TW569609B - Full-zone optical image addressing apparatus - Google Patents

Abstract

A full-zone optical image addressing apparatus, including an addressing device, an image extraction converter, a comparator, an AND gate and a counter. The addressing device is located at the enclosure of the scanner and includes a plurality of geometric patterns. Each of the geometric patterns includes a plurality of rows of pixels. While receiving an exposure signal, the image extraction converter extracts one row of pixels from the addressing device, such that a series of analog signals is obtained and output to the comparator. The comparator then compares the series of analog signals to an analog critical voltage to output a series of analog comparison signals to the AND gate. The AND gate synchronously processes the series of analog comparison signals and a pixel rate clock to output the pixel data corresponding to the extracted row of pixels to the counter. After receiving the synchronously processed pixel value from the AND gate, the counter calculates and outputs the extracted row of pixels, including the amount of pixels and the geometric patterns in the row of pixels.

Description

569609 V. Description of the invention (1) Field of the invention The present invention relates to a device for full-segment positioning of a scanner, and in particular to a device for optically addressing an entire area of an imager using an addressing pattern of an addressing pattern and Bei Xun Scanning Background of the Invention In the basic structure of a general scanner, all Bayi modules and transmission mechanisms are combined, as shown in the figure! As shown in the figure, an optical scanning-image manipulation device (not shown) uses a module to include an image, and the image data attached to the object to be scanned is post-processed, and the image is converted into The structure 112 will drive the entire optical scanning 1 = set and the attached analog / digital converter to perform " V analog / digital conversion action of the image respectively. The capture and (not shown) of the π heart V include the drive motor and the guidance device motor in the 2: machine: 112. When the type of the DC motor is used, it includes the DC motor and the step-by-step scanning rapid production, which is: When the driving motor is known, the corpse can control its speed, but I, γ and Γ Gan Gan can control its slowly increasing speed or slow down. This will make the scan text: 2 the position of the anchor point at a certain time during the scan, the time After the scan, the address, the equipment, and the line cannot know the time of the scan, because there is no I 11 to increase the difficulty of subsequent scan image processing. /, 疋 position points to recombine scanning lines to complete the basis, that is, use one by 1 μ round out, so that the rear @ @ s V into the motor to control the sequential payment of each scanning line 4, when processing the image, you can Sort like first in, first out

W57uv |, .pld Page 6 569609 V. Description of the Invention (2) The __ method combination scans the shadow silly, because the color scanner will also have problems producing color image information on the color scanner (respectively r '$ There are three sets of corrections for each scan line: two Γ, G, B), which are adjusted based on the scanning γ W Besson that is seen in the image reconstruction, compensation, and viewing, otherwise the final image may be used. ^ So knowledge is someone; the problem of color cast or distortion occurs. The method is recorded in 40 known image scanning devices and quick positioning methods, and is used in the patent publication of Scan 2. The method is shown in Figure 1 on the platform 12 with the right household. Place the object to be scanned 13 on 12, and scan the flat pattern 1 4 and the correction, table 1 2 1. Marking a specific point A printed with optical black to the area 15 where the scanning is again ^ white ^, using the marking pattern 14 The device 1 12 drives ^ σ, and the distance from table 121 is taken as the preset length yb. When driving the image of the marked pattern I to take the clothes for image manipulation, it will take the coordinates and the marked image. C and test point coordinate D. These two reference points have a function. The position of the coordinates of the specific point A of the second gate is based on the included angle. The coordinates of the point c and the reference 1 'can be 4a. Reference ^ m ^ ^ # 5, J ^^ ^ ^ provided in any; ί: ΐ f: position open, scanning position, but can not be biased in the positioning point during the scanning process 2 legislation, so as long as there is any shock, Will make the summary of the invention is too 'resulting in distortion of image tones. In view of this, the present invention proposes that, whether it is using a G- = Γ = + ^ projection optical image addressing device, the entire scanning pass = a flow motor or a stepping motor as the driving motor, can be used to determine the image in the * area.

569609 V. Explanation of the invention (4) The pattern of the pattern includes several images. The number of pixels varies with the scanning direction :; the number of pixels included in the non-pixel column :: connected;-will be captured under the exposure signal: The exchange device is a signal corresponding to an image in the corresponding pixel row. Each of the digits in the digital signal is additionally connected to the image capture conversion device, and the second threshold is used to compare the sequence of digital information. The comparator is based on the number of defects. Digitally compare signals, and the connection ratio has digital Λbluff, to output one :: compare signal to calculate and round the counter will be based on the sequence number !: the number of pixels enclosed by the geometric pattern existing in the day column ③ for the scanner image " The address device, which is also a positioning, image capture device, image = two address device, includes: a positioning device counter. ', Counting, interpolation counter and area.' The positioning device is arranged in the scan: pattern, these geometric patterns The color scale; = the shell and includes several patterns, including several pixel columns, the same as the background color of the shell, each of which is different with the direction of scanning, the number of pixels included in the 2 prime columns: have the same Maximum row width and maximum Second, every 'geometry pattern receives-exposure image signals will be mined = Zhuang; :: the image capture device in each private, connected to the image extraction device-a row of pixel rows. Extraction device Extracted pixels = column counter is based on the number of images:, of the prime column counter: after the number of columns and the number of columns where the pixel column is located

9 ^^ 7iwr.ptd 569609 Description of the invention (5) Large length and the number of rows of pixel rows, the number of pixels contained in the pixel rows captured by the image capturing device is obtained by interpolation, and an area counter connected to the pixel row counter : Beihui will calculate the geometric pattern existing in the captured pixel row. # Where ’s when When the number of pixels included in the pixel row captured by the prime row counter is equal to the maximum row width, an additional signal will be sent to the section counter, indicating that the next section starts counting. β In a preferred case, the cell captures an image of the positioning device. The image manipulation device senses the pixel 歹 | J with excess light. In a preferred case, the geometric pattern of the present invention is an asymmetrical pattern. To sum up, the present invention uses the excess light sensing cells in the image capture device to capture the geometric pattern arranged in the entire scanning section, and Calculate the captured geometric pattern and the number of pixels contained in the pixel rows using the subsequent calculation elements to obtain the positioning information, and use this positioning information to obtain the scanned image corresponding to the pixel rows that were retrieved Anchor point. DESCRIPTION OF SYMBOLS 1 2: Scanning platform 1 3: Objects to be scanned 1 2, 4 0 6: Standard black 1 5, 2 0 4: Calibration white 3 1 2 '4 1 2: Light sensor 3 1 4, 4 1 4: Analog signal pre-processing unit 316, 416: Analog / digital converter 3 1 0, 4 1 0: Image capture conversion device 3 0 0 '4 0 0: scanner, 3 2 2' 4 2 2: comparison Device, 3 24: and gate circuit 1 1 1, 2 0 2 · Optical scanning module 1 1 2, 2 0 8: Transmission mechanism 1 2 1 · Starting line 569609 5. Description of the invention (6) 4 2 6: Counter 4 2 7: Pixel counter 428, 50 6: Segment counter Image extraction device Pixel column counter: Interpolation calculator 2 0 0: Positioning device SO ~ Sn: Geometric pattern object to be scanned with cover L b 1 , L · b 2. Buffer area L c: Correction area L s: Scanning area For a preferred embodiment, please refer to FIG. 2A. A preferred embodiment of the invention includes a scanner driving a $ Θ ^ 2 | subshirt-like addressing device, a transmission mechanism 208 composed of the scanner π ν lead mechanism, wherein the optical scanning module 202 is moved back and forth , While the guide to find the configuration of the optical scanning connecting piece goods drop-fine slits group 202 and the driving motor for fixing the optical sub-fields known left foot prong set 202 travels in the direction Υ. When the transmission mechanism 208 drives the optical scanning module 202 to travel in the γ direction: the optical scanning module 202 will pass through the buffer area Lbl, the correction area Lc, and the buffer area Lb2, where the correction area Lc includes the optical black 2 6 and standard white 2 04 area, used to adjust the black and white reference value at the beginning, and then start scanning the object to be scanned 2 07. During the scanning process, the optical scan module 2 0 2 contains the scene capture The fetching device and other accessory components will capture the corrected image of the correction area Lc and the scanned image of the object to be scanned 207. The entire area of the image must be addressed during the entire scanning process, so that the addressing information obtained after scanning can be used as The basis for subsequent scanning image processing.

569609 V. Description of the invention (7) For this reason, the present invention proposes an all-in-one design. Please refer to FIG. 2A again. The positioning device 200 is configured on the scanning device. The casing described in the present embodiment includes the upper case. The positioning device 2 0 may be disposed on the upper cover 20; and the upper device 2 is configured. The method can be to form the upper shell of the narrative body 211 with the shell-body, wherein the positioning device 200 includes a number, a security, or an attached section. These geometric patterns are large-scale drawings (that is, SO ~ Si ^ The column connection is arranged on the shell, and its sequence and figure are the same as the direction of Y travel of the mechanism. In addition, the direction of 妾 is parallel to the guide pattern. In this embodiment, the pattern of the triangle diagram ^ can be The formula is different, but it is not limited to this. The preferred embodiment is to say that as long as the geometric pattern included in 2000 is dry, the geometric pattern of the bottom color of the positioning device shell can be used. Outside—in the geometry used for positioning, the parent: imaginary between rows of pixel rows = several pixel rows, where the dP1 value of the motor is the same), the resolution _ (that is, as the guide mechanism travels $ the bus row The pixel column includes I f Μ my heart 戍 1 j Μ wooden heart-a reason is f 竑 is wider at the other end than the other end: Ran Tu 幵 takes geometric pattern one as an example. When the guide mechanism moves to 2: 3, take the triangle of Figure 2A; When traveling in the red Y direction, one person increases with the pattern of 圯 into the so direction :, and when the number of ΪΓ pixels follows = geometric figure 构; the structure is ... organically, the pixel row of the traveling side includes two: When f enters, the triangle

9157lwf.pld $ The number of primes will follow the guide bow 丨 machine page 12 569609 V. Description of the invention (8) Structure of (Y) direction of travel == geometric patterns (That is, the number of pixels included in $ in each direction of the guidance mechanism will be determined with the positive image and the scanned image. As shown in Figure 2B of the present invention, it is divided into 丨 face σ 0 and area. Segment 1. When the geometric pattern so and S1 of the optical scanning module _ are used as the segments to make the optical scanning module 002 ;, = the bottom of the segment is driven by the fine motive, the first of them can be scanned. The parameter is the segment Lai Xunyi Cheng (0, 6), corresponding to the correction of this positioning information and a solid number is a pixel parameter, that is, the position of the anchor point, σ, or the scanned image is at (0, 6 = Available :: = Group 2 scanned positioning information should be used by the cell to capture the image of the positioning device: ::: The excess light sensing scan length is 8 5 inches of light 1 / with 1 200dpi resolution and As an example, the light sensing group assumes that scanning an A 4 file requires 像素 pixels, and the 1 200 0dpi light sensing group has a total of 1 2 0 0 Pixels (= 8.5 inches (lnch) * 12〇dpi) for capturing images, the 1 200dP1 light-sensing group has 400 (two 1 2 0 0-1 0 6 0 0) redundant light-sensing cells for capturing optical positioning images are based on the number of pixels that can be captured by the redundant light-sensing cells. What is the maximum column width of the pattern? Look, that is to say, the pixel row of the geometry / case can contain up to 4,000 pixels. The following explains how to process the positioning information generated by the positioning device inside the scanner. 3 Please refer to section 3A And Figure 3B, which illustrates the present invention—

9157i \ vl'.ptd Page 13 569609 V. Description of the invention (9) A full-segment optical image addressing device of the preferred embodiment, in addition to the positioning device 2000 provided in FIG. 2A above, also includes The image capture conversion device 3 丨 commonly used in general scanners, and the comparator 3 2 2, gate circuit 324, and counter 326 for obtaining positioning information in the present invention. Among them, the image capture conversion device 3 1 0 is configured on the optical scanning module, and includes a light sensor 3 1 2. An analog signal pre-processing unit (Ana 1 og from End; hereinafter referred to as AFE) 314 and analog / digital Converter 316. Among them, the light sensor 3 1 2 has at least three light sensing groups when the scanner is a color scanner, which are used to capture the three primary colors of r, G, and B. The light sensor can be a charge-combining element. (Charge Couple Device; CCD for short) or contact image sensor (C0ntact Image Sensor; CIS for short) 'Each time an exposure signal is received (ie, the SH signal in FIG. 3B), each group of light sensing groups can A pixel row corresponding to the positioning device (the positioning device 2 0 0 in FIG. 2A) is captured, and then a sequence analog signal about the captured pixel row is obtained with AF E 3 1 4, and one of the light sensing cells is captured The pixel after AFE 3 1 4 conversion is an analog signal with a voltage value. In addition, the data transmitted by AFE 314 is not only the pixel row data of the positioning device 2000, but also the image data of the general scanning document. The data received by the analog / digital converter 3 1 6 also includes these two types. Data, but the analog / digital converter 3 1 6 will not choose the data captured by the extra light sensing cells, but will choose the image data of the general scanned document for processing. The comparator 3 2 2 of the AFE 314 connected to the image capture conversion device 3 10 selects and receives the serial analog signal transmitted by the AFE 3 1 4 and compares it with an analog threshold voltage according to the generation of the enable signal. sequence

9157iwf.ptd Page 14 569609 V. Description of the invention (ίο) The voltage value of the analog signal to output a serial analog comparison signal. Taking FIG. 3B as an example, assuming that the analog threshold voltage is 0.8 volts, when the voltage value of the analog signal is less than 0.8 volts, the comparator 3 2 2 will output a logic low (Log ic 1 ow) analog signal. It means that the extracted pixel is a black dot, and when the voltage value of the analog signal is greater than 0.8 volts, the comparator 3 2 2 will output a logical high (Log ich 丨 gh) analog signal. The pixel obtained is a white dot. Based on this comparison condition, it can be known that the sequence analog comparison signals shown in FIG. 3B after enabling the flood number and before the T time point all indicate that the captured pixels are black pixels, and are shown after the τ time point The sequence analog comparison signal indicates that the captured pixels are white pixels. For comparison, after the sequence analog comparison signal, we cannot know that the captured comparison signal '® is the analog signal. It is a smooth waveform, and what: the gate can distinguish the pixel corresponding to the sequence analog comparison signal. The tiger circuit and the question circuit 324 are connected to the comparator 322, and T ° is wide, and the columns are analogous to the pixel signal and the pixel rate clock (pi xe 1 output corresponds to the pixels in the pixel row corresponding to the pixel ... The same as the second: "Sometimes, the sequence corresponds to the pixel corresponding to the signal. ° Second: The black pixel or white image of the piece is taken, because the prime value is γ, and we know that the pixel is a column analog comparison. The lower pixel: ΪΓ, it is assumed that the pixel value Si under the signal is compared at the corresponding logic low order analogy. However, the sequence at the corresponding logic south is 324 " 〇 " with subsequent connections and gate circuits, which can be judged As long as the scan line 3-26 is calculated, there is only a few meanings of the position information.

15th member; 91 57ί \ νΓ. Ptd 569609 V. Description of the invention (π) The number is 3 2 Θ Including the number of segment counts in the calculation of positioning information like moxibustion calculation of the segment parameters in the positioning information 4: Prime: Counter 327 is connected AND gate circuits 324: 328, among which the image obtained after the pixel step processing is χ 妾 received and gate circuit 324 outputs the pixel values of the manipulated image in parallel, to calculate 328 is connected to the pixel counter 32 7, combined, And the segment counter's 僳 + number 铒 屮 you say that the geometrical figure of the pixel row is based on the 'primary number' received by the pixel counter 327. Assume that the present embodiment is based on the color scale of the $ Xin pattern. From Figure 3B, it can be seen that the geometry-beijing, which is different from the background color of the shell, is located in a certain area in the positioning device :: j and its parameter position. I Cheng 仃 a case) The first 12 pixels are given as an example. Assuming that the current order ^ ^ ^ ^ ^ a value of 8, it means that the current number ^ and the number-328 include the segment (that is, the 8th geometric figure).荦) The image f operated in the 8th area of the device is listed in the f column, although the pixel counter 327 continues to calculate Γ =; = bits in the positioning information (8, 12) = equal to 2 5 6 images The maximum column width (ie, the widest pixel column) of this case / H case contains the number of pixels Λν The pixel column calculated by the pixel counter 327 includes a chasing force ⑽r bar; i: when the number of wide pixels is 256, The segment parameter value that will be sent out; ten counter 328, at this time, the segment counter 328 needs to start from the ninth segment 7; and ^ the position of the scan line to be held next time from 8 to 10 The silly tone slave value contained in the pixel counter 3 2 7 will be cleared and continue counting from 0. … Pixel parameters ”, the counter 3 2 6 will receive a travel flag to know the drive m 9157 uvf.ptd page 16 569609

For example, when the traveling flag is " 〇 ", the traveling is in the direction of γ, and when the traveling flag is "丨", the force machine is traveling in the (-Y) direction. Please refer to FIG. 4 for the transmission mechanism, which shows another embodiment of the household hemp according to the present invention-a kind of full-segment optical image addressing device, which is also applied to; cry, $ full-segment The optical image addressing device, in addition to the above-mentioned positioning device 2 provided in Figure μ, also includes the $ acquisition conversion device 41 0, which is commonly used in general scanners, and the positioning information obtained by the present invention, 422 and a counter. 4 2 6. The difference from the previous example of 乂 口 口 口 上 上 Λ is that the image capture conversion in this embodiment = ^ 410 will convert the 2000 k-segment from the positioning device into a sequence when the mother receives an exposure signal Digital signals, not serial analog signals, that is, the pixels contained in the captured pixel rows undergo AFE 414 analog processing, and then are converted by the digital / analog converter 4 1 6 to obtain the serial digital signals corresponding to the pixel rows. Each of the serial digital signals corresponds to one pixel in a pixel row, and when connected to the image capture conversion device 4 丨 〇 ～ comparative state 4 2 2, the comparator 4 2 2 will be based on a digital threshold The sequence digital signals transmitted by the image capture conversion device 410 are compared to output a sequence of digital comparison signals of 由. From these digital comparison signals, it can be known whether the corresponding pixels belong to the geometric pattern or the background color of the casing. ~ Here is an example to explain the above process. Assume that the geometric pattern is composed of black pixels and the background color of the housing is white. When the light sensor 4 丨 2 captures a scan line of the object to be scanned, it also uses it. The excess light sensing cells manipulate the black pixels of the pixel column corresponding to the scan line and some of the shell background colors

L) 157uvl, 'ptd page 17 569609 5. The white pixel of (13) of the invention description, and when the extra light feeling is fine ^ ^ ^ ^ exchange to get a sequence of digital signals, assuming (0, 0 〇' :, % Number /: When turned to 10 '20' 30, 32, 255, 25 6, 256, 25 6), and according to the digital threshold 128 input to the comparator 422, the comparator ^ ratio: the number in the serial digital signal A digital comparison signal whose signal value is less than digital =, which means that the pixel m to be fetched is like a round believer ft compared to 422. When comparing a digital signal in a sequence of digital signals to a digital threshold, it will output a digital comparison ^ = jr . For the prime r-color pixels, it can be known from the above example that the sequence of the ratio ^ compares the signal to the counter 4 2 6. After the number is connected: two Ϊ Ϊ: 2 wide counter 4 2 6 in the received sequence digital comparison: if the pixel row captured from the geometric pattern includes ^ including the right Λ Λ geometric pattern. The counter counts 4: Γ 427 and the segment connected to the pixel counter 427:,: close. Ratio = output of (.,., 0 = ^-,,,, „, (^ tl2, @ 〇) has a pixel parameter value of 12. When it is in the niches, the = ii segment counter 428 contains The segment parameter value is the output of the counter 427 and segment counter 428. It can be known that the positioning information of the trace is (10, 12). In addition, suppose 9157 twt.ptd Page 18 569609 Description of the invention (14) The pixel counter 4 2 7 calculates the captured image. When the column width is wide, an additional signal will be sent] to = ;; prime = etc. The table does not start the next section (that is, the uth geometric figure; The position of the segment of the line. J Wooden Counting & Month Examination Figure 5, which shows a full-segment optical image addressing device according to the first aspect of the present invention, which is also applicable to the example: segment The optical image addressing device includes the above-mentioned: a column count benefit 502, a connected pixel column counter 5 0 =, and a segment counter 5 0 connected to the pixel column counter 502. 504 p, wherein the positioning device 200 of FIG. 2A includes as described above Several configurations; ^ In each geometric pattern package ^ ，, the maximum column width has the same maximum column width and maximum length, which can be captured: The second is the superfluous light-sensing cell at 5 ° 〇, 1_ #hn 9 ”, and the maximum length is determined by the pixel column, which is the maximum value that can be calculated by Yi 502. & Two $ 2,11 The maximum row width and maximum length of the 70% Ho pattern is set to π f '= 二 ί & set 5 0 〇 can be captured by the excess light sensing cells ΐ 4 = Λ ° , The maximum column width of the geometric pattern can be quantitative, can be :, 'Shi pixel column', but in consideration of the cost of the hardware design: set: two = !! width? Set to 8 bits or 8 bits Corresponding value of multiple, Tuan's $ 大 = 丄 ° and counting 疋 Under the above two conditions, the number of pixels in the geometry can be set to 2 56. In addition, according to the pixel column counter 502 in the hard On the cost of body design

9l.57twf.ptd Page 19 569609 V. Description of the invention (15) The quantity is a corresponding value that can be multiples of a dummy. The geometric pattern should be a scanner according to the present invention including a buffer area, a calibration Lbl, and a correction area Lc, one area is equipped with a mechanical analysis of the scanner. The following formula is used to find out the number of geometric patterns (dpi) / geometric pattern and the maximum length of the pattern. Set the 8-bit or 8-bit pixel column counter 5 0 2 is a An 8-bit count has a maximum length of 2 5 6 pixels. For the whole area addressing, the entire addressing length of the scanner should be the positive area and the scanning area (such as the buffer area buffer area Lb2 and the scanning area Ls in FIG. 2A), and each corresponding geometric pattern is determined by the entire addressing length, degree, and The maximum length of the geometric pattern is determined. The number of geometric patterns that should be set to $ 2 0 0 is: 2 The entire addressing length (i nch) * The maximum length of the mechanical resolution is fresh. Ϊ́ Each of the operating device 5 0 0 Each time the sensing group receives an exposure: 口;: take the pixel row of the positioning device, and the pixel row count is equal to the pixel row held by the device 5 0 0 'to calculate the captured interpolation method:歹 1m in the pattern, and output the number of columns to the inner w wheel out Λ i / interpolation counter 5 04 After receiving the pixel column counter design Λ R // 11 the number of columns will be based on the number of pixel columns And in the value, the three parameters such as the maximum column width and maximum length set by f are included in the calculation of the pixel row manipulated by the image capture device 5 °° ... like the operation device 5. . Every time to be scanned-two angles

9157twf.ptd Page 20 569609 V. Description of the invention (16) _ ^ 5 ° 2 ^ n ti ^ c In the calculation of fixed points. The swept position reached the fixed point after passing through the threshold. , When outputting the value of a to the interpolation with = bit-lean, the pixel column counter 502 will batch 5104 according to the pixel column, and then the interpolation method calculator 504 will follow: 8, and the maximum row width captured image and element set in the design of the geometric pattern Π: Method 508 to get the image capture device 5 0 0 c, two pixels t _ for the next-additional signal μ The whole area of the segment counter is determined to be continuable during the entire scanning process, such as image supplementation, and correction information can be used as the "invention has been better implemented: i :: According to: limited edition this' XS month, anyone familiar with this skill By: JL is used within the scope, and can be used for a long time ^ without departing from the spirit of the present invention, as attached; = =: protection of the present invention

569609 Brief description of the drawings In order to make the above and other objects, features, and advantages of the present invention more comprehensible, the preferred embodiments are described below in detail with the accompanying drawings, as follows: Brief description of the drawings Figure 1 shows a conventional image scanning device and fast positioning method, which are recorded in the patent publication of 4 0 8 5 5 2; Figure 2 A shows a full segment optical image of the present invention A configuration diagram of the positioning device in the scanner in the addressing device; FIG. 2B illustrates a schematic diagram of obtaining positioning information of the positioning device of FIG. 2A according to the present invention; and FIG. 3A illustrates a method according to the present invention. A circuit block diagram of a full-segment optical image addressing device according to a preferred embodiment; FIG. 3B shows a clock diagram obtained according to the positioning information of FIG. 3A; FIG. 4 shows another diagram according to the present invention; A circuit block diagram of a full-segment optical image addressing device according to a preferred embodiment; and FIG. 5 illustrates a circuit block of a full-segment optical image addressing device according to another preferred embodiment of the present invention. Figure

9157twf.ptd Page 22

Claims (1)

569609 _Case No. 91116322 1 month _f_ __ VI. Patent application scope 1. A full-segment optical image addressing device is suitable for a scanner, the scanner includes a drive motor and a guidance mechanism The full-segment optical image addressing device includes: a positioning device including a plurality of geometric patterns arranged on a casing of the scanner, wherein the color levels of the geometric patterns are different from the background color of the casing, and each The geometric patterns include a plurality of pixel rows, and the number of pixels included in each pixel row varies with the direction of travel of the guiding mechanism; an image capture conversion device captures each exposure signal received Taking a pixel row of the positioning device to obtain a serial analog signal; a comparator connected to the image capture conversion device, comparing the serial analog signal according to an analog threshold voltage value, to output a serial analog comparison signal; and a gate A circuit connected to the comparator, and synchronously processing the sequence analog comparison signal and a pixel rate clock to output a complex corresponding to the captured pixel row Pixel values; and a number of pixels in the pixel counter connected to the AND gate circuit for receiving the plurality of pixel values to calculate and output a list including the retrieved and stored in the pixel column of the geometric pattern. 2 · The full-segment optical image addressing device described in item 1 of the scope of the patent application, wherein the housing includes an upper cover, the geometrical patterns included in the positioning device are serially arranged on the upper cover, and the serial connection direction is Parallel to the direction of travel of the guidance mechanism. 3. Full-segment optical image addressing as described in item 1 of the patent application 9157twf1.ptc Page 23 569609 92. 10. 1 5 _Case No. 91116322_Year Month__ VI. Patent application device, where the shell includes an upper shell, the positioning device includes the geometric pattern series The connection is arranged on the upper casing, and the serial connection direction is parallel to the traveling direction of the guide mechanism. 4. The full-segment optical image addressing device as described in item 1 of the scope of the patent application, wherein the positioning device is integrally formed with the casing for projection. 5. The full-segment optical image addressing device described in item 1 of the scope of the patent application, wherein the geometric patterns are an asymmetric figure. 6. The full-segment optical image addressing device described in item 1 of the scope of the patent application, wherein the image capture conversion device captures the pixel rows of the positioning device with redundant light sensing cells. 7 · The full-segment optical image addressing device as described in item 6 of the scope of patent application, wherein one of the geometric patterns is determined by the number of pixels that can be captured by the extra light sensing cells of the image capture conversion device The maximum column width. 8. The full-segment optical image addressing device described in item 7 of the scope of patent application, wherein the counter includes: a pixel counter connected to the gate circuit and receiving the pixel values to calculate and output the captured The number of pixels included in the pixel row; and a segment counter connected to the pixel counter, and obtaining the geometric pattern existing in the pixel row according to the number of pixels received by the pixel counter; wherein when the pixel counter calculates the captured number When the number of pixels included in the pixel row is equal to the maximum column width, an additional signal is sent to the segment counter. 9. The full-segment optical image addressing device described in item 1 of the scope of the patent application, wherein the counter receives a line of flags to learn the drive motor 9157twf1.ptc Page 24 569609 o ^. L '. People _Case No. 91116322_ Year Month Amendment _ 6. Direction of travel for patent application scope. 1 0. A full-segment optical image addressing device, suitable for a scanner, the full-segment optical image addressing device includes: a positioning device, including a plurality of geometric patterns, arranged in a housing of the scanner, The color scale of the geometric patterns is different from the background color of the shell, and each geometric pattern includes a plurality of pixel columns. The number of pixels included in each pixel column is different according to a scanning direction of travel. An image capture conversion device that captures a pixel row of the positioning device under each exposure signal to obtain a sequence of digital signals, wherein each of the digital signals in the sequence of digital signals corresponds to a pixel in the pixel row; A comparator connected to the image capture conversion device, and comparing the serial digital signals according to a digital threshold value to output a serial digital comparison signal; and a counter connected to the comparator, calculating and outputting all the digital signals based on the serial digital comparison signal The captured pixel row includes the number of pixels and the geometric pattern existing in the pixel row. 1 1. The full-segment optical image addressing device described in item 10 of the scope of patent application, wherein the housing includes an upper cover, and the positioning device includes the geometric patterns serially arranged on the upper cover, and the serial connection The direction is parallel to the scanning travel direction. 1 2. The full-segment optical image addressing device according to item 10 of the scope of patent application, wherein the housing includes an upper case, and the positioning device includes the geometric patterns serially connected and arranged on the upper case. , And the sequence connection direction is parallel to the scanning travel direction. 9157twfl.ptc Page 25 569609 △ _Case No. 91116322_ Year, Month, and Amendment_ VI. Patent application scope 1 3. The full-segment optical image addressing device described in item 10 of the patent application scope, where the positioning device is related to The casing is integrally formed and ejected. 1 4. The full-segment optical image addressing device as described in item 10 of the scope of patent application, wherein the geometric patterns are an asymmetrical figure. 15. The full-segment optical image addressing device as described in item 10 of the scope of the patent application, wherein the image capture conversion device captures the pixel rows of the positioning device with redundant light sensing cells. 16. The full-segment optical image addressing device as described in item 15 of the scope of patent application, wherein the geometric patterns are determined by the number of pixels that can be captured by the excess light sensing cells of the image capture conversion device One of the largest column widths. 17. The full-segment optical image addressing device described in item 16 of the scope of patent application, wherein the counter includes: a pixel counter connected to the comparator, receiving the sequence of digital comparison signals to calculate and output the captured The number of pixels included in the pixel row; and a segment counter connected to the pixel counter to obtain a geometric pattern existing in the pixel row according to the number of pixels received by the pixel counter; wherein when the pixel counter calculates the captured When the number of pixels included in the pixel row is equal to the maximum column width, an additional signal is sent to the segment counter. 1 8. The full-segment optical image addressing device described in item 10 of the scope of patent application, wherein the counter receives a line of flags to know the direction of travel of one of the drive motors of the scanner. 19. A full-segment optical image addressing device, suitable for one scan 9157twf1.ptc Page 26 569609 Case No. 91116322 6. The patent application scope device, the full-segment optical image addressing device includes: a positioning device of the device, including a plurality of geometric patterns, which are arranged in the scan = shell, wherein the color levels of these geometric patterns are different from The background color of the shell, and the mother-to-many geometric patterns include a plurality of pixel columns, each of which has the same maximum column width and a maximum long-term output. · One device == every time an exposure signal is received ; Manipulating the output captured by the positioning-pixel-pixel-counter capture device; connected to the image capture device, and calculating the pixels of the pixel-column-by-pixel counter output according to the image pixel array Receiving the maximum length of the pixel and the number of rows of the pixel row :: According to the maximum row width, the pixel row retrieved by the set includes interpolation to pay an area to the image capture device.呌 粉 哭 洁 = < the number of prime elements; and ^ t Feng Youkou Shishujie 'to connect the pixel and the geometric pattern existing in the pixel row;, the number of pieces is' Ye Zhen's capture of which when the pixel row Number of counters When it is equal to the maximum column width, ^,, and are selected as pixels included in the pixel column. An additional signal is given to the segment count of 20. For example, if the device of the patent application range is located, the geometrical figure θ and the optical image of the entire section are determined. Graphics. Address device ', where the image capturing device and the pixel rows of the full-segment optical image positioning device are described. "" To capture the 569609 SI KU ::: _Case No. 91116322_ year month day __ with excess light sensing cells VI. Patent application scope 2 2. As described in the patent application scope No. 21 full-sector optics Image addressing device, which determines the maximum row width of the geometric patterns by the maximum number of pixels that can be captured by the excess light sensing cells of the image capture device, and the maximum value that can be calculated by the pixel row counter Determine the maximum length of the geometric patterns. 9157twf1.ptc Page 28