Adjusting system of image presenting angle of camera shooting system
Technical Field The invention relates to a method of making a video recording, in particular with regard to a kind of imaging system presenting the angle of the Image adjustment method and its system. Background Art The digital static or dynamic photographic technique are matched with the multimedia software and hardware playback apparatus has been developed very mature, price had been reduced to general consumers within the range of acceptable, therefore, digital camera or digital camera has been widespread in the life of the general public. Furthermore, today's many hand-held portable electronic products has also started the digital camera function is integrated in a body, for example, many personal digital processor of the mobile phone or PDA or portable satellite navigator PND are integrated with the camera function. However, using the digital camera when in general, in order to shoot static Image digital camera, for example, generally is to take photographs is holding manner, that is, greater than the transverse width of the vertical height of the two eyes watch to meet the physiological characteristic of external matter to pick up Image, but because of the sometimes is the subject to be shot or to wide big in the charterhouse is big in wide angle, therefore the digital camera will be converted to the state of the selected to shoot in the vertical direction. However, because of the digital camera is set the relationship between the sensing assembly, the Image photographed by the same directly in general of a computer Image of the playing software will become backward transversely when the state, there is a need to utilize the clockwise or counterclockwise rotation function to rotate the same one by one to be stored, thus will cause the user in reading with the viewing Image is quite inconvenient. In the Image rotation in the prior art, have related control technology is developed. In the patented technology, such as Taiwan Patent Bulletin number section I276042, , in other words, discloses an Image-automatic rotation device and the method for implementing the same. In this Patent, automatic Image rotary device comprises a loading unit, a memory unit, a micro-processing unit and a display unit, according to the micro-processing unit is stored in the memory unit of the identifying algorithm to detect the loaded by the loading unit of the Image pick-up device picks up the Image features in the Image, according to the characteristic identification algorithm for judging the Image features in the Image. When the characteristic identification algorithm judge the Image in the Image characteristic and non-up, micro-processing unit will rotate the Image until the Image in the Image is so far upwards. Furthermore, micro-processing unit for rotating the Image of the Image in advance before the picture after rotating the display on the display unit to provide the preview. Automatic Image rotation method, comprises a loading step of loading a Image, detecting Image in the at least one Image characteristic detecting step, judging whether the Image characteristic of the Image is in the judgment step and if otherwise implementation of a rotating Image of the Image until the Image in the rotation step is so far upwards. Content of the invention The solution of the present invention to the technical problem However, in order to make the can correctly ornamental object when the Image must be photographed in order to pick-up of the electronic product to comply with intended to shoot the angle direction of the object, or such as the Image automatic rotating device and method for its implementation in the former case, the memory unit is stored in the identification algorithm of the target object to determine whether to include the Image characteristic in the Image, then through microprocessing unit judgement steps to the implementation of the Image of the object until the rotation of the Image in the Image rotation step is the upwards. However, whether rotation is used for imaging the electronic product in order to obtain the appropriate angle and according to the shooting direction of the Image object Image is contained in the microprocessor unit of the multi-rotation to shoot the Image, after the shooting is still required to re-utilize the Image characteristic of the Image object has been stored, in the front case to the Image characteristic includes at least one human face features, such as eyes, eyebrows, nares, lip, ears, and hair, the other if the articles, device, does not include the area of the Image of the face features is to execute the Image rotation can not be judged. Edge this, the main purpose of the invention is camera system is to provide a method for adjusting the Image presenting the angle, predetermined by the user can be in accordance with the direction of the Image pick up the Image, when viewed and to rotate without the steps of the Image. Another purpose of this invention is to provide a in accordance with the individual using habits by the user to set a predetermined direction of the Image pick-up method of the way, in order to pick up the Image comprises Image position data. The invention solve the problem the technical means This invention is to solve the problems of known art the technical means adopted by the user can be a designated device for presenting the angle of the Image of the shooting target object Image, the Image in a predetermined direction of the Image pick-up to the target object Image pick-up device. The Image presenting the angle and designated device can use the touch screen line, the operation key group, or with the gravity direction sensing device for sensing the gravity direction to produce a Image position parameter provided to Image pick-up device. Image position parameter can be stored in the Image file of the Image or in one of the stored in the parameter record associated with the Image file in one of the associated parameter. Image pick-up device picks up the Image sensing device is in the Image, the object, of the Image object of the Image to be stored in the form of data in the Image file, and the Image data can be associated with the Image position parameter, the target object and opened by the Image when display is read, the Image data can be set by the user presenting direction, in order to help users browsing. In another embodiment, also can be adjusted to change the Image data of the coordinate parameters, the target object by the Image when display is read and the opening, by change of the presenting position. Compared with the prior art of the present invention the effect of The invention adopts a technical means, the user can use the Image pick-up system of this invention presenting the angle by the operation of the Image adjusting method of presenting the angle and designating device, let the user in accordance with the predetermined Image direction picking up the Image. When shooting and will be attached to a predetermined Image direction is changed or the Image file of the Image data so as to adjust the coordinate parameter, when the browsing Image file according to the predetermined Image direction when shooting directly displayed on the display screen, without the need for through the additional Image processing software to the manual mode or in the direction of rotating Image if before, document in order to Image the Image characteristic comprising a plurality of rotary Image steps of Image processing. Furthermore, the Image pick-up system of this invention presents the angle adjusting method can be to use habits of the user providing the users with different self-setting a predetermined direction of the Image pick-up method. If the Image of this invention presenting the angle and designated function in the embodiment, the user can touch operation of the touch control screen on four sides of the frame, a horizontal edge or point in the selected mode is the preset the bottom edge of one side of the frame. Or if another embodiment of the present invention in providing a predetermined gravity direction sensing device for shooting the reference azimuth. The invention adopts the specific embodiment, the following example will be with the attached-schema for further description of. Description of drawings Figure 1 embodiment of the invention 1st system diagram; Figure 2 shows the invention with the fig. 1 system the 1st embodiment in the Image storage memory data schematic; Figure 3 shows the invention with Figure 1 1st shown in the embodiment of system flow chart; Figure 4 shows the invention with the fig. 1 system of the 2nd embodiment in the Image storage memory data schematic; Figure 5 shows the invention with the fig. 1 system shown in the 2nd embodiment flow chart; Figure 6 shows the invention with the fig. 1 system shown in the 3rd embodiment of the Image storage memory data schematic; Figure 7 shows the invention with the fig. 1 system shown in the flow chart of the 3rd embodiment. ; Figure 8 showing this invention embodiment 2nd system diagram; Fig. 9 display Image 8 gravity in direction sensing device senses that the user Image pick-up device is a schematic diagram when shooting angle; Figure 10 shows the invention with Figure 8 1st shown in the embodiment of system flow chart; Fig. 11 display the invention with the fig. 8 system shown in the 2nd embodiment flow chart; Figure 12 shows the invention with the fig. 8 system shown in the flow chart of the 3rd embodiment. Mode of execution Refer to Figure 1 as shown, the embodiment of the invention 1st system diagram. Image pick-up device of the present invention 1 includes an optical lens 12, an Image sensing device 13, a micro-controller 14, an Image storage memory 15, key 16, data transmission interface 17. An Image presenting the angle and designating device 2 is connected to the Image pick-up device 1. Image pickup device 1 of the Image sensing device 13 to a target capturing 11 rear, target Image 111 via an optical lens 12 is Image sensing device 13 sensing. Image sensing device 13 can be a charge coupled device (CCD) or a complementary metal oxide semiconductor device (CMOS). Image sensing device 13 will be sensing the Image object 111 is transmitted to the microcontroller 14 in, by the microcontroller 14 is stored in the Image storage memory 15 of one Image file in d1 in. The microcontroller 14 can be via data transmission interface 17 the Image storage memory 15 the Image file in d1 output. In this embodiment, Image presenting the angle and designating device 2 comprises a touch control screen 21, the touch screen 21 can be a resistive, capacitive or other types of touch control screen. Touch screen 21 via an operation interface 22 and a display interface 23 is connected to the Image pickup device 1 of the microcontroller 14. Figure 2 show Figure 1 embodiment the Image storage memory 15 of the data schematic. Image storage memory 15 the Image file can store d1, and the Image file d1 by the Image data can be in data d11 record the Image parameter d12 a common. Image parameter record d12 comprising various in the shooting the Image, the relevant parameter field, such as the coordinate parameter d121, aperture data fields d122, shutter data fields d123, photosensibility field d124, Image compression mode field d125 and date time field d126, and the like. Coordinate parameter d121 the Image file recorded in d1 Image data in a d11 (Pixel) each pixel of the X, Y coordinate. In other words, in order to make a video recording of the user when the photographic device, and a camera body through a fixed horizontal and vertical the corresponding relation of the charge coupled device (CCD) or complementary metal oxide (CMOS) imaging of the semiconductor device, each pixel will have (Pixel) corresponding to the X, Y coordinate position, stored in the coordinate parameter d121 in. Image parameter record d12 comprising an Image of the position parameter meter The user in order to make a video recording of the photographic device, the user can operate the touch screen 21 to start Image pick-up device 1 designated function of presenting the angle of the Image, in order to produce this Image position parameter meter The user can also operate the key group 16 starting-state Image pickup device 1 of the Image designated function of presenting the angle, in order to produce this Image position parameter meter If the digital camera can be also very widespread use of the system on the screen by a touch-sensitive mode setting function completion of the setting in advance in order to start or close the Image presenting the angle and designated function. Refer to Figure 3 is shown, its display the invention with Figure 1 1st shown in the embodiment of system flow chart. First of all, starting the Image pick-up device (step 101), the optical lens of the camera device to the object to be shot (step 102). The user can choose whether or not to start the Image according to needs presenting the angle and designated function (step 103), if YES, continue to step 104. When the user choose not to start Image pick-up device the Image presenting the angle and designated function then directly proceed to step 106. The user to start Image presenting the angle after the designated function, the touch-state imaging device can be the touch screen 21 one side of (for example, the long side of the touch screen) to cross a word or point selection on the touch screen of the touch operation on one side, so as to select a touch-control screen 21 in the frame comprising four parties designated as the side of the bottom edge of the pre-imaging of the Image. By touching the bottom edge of the pre-designated to operate the action, so that the touch screen 21 generates an Image position parameter M to the micro-controller 14 (step 104), and the microcontroller 14 position parameter M the Image storage to the Image storage memory 15 the Image parameter record in d12 in (step 105). Thereafter, optical lens 12 to the target to be shot 11 the Image will be transmitted through the optical lens 12 is Image sensing device 13 pick-up (step 106), and the microcontroller 14 under the control of, the storage to the Image storage memory 15 Image data in d11 (step 107), and the Image data d11 will record associated with the Image parameters d12 meter in position parameter of Image By this invention the imaging system design method for adjusting the Image presenting the angle, start the Image the selected designated function of presenting the angle of the object picked up Image, will be affected by, for example, a computer device in the future Image browsing program reading and opened when displayed on a display screen, the Image browsing program unless the opening display Image file d1 Image data in d11 outside, will also be at the same time reading Image parameter record d12 M in position parameter of the Image, the Image data in order to determine the d11 presenting the angle of. For example, if the user is on the touch screen 21 a long word horizontal to designate the long side of the bottom edge of the Image for the Image of the preset, are read the Image displayed on a display screen, regardless of the is when the camera is used to touch screen for the bottom edge of the long side (horizontal position shooting) or to the short side is a bottom side (vertical position shooting), will be constant to the long side is a bottom edge of the display screen to be imaged, in order to help users browsing. Refer to refer to Figure 4 is shown, the 2nd embodiment of the present invention the Image storage memory of the data schematic. Figure 5 shows the invention with the fig. 1 system shown in the flow chart of the 2nd embodiment. In in this flow chart, the steps are most of them with the Figure 3 is the same as the procedure shown in, so the same steps with the same step number is marked. In fig. 3 shown in the process, its step 105 according to the Image in the designated function presenting the angle position parameter the Image will be stored in the Image file M d1 Image parameter record in d12 in. In Figure 5 in the flowchart, step 105a M in additional the position parameter of the Image stored in the Image file with a d1 associated parameter in one of the associated gear R (as shown in Figure 4). Refer to Figure 6 is shown, with the invention Figure 1 the system shown in the 3rd embodiment of the Image storage memory of the data schematic. Figure 7 shows the invention with the fig. 1 system shown in the flow chart of the 3rd embodiment. Similar to Figure 2 the embodiment shown, this embodiment of Image storage memory 15 for storing the Image file in d1, and the Image file d1 by the Image data can be in data d11 record the Image parameter d12 a common [...]. Image parameter record d12 comprising various [...] in the shooting the Image, the relevant parameter field, such as the Image presentation position coordinate parameter d121 [...] , aperture data fields d122, shutter data fields d123, photosensibility field d124, Image compression mode field d125 and date time field d126, and the like, as shown in Figure 2 but does not include the Image position parameter meter this coordination Figure 1, Figure 6, Figure 7, by the present embodiment. First of all, starting the Image pick-up device (step 201), the optical lens of the camera device to the object to be shot (step 202). The user can choose whether or not to start the Image in the designated function presenting the angle (step 203), if YES, continue to step 204. When the user choose not to start Image pick-up device the Image presenting the angle and designated function then directly proceed to step 206. The user to start Image presenting the angle after the designated function, the touch-state imaging device can be the touch screen 21 one side of (for example, the long side of the touch screen) to cross a word or point selection on the touch screen of the touch operation on one side, so as to select a touch-control screen 21 in the frame comprising four parties designated as the side of the bottom edge of the pre-imaging of the Image. By touching the bottom edge of the pre-designated to operate the action, so that the touch screen 21 generates an Image presenting the azimuth coordinate parameter d121 [...] to the micro-controller 14 (step 204), and by the micro-controller 14 azimuth coordinate parameter the Image presenting d121 [...] storage to the Image storage memory 15 the Image parameter record in d12 in [...] (step 205). Thereafter, optical lens 12 to the target to be shot 11 the Image will be transmitted through the optical lens 12 is Image sensing device 13 pick-up (step 206), and the microcontroller 14 under the control of, the storage to the Image storage memory 15 Image data in d11 (step 207). And this Image data d1 the coordinate parameter of the record by the Image parameter d12 [...] Image appearing in the azimuth coordinate parameter d121 change [...] be adjusted. So, the Image data d11 will be affected by, for example, a computer device in the future Image browsing program reading and opened when displayed on a display screen, the Image browsing program unless the opening display Image file d1 Image data in d11 outside, the Image data d11 position of the Image presented by the azimuth coordinate parameter d121 [...] change adjusted. For example, if the user is on the touch screen 21 a long word horizontal to designate the long side of the bottom edge of the Image for the Image of the preset, are read the Image displayed on a display screen, regardless of the is when the camera is used to touch screen for the bottom edge of the long side (horizontal position shooting) or to the short side is a bottom side (vertical position shooting), will be constant to the long side is a bottom edge of the display screen to be imaged, in order to help users browsing. Refer to Figure 8 illustrated, the 2nd embodiment of this invention system diagram. This embodiment of the Image pick-up device 3 comprises a display interface 31, a display screen 311, an optical lens 32, an Image sensing device 33, a micro-controller 34, an Image storage memory 35, a key set 36, a data transmission interface 37. Display screen 311 through the display interface 31 is acceptable and from the micro-controller 34 the transmitted Image signal to display the Image. An Image presenting the angle and designating device 4 is connected to the Image pick-up device 3. In this embodiment, Image presenting the angle and designating device 4 comprises a gravity direction sensing device 41 and a position induction control circuit 42. Gravity direction sensing device 41 is connected to the Image pick-up device 3 of the microcontroller 34. The user can by the operation key group 36 of the microcontroller 34 S a control signal is generated by a position sensing control circuit 42 is transmitted to the gravity direction sensing device 41, in order to control the starting-of-gravity direction sensing device 41, of the Image pickup device 3 starting to execute the Image presenting the angle and designated function. The user can also in digital camera such as the now very widespread use of the system on the screen by a touch-sensitive mode setting function completion of the setting in advance in order to start or close the Image presenting the angle and designated function. Gravity direction sensing device 41 can sense the gravity direction, of the Image to generate a position parameter M '. When the user of the Image pickup device 3 alignment target object 11, the, gravity direction sensing device 41 in order to three-dimensional gravity sensing device, for example, will be according to a hand of the user to a shooting position and the inductive pick-up device 3 the shooting angle θ (as shown in Figure 9 shown in the) M the position parameter of the Image '. This Image position parameter M ' can be stored to the Image storage memory 15 the Image parameter record in d12 (as shown in Figure 2) in, a can also be stored in the Image storage memory 15 the Image file in d1 associated parameter in one of the associated gear R (as shown in Figure 4). Gravity direction sensing device 41 can be a single-axis, dual-axis or three-axis gravity direction sensing unit, also can include a conventional gyroscope, in an induction pick-up device 3 real-time imaging device 3 position. Refer to Figure 10 is shown, with the display of the present invention Figure 8 1st shown in the embodiment of system flow chart. this coordination Figure 8, Figure 9, Figure 10, by to the present embodiment. First of all, starting the Image pick-up device (step 301), the optical lens of the camera device to the object to be shot (step 302). The user can choose whether or not to start the Image in the designated function presenting the angle (step 303), if YES, continue to step 304. When the user choose not to start Image pick-up device the Image presenting the angle and designated function then directly proceed to step 306. The user to start Image presenting the angle after the designated function, gravity direction sensing device 41 according to a hand of the user to a shooting position and the inductive pick-up device 3 and the shooting angle position parameter θ M of the Image ' to the micro-controller 34 (step 304). Microcontroller 34 position parameter M Image can be ' as shown in Figure 2 to the Image storage memory 15 the Image parameter record in d12 (step 305) in. Thereafter, optical lens 12 to the target to be shot 11 the Image will be transmitted through the optical lens 12 is Image sensing device 13 pick-up (step 306), and the microcontroller 14 under the control of, the storage to the Image storage memory 15 Image data in d11 (step 307). Refer to Figure 11 shown, its display the invention with the fig. 8 system shown in the flow chart of the 2nd embodiment. In in this flow chart, the steps are most of them and Figure 10 is the same as the procedure shown in, so the same steps with the same step number is marked. In Figure 10 is shown in the process, its step 305 position parameter M the Image in the ' Image file will be stored in d1 Image parameter record in d12 in. In Figure 11 in the flowchart, step 305a M Image in position parameter ' is stored in the additional Image file d1 associated parameter in one of the associated gear R (as shown in Figure 4). Refer to Figure 12 as shown, to the invention with the fig. 8 system shown in the flow chart of the 3rd embodiment. Similar to Figure 6 the embodiment shown, this embodiment of Image storage memory 15 is stored in a Image show the azimuth coordinate parameter d121 [...] , the Image presentation position coordinate parameter d121 is [...] by fig. 8 the gravity direction sensing device 41 the produce. this coordination Figure 6, Figure 8, Figure 12, by to the present embodiment. First of all, starting the Image pick-up device (step 401), the optical lens of the camera device to the object to be shot (step 402). The user can choose whether or not to start the Image in the designated function presenting the angle (step 403), if YES, continue to step 404. When the user choose not to start Image pick-up device the Image presenting the angle and designated function then directly proceed to step 406. The user to start Image presenting the angle after the designated function, gravity direction sensing device 41 according to a hand of the user to a shooting position and the inductive pick-up device 3 and the shooting angle position parameter θ M of the Image ' to the micro-controller 34 (step 404). Microcontroller 34 position parameter M Image can be ' as shown in Figure 6 to the Image storage memory 15 the Image parameter record in d12 as an Image appearing in the azimuth coordinate parameter d121 [...] (step 405). Thereafter, optical lens 12 to the target to be shot 11 the Image will be transmitted through the optical lens 12 is Image sensing device 13 pick-up (step 406), and the microcontroller 14 under the control of, the storage to the Image storage memory 15 Image data in d11 (step 407), and this Image data d1 the coordinate parameter of the azimuth coordinate parameter by the Image presenting d121 change [...] be adjusted. By the above-mentioned the embodiment, the invention provided by the imaging system Image presentation angle adjusting method and its system with industry is the value in use, the invention has been with the elements to be Patent. However, the above description is only a preferred embodiment of the invention examples, where proficient in this [...] when the can be made according to the above-mentioned description of other various improved, however, these changes are still the invention the invention as defined by the spirit and the scope of the Patent. The invention relates to a method and a system for adjusting the image presenting angle of a camera shooting system. An image presenting angle appointing device is combined in a camera device. When the camera device aligns with a target to be shot, the image presenting angle appointing device generates an image orientation parameter, then when an image sensing device of the camera device capturesthe image of the target, the image of the target can be stored in an image file in a mode of image data, and the image data can be correlated to the image orientation parameter, so that when image data is read and displayed, the image data can be presented in the orientation set by a user, thus facilitating the user to browse. 1. A designated device with Image presenting the angle the camera system, which is characterized in that, comprising: A camera device, the imaging device includes a microcontroller, and the microcontroller one of the Image sensing device and an Image storage memory; An Image presenting the angle and designating device, micro-controller connected to the Image pickup device, the Image pickup apparatus to the photographed Image to provide an Image of position parameter; The Image sensing device picks up a target Image generated by the Image data is stored to the one of the Image storage memory of one Image file, together with the position parameter of the Image stored in the Image storage memory. 2. The designated device with Image presenting the angle the camera system according to Claim 1, which is characterized in that, the Image presenting the angle and designated device includes a touch screen, the touch screen and at the edge of one of the draw a horizontal position parameter of the Image. 3. The designated device with Image presenting the angle the camera system according to Claim 1, which is characterized in that, the Image presenting the angle and designating device comprises at least one button set, and in order to operate the key set to produce this Image position parameter. 4. The designated device with Image presenting the angle the camera system according to Claim 1, which is characterized in that, the Image presenting the angle and designated device includes a gravity direction sensing device, the sensing device senses the direction of gravity in the direction of gravity, and to produce this Image position parameter. 5. The designated device with Image presenting the angle the camera system according to Claim 4, which is characterized in that, the gravity direction sensing device comprises at least one gravity direction induction unit. 6. The designated device with Image presenting the angle the camera system according to Claim 5, which is characterized in that, the gravity direction sensing unit is a single-axis, double-shaft, three-shaft gravity direction of the one of the induction unit. 7. The designated device with Image presenting the angle the camera system according to Claim 4, which is characterized in that, the gravity direction sensing device comprises a gyroscope. 8. The designated device with Image presenting the angle the camera system according to Claim 1, which is characterized in that, the position parameter of the Image stored in the Image file of the Image in one of the parameter record. 9. The designated device with Image presenting the angle the camera system according to Claim 1, which is characterized in that, the Image position parameter associated with the Image file stored in parameter in one of the associated gear.