TWI258105B - Image processing system with handwriting input function and the method for forming the same - Google Patents

Abstract

This invention provides a new image processing system with handwriting input function. If user wants to add handwriting, the processor of the image processing system switches on the apparatus with cordless pressure-sensitivity and electromagnetic-induction, so as to catch coordinates and degree of width of handwriting by scanning antenna. Subsequently, the handwriting data are transmitted into the microprocessor of the image processing system, and then the microprocessor marks handwriting with a specific color and superimposes it on the image according to the coordinates and the degree of width of the handwriting, so as to form a new mixing image.

Description

1258105

w φ 丨 丨 禋 禋 禋 禋 禋 禋 禋 禋 禋 禋 禋 禋 禋 禋A conventional wireless pressure electromagnetic induction device package includes a cordless pen and a tablet. No wireless pen is a oscillating circuit composed of an inductor (LC). When 'touch 2 = one will produce a change in inductance ,, the result will be the same. The greater the pressure at the tip of the collision, the greater the change in inductance, and the greater the amount of change in the rate of intersection, so the amount of change in frequency is 〖^ The frequency in the morning is in the size of the nib.

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V. Description of the invention (2) The magnitude of the pressure. The side of the wireless pen is engaged to produce an inductance-capacitance transmission frequency, which is determined by the difference in frequency. In addition, the central area of the tablet (Amplifier) traditional tablet has an array of equidistant rows. The main purpose is to receive the electromagnetic wave emitted by the special wireless electromagnetic pen 'and use the electromagnetic through the tablet. 'Traditional The signal of the wireless pressure electromagnetic emission and the detection of the position also have two switch buttons. The change of the capacitance in the button oscillator changes the change of the pen to detect that the switch pressed by the user presses t) also includes detection. (detector), analog to digital converter and other components. This type is an inductive loop, a two-way unidirectional antenna in the inductive loop. The electromagnetic signal emitted by the wireless pen used in this one-way antenna loop. The time unidirectional antenna will receive the electromagnetic wave sensing method to obtain relevant information. However, the sensing device only has the function of receiving peripheral devices. On the other hand, there are a variety of products with image processing systems, such as digital cameras and digital cameras. Referring to the first figure, a conventional still image processing apparatus 100 is shown, for example, a digital photo frame. The static image processing apparatus 100 includes at least a display unit 105, a backlight module 11A, a boosting circuit 115, a central processing unit 12, a read-only memory 125, a dynamic memory 130, and a string. Column interface 135, a storage /, body 1 4 0 power supply 1 4 5 and a number of switching buttons 1 50. CPU 1 2 0攸,. The storage medium 取出4 取出 takes out the image file and decompresses it, and at the same time converts the photo slot format into the digital format required by the display unit 105 and ",, -,,,,,, and the member unit 1 Q 5. However, the conventional still image processing device 1 is only used to display the static image output, and it cannot be used as a pen by itself.

Page 6 1258105 V. Description of invention (3) Rounding of trace data and synthesis of handwriting data and images. Further, since the cost of the static image processing apparatus 100 is mostly used in the display unit, and the function is limited to displaying the still picture. Therefore, if the effect of adding a handwriting or an autograph to a static graphic is required, it must be specially processed and stored by the external image processing software, thereby making such a conventional still image processing device time-consuming and costly. Accordingly, the present invention provides a new image processing system having a handwriting input function to facilitate the function of the image processing system. 5 5 - 3 Object and Summary of the Invention: In view of the functions of the above described invention, the present invention provides a process糸 can be used to increase

In the scene, in order to strengthen the traditional image processing system, a new image with hand-written input function improves the performance of traditional image processing devices. It is an object of the present invention to provide an image processing system. The present invention is further improved by an image processing system for combining the image-based wireless pressure electromagnetic induction system with the handwriting wheel-in function. Another object of the present invention is to provide a combined digital processing system. The invention buryes the micro file of the image and the handwritten input word 'in combination with the two-dimensional two-j imaging function' and displays it by the image processing system of the invention: 2 synthetic image shape Display single S, II can save time and cost of making = synthetic image

1258105 V. Description of invention (4). Therefore, it is too recognized that the invention can meet the economic benefits and the industrial utilization of the root handwriting transmission component. The author of the telecommunication processor needs to add the wireless pressure to the rice and the system color, and the moonlight is placed just outside. Line pressure Μ ^ The image of the sighting function described above, (I mage Sensor stream signal, and then the circuit for image control) when the signal is written into the writing, the force of the electromagnetic induction device is the size. In the processor, the coordinate and the weight are heavy, so that the handwriting wheel is loaded into the direct electromagnetic induction device of the same vertical display module, and the invention discloses the system. The present invention converts the received signal into a digital signal. Then, the image processing system is sent to the display module, and after scanning, the microprocessor will be overlaid on the height of the ground pointed by the image, and the square is required to work. The area shows a light principle according to its principle, and sends the image processing to display the micro-antenna of the map. The handwriting data is obtained by wirelessly pressing the original square and the handwriting in the stylus. Can significantly new group may be having: an image sensor converting the color image into the microprocessor into a digital imaging system. When the device is used, the coordinates of the handwriting are activated to return the image trace to a specific face position. The position of this display is the same as the electromagnetic induction display area. The control flow of the present invention is as follows: the central processing unit of the image processing system starts the power supply by the external power source or the user presses the mode button to make the initial setting. After the user confirms the mode selection, the specific function mode can be entered. After entering a specific function mode, functions such as setting, clearing, and reading the face can be operated. In addition, the operation principle of the signal processing circuit of the wireless pressure electromagnetic induction device is as follows: the handwriting input device emits a specific

1258105

V. Description of the invention (5)

The electromagnetic wave of the frequency, and the antenna and circuit will scan and amplify the signal of this specific frequency, and then calculate its amplitude and frequency. When the value of the handwriting input device is set directly above an antenna, the antenna receives the strongest signal. Therefore, by comparing the strengths of all antenna receptions, it is possible to detect which antenna is located above the handwriting device, and then use the strength of the adjacent antennas as a comparison, thereby converting the actual absolute coordinates. Finally, the width of the pen $ can be output to the microprocessor of the image processing system. To facilitate access to the image, the image processing system also has a memory unit. After the image capture device (for example, a digital camera) acquires an image, the image capture medium can be taken out and the interface of the media can be read, for example: C〇mpact,

Flash Card 'Smart Media Card, directly put the storage media into the storage unit of the 3!f processing i system. Next, the image processing system: the microprocessor extracts the data from the storage memory unit and decompresses it. 5-4 Detailed Description of the Invention: The present invention is directed to the image processing system. In order to be able to fully describe the implementation of the detailed process steps, the implementation is not limited to the circuitry. On the other hand, the well-known circuit is not necessary to limit the invention as described below, except that these detailed directions are ones having a handwritten input function. The invention will be understood from the following or structural elements. Obviously, the specific details familiar to those skilled in the art are familiar. Components are not described in the details to avoid. The preferred embodiment of the present invention will be described in detail, and the present invention can also be widely applied.

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And the scope of the invention is not limited

As shown in the second figure, in the first embodiment of the present invention, first, an image processing system 200 is provided, and the image processing system 20 () includes at least: an image transmission module 2 1 , an image. The transmission module 2 is configured to receive and process a first=bit image signal and transmit the first digital image signal; an electromagnetic induction group 220, wherein the electromagnetic induction module 22 is used for sensing and processing a specific frequency. The electromagnetic wave signal forms a second digital image signal; an image processing module, and the image processing module 2 3 0 can receive the first digital image signal and the second number = image signal, and can control and execute various signals. The image processing mode, for example, the image synthesis mode, the image clear mode, the image playback mode, and the format setting mode, to generate an image display signal, wherein the image processing module 23 controls all the modules of the image processing system 2 The opening and closing function of a storage module 240' image processing module 23 can access the number of image data by the storage module 24; a display module 25 0, the display module 250 receives the image processing group 2 3 Shadow of 0 Display signals to display an image. In the second embodiment of the tea test, in the second embodiment of the present invention, an image processing device having an image synthesizing function is first provided, for example, a digital photo frame, and the image processing device 300 includes at least: The measurement circuit 3 1〇, the image sensing sub-circuit 3 1〇 can capture an image by using a photo sensor, convert the image into an analog signal, and convert the analog signal into a first digital image signal. Wherein, the image sensing sub-circuit 3 1 includes at least one image

Page 10 1258105 V. Invention Description (7) Sensing component, 仏丨丄^ Circuit 320 obtains ± ί camera; a transmission sub-circuit 32 〇, transmission sub-image data 'communicates with external computer equipment to transmit In a picture, such as 茧/虫, the transmission sub-circuit 320 includes at least one connection interface, such as a non-synchronous transmission line Serial BUS; USB) or

Rs_23 τ quasi-serial interface (Recommended Standard-232; Hejing M# Weiru-a image processing sub-circuit 3 3 0, image processing sub-circuit 320 coupled processing - under-circuit 31n circuit 31 〇 to receive the first digital image signal 'And image, - silly 2 \ transmission sub-circuit 320 to transfer image data, wherein "ϊ ΐ ΐ ΐ 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 电路 j j j j j j j j j j j j j The opening and closing action of the secondary gland unreceived circuit 34 〇, for example, the digital tablet, the electromagnetic induction electromagnetic wave can be hunted by electromagnetic induction to receive a second anger with a specific frequency ^ ^ 游 according to the electromagnetic wave with a specific frequency The signal is converted into a Lu: a Φ shirt image signal, wherein the electromagnetic induction sub-circuit 340 is coupled to the image loop 2: /30: transmits the second digital image signal, and the image is processed in the secondary pedestrian point: according to the first digital image signal and The function of the digital image signal is performed by the first person; the image display sub-circuit 3 5 0, the image display sub-zero coupling δ image processing sub-circuit 33G to receive - image display signal, sub-^ not various images, wherein the image display The display circuit 35A includes at least one liquid crystal display element #, such as a mouth, a thin film transistor liquid crystal display crying (Ιί; 11; '; 1; TranS1 St〇r Liquid Crystal Display; jD), STN liquid crystal display (Super Twisted Nematic = U1dCrystalD1Splay;STN_LCD) storage sub-circuit 360, image processing sub-circuit 33〇 coupling storage sub-circuit 36〇

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1258105 V. Inventive Description (8) Moving image data, wherein the storage sub-circuit 360 includes at least a reading interface, for example, a compact flash card, a smartmedia card, and a state memory such as DRAM or SDRAM. Referring to FIG. 4A, in the third embodiment of the present invention, the image processing flow of the microprocessor of the image processing system is as follows: a microprocessor starting program 400, the microprocessor starting program 4〇 〇 At least the following = - function mode · a setting mode 40 5, a clear mode 41 〇, a silly. = 415 and a play mode 420. When the microprocessor of the image processing system starts to supply power or the user presses the mode button, I is at the beginning of the program. After the microprocessor starts the program 4qq y and confirms the mode, it can enter each specific: the user j selects the pain mode to Q5 and clears the mode 41. And the development mode "Upper in addition" when the playback mode 420 is set to display - face or continuous face. 7 ° ^, έ enter the reference of the fourth and fourth pictures *, in the too per alpha input setting mode 405, the user can first enter step 425 to input-display format according to the embodiment of the present embodiment; 鈇^, step: perform an input to adjust the resolution of the display; connect..., 彳, perform an adjustment step 430 'Or the next specific mode/user can directly enter the play mode setting mode 4 0 5, then it can be connected if the user does not enter τ directly into other specific modes. 彳 "Refer to the fourth picture and the fourth Figure c performs the following steps: carry out - clear

After the mode 4 1 ,, the user can enter the clearing, the invention description (9) confirmation step 435 to confirm whether the image clearing function is performed. If yes, the image clearing step 440 is performed; if the confirmation is no, the second mode is used: or the playback mode 420' is entered or the mode is performed. After the clearing step 440, the user can directly enter the play mode 42 〇, or the down-specific mode. In addition, if the user does not clear, they can directly enter other specific modes. Referring to the fourth A picture and the fourth D picture, in the embodiment, after the imaging mode 415, the user can perform the following steps in sequence: stepping in, step 445 to read one of the stored images. Specific serial number. Afterwards, the person confirms step 450 to confirm whether to perform the composite image function; if it is exact, then enters the composite image mode 455 to form a composite image having the special; if the confirmation is no, then - The non-synthetic image is displayed 460 to display the stored image having the specific serial number, and is directly entered into: ^42〇. When the composite image mode is completed, step 465 is displayed to display the composite image having the specific serial number, and directly enters the playback mode 42 0 . & 琢 琢 琢 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图The coordinate position of the data image and the process of first entering the image mode 45 5 are as follows: trace data, 21 = trace detection step 470 to obtain a plurality of image generations and a plurality of image tracks The data includes at least one data value having (χι, 1258105 V, invention description (10), W) type, such that X i represents the coordinate position of the Y axis; w represents the coordinate position of the executable ^ axis; The number of points to be drawn is set to step 475 to set i. Then, a trace data reading step 480 is performed to obtain the diligent 2. Next, after the image track is performed, the - trace drawing step 485 is performed to determine the thickness of the size by =f. Depicting step 4 8 5 is a plurality of traces of the number of traces of the handwriting, wherein the trace W/2 is plotted as a radius and a plurality of squares having ^ i ' Y i ) and a logical decision step 490 is performed. Dots. Subsequently, the program execution q squats, by -ι=ι — 0; when i= ,, the end of the drawing image is performed to check ^J is equal to the serial number of the stored image synthesis to form the b '^y, when there is this specific one, then return to the number of image traces. According to the reading of the cattle into the map, the above steps until i = 0. v 'to continue to refer to the fifth A figure, in the fourth embodiment of the present invention, the digital photo frame with the handwriting input function 500, the number you & ^ R π π = contains: a sense of image The detector 505, the image sensor 505 can be dreamed by "light & = page to take an image ·, - image signal sub-circuit 51 〇, image signal error owed by electric first-hand sensor 5 image sensor 5〇5 to convert the image into an analog signal, and convert the analog signal into a first digital image signal; a microprocessor 5 1 5, U processing|§ 5 1 5 coupling image signal sub-circuit 5 1 〇 to receive The first digital image signal 'and performs the image processing function and controls the opening and closing of all the under-circuits and components of the digital photo frame 5; a liquid crystal display driving sub-circuit 5 2 〇, the liquid crystal display driving sub-circuit 5 2 0 coupling The microprocessor 5 15 5 receives a display signal 1258105 5. The invention description (11); the display component 525, the display component 525 engages liquid to display various images, wherein the display element foot includes at least::= transistor Liquid crystal display (TFT-LCD) or an STN liquid crystal display STN-LCD) processor 5 1 5 To: the voltage of the optical module 535, wherein the line circuit 540 is pressed by the sub-circuit 530, the step-up sub-circuit 53 is coupled to the voltage-regulating signal and generates a specific voltage; and a back-moon north-light module 535 is coupled to the boosting sub-circuit 53. 〇 receiving a specific moonlight module 5 3 5 is located below the display element 5 2 5; one day magnetic m · - tianshi line circuit 540 can receive an electric antenna loop 540 by electromagnetic induction to receive the magnetic flux咕,, heart two mn gold ".../ Tiger, the Asian electromagnetic wave signal into a brother's digital shirt image signal, and electromagnetic induction secondary power transmission of the second digital image signal to the microprocessor 515 fine ί 5 :5乂5 2 according to the first digital image signal and the second digital image back = group 535, and the electromagnetic induction sub-circuit (4) has an area of approximately the same as the display area. In the present embodiment, the digital photo frame 500 has at least two temple buttons, and a plurality of mode buttons are connected to the microprocessor 515 to select a special mode, wherein the plurality of mode buttons at least include the button 55〇Α and the - clear mode button. 55〇Β; plural is off =

3 at 2 (1) to start a specific function, where multiple open: to? ^ 3 brother - switch 555 Α, a second switch 555 Β, - third and a fourth switch 555D, the first switch 555 用以 is used to control: line loop 5C

1258105 V. INSTRUCTION DESCRIPTION (12) - 540 and the opening and closing action of the electromagnetic induction sub-circuit 545, and the second switch "duplicate the function of controlling the image change", for example, the change of the left and right direction of the image, and the second The switch 55 5C is used to control the switching of the number of image pages, and the fourth switch 55 5D is used to control the opening and closing function of the image sensor 5〇5; a display adjustment button 56 0 is not displayed by the adjustment button 560 The sub-circuit 52 is driven to adjust the display surface 525; a transmission interface 565, the transmission interface 565 is coupled to the microprocessor 515, and the transmission interface 65 is communicated with the external computer device 57 to transmit an image data, wherein The transmission interface 565 includes at least a 10,000 serial bus (USB) or a non-synchronous transmission standard serial interface (RS-232); a storage component 575, and the storage component 575 is coupled to the micro processing state through an access interface. 5 1 5 'to facilitate the microprocessor 5 15 to access various image materials 'where the storage element 5 7 5 contains at least one dynamic memory, for example, DRAM, SDRAM ' and the § buy interface contains at least one c〇mpaCt card or a smartmedia ca Referring to FIG. 5A and FIG. 5B, in the present embodiment, the electromagnetic induction sub-circuit 545 includes at least an amplifier (AmpUf ier) 545A, and the amplifier 545A is coupled to the antenna loop 540 to amplify the electromagnetic wave signal. One band pass filter, wave device (B and P ass F i 11 er ) 5 4 5 B, band pass filter cry 545B coupled amplifier 545A to filter the noise and generate a signal with a specific frequency; a shaping sub-circuit 545C, shaping times Circuit 545C couples bandpass filter _545B to receive a signal having a particular frequency and generates a clock signal; a rectifier (Rectifier) 545D, and rectifier 5 45D couples bandpass filter 545B to receive a signal having a particular frequency and generate a direct current signal a wave

Page 16 1258105 V. Invention Description (13) Peak Detector 545E, peak estimator 545e rectifier 545D to detect the peak value of the DC signal; a class of digital conversion crying (A / D Converter) 545F, analogy The digital converter 545ρ couples the wave 'peak' to detect the IS 545E to receive the peak value, and converts the wave edge value into one digit two electromagnetic, the second power, the 545 microprocessor 5 45G, the microprocessor 545 (^ horse mouth analog digital Convert A 545F to receive the digital signal and calculate - absolute seatpost = micro " 545 GM shaping sub-circuit 5 侃 to receive the clock signal and :: hetero- f force value, where the force value refers to the thickness of the image, and The micro-processing 54 5G hunting transmits the absolute coordinates and pressure values to the microprocessor 515 of the digital photo frame 500 in a coupled manner, and the microprocessor 545G controls the antenna loop 540 by means of coupling to perform position sweeping control. In addition, the digital photo frame 5 includes: a peripheral device 58 having an electromagnetic induction function, for example, a non-magnetic pen, the peripheral device 580 can input an image above the display element 525, and receive the periphery by the antenna loop 540. Sang set 58 〇 The emitted electromagnetic wave signal 0 is shown in FIG. 5B and FIG. 5C. In the present embodiment, the flow sequence of the electromagnetic induction sub-circuit 545 of the digital photo frame 500 is as follows: First, a setting step 585A is performed. The electromagnetic induction sub-circuit 545 is initially set and the antenna loop 540 is turned on. Then, the antenna loop 54 〇 performs a sweeping step 585 B to scan the position of the peripheral device 580 and receive the peripheral device 58 发射 emitted = electromagnetic wave signal. After receiving the electromagnetic wave signal, the secondary circuit 545 performs an amplification/filtering step 585C by the amplifier 545A and the band pass filter 545B to generate an electromagnetic wave signal having a specific frequency.

1258105 V. INSTRUCTIONS (14) Rectifier 5 4 5 D, peak detector 5 4 5 E and analog-to-digital converter 5 4 5 F receive electromagnetic wave signals with a specific frequency to perform a conversion step 5 8 5 D and generate digital digits Nickname. Secondly, the electromagnetic wave signal having a specific frequency is received by the shaping sub-circuit 545c to perform the frequency calculation step 585E and generate a clock signal. Thereafter, the microprocessor 545G receives the digital signal and the time signal by inputting step 585F. Next, the microprocessor 545 (based on the digital signal to perform a calibration calculation step 58 5G to calculate the image of the peripheral device 58 〇 plotted on the display element 525 = absolute coordinates, and the microprocessor 545G performs the clock signal according to the clock signal A pressure calculation step 585H is performed to calculate the pressure value, that is, the thickness of the image drawn by the peripheral device 58 on the display element 52. In other words, the closer the peripheral device 580 is to the screen surface of the display element 52 5 The stronger the electromagnetic wave signal emitted by the image, the thicker the image line is. Then, an output step 585 1 is performed to output the absolute coordinates and the pressure value to the microprocessor 515 of the digital photo frame 5. Finally, In the embodiment of the present invention, the present invention can be combined with an image processing system to form one and can be handwritten by the microprocessor 5 5 5 in the embodiment of the present invention. The image processing system of the input function. In addition, the invention is based on the invention of a plurality of key technologies such as a two-digit tablet and a digital photo frame. Therefore, the present invention is convenient. Functions at a digital image processing system, e.g., a camera function, a handwriting input = energy, image synthesis, and then the photo frame display function *, the present invention consists of the wrong - microprocessor having a function of a handwriting input and - a synthetic imaging

Page 18 1258105

The function of the microprocessor combines the photo with the handwriting wheel to synthesize the image, and the error is processed by the image processing strip & to form a new display unit, thereby saving time and production "/, a new graphic in conformity with the display Economic benefits and industrial use. Therefore, the present invention can be used on a photo frame or on any digital image processing system having a write-free input function. Moreover, the digital image processing system & of the human magnetic inductive sensing device of the present invention has not yet been issued. The present invention is novel in terms of digital photo frames. . Progressive patentable product

Obviously, there are many corrections and differences in accordance with the above implementation. Therefore, it is necessary to understand it internally, except that it is described in detail in other embodiments. The invention may be broadly described in addition to the scope of the appended claims.

The above is only the scope of the patent application of the preferred invention of the present invention; the equivalent changes or modifications made therein are included. The present invention is not intended to be limited to the spirit of the present invention, and should be included in the following patent application.

H9, page 19, 1258105 丨 简单 简单 2 ; 2; 0 is a conventional conventional static image processing device circuit block according to the first preferred embodiment of the present invention ★ 'images slightly 10,000 block diagram; 2 is a block diagram of a circuit in which the image is placed according to the second preferred embodiment of the present invention; the fourth to fourth diagrams are images of the microprocessor of the third image in the third part of the image. The processing diagram of the fifth diagram is a circuit block diagram of a digital photo frame having a handwriting input function according to the fourth preferred embodiment of the present invention; the fifth diagram is a fourth preferred embodiment according to the present invention. In the embodiment, a circuit block diagram of the electromagnetic induction sub-circuit of the digital photo frame; and a fifth C diagram is a schematic diagram of the image processing flow of the microprocessor of the electromagnetic induction sub-circuit according to the fourth preferred embodiment of the present invention. Representative symbols for the main parts: 10 0 Still image processing unit 105 Display unit

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Page 21 1258105 Schematic description 410 Clear mode 415 Development mode 420 Play mode 4 2 5 Input step 430 Adjustment step 435 Clear confirmation step 440 Clear image Step 445 Read step 4 5 0 Synthesis confirmation step 45 5 Composite image Mode 4 6 0 Non-composite image display step 465 Composite image display step 470 Image trace detection step 475 To-be-painted point setting step 480 Image-existing data reading step 4 8 5 Track drawing step 490 Logical judgment Step 4 9 5 Checking Steps 5 0 0 Digital Photo Frame 50 5 Image Sensor 510 Video Signal Sub Circuit 515 Microprocessor 520 Liquid Crystal Display Driving Sub Circuit 5 2 5 Display Components

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Claims (1)

1258105 6. Patent application scope 1. An image processing system, the image processing system at least comprising: an image transmission module for generating and transmitting a first image signal; an electromagnetic sensor module for generating and transmitting An image processing module for receiving the first image signal and the second image signal, and controlling and executing a plurality of image processing functions to generate a display signal; a storage module, the image processing module The image data is accessed by the storage module; and a display module is configured to receive the image display signal to display an image. 2. The image processing system of claim 1, wherein the image transmission module can capture image data by means of light sensing. 3. The image processing system of claim 1, wherein the image transmission module can capture image data by means of communication. 4. The image processing system of claim 1, wherein the electromagnetic induction module can receive electromagnetic wave signals by electromagnetic induction. 5. The image processing system of claim 1, wherein the second image signal comprises at least one absolute coordinate to display an image position. 6. The image processing system of claim 1, wherein the second image signal comprises at least a pressure value to display an image size. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 8. The image processing system of claim 1, wherein the plurality of image processing functions comprise at least one image clearing mode. 9. The image processing system of claim 1, wherein the plurality of image processing functions comprise at least one image playback mode. The image processing system of claim 1, wherein the plurality of image processing functions include at least one format setting mode. A static image processing system, the static image processing system at least comprising: an image sensing sub-circuit, wherein the image sensing sub-circuit can capture an image by light sensing and generate a first image signal; a circuit, the transmission sub-circuit communicates with an external computer device to transmit image data by means of coupling; an electromagnetic induction sub-circuit, the electromagnetic induction sub-circuit can receive the electromagnetic wave signal by electromagnetic induction and generate a second image signal; An image processing sub-circuit, the image processing sub-circuit is coupled to the image sensing sub-circuit to receive the first image signal, and the image processing sub-circuit is coupled to the transmission sub-circuit to transmit image data, and the image processing sub-circuit coupling Page 26 1258105 6. The patent application scope is combined with the electromagnetic induction secondary circuit to receive the second image signal, wherein the image processing secondary circuit can control the opening and closing of all the secondary circuits of the static image processing device according to the first The image signal and the second image signal perform an image processing function to generate an image display signal; an image display sub-circuit, the image display sub-circuit is coupled to the image processing sub-circuit to receive the image display signal and display an image; A storage sub-circuit is coupled to the storage sub-circuit to access various image data. The static image processing system of claim 11, wherein the image sensing subcircuit comprises at least one image sensing element. The static image processing system of claim 12, wherein the image sensing element comprises at least one digital camera. The static image processing system of claim 11, wherein the transmission subcircuit comprises at least one connection interface. The static image processing system of claim 14, wherein the connection interface comprises at least one 10,000 serial bus. The static image processing system of claim 14, wherein the connection interface comprises at least one asynchronous transmission standard serial interface. Page 27 1258105 17. The static image processing system of claim 2, wherein the electromagnetic induction secondary circuit comprises a digital tablet. The static image processing system of claim 2, wherein the electromagnetic induction secondary circuit comprises: a first microprocessor. /, 1 9 · The first microprocessor of the static image processing vehicle described in claim 18 includes at least - image track detection work, and generates a plurality of images according to electromagnetic wave signals Track data. The above-mentioned plurality of image-existing data in the still image processing system described in claim 19 includes at least one data value having a (χ f •... w ) type, wherein , xi and ¥ 丨 indicate coordinate position,) Υι, track straight # size. And the evaluation indicates that U. The static image processing as described in Item 8 of the patent application has a track drawing function for at least one track drawing function to give a dot of the color. The static image processing system of claim 21, wherein: the plurality of dots having a specific color are represented by a plurality of 'trajectory data (X, Yl) as a center and W/2 As a radius, the image processing system/image 23. The static image processing system according to claim 11 of the patent application, 1258105 VI. Patent Application The above image processing secondary circuit includes at least a second microprocessor. 2. The still image processing system of claim 23, wherein the second microprocessor comprises at least one setting function to set the display format and adjust the resolution. 2. The still image processing system of claim 2, wherein the second microprocessor comprises at least a clear function to clear the image. 2. The still image processing system of claim 23, wherein the second microprocessor comprises at least one developing function to display a stored image having a specific serial number. The static image processing system of claim 26, wherein the imaging function comprises at least a composite image function to form a composite with a specific serial number according to the first image signal and the second image signal. The static image processing system of claim 23, wherein the second microprocessor comprises at least one playback function to display a picture. The static image processing system of claim 11, wherein the image display subcircuit comprises at least one liquid crystal display element. Page 29 1258105 VI. Patent Application Scope 3. The image of a static image processing system, the execution method of the ^ ^ , the execution method of the microprocessor includes at least: ^ · · According to the execution 彳 9 order ^ Temple set the moonlight color and the image of the economy. The microprocessor like the processing sub-circuit receives an execution instruction, and the root mode is used to perform an image processing program to enter an image playback program to display the image. Processing system hall, > A method of executing a microprocessor, such as a processing sub-circuit, wherein the specific power moon color mode includes at least one setting mode. 3 2 · As for the execution method of the microprocessor of the processing circuit, the above-mentioned setting mode includes at least one input step to input the display. A method of executing a microprocessor of a still image processing system as described in claim 31, wherein the setting of the image is the resolution of the display image. The method of performing at least the adjustment step of the microprocessor of the static image processing system of claim 30, wherein the special power mode includes at least one clear mode . 35 如Φ七# The shadow of the static image processing system of ice 3·As stated in the patent scope of the Shenqing patent, item 34, *u, ★昤, like the execution method of the microprocessor for processing the secondary circuit, wherein the above clearing 1258105 VI. The scope of the patent application includes at least one clear confirmation step to confirm the function of clearing the image. 3. The method of executing the microprocessor of the image processing sub-circuit of the still image processing system of claim 34, wherein the clear mode > includes at least a clear image step to clear the image. 3. The method of executing the microprocessor of the image processing sub-circuit of the still image processing system of claim 30, wherein the specific function mode comprises at least one development mode. 38. The method according to claim 37, wherein the image forming mode includes at least one reading step to read the stored image. A specific serial number. 3. The method of executing the microprocessor of the image processing sub-circuit of the still image processing system of claim 37, wherein the above-described development mode includes at least a synthesis confirmation step to confirm the composite image function. The method for executing a microprocessor of an image processing sub-circuit of a still image processing system according to claim 37, wherein the above-mentioned development mode includes at least one synthetic image step to form a A composite image of a specific serial number. 41. A shadow image of a still image processing system as described in claim 37 Page 31 1258105 VI. Scope of Application Patent The execution method of a microprocessor such as a processing sub-circuit wherein the above-mentioned method includes at least one non-synthesized image display program to display a stored image having the specific sequence. 42. A method for performing an electromagnetic induction of a static image processing system, the method for performing the secondary circuit includes: performing a scanning step to receive an electromagnetic wave signal; performing an amplification and filtering step to generate a a signal of a specific frequency; receiving the signal having the specific frequency to perform a conversion step and generating a digital signal; 'receiving the signal having the specific frequency to perform a frequency calculation step and generating a clock signal; Performing a step/counting step according to the digital signal to calculate an absolute seat and a step of calculating a pressure according to the clock signal to calculate a pressure output of the absolute coordinate and the pressure # value for performing a composite image function. 43. The electromagnetic induction sub-circuit of the still image processing system of the patent specification is used. The scanning step of the 4Z item is performed by an antenna loop.仃 Method, 广4 4. For example, the static image processing system described in claim 42 of the patent specification, page 32, 1258105, the method for executing the patented range magnetic induction secondary circuit, wherein the above amplification and filtering steps are performed by An amplifier is implemented with a filter. 4. The method of performing a magneto-sensitive secondary circuit of a still image processing system according to claim 42 wherein said converting step is performed by an analog-to-digital converter. 46. The method of performing a magneto-sensitive secondary circuit of a still image processing system according to claim 42 wherein said pressure calculating step and said coordinate calculating step are performed by a microprocessor. 4 7. A digital photo frame having a handwriting input function, the digital photo frame at least comprising: an image sensor, wherein the image sensor can capture an image by light sensing; and an image signal subcircuit, The image signal sub-circuit cooperates with the image sensor to receive the image and generates a first image signal; a first microprocessor, the first microprocessor couples the image signal sub-circuit to receive the first image a liquid crystal display driving sub-circuit, the liquid crystal display driving sub-circuit is coupled to the first microprocessor to receive a display signal; a liquid crystal display element ^ the liquid crystal display element is engaged with the liquid crystal display non-driven sub-circuit to display Various images; a boost subcircuit coupled to the microprocessor for receiving Page 33 1258105 VI. Patent Application Scope: A specific voltage voltage adjusts the optical module signal and generates a specific voltage; the backlight module is coupled to the boosting sub-circuit to receive the antenna loop, and the antenna loop can be borrowed Receiving an electromagnetic wave signal by means of electromagnetic induction; and a second image of the secondary circuit according to the image; and the first side device is adapted to have an electromagnetic induction secondary circuit having a second microprocessor, the electromagnetic induction coupling The antenna circuit receives the electromagnetic wave signal and generates a signal, and the electromagnetic induction secondary circuit transmits the image signal to the first microprocessor by coupling, so as to facilitate the first micro image signal and the second The image signal generates a composite image of a one-week wave signal, and the peripheral device outputs electromagnetic waves in an electromagnetic induction manner to draw an image on the liquid crystal display element. 4. The digital photo frame having the handwriting input function of claim 47, wherein the first microprocessor is coupled to the plurality of mode buttons to select a specific mode. 4 9. The digital photo frame having the handwriting input function according to claim 48, wherein the plurality of mode buttons comprise at least one play mode button. 5: The digital photo frame with handwritten input function as described in claim 48, wherein the plurality of mode buttons have at least one clear mode Page 34 1258105 VI. Scope of Application Patent Button 5 1. A digital photo frame having a handwriting input function as described in claim 47, wherein the first microprocessor is coupled to a plurality of switches to activate a specific function. 5 2. The digital photo frame with hand-written input function according to claim 51, wherein the plurality of switches comprise at least a first switch to control the opening and closing of the antenna loop and the electromagnetic induction sub-circuit. . 5 3. The digital photo frame having the handwriting input function according to claim 51, wherein the plurality of switches include at least a second switch to control the image change function. 5. The digital photo frame having the handwriting input function according to claim 51, wherein the plurality of switches comprises at least a third switch to control switching of the number of image pages. 5. The digital photo frame having the handwriting input function according to claim 51, wherein the plurality of switches includes at least a fourth switch to control the opening and closing of the image sensor. 5 6. The digital photo frame with handwritten input function as described in claim 47, wherein the first microprocessor is coupled to a transmission interface to communicate Page 35 1258105 Page 36 1258105 VI. Patent Application Range 6 3. The digital photo frame with handwritten input function as described in claim 47, wherein the antenna loop is located below the backlight module. The digital photo frame having the handwriting input function according to Item 47, wherein the electromagnetic induction sub-circuit comprises at least: an amplifier coupled to the antenna loop; a band pass filter, the band pass filter is combined with the amplifier Generating a signal having a specific frequency; a shaping sub-circuit coupled to the band pass filter to receive the signal having the specific frequency and rate and generating a clock signal, wherein the second microprocessor Coupling the shaping sub-circuit to receive the clock signal and calculate a pressure value; a rectifier, the rectifier coupling the band pass filter to receive the signal having the specific frequency and generating a DC signal; a peak detector, the A peak detector is coupled to the rectifier to detect a peak value of the DC signal; and an analog-to-digital converter, the analogy The converter is coupled to receive the peak detector detect the peak value, and generates a digital signal ', wherein the ratio of the second microprocessor coupled to such digital converter to receive the digital signal and calculating an absolute coordinate. 6 5. The digital photo frame with handwritten input function as described in claim 64, wherein the pressure value and the absolute coordinate are by the second micro Page 37 1258105 VI. Scope of Application The processor forms the second image signal. 6. The digital photo frame having the handwriting input function of claim 47, wherein the second microprocessor is coupled to the first microprocessor to transmit the second image signal. 6 7. The digital photo frame having a handwriting input function according to claim 47, wherein the second microprocessor is coupled to the antenna loop for position scanning control. 68. The "φ digital photo frame having a handwritten input function according to claim 47, wherein the peripheral device comprises at least one wireless electromagnetic pen. Page 38