TW200804003A - Method and apparatus for generating pattern-formation parameters for a paste dispenser - Google Patents

Abstract

There is provided an apparatus for generating pattern-formation parameters for a paste dispenser, the apparatus including an inputting device through which to input dispensing parameters and absolute pattern parameters, a pattern-formation parameter generating means generating pattern-formation parameters based on read absolute pattern parameters, a storing means storing the pattern-formation parameters generated by the pattern-formation parameter generating means, a screen image generating means, a displaying unit on which to display the screen image generated by the screen image generating means, and a parameter outputting means outputting the pattern-formation parameter and the dispensing parameters to the paste dispenser. The selective editing of both of the pattern-formation parameters for the paste pattern displayed on the displaying unit and the paste pattern displayed on the displaying unit increases precision in defining the paste pattern to be actually formed on the substrate, thus removing probability of an error in inputting the pattern-formation parameters.

Description

200804003 IX. Description of the Invention: [Technical Field] The present invention relates to a method for coating a colloid on a substrate and a dispenser, and more particularly to a pattern forming method and device for producing a dispenser . / [Prior Art] In terms of the same screen size, her liquid cathode display n (LCD) uses less than f of less power, and the volume is relatively small, and the image quality is always good. LCD has already occupied the market in the fields of 'computer, transportation, communication, test equipment, etc.', and its importance to TV is increasing day by day. A thin film transistor (TFT) LCD includes a TFT array substrate and a color passing array substrate. The two are separated by 4_5 qing and form a liquid crystal layer. The perimeter of the apparent viewing area relies on sealing to bond the two substrates together and to prevent moisture and contamination from entering the LC liquid. The substrate dispenser is coated with a predetermined glue on the substrate to combine the two + dispensers to include a platform on which the substrate is placed, a coating for setting the coating colloid, and a head for setting the coating head. The support frame, as well as the control unit that controls the movement of the head of the head support frame and the moving coating head, connect the syringe system with the nozzle to the nozzle and the nozzle. Next, the connected syringe is placed on the coating head. When the plate and the nozzle are changed in the base axis, the substrate is changed. That is, when the gel is applied, the coating head of the substrate will be moved toward the vertical direction of the substrate. More than one coating head unit may be provided to simultaneously form two or more glue-on-head units on the substrate to form a reference glue pattern for each glue pattern. The remaining coating heads form the remaining glue pattern in each column. The pattern parameters of the remaining chest case are based on the parametric rod of the reference egg case. , ^^ Manually enter the dispenser. The pattern parameter represents the nozzle; the path of the soil is drawn to form a glue pattern on the substrate. The 1f parameter of the glue pattern contains the starting point, the 9G degree enchantment, and the X and Y coordinates of the end point. The χ and γ coordinates of the remaining points are expressed relative to the X and Υ coordinates. , 7 200804003 The coating parameters of the melter operating dispenser, such as coating speed, nozzle and vertical distance of the nozzle, and coating pressure, etc., are also manually operated by two points, according to the published Korean Patent Survey 2· · No. 67, the reference pattern parameters are manually input to the reference coating unit, and the parameters of the reference system are used to produce the acid parameters of the two units. This method has no ^

The _ parameter of the remaining coating solution is input by the dynamic mode. If the pattern parameters of the glue unit are wrong, it may lead to the setting of the pattern parameter of the single sheet. In addition, the technology needs to adjust the distance between adjacent glue patterns, which will result in The difference between the number of remaining coating head units. Portions of the Invention Therefore, it is an object of the present invention to simply provide an input of pattern parameters formed on a substrate fixing pattern. An error is generated when the pattern parameter of the glue pattern formed on the substrate is avoided. According to the present invention, the present invention provides a pattern forming method for producing a dispenser, which comprises a secret reading and matching parameter parameter. Generating pattern forming parameters, receiving coating parameters, displaying pattern forming parameters in the glue pattern on the display unit, and outputting the pattern forming parameters and coating 8 200804003 pre-sales, privately available on the alkali board Glue pattern / the method of the package $ by displaying the image of the glue pattern, showing the figure 2 forming the parameter 'and editing the pattern of the image of the image forming the parameter 0 ^ ammeter method匕^Using the input device of the mouse, the image of the glue is displayed on the display, and the image of the paste is generated at = 70, which is convenient for the visually produced in the unit. Edit the pattern forming parameters. Long zm峨(4) This [Embodiment] Refer to the detailed description of this issue_News, the example is shown in Fig. 9200804003. The device contains input device for inputting coating parameters. And a pattern forming parameter device for generating a pattern forming parameter, a storage device 140 for storing pattern forming parameters generated by the pattern forming parameter generating device 122, and a screen image generating device 13A, which includes The image forming device 132 generates an image of the glue pattern, and the image combining device 136 that combines the glue pattern image and generates the combined glue pattern image, and displays the image generated by the screen image generating device 13 10 screen image display unit 16〇, and output pattern forming parameters and coating parameters to the parameter output device 150 of the dispenser. The input device 100 is responsible for parameter, data or finger Input into the device for generating the pattern forming parameters of the dispenser. The input device 100 includes a keyboard, a mouse, and a touchpad. The A pattern forming parameter processing device 120 can generate and edit a program implementation of the pattern forming parameters. The device 120 includes a pattern forming parameter generating device 122, a pattern forming parameter editing device 124, and a pattern image editing device 126. The pattern forming parameter generating device 122 reads the absolute pattern parameter from the absolute pattern parameter input device 110. The absolute pattern parameter input device u〇 Contains storage devices such as disk drives, tape drives, portable storage devices, and wired or wireless network cards. Enter the absolute pattern parameter input device 11〇 absolute pattern tea number, such as AutoCAD or FastCAD €80 file格200804003 Equation 0 number. Contains the (10) tool T_mf嶋 absolute pattern parameters, the CAD groove case knows ^ and ¥ coordinates of the rubber pattern contains quadrilateral, straight line, and round =, the number of CAD contains a certain - thief no point no money Face χγγ^. The pattern parameter pattern forming parameter generating means 122 generates a number of x 盥 γ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Hundreds of first, for the parameter selection input _ formation parameter production line set 9 = shell selection Start coating the colloid to form a pre-turning head unit on the substrate coating head unit u λλ - 1 ^ case. The terminus refers to the X and γ coordinates. The starting point can be compared to the end point. The end point of the point can pass through the starting point. X盥Y座 f,,,1 ^ 丝 According to the starting point of the input y Y seat " '14 coating the direction of the colloid, the 90 degree conversion point and γ H into the number of tea' production furnace,, / For example, the X盥γ coordinate system of the next test point of m from , , , and summer is represented by the X and Y coordinates relative to the reference point of the brother-/, 11 200804003 starting point, 90 degree switching point, and end point χ and Τ: represents the imaginary path traveled by the nozzle relative to the substrate, =, forming a glue _. The foot, the imaginary path starts at the control point, passes through a 90-degree transition point, and ends at the end point. The starting point, the 90 degree transition point, and the end point. The next parameter is the X and γ seats relative to the previous reference point: _ /, Υ

The pattern parameters are described in the next reference point relative to the previous one. The starting point "Β", the reference point " =" s", and the ending point "Ε" and the γ coordinates are '), '=' = 〇, qing), R (哉娜), s(·· as well as_). These absolute coordinates are taken from CAEM, such as the Aut〇 CAD file or the CAD tool from FastCAD. The patterning parameters are expressed in terms of χ and Y coordinates relative to the previous X and Y positions; The "P" point is 5G coordinates from the "B" point to the χ direction. Therefore, the relative χ of the 'P' point to the "B" point and the Y coordinate are ^, "(^ points are 100 coordinates from the 丫 point toward the 丫 point. Therefore, the relative 乂 of the "Q" point to the Γρ" point The 丫 coordinates are Q (0, 100). By this, the absolute X and γ coordinates, that is, the absolute pattern parameters, are converted into relative X and γ coordinates, that is, the figure is decorated as a parameter. Thus, the starting point "B" The absolute and γ coordinates of the reference points Γρ", "Q", "R", and "s", i end point "E" are converted to B (〇, 〇), 珥 5 (10), respectively, Q (〇: l 〇〇), R(-l〇〇, 〇), s(0, _100), and E(50 0). Again, the pattern forming parameters include the radius of curvature of each reference point. The coating head unit turns left or right, and an arc is drawn at the transition point according to the radius of the arc. The radius of the arc is determined by the preset value according to the characteristics of the dispenser. 12 200804003 The storage device 140 includes a RAM, a non-volatile storage device such as r〇m and a flash memory, and a storage device such as a hard disk drive. The library device can store pattern forming parameters and radian radii corresponding to the X and Y coordinates of the reference point generated by the pattern forming parameter generating device 122. The storage device 140 can store coating parameters such as coating speed and syringe pressure. The geometric figure to show the image of the glue pattern. The screen view 4 image generating device 130 can be implemented by an image card. The image generating device 132 can read the pattern forming parameters stored by the storage device 140, and draw a straight line, a quadrangle, and a circle according to the read pattern forming parameters. Therefore, the image generating device m outputs the glue pattern in the form of an image layer. The screen image generating device 130 may further include a parameter table generating device 134 for generating a table image, the display of which is selected from the

Figure 7 is an exemplary parameter table showing the number of displays in the embodiment of the present invention. When the operator slides 13 200804003 the distance between the X_axis and the Υ-axis direction Ί) χ), Dy, radians radius k cloth speed Speed, and the relative χ and γ coordinates Έχ, ^' of the end point. The relative X and γ coordinates of the reference point represent the reference pair position. At this time, the parameter table generating means 134 outputs the number of patterns of the glue pattern of the selected one of the lines, and the pattern forming parameter number associated with the corresponding number of patterns. The dot line 5 can be expressed differently from the colors of other lines. The image combining device 136 can generate a screen image by combining the image layer of each image of the glue pattern generated by the image generating device 132 and the image layer of each form image generated by the parameter table generating device 134. The functions of the image generating device 132, the parameter table generating device 134, and the image combining device 136 are operated by the image processing unit and the memory of the image card in a soft manner. Display unit 160 can be implemented by a monitor. The screen image generated by the screen image generating device 130 can be displayed on the display unit wo. The parameter input device 150 outputs the pattern forming parameters and the coating parameters associated therewith to the dispenser. The parameter input device 150 can be implemented by a disk drive. Thus the 'patterning parameters and the coating parameters associated therewith can be stored in the storage of the towel. The recording input (9) may include a USB bee, a uart, and a wired or wireless network card' moving the patterning parameters and coating parameters through the cable or network to the dispenser.

A device for generating a turn-by-turn parameter formation device may further include a pattern forming parameter editing device 124. The input device excitation in the wire rotation edit mode may not be displayed on the display unit's pattern forming parameters and coating parameters. Edit the resulting _ formation parameters and coating parameters. The pattern forming parameter editing money I24 allows the operator to edit the relative X and Y coordinates of the corresponding rubber pattern = Sx, Sy, the X-axis direction and the γ_ axis between the first reference point and the next reference point. The distance of the direction 'Dx, Dy, the radius radius Dr, the coating speed 'Speed', and the relative value of the end point and the γ coordinate %, the parameter table ' ^ displayed in the display unit by the parameter table generating means 134 can be Give the mouse a copy. Select each parameter of the reference towel 1 The selected parameter is editable in the parameter editing mode. The reduction/define editing device 124 can store the edited pattern forming parameters and the number of coatings in the storage device 14A. 1 sexually edit the monitoring ^ the eggs displayed (four) pattern formation participates in the record, ~ added money actually formed in the base cylinder of the rubber pattern = quasi-"free exemption collapse 戦 parameters and coating the guilty of the mistakes The means for generating the parameters of the dispenser may further comprise a pattern image 200804003 image editing device 126. The pattern image editing device 126 allows the operator to edit the resulting pattern image in the image editing mode using the wheeling device 100. The pattern image editing device 126 can generate pattern formation parameters of the edited pattern image and store the pattern formation parameters of the edited pattern image. The pattern image editing device 126 interprets the absolute X and Y coordinates of the edited pattern image into relative X and γ coordinates, i.e., pattern formation parameters. Visual image editing adds the convenience of changing the patterning parameters of the displayed pattern image or creating patterning parameters of the increased pattern image. The pattern formation parameters of the subsequently edited pattern image can be edited by the use of the parameter table generating means 134 and the pattern forming parameter editing means 124 to accurately define the glue pattern. Referring to Figure 2, there is shown a method of generating patterning parameters for a dispenser. Fig. 2 is a block diagram showing the pattern number of the dispenser produced in the embodiment of the present invention. The method is implemented by one or more programs that can be executed by a separate personal computer or a personal computer integrated with the dispenser. - a method according to another embodiment of the present invention, comprising: a pattern parameter of a read pattern, a pattern forming parameter according to an absolute parameter (S220), an input coating parameter (S3〇〇), and a pattern of a glue 2008043 according to the pattern forming parameter The image, and the image wheel (4) m _ (S240) of the glue pattern to be produced, and the generated money pattern forming parameters and/or the applied moxibustion number C to the dispenser (S280). " ¥m ®

The pattern forming parameter generating means I22 reads the absolute_parameters into the female device (10) (8) (8). The absolute pattern parameter of the device 110 is a CAD file format of a CAD tool such as Aut〇CAD or F(4). The figure is an exemplary absolute pattern of the glue pattern in the other embodiment of the invention. The absolute pattern parameters of the χ and γ coordinates of the glue pattern contained in the CAD Guard are stored in the CAD age format. The glue pattern by cad: contains a quadrangular shape, a straight shape, and a rounded shape. Therefore, the absolute _ parameter contains a certain point and the coordinates of the transition point and the radius of the radians. The parameter generating means pattern forming parameter is formed based on the read absolute_parameter (S220). First, the operator inputs the X and γ coordinates of the starting point of the corresponding glue pattern to the x and γ coordinates of the pattern forming parameter generating device's selective input end point to the pattern forming component: a: 4 clothes 122. The starting point refers to where the coating head unit begins to coat the gel to form a predetermined glue pattern on the second f. The end point refers to the position where the coating head unit completes t(four)^ after the predetermined rubber job is stopped. The χ and γ coordinates of the start and end points can be entered by pressing the two keys of the keyboard or by clicking (4) on the starting and ending positions desired by the operator. From 17 200804003 The starting point can overlap with the end point. The end point can pass through the starting point. The absolute_parameter generated _ formation parameter (S22〇) read may include the 90-degree conversion from the read absolute pattern parameter, the W coordinate of the Y-coordinate, the W 丫 chain of the mosquito, and the coating of the coating body. In the cloth direction, according to the X and Υ coordinates of the starting point, the X and Υ coordinates of the 90 degree f change point are generated, and the X and γ coordinates of the lower 9G degree conversion point are relative to the previous 90 degree conversion point. The X and γ coordinates are indicated. The starting point, the 90 degree transition point, and the connection between the end point and the gamma coordinate represent the imaginary path traveled by the nozzle relative to the substrate to form a glue pattern on the substrate. That is, the imaginary path starts at the starting point input by the operator, passes through a 90 degree transition point, and ends at the end point. The reference point can be selected from the starting point, the 90 degree transition point, and the end point. The next reference point is the absolute reference parameter shown by χ and γ coordinates with respect to the X and γ coordinates of the previous reference point, and the next reference point is described relative to the previous reference point. The X and γ coordinates of the starting points "Β", reference points rp", "Q", "R and "S", and the end point "E" are B (〇, 〇), p (5 〇, 〇), respectively. Q (50, 100), R (-50, 100), S (-50, 0), and E (0, 〇). These absolute coordinates are taken from CAD tools such as AutoCAD files or FastCAD CAD tools. The patterning parameters are expressed in terms of the X and Y coordinates of the Y and Y coordinates relative to the previous reference point. The "P" point is 50 coordinates from the rB" point to the χ direction. Therefore, the relative χ and Υ coordinates of the "Ρ" point to the "β" point are P (5〇, 〇h "Q" point is from the "Ρ" point toward the γ direction. 18 200804003

E 100 coordinates. Therefore, the relative coordinate of the "Q" point to the "P" point is Q (0, 100). Thereby, the absolute Υ and Υ coordinates, ie the absolute pattern parameters, are converted into relative X and γ coordinates, ie pattern formation parameters. Thus, the starting points "Β", reference points "P", "Q", "R", and "s", and the absolute X and Y coordinates of the end point are converted to β(0,0), P, respectively. 50,0), Q(0,100), R(4〇〇,0), 8(〇,_1〇〇), and E(5〇〇). Furthermore, the pattern forming parameters include the arcs of each reference point. The chest unit is turned to the left or right to turn to the root of the radius of view. The radius of the arc is determined by the preset value according to the characteristics of the dispenser. After one minute, the pattern is formed by the input parameters of the shell, and the pattern forming parameters are displayed: the display unit (S3(K)). The transfer coating head requires coating parameters such as coating speed, distance between the coating head and the substrate, and syringe pressure. At least one of the ==== group _ 瞧 parameters on the hair may be formed = yield = two! 32, taken on the pattern stored in the storage device 140 ϊ two read pattern forming parameters 直线 straight line, four output glue Fig. 2 (4) Therefore, the image generating device m cuts the wood in the form of an image layer to display a glue pattern _ like _0. When an image without a pattern is given, it can also be counted (S260). Use the Λ f f γ π to form the number of turns and the coating parameters. Use the wheel 4 to select a line of the displayed glue pattern. 19 200804003 Strip = Change its corresponding pattern forming parameters and coating parameters. The pattern formation parameters and the coating parameters (S4〇o) can be edited in the parameter editing kernel. The _image (s5〇()) can be added to the image editing mode by using the input device. The coating parameters are pattern forming parameters and outputs that can be changed or added for the dispenser application (S280).

Selectively editing the pattern displayed on the display unit to define the __precision actually formed on the substrate, which avoids errors that may be made by inputting pattern formation parameters. Display Unit Editing Pattern Formation Parameters FIG. 4 is a flow chart showing the steps in the embodiment of the present invention.

When a certain line of the pattern shown in Fig. 7 is selected, the glue of the display type e5_ 綦 像 like the number of patterns that can not correspond to n in any text or image object, the relative X and 20 of the starting point of the corresponding glue pattern. 200804003

Y coordinate 'SX, Sy', distance between the previous reference point and the next reference point, the distance between the axis direction and the Υ-axis direction 'Dx, Dy, the radius radius 'Dr, the coating speed 'Speed', and The relative X and Y coordinates of the endpoint, Ey, (S410). The relative representation of the reference point refers to the relative position of the starting point of the 阙7. The invention is implemented in the form parameter list of the _form parameter of the display unit. At this time, the figure and the number of the selected line in the glue pattern and the job formation parameters associated with the corresponding number of patterns are plotted. The selection line 5 can be expressed differently from the colors of other lines. Alternatively, the pattern forming parameter of the table image of the output pattern forming parameter may be edited (S430). The method can be included in the _ _ formation parameter ¥ 'receive _ select the edited egg fine> and in the loss _____ single (S24GHm it #^$_ parameters for the dispenser application (S280 Returning to step S240 (S470), using the mouse to select and display in the map editing mode of the display unit generating device (10) to edit, in the parameter editing mode, the phase 21 corresponding to the starting point of the glue_ can be edited. For the X and Y coordinates 'Sx, Sy5, the distance between the 参考-axis direction and the Y_axis direction between the previous reference point and the next reference point 'Dx, Dy, the radius radius 'Dr, the coating speed 'fpeed', And the relative X and Y coordinates 6Ex, Ey of the end point. The pattern forming parameter editing device 124 stores the edited pattern forming parameter and the coating parameter in the storage device 14 (8470) to selectively edit the display unit. The pattern forming parameter of the glue pattern increases the precision of defining the glue pattern actually formed on the substrate, which avoids errors that may be made by inputting the pattern forming parameters. FIG. 5 is a diagram of editing the pattern image on the display unit in the embodiment of the present invention. Flow chart of each step. This method is more The pattern forming parameter is generated to generate (S510) a glue pattern which is edited in an image editing mode by an input device such as a mouse, and replaces the existing pattern formation with a pattern forming parameter generated by the edited glue pattern. After the parameter, after the image of the glue pattern is output to the display unit (S240), but before outputting the pattern forming parameter and/or the coating parameter (S280) generated by the dispenser, the process returns to step S24. (S53〇). When editing the image of the glue pattern in the shirt image editing mode, the absolute 丫 and 丫 coordinates of the edited image of the glue pattern drawn by the input device are converted into relative X and Y coordinates. That is, the pattern forming parameter of the image of the glue pattern is edited (S510). The existing pattern forming parameter is changed to 22 200804003 ^: to reflect the number of pattern formation parameters generated for the image of the edited glue pattern (S530) The editing of the visual image adds the parameter of changing the graphic image of the displayed image, or the convenience of adding the image of the image to the case. Then, the pattern forming parameter of the edited image is transparent. Forming parameters and editing means 134 generates a pattern 124 is used as edited to define the precise adhesive patterns.

Fig. 3 is a flow chart showing the steps of outputting coating parameters in the embodiment of the present invention. The input pattern forming parameter (S300) may include inputting a coating parameter of the reference coating head unit (S320), and determining a rubber pattern formed on the substrate by the coating head unit according to an input number (S34〇) of the coating head unit (S360) And the parameter of the pattern forming the coating head unit is formed in the coating head unit (S380). The coating parameters of the reference rubber pattern formed on the substrate by the application coating head unit are input to the input device 100 (S32〇). Two or more coating head units located on the head support can form two or transfer bribes at the same time. At this time, the input coating parameter includes the number of coating solutions for forming the glue pattern, and the distance between the coating head units S34〇). The formation of the contact unit can automatically be used by the root county to make the coating solution reading and the coating_unit_series decision. The slave is the surface unit number 4, and the wood glue pattern can be copied and displayed. At this time, the rubber pattern reproduced according to the distance between the coating head units can produce its relative X and γ coordinates. 23 200804003 The glue pattern can be distinguished by color. Fig. 8 is a view showing a screen image of a plurality of coating head units formed on a substrate. The coating parameters input for the reference coating head unit are also applicable to other glue patterns (S38〇) formed on the substrate by other coating head units. Thereby, it is possible to simultaneously input and change the pattern forming parameters of the same number of glue patterns as the coating head unit forming the glue pattern. The present invention provides the advantage of being able to preview the glue pattern applied to the substrate. Selectively editing the patterning parameters and coating parameters of the glue pattern displayed by the monitor increases the precision of defining the glue pattern actually formed on the substrate, which avoids errors that may be made by inputting pattern formation parameters. The present invention may be embodied in many different forms without departing from the spirit or essential characteristics thereof, and the above embodiments are not limited to the details of the description, but should be included in the accompanying claims. Definitions ^ Spirit and Fan _ are the most widely interpreted, therefore, all modifications and retouching of the patent application and its equivalent are included in the scope of the accompanying patent application. </ RTI> </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; The principle of use. In the drawings: Figure 1 is a block diagram of an apparatus for generating pattern formation parameters of a dispenser in accordance with an embodiment of the present invention; and Figure 2 is a block diagram of a method for generating pattern formation parameters of a dispenser in an embodiment of the present invention. Figure 3 is a flow chart showing the steps of inputting the coating parameters in the embodiment of the present invention; Figure 4 is a flow chart showing the steps of editing the pattern forming parameters in the display unit in the embodiment of the present invention; FIG. 6A is a diagram showing exemplary absolute pattern parameters of a rubber pattern in an embodiment of the present invention; FIG. 6B is a rubber pattern in another embodiment of the present invention; FIG. 7 is a parameter table showing pattern forming parameters of the display unit in the embodiment of the present invention; and FIG. 8 is a view showing a screen image of a plurality of coating head units formed on the substrate. formula. 25 200804003

[Description of main component symbols] 100 input device 110 absolute pattern parameter input device 120 pattern forming parameter processing device 122 pattern forming parameter generating device 124 pattern forming parameter editing device 126 pattern image editing device 130 screen image generating device 132 image generating device 134 parameters Table generating device 136 image combining device 140 storage device 150 parameter output device 160 display unit 26

Claims (1)

200804003 X. Patent application scope: 1. A device for generating pattern forming parameters of a glue machine, comprising: an input I set 'parameter for input and output cloth and parameters of the smuggling case; * a picture _ into parameter production, Generating a pattern forming parameter according to the read absolute pattern parameter; storing means for storing the pattern forming parameter generated by the pattern forming parameter generating device; and a screen image generating device comprising: an image generating device according to The pattern forming parameter generates an image of the glue pattern; and an image combining device for combining the image of the glue pattern and generating a screen image including the combined glue pattern; a display unit displaying the screen image generating device The screen image produced; and a parameter input device for outputting the pattern forming parameter and the coating parameter to the dispenser. 2. The device of claim 1, wherein the screen image generating device further comprises a parameter table generating device for generating a table image, displaying a map of a specific glue pattern selected from the image of the displayed glue pattern. The pattern of the image forms parameters and/or the coating parameters, and the table image is output to the image combining device. 27 200804003 The description includes: the pattern formation parameter is edited and the field is used, and the operator uses the input device to edit the _ formation parameter and the stencil 'number' with the explicit axis display unit. The resulting pattern forming parameters and the coating parameters / 4. f please f skirt 1 described, and further include - pattern image editing skirt, light energy - the operator uses the input device to - image editing Pattern pattern of the model Seti fii to generate the pattern of the edited pattern image: 41 edited by 细_射彡#^ 5. The apparatus described in claim 1 or 4, wherein the pattern forming parameter device According to the absolute pattern parameter of the starting point of the input, along the direction of the colloid, the pattern forming parameter of the transition point is generated, and the X of the reference point and the coordinate system of the reference point are relative to the previous reference point. The coordinates of the bamboo begin (3). γ 6· - a method for producing a parameter of a dispenser, the method comprising: reading an absolute pattern of a number; generating a pattern forming parameter according to the read absolute pattern parameter; displaying the pattern by an image of the glue pattern And the method of claim 6, wherein the method further comprises receiving a coating parameter, wherein the coating parameter and the pattern forming parameter are output. To the dispenser. ^8· The method according to item 6, further included in the image of the glue pattern: after the parameter is formed into the parameter unit, but before the output of the pattern forms the number of dots _ dispenser And outputting the pattern forming parameter and/or the coating parameter of the specific glue pattern selected from the glue pattern of the display unit. 9. The method of claim 8, further comprising: receiving a pattern axis parameter selected for editing - an egg pattern, the pattern forming parameter of the glue pattern; and ..., the generated pattern of the edited glue pattern Forming a parameter instead of the existing pattern forming parameter, outputting the pattern forming parameter of the specific glue pattern selected from the glue pattern of the display unit and the coating parameter/post, but smearing the parameter to the The domain frequency, 阙 output image layer of the image of the winning pattern. The method of claim 6, further comprising: generating a pattern forming parameter of a glue pattern, the glue pattern being edited in an image editing mode by an input device; and the edited glue pattern After the generated pattern forming parameter replaces the existing pattern forming parameter, the image of the glue pattern is used to display the pattern forming parameter after the display unit, but before the pattern forming parameter is output to the 29 200804003 dispenser, Go back to the __ display unit of the output glue pattern. 11. The method of claim 6 or 1G, wherein the step of generating the pattern forming parameter based on the read absolute parameter comprises: difficulty γ ^ reading mosquito __ parameter obtaining % absolute conversion point absolute X and receiving a starting point The X and γ coordinates and the direction of coating a colloid; and 4 according to the X and γ coordinates of the starting point, generating a 9 (degree) conversion X and Y coordinates, the 90 degree is along the _ The ^ and γ coordinate systems are represented by the X and γ coordinates relative to the 90 degree transition point of the 90 degree transition point. The method of claim 7, wherein the step of receiving the coating parameter is Receiving a coating parameter of a reference coating head unit; according to the input (4) of the coating fresh element, the coating on the substrate is 40% earlier, and the glue pattern formed by the coating head unit is generated. The number of turns is patterned and the coating parameters are applied to the coating head unit. 30