can be switched. Original image. Furthermore, the first group of image processing programs 211 can also enlarge the partial images of the multi-directional images, and the user can enlarge the partial images through the operating device 23 to facilitate the finishing of the clothing appearance or other activities.

The difference between the fifth embodiment shown in Fig. 8 and the third embodiment shown in Fig. 6 is the ease of installation and construction. The third embodiment shown in Fig. 6 is easier to construct, and it is not necessary to accurately set the image capturing device 10 to a specific position, and only the placement position is roughly selected, and then the orientation detector 12 is placed in the photographing module 11 The coordinate data is generated when the original image is taken to identify the original image. Bit. The fifth embodiment shown in Fig. 8 needs to accurately set the image capturing device 10 to a specific position that has been measured in advance. Although the construction is time consuming, the "azimuth detector 12" can be omitted. Material cost.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

1‧‧‧ camera

10‧‧‧Image capture device

11‧‧‧Photography module

12‧‧‧ azimuth detector

121‧‧‧Digital compass

122‧‧‧Digital tilt angle measuring instrument

13‧‧‧ memory

131‧‧‧First image processing program

14‧‧‧First transmission module

15‧‧‧ screen

16‧‧‧Timer

17‧‧‧The first set of transmission modules

18‧‧‧Central Processing Unit

19‧‧‧Operator

20‧‧‧Developing device

21‧‧‧Image processing device

211‧‧‧The first set of image processing programs

22‧‧‧ display screen

23‧‧‧Operating device

24‧‧‧ receiving module

50‧‧‧Computer host

51‧‧‧Second image processing program

52‧‧‧ screen

Figure 1 is a block diagram of a first embodiment of the present invention.

Fig. 2 is a block diagram showing the connection of a host computer according to the first embodiment of the present invention.

Figure 3 is a block diagram of a second embodiment of the present invention.

Figure 4 is a schematic view showing a screen display of a second embodiment of the present invention.

Figure 5 is a block diagram (1) of a third embodiment of the present invention.

Figure 6 is a block diagram (2) of a third embodiment of the present invention.

Figure 7 is a block diagram showing a fourth embodiment of the present invention connected to a host computer.

Figure 8 is a block diagram showing a fifth embodiment of the present invention.

1‧‧‧ camera

11‧‧‧Photography module

12‧‧‧ azimuth detector

121‧‧‧Digital compass

122‧‧‧Digital tilt angle measuring instrument

13‧‧‧ memory

131‧‧‧First image processing program

14‧‧‧First transmission module

15‧‧‧ screen

16‧‧‧Timer

18‧‧‧Central Processing Unit

19‧‧‧Operator

Claims (46)

A smart camera device having an image orientation, comprising: a camera module for capturing an original image of one or more orientations of a target object; and an orientation detector for capturing the original image at the camera module A reference data is generated for identifying the orientation of the original image. The position detector includes a digital north arrow and a digital tilt angle measuring instrument for measuring the magnetic field orientation and level of the target object. The tilting angle is used as the coordinate data; and a memory for storing the original image and the coordinate data, the memory is preloaded with a first image processing program, and the first image processing program integrates and processes different orientations of the target object The original image captured by the original image and the coordinate data form a multi-directional image of the target. The smart camera device having the image orientation of claim 1 further includes a screen for displaying the original image and the multi-directional image. The smart camera device having the image orientation of claim 2 further includes an operating device for adjusting a rotating surface of the multi-directional image displayed on the screen. The smart camera device of claim 1 , wherein the memory body is preloaded with at least one feng shui related image, at least one character or at least one good or bad judgment. The smart camera device having the image orientation of claim 4 further includes a screen for displaying the original image, the multi-directional image, the feng shui related image, the text or the good or bad judgment. A smart camera device having an image orientation according to claim 1, wherein the multi-directional image has a front surface and a reverse surface of the object. A smart camera device having an image orientation according to claim 1, wherein the multi-directional image has a rotating surface of three hundred and sixty degrees. The smart camera device having the image orientation of claim 1 further includes a first transmission module, and transmits the original image and the coordinate data to a computer host. The smart camera device having the image orientation of claim 8, wherein the computer host preloads a second image processing program, the second image processing program integrating the original image captured by the different orientations of the target object and the The multi-directional image is formed by coordinate data. A smart camera device having an image orientation according to claim 9, wherein the multi-directional image has a front surface and a reverse surface of the object. A smart camera device having an image orientation according to claim 9, wherein the multi-directional image has a rotating surface of three hundred and sixty degrees. The smart camera device having the image orientation of claim 1 further includes a timer for generating an image capturing time data when the camera module captures the original image. The smart camera device of claim 1, wherein the orientation detector comprises a digital tilt angle measuring device for measuring a horizontal tilt angle of the camera module when the subject is photographed. The smart camera device having the image orientation of claim 1, wherein the orientation detector generates the coordinate data according to a signal of a Global Position System (GPS). A smart camera device having an image orientation, comprising: at least one image capturing device, comprising: a camera module for capturing an original image of one or more orientations of a target object; and an orientation detector The camera module generates a standard data when the original image is captured, and the position detector includes a digital north arrow and a digital tilt angle measuring instrument for measuring Measuring a magnetic field orientation and a horizontal tilt angle of the target object as the coordinate data for identifying an orientation when the original image is captured; and a developing device for processing the original captured image captured by the image capturing device For imaging, the imaging device includes: an image processing device preloading a first group of image processing programs, the first group of image processing programs integrating the original image captured by the different orientations of the object and the coordinates The data forms a multi-directional image of the object; a display screen displays the multi-directional image; and an operating device for adjusting the rotation surface of the multi-directional image displayed by the display screen. The smart camera device of claim 15 , wherein the image capturing device further comprises a first group of transmission modules for transmitting the original image and the coordinate data, and the imaging device further comprises a receiving device The module is configured to receive the original image transmitted by the first group of transmission modules and the coordinate data. The smart camera device having the image orientation of claim 16, wherein the first group of transmission modules is connected to the receiving module by using a transmission line. The smart camera device having the image orientation of claim 16, wherein the first group of transmission modules and the receiving module transmit the original image and the coordinate data by wireless transmission. The smart camera device of claim 15 , wherein the image capturing device further comprises a memory for storing the original image and the coordinate data. The smart camera device of claim 19, wherein the memory preloads at least one feng shui related image, at least one character, or at least one good or bad judgment. The smart camera device of claim 20, wherein the image capturing device further comprises a screen for displaying the original image, the feng shui related image, the text or the good or bad judgment. The smart camera device having the image orientation of claim 15, wherein the image capturing device further comprises a screen for displaying the original image. The smart camera device of claim 15 , wherein the image capturing device further comprises a timer, and the camera module generates an imaging time data when the camera module captures the original image. The smart camera device having the image orientation of claim 15, wherein the image capturing device is displaced to a different position to capture the original image of the object in different orientations. The smart camera device having the image orientation of claim 15, wherein the image capturing device is two or more, and the image capturing device is respectively fixed at different positions to capture the original image of the object in different orientations. The smart camera device having the image orientation of claim 15, wherein the position detector comprises a digital tilt angle measuring device for measuring the horizontal tilt angle of the target object. The smart camera device having the image orientation of claim 15, wherein the orientation detector generates the coordinate data according to a signal of a Global Position System (GPS). The smart camera device of claim 15 having an image orientation, wherein the orientation detector generates the coordinate data by a relative position of the image capturing device and the imaging device. The smart camera device of claim 15 having an image orientation, wherein the orientation detector generates the coordinate data with different relative positions of the image capturing device. The smart camera device having the image orientation of claim 15, wherein the imaging device is further included A memory is included for storing the original image, the coordinate data, and the multi-directional image. The smart camera device of claim 30, wherein the imaging device preloads at least one feng shui related image, at least one character or at least one good or bad judgment. The smart camera device of claim 31, wherein the display screen displays the original image, the multi-directional image, the feng shui related image, the text or the good or bad judgment. A smart camera device having an image orientation according to claim 15, wherein the multi-directional image has a front surface and a reverse surface of the object. The smart camera device of claim 15 having an image orientation, wherein the multi-directional image has a rotating surface of three hundred and sixty degrees. The smart camera device having the image orientation of claim 15, wherein the operating device can switch the original image or the multi-directional image displayed by the display screen. The smart camera device having the image orientation of claim 15 further includes a first transmission module, and the original image is transmitted to a computer host. A smart camera device having an image orientation, comprising: a plurality of camera modules respectively fixed at different positions of a known coordinate for capturing a primary image of a plurality of orientations of a target object; and a developing device The image processing device is pre-set in the development device by processing the original image and performing the development, and the imaging device includes: an image processing device, preloading one The first group of image processing programs, the first group of image processing programs integrates the original image captured by the different orientations of the object and the coordinate data; Forming a multi-directional image of the object, a display screen displaying the multi-directional image; and an operating device for adjusting a rotation surface of the multi-directional image displayed by the display screen. The smart camera device having the image orientation of claim 37 further includes a first group of transmission modules for transmitting the original image captured by the camera module, and the imaging device further comprises a receiving mode The group is configured to receive the original image transmitted by the first group of transmission modules. For example, the smart camera device having the image orientation of claim 38, wherein the first group of transmission modules is connected to the receiving module by using a transmission line. The smart camera device of claim 38, wherein the first group of transmission modules and the receiving module transmit the original image by wireless transmission. The smart camera device having the image orientation of claim 37 further includes a memory for storing the original image and the coordinate data. The smart camera device having the image orientation of claim 37 further includes a timer for generating an image capturing time data when the camera module captures the original image. A smart camera device having an image orientation according to claim 37, wherein the multi-directional image has a front surface and a reverse surface of the object. A smart camera device having an image orientation according to claim 37, wherein the multi-directional image has a rotating surface of three hundred and sixty degrees. The smart camera device of claim 37, wherein the display screen displays the original captured image or the multi-directional image captured by the image capturing device. The smart camera device having the image orientation of claim 45, wherein the operating device can be cut The original image or the multi-directional image displayed by the display screen is changed.