TW201345740A - A print and method for controlling print speed - Google Patents
A print and method for controlling print speed Download PDFInfo
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- TW201345740A TW201345740A TW101149005A TW101149005A TW201345740A TW 201345740 A TW201345740 A TW 201345740A TW 101149005 A TW101149005 A TW 101149005A TW 101149005 A TW101149005 A TW 101149005A TW 201345740 A TW201345740 A TW 201345740A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J29/00—Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
- B41J29/38—Drives, motors, controls or automatic cut-off devices for the entire printing mechanism
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J11/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form
- B41J11/36—Blanking or long feeds; Feeding to a particular line, e.g. by rotation of platen or feed roller
- B41J11/42—Controlling printing material conveyance for accurate alignment of the printing material with the printhead; Print registering
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03G—ELECTROGRAPHY; ELECTROPHOTOGRAPHY; MAGNETOGRAPHY
- G03G15/00—Apparatus for electrographic processes using a charge pattern
- G03G15/50—Machine control of apparatus for electrographic processes using a charge pattern, e.g. regulating differents parts of the machine, multimode copiers, microprocessor control
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- Accessory Devices And Overall Control Thereof (AREA)
Abstract
Description
本發明是有關於一種印表機之裝置，且特別是有關於一種印表機及其列印速度的控制方法。 The present invention relates to a printer apparatus, and more particularly to a printer and a method of controlling the printing speed thereof.
隨著印表機行業的快速發展以及先進控制技術的應用，印表機用戶中對印表機提出了更新、更高的要求，不同的市場對印表機的列印速度有不同的選擇，並且對印表機節能環保方面的要求更高。但現有技術中，對於研發和製造印表機的廠商而言，無論是彩色或黑白印表機尤其是雷射、光電成像式列印(ElectroPhotoGraphy)方式的印表機的開發成本非常高昂，開發周期也極其冗長，目前市面上開發的變速印表機是藉由將印表機內部的主體機構工作速度改變，從而達到改變列印速度的目的，如此一來，在設計該機型時其印表機內部參數都需要配合改變、優化，使得其設計過程繁雜，開發時間較長，花費成本較高，同時該印表機產品的庫存管理繁瑣，廠商運營成本亦會增加；且對用戶而言，該印表機的故障風險增加，印表機使用壽命變短，亦增加了用戶使用成本，同時也不利於節能環保。 With the rapid development of the printer industry and the application of advanced control technology, printer users have put forward new and higher requirements for printers. Different markets have different choices for the printing speed of printers. And the requirements for energy saving and environmental protection of printers are higher. However, in the prior art, for manufacturers of printers and printers, the development cost of color or black-and-white printers, especially laser and electrophotographic image printing (ElectroPhotoGraphy), is very high. The cycle is also extremely lengthy. At present, the variable speed printer developed on the market aims to change the printing speed by changing the working speed of the main body inside the printer. Thus, when printing the model, it is printed. The internal parameters of the watch machine need to be changed and optimized, which makes the design process complicated, the development time is long, the cost is high, and the inventory management of the printer product is cumbersome, the operating cost of the manufacturer will also increase; and for the user The printer's failure risk increases, the printer's service life becomes shorter, which also increases the user's use cost, and is also not conducive to energy conservation and environmental protection.
針對上述現有技術存在的問題和不足，本發明之一態樣是提供一種在單一平臺上可選擇列印速度的印表機及其列印速度的控制方法，以滿足不同市場用戶對列印速度的不同需求，並且更加節能環保。 In view of the problems and deficiencies of the prior art mentioned above, one aspect of the present invention provides a printer capable of selecting a printing speed on a single platform and a printing speed control method thereof to meet the printing speed of different market users. Different needs, and more energy efficient.
為實現上述發明目的，本發明採用的第一種技術方案為一種印表機，該印表機至少包含：一印表機主體，該印表機主體內的機構元件工作速度固定不變；以及一列印速度控制晶片，其內設置有控制列印速度的韌體，其中與該主體內機構元件工作速度相對應的印表機原始列印速度是所述印表機最高的列印速度，且所述韌體對該印表機設置有等於以及低於其原始列印速度的兩種或兩種以上的列印速度。 In order to achieve the above object, the first technical solution adopted by the present invention is a printer, the printer comprising at least: a printer main body, the working speed of the mechanical components in the main body of the printer is fixed; a printing speed control wafer provided with a firmware for controlling the printing speed, wherein the original printing speed of the printer corresponding to the working speed of the mechanical components in the main body is the highest printing speed of the printer, and The firmware is provided to the printer with two or more printing speeds equal to and lower than its original printing speed.
依據本發明一實施例，所述韌體可對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定值在1ppm(Papers Per Minute，每分鐘列印的頁數)至19ppm之間(包含兩端值，下同)；另一個列印速度設定值大於19ppm且小於等於24ppm。 According to an embodiment of the invention, the firmware can be provided with two selectable printing speeds for the printer, one of which has a printing speed setting of 1 ppm (Papers Per Minute, number of pages printed per minute) ) to between 19 ppm (including both ends, the same below); the other printing speed setting is greater than 19 ppm and less than or equal to 24 ppm.
依據本發明另一實施例，所述韌體可對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定值為19ppm；另一個列印速度設定值為24ppm。 In accordance with another embodiment of the present invention, the firmware can be provided with two selectable printing speeds for the printer, one of which has a print speed setting of 19 ppm and the other print speed setting of 24 ppm.
依據本發明又一實施例，所述韌體可對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定值在1ppm至24ppm之間；另一個列印速度設定值在大於24ppm且小於等於32ppm。 According to still another embodiment of the present invention, the firmware can be provided with two selectable printing speeds for the printer, one of which has a printing speed setting between 1 ppm and 24 ppm; another printing speed setting The value is greater than 24 ppm and less than or equal to 32 ppm.
依據本發明又一實施例，所述韌體可對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定值為24ppm；另一個列印速度設定值為32ppm。 In accordance with yet another embodiment of the present invention, the firmware can be provided with two selectable printing speeds for the printer, one of which has a print speed setting of 24 ppm and the other print speed setting of 32 ppm.
本發明採用的第二種技術方案為一種如上所述印表機的列印速度的控制方法，所述印表機主體具有主體機構元件固定不變的工作速度，對應的原始列印速度也是固定不變的，且該原始列印速度為所述印表機最高的列印速度；所述韌體通過控制印表機主體在單位時間內停止一定頁數的列印動作，以延緩列印作業任務， 對印表機設置兩種或兩種以上可選擇的列印速度的操作狀態，所述兩種或兩種以上的列印速度包括原始列印速度和一種或一種以上低於原始列印速度的列印速度。 The second technical solution adopted by the present invention is a method for controlling the printing speed of the printer as described above, wherein the printer main body has a fixed working speed of the main body mechanism component, and the corresponding original printing speed is also fixed. Unchanged, and the original printing speed is the highest printing speed of the printer; the firmware stops the printing operation by controlling the printing machine main body to stop a certain number of printing operations per unit time. task, An operating state in which two or more selectable printing speeds are set for the printer, the two or more printing speeds including the original printing speed and one or more lower than the original printing speed Print speed.
下面詳細說明印表機的工作過程： The following describes the working process of the printer in detail:
1、列印紙完成列印要經過：取紙滾輪將列印紙單張取入印表機內，此取紙滾輪由一步進馬達(step-moto，簡稱“馬達”)控制，列印紙在馬達的帶動下依次經過顯像、定像等區域，完成列印並送出印表機；由於馬達的轉動速度是相對穩定的，因此工作速度(Process speed)是固定不變的；印表機主體在該工作速度下對應輸出的原始列印速度(Print speed)也是固定不變的，並且是本印表機最高的列印速度。 1. The printing paper is printed and finished: the paper taking roller takes the printing paper sheet into the printer. The paper taking roller is controlled by a stepping motor (step-moto, referred to as “motor”), and the printing paper is printed on the motor. After driving, the image is developed, fixed, and the like, and the printing is completed and sent out; because the rotation speed of the motor is relatively stable, the process speed is fixed; the main body of the printer is The original print speed of the corresponding output at the working speed is also fixed and is the highest printing speed of the printer.
2、在印表機主體機構元件工作速度固定不變的條件下，為了實現使印表機實際輸出多種不同的、並且低於原始列印速度的列印速度，其方法是在原始列印速度的基礎上，通過內置於列印速度控制晶片的韌體來控制印表機主體在單位時間內停止一定頁數的列印動作，以延緩列印作業任務，從而實現同一台印表機擁有不同的、多種的列印速度的選擇，而此時列印作業內容是連續和完整的。 2. Under the condition that the working speed of the main body of the printer is fixed, in order to realize the actual output of the printer by a variety of different printing speeds lower than the original printing speed, the method is at the original printing speed. On the basis of the firmware built in the printing speed control chip to control the printing machine body to stop printing a certain number of pages per unit time, in order to delay the printing task, so that the same printer has different The choice of print speeds, while the print job content is continuous and complete.
3、韌體的設置方案之一是使用計時器機制控制列印流程，在取紙滾輪處有感應器，因此軟體可記錄列印開始的時間，以頁為計數單位，例如，當列印頁數達到20頁時，計算這20頁的列印時間，若不滿一分鐘，則可以啟動計時器中斷函數，在中斷函數中延時至一分鐘滿，清計數器，然後開始之後的列印；韌體的設置方案之二是以一預定頁數為單位，每當列印頁數達到該預定頁數設定的值時，程式延時一定的列印頁時間，以此控制整體列印過程，例如，設定1分鐘內列印頁數不超過20頁，當印表機性能 達到每分鐘可列印24頁時，以5頁為一單位，當列印滿5頁時，程式延時1頁列印時間，經過4次這樣的迴圈，一分鐘內的列印頁數可以由24頁降低到20頁；韌體的設置包括但不僅限於以上方案。 3. One of the firmware setting schemes is to use the timer mechanism to control the printing process. There is a sensor at the pickup roller, so the software can record the time when the printing starts, in units of pages, for example, when printing the page. When the number reaches 20 pages, calculate the printing time of the 20 pages. If it is less than one minute, you can start the timer interrupt function, delay the function to one minute in the interrupt function, clear the counter, and then print after the start; The second setting scheme is a predetermined number of pages. When the number of printed pages reaches the value set by the predetermined number of pages, the program delays a certain printing time, thereby controlling the overall printing process, for example, setting The number of printed pages in 1 minute does not exceed 20 pages, when the performance of the printer When 24 pages per minute can be printed, 5 pages are used as a unit. When 5 pages are printed, the program delays 1 page printing time. After 4 such loops, the number of pages printed in one minute can be Reduced from 24 pages to 20 pages; the firmware settings include but are not limited to the above scheme.
4、為了實現用戶對印表機輸出的不同的列印速度的選擇，韌體對印表機設置了兩種或兩種以上的可供選擇的列印速度的操作狀態，其中不僅包括原始的、最高的列印速度的操作狀態，而且包括其他一種或一種以上較低列印速度的操作狀態，此時不同列印速度的操作狀態下單位時間內被停止列印頁數多少是根據需要由韌體任意設置的，被停止列印的頁碼位置在原始的列印速度下的頁碼內的分佈狀態是根據需要可以任意設置的。 4. In order to realize the user's choice of different printing speeds for the printer output, the firmware sets two or more operating states of the printing speed for the printer, including not only the original The operating state of the highest printing speed, and including the operating state of one or more other lower printing speeds. At this time, the number of pages that are stopped per unit time in the operating state of different printing speeds is as needed. If the firmware is arbitrarily set, the position of the page number that is stopped printing at the original printing speed can be arbitrarily set as needed.
所述印表機的列印速度可為兩種，其中原始列印速度為24ppm，另一種列印速度為19ppm，對應的單位時間內被延緩列印的5張列印頁碼與在原始列印速度下默認的列印24頁數的所占位置是合併在一起任意分佈其中的。 The printer can print at two speeds, wherein the original printing speed is 24 ppm, and the other printing speed is 19 ppm, corresponding to the 5 printing pages that are delayed in printing per unit time and at the original printing speed. The default prints of 24 pages are combined and arbitrarily distributed.
所述印表機的列印速度可為兩種，其中原始列印速度為24ppm，另一種列印速度為19ppm，對應的單位時間內被延緩列印的5張列印頁碼與在原始列印速度下默認的列印24頁數的所占位置是分成不等張數的小組任意分佈其中的。 The printer can print at two speeds, wherein the original printing speed is 24 ppm, and the other printing speed is 19 ppm, corresponding to the 5 printing pages that are delayed in printing per unit time and at the original printing speed. The default print position of 24 pages is arbitrarily distributed among groups divided into unequal sheets.
所述印表機的列印速度可為兩種，其中原始列印速度為24ppm，另一種列印速度為19ppm，對應的單位時間內被延緩列印的5張列印頁碼與在原始列印速度下默認的列印24頁數的所占位置是分散分佈在其中的。 The printer can print at two speeds, wherein the original printing speed is 24 ppm, and the other printing speed is 19 ppm, corresponding to the 5 printing pages that are delayed in printing per unit time and at the original printing speed. The default print position of 24 pages is distributed among them.
所述印表機的列印速度可為兩種，其中原始列印速度為24ppm，另一種列印速度為19ppm，對應的單位時間內被延緩列印的5張列印頁碼與在原始列印速度下默認的列印24頁數的所占位 置是分散分佈在其中的。 The printer can print at two speeds, wherein the original printing speed is 24 ppm, and the other printing speed is 19 ppm, corresponding to the 5 printing pages that are delayed in printing per unit time and at the original printing speed. The default prints the 24 pages of the place The placement is distributed among them.
所述印表機的列印速度可為兩種，其中原始列印速度為24ppm，另一種列印速度為19ppm，對應的單位時間內被延緩列印的5張列印頁碼與在原始列印速度下默認的列印24頁數的所占位置是單獨等間隔均勻分散分佈在其中的。 The printer can print at two speeds, wherein the original printing speed is 24 ppm, and the other printing speed is 19 ppm, corresponding to the 5 printing pages that are delayed in printing per unit time and at the original printing speed. The default print position of 24 pages is uniformly distributed evenly at equal intervals.
所述印表機的列印速度可為兩種，其中原始列印速度為24ppm，另一種列印速度為19ppm，對應的單位時間內被延緩列印的5張列印頁碼合併在一起分佈在原始列印速度下默認的列印24頁數中最末尾的位置，最大限度的減少用戶等待的時間。 The printing speed of the printer can be two, wherein the original printing speed is 24 ppm, and the other printing speed is 19 ppm, and the corresponding five printing pages that are delayed in the unit time are combined and distributed in the original column. By default, the last position in the 24 pages is printed at the printing speed, minimizing the amount of time the user waits.
所述印表機的列印速度可為兩種，其中原始列印速度為32ppm，另一種列印速度為24ppm，對應的單位時間內被延緩列印的8張列印頁碼與在原始列印速度下默認的列印32頁數的所占位置是合併在一起任意分佈其中的。 The printer can print at two speeds, wherein the original printing speed is 32 ppm, and the other printing speed is 24 ppm, and the corresponding printing time is delayed by 8 printing page numbers and the original printing speed. The default prints of 32 pages are taken together and arbitrarily distributed.
所述印表機的列印速度可為兩種，其中原始列印速度為32ppm，另一種列印速度為24ppm，對應的單位時間內被延緩列印的8張列印頁碼與在原始列印速度下默認的列印32頁數的所占位置是分成不等張數或相等張數的小組任意分佈其中的。 The printer can print at two speeds, wherein the original printing speed is 32 ppm, and the other printing speed is 24 ppm, and the corresponding printing time is delayed by 8 printing page numbers and the original printing speed. The default print position of 32 pages is arbitrarily distributed among groups divided into unequal sheets or equal sheets.
所述印表機的列印速度可為兩種，其中原始列印速度為32ppm，另一種列印速度為24ppm，對應的單位時間內被延緩列印的8張列印頁碼與在原始列印速度下默認的列印32頁數的所占位置是分散分佈在其中的。 The printer can print at two speeds, wherein the original printing speed is 32 ppm, and the other printing speed is 24 ppm, and the corresponding printing time is delayed by 8 printing page numbers and the original printing speed. The default print position of 32 pages is distributed among them.
所述印表機的列印速度可為兩種，其中原始列印速度為32ppm，另一種列印速度為24ppm，對應的單位時間內被延緩列印的8張列印頁碼與在原始列印速度下默認的列印32頁數的所占位置是等間隔均勻分散分佈在其中的。 The printer can print at two speeds, wherein the original printing speed is 32 ppm, and the other printing speed is 24 ppm, and the corresponding printing time is delayed by 8 printing page numbers and the original printing speed. The default print 32-page position is evenly spaced and evenly distributed among them.
所述印表機的列印速度可為兩種，其中原始列印速度為 32ppm，另一種列印速度為24ppm，對應的單位時間內被延緩列印的8張列印頁碼合併在一起分佈在原始列印速度下默認的列印32頁數中最末尾的位置，最大限度的減少用戶等待的時間。 The printer can print at two speeds, wherein the original printing speed is 32ppm, the other printing speed is 24ppm, the corresponding 8 pages printed in the corresponding unit time are combined and distributed at the end of the default printing speed of 32 pages in the original printing speed, the maximum reduction The time the user waited.
本發明的優點在於：1、印表機用戶擁有更多列印速度的選擇，以滿足不同目標市場用戶與針對不同的列印內容而對列印速度的不同需求；2、對於印表機的開發、生產廠商而言，在單一平臺上開發不同列印速度的印表機，可大力節省印表機產品的開發、生產及管理成本；3、列印速度的控制方法簡便宜行，實際操作方便；4、印表機為節能環保機型，使用壽命更長，既能滿足國內外對節能環保方面的要求，又同時具備優良的質量。 The advantages of the present invention are as follows: 1. The printer user has more choices of printing speed to meet the different printing speed requirements of different target market users and for different printing contents; 2. For printers For development and production manufacturers, the development of printers with different printing speeds on a single platform can greatly save the development, production and management costs of printer products; 3. The printing speed control method is simple and cheap, the actual operation Convenient; 4, the printer is energy-saving and environmentally friendly, with a longer service life, which can meet the requirements of energy conservation and environmental protection at home and abroad, and at the same time has excellent quality.
下面結合附圖和具體實施例，進一步闡明本發明，應理解這些實施例僅用於說明本發明而不用於限制本發明的範圍，在閱讀了本發明之後，本領域技術人員對本發明的各種等價形式的修改均落於本申請所附權利要求所限定的範圍。 The invention will be further clarified with reference to the accompanying drawings and specific embodiments, which are to be construed as illustrative only and not to limit the scope of the invention. Modifications in the form of the price are all within the scope defined by the claims appended hereto.
如第1圖所示，一種印表機1，包括印表機主體3和列印速度控制晶片2，印表機主體3具有固定的工作速度，列印速度控制晶片2內置有控制列印速度的韌體(圖中未示出)，印表機1具有兩種或兩種以上的不同列印速度。 As shown in FIG. 1, a printer 1 includes a printer main body 3 and a printing speed control wafer 2, the printer main body 3 has a fixed working speed, and the printing speed control wafer 2 has a built-in control printing speed. The firmware (not shown), the printer 1 has two or more different printing speeds.
印表機優選方案之一，所述韌體對印表機設置有兩種可選擇 的列印速度，其中之一的列印速度設定為1ppm(只要在1ppm至19ppm之間即可)；另一個列印速度設定為20ppm(只要大於19ppm且小於等於24ppm即可)。 One of the preferred solutions of the printer, the firmware has two options for the printer setting. The printing speed, one of which is set to 1 ppm (as long as it is between 1 ppm and 19 ppm); the other printing speed is set to 20 ppm (as long as it is greater than 19 ppm and less than or equal to 24 ppm).
印表機優選方案之二，所述韌體對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定為19ppm；另一個列印速度設定為24ppm。 In a preferred embodiment of the printer, the firmware is provided with two selectable printing speeds for the printer, one of which has a printing speed set to 19 ppm and the other printing speed is set to 24 ppm.
印表機優選方案之三，所述韌體對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定為22ppm(只要在1ppm至24ppm之間即可)；另一個列印速度設定為30ppm(只要大於24ppm小於等於32ppm即可)。 In the third preferred embodiment of the printer, the firmware has two selectable printing speeds for the printer, one of which has a printing speed of 22 ppm (as long as it is between 1 ppm and 24 ppm); A printing speed is set to 30 ppm (as long as it is greater than 24 ppm and less than or equal to 32 ppm).
印表機優選方案之四，所述韌體對印表機設置有兩種可選擇的列印速度，其中之一的列印速度設定為24ppm；另一個列印速度設定為32ppm。 In a preferred embodiment of the printer, the firmware is provided with two selectable printing speeds for the printer, one of which has a printing speed of 24 ppm and the other of which has a printing speed of 32 ppm.
以下詳述印表機的工作過程： The following details the working process of the printer:
1、列印紙完成列印要經過：取紙滾輪將列印紙單張取入印表機內，此取紙滾輪由一步進馬達控制，列印紙在馬達的帶動下依次經過顯像、定像等區域，完成列印並送出印表機；由於馬達的轉動速度是相對穩定的，因此工作速度是固定不變的；印表機主體在該工作速度下對應輸出的原始列印速度也是固定不變的，並且是本印表機最高的列印速度。 1. The printing paper is printed and finished: the paper taking roller takes the printing paper sheet into the printer. The paper picking roller is controlled by a stepping motor. The printing paper is sequentially driven, fixed, etc. under the driving of the motor. The area is printed and sent out to the printer; since the rotation speed of the motor is relatively stable, the working speed is fixed; the original printing speed of the corresponding output of the printer main body at the working speed is also fixed. And the highest printing speed of this printer.
2、在印表機主體機構元件工作速度固定不變的條件下，為了實現使印表機實際輸出不同的並且低於原始列印速度的列印速度，其方法是在原始列印速度的基礎上，通過內置於列印速度控 制晶片的韌體控制印表機主體在單位時間內停止一定頁數的列印動作，以延緩列印作業任務，從而實現不同的、多種的列印速度的目的，而此時列印作業內容是連續和完整的。 2. Under the condition that the working speed of the main body of the printer is fixed, in order to realize the printing speed which makes the actual output of the printer different and lower than the original printing speed, the method is based on the original printing speed. On, by built-in printing speed control The firmware of the wafer control device prints the printing machine to stop a certain number of pages per unit time, so as to delay the printing job, thereby achieving different and multiple printing speeds, and printing the job content at this time. It is continuous and complete.
3、韌體的設置包括但不限於以下方案，其中之一是使用計時器機制控制列印流程，在取紙滾輪處有感應器，因此軟體可記錄列印開始的時間，以頁為計數單位，例如，當列印頁數達到20頁時，計算這20頁的列印時間，若不滿一分鐘，則可以啟動計時器中斷函數，在中斷函數中延時至一分鐘滿，清計數器，然後開始之後的列印；其中之二是以一預定頁數為單位，每當列印頁數達到該預定頁數設定的值時，程式延時一定的列印頁時間，以此控制整體列印作業，例如，設定1分鐘內列印頁數不超過20頁，當印表機性能達到每分鐘可列印24頁時，以5頁為一單位，當列印滿5頁時，程式延時1頁列印時間，經過4次這樣的迴圈，一分鐘內的列印頁數可以由24頁降低到20頁；例如在此可採用8051晶片組或Marvell晶片組或其他可達到此功能的晶片組來實現上述設置。 3. The firmware settings include but are not limited to the following schemes. One of them is to use the timer mechanism to control the printing process. There is a sensor at the pickup roller, so the software can record the start time of printing, in units of pages. For example, when the number of printed pages reaches 20 pages, the printing time of the 20 pages is calculated. If it is less than one minute, the timer interrupt function can be started, the delay is delayed to one minute in the interrupt function, the counter is cleared, and then the start is started. Subsequent printing; two of them are in a predetermined number of pages, and each time the number of printed pages reaches the value set by the predetermined number of pages, the program delays a certain printing time, thereby controlling the overall printing operation, For example, if the number of printed pages is less than 20 pages in 1 minute, when the printer can print 24 pages per minute, 5 pages are used as a unit. When the page is printed 5 pages, the program delays 1 page. Printing time, after 4 such loops, the number of printed pages in one minute can be reduced from 24 pages to 20 pages; for example, 8051 chipset or Marvell chipset or other chipset that can achieve this function can be used here. Implement the above settings.
4、為了實現用戶對印表機輸出的不同的列印速度的選擇，韌體對印表機設置了兩種或兩種以上的可供選擇的列印速度的操作狀態，其中不僅包括原始的、最高的列印速度的操作狀態，而且包括其他多種較低列印速度的操作狀態，此時不同列印速度的操作狀態下單位時間內被延緩列印頁數多少是根據需要由韌體任意設置的，被延緩列印的頁碼位置在原始的列印速度下的頁碼內的分佈狀態是根據需要可以任意設置的。 4. In order to realize the user's choice of different printing speeds for the printer output, the firmware sets two or more operating states of the printing speed for the printer, including not only the original The operating state of the highest printing speed, and includes a variety of other operating states of the lower printing speed. At this time, the operating time of different printing speeds is delayed by the number of printed pages per unit time. The distribution state of the page number position of the delayed printing page at the original printing speed can be arbitrarily set as needed.
列印速度的控制方法的方案之一，如第2圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如24ppm，另一操作狀 態的列印速度被韌體設定為低於原始的列印速度，例如19ppm，其所對應的單位時間內被停止列印的5張列印頁碼與在原始的列印速度下默認的列印24張數的所占位置是合併在一起任意分佈的，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 One of the schemes for the printing speed control method, as shown in Fig. 2, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. Original printing speed, for example 24ppm, another operation The printing speed of the state is set to be lower than the original printing speed by the firmware, for example, 19 ppm, and the corresponding five printing page numbers that are stopped in the unit time and the default printing of 24 sheets at the original printing speed. The occupied positions of the numbers are arbitrarily distributed together, the squares in the figure represent the positions of the normal number of printed pages, and the circles represent the positions where the number of printed pages is stopped.
列印速度的控制方法的方案之二，如第3圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如24ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如19ppm，其所對應的單位時間內被停止列印的5張列印頁碼與在原始的列印速度下默認的列印24張數的所占位置是合併在一起分佈在其最末尾的位置，最大限度的減少用戶等待的時間，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 The second method of the printing speed control method, as shown in FIG. 3, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example, 24 ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example, 19 ppm, and the corresponding five pages of the printing page code that are stopped in the corresponding unit time are The default printing speed of the original printing speed of 24 positions is merged together at the end of the position, to minimize the user waiting time, the square in the figure represents the position of the normal number of printed pages, The circle represents the position at which the number of pages printed is stopped.
列印速度的控制方法的方案之三，如第4圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如24ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如19ppm，其所對應的單位時間內被停止列印的5張列印頁碼在原始的列印速度下默認的列印24張數的所占位置的5張是分成分別為1張與4張的二個小組任意分佈其中的，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 The third scheme of the printing speed control method, as shown in FIG. 4, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example 24ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example, 19ppm, and the corresponding five consecutive printing page numbers in the corresponding unit time are in the original At the printing speed, the default printing of 24 sheets of the number of positions is divided into two groups of 1 and 4 sheets, and the square in the figure represents the position of the normal number of printed pages. The shape represents the position at which the number of pages printed is stopped.
列印速度的控制方法的方案之四，如第5圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如24ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如19ppm，其所對應的單位時間內被停止列印的5張列印頁碼在原始的列印速 度下默認的列印24張數的所占位置是分散分佈在其中的任何位置，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 The fourth method of the printing speed control method, as shown in FIG. 5, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example 24ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example, 19ppm, and the corresponding five consecutive printing page numbers in the corresponding unit time are in the original Printing speed The default print position of 24 sheets is any position distributed among them. The square in the figure represents the position of the normal number of printed pages, and the circle represents the position where the number of printed pages is stopped.
列印速度的控制方法的方案之五，如第6圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如32ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如24ppm，其所對應的單位時間內被停止列印的8張列印頁碼在原始的列印速度下默認的列印32張數的所占位置是合併在一起任意分佈的，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 The fifth method of the printing speed control method, as shown in Fig. 6, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example 32ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example 24ppm, and the corresponding 8 consecutive printing pages in the unit time are in the original At the printing speed, the default printing position of 32 sheets is arbitrarily combined. The square in the figure represents the position of the normal number of printed pages, and the circle represents the position where the number of printed pages is stopped.
列印速度的控制方法的方案之六，如第7圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如32ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如24ppm，其所對應的單位時間內被停止列印的8張列印頁碼在原始的列印速度下默認的列印32張數的所占位置是合併在一起分佈在其最末尾的位置，最大限度的減少用戶等待的時間，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 The sixth method of the printing speed control method, as shown in Fig. 7, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example 32ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example 24ppm, and the corresponding 8 consecutive printing pages in the unit time are in the original At the printing speed, the default printing position of 32 sheets is merged and distributed at the end of the position, which minimizes the waiting time of the user. The square in the figure represents the position of the normal number of printed pages, and the circle The shape represents the position at which the number of pages printed is stopped.
列印速度的控制方法的方案之七，如第8圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如32ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如24ppm，其所對應的單位時間內被停止列印的8張列印頁碼在原始的列印速度下默認的列印32張數的所占位置是是分成分別為1張與7張的二個小組任意分佈其中的，圖中方形代表正常列印頁數的位置， 圓形代表被停止列印頁數的位置。 The seventh method of the printing speed control method, as shown in Fig. 8, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example 32ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example 24ppm, and the corresponding 8 consecutive printing pages in the unit time are in the original At the printing speed, the default printing position of 32 sheets is divided into two groups of 1 and 7 sheets, and the square in the figure represents the position of the normal number of printed pages. The circle represents the position at which the number of pages printed is stopped.
列印速度的控制方法的方案之八，如第9圖所示，韌體對印表機設置了兩種可供選擇的列印速度的操作狀態，其中操作狀態之一印表機主體輸出的原始的列印速度，例如32ppm，另一操作狀態的列印速度被韌體設定為低於原始的列印速度，例如24ppm，其所對應的單位時間內被停止列印的8張列印頁碼在原始的列印速度下默認的列印32張數的所占位置是分散分佈在其中的任何位置，圖中方形代表正常列印頁數的位置，圓形代表被停止列印頁數的位置。 Eight of the schemes for controlling the printing speed, as shown in Fig. 9, the firmware sets two operating states of the printing speed to the printer, wherein one of the operating states is output by the printer main body. The original printing speed, for example 32ppm, the printing speed of the other operating state is set by the firmware to be lower than the original printing speed, for example 24ppm, and the corresponding 8 consecutive printing pages in the unit time are in the original At the printing speed, the default printing position of 32 sheets is any position distributed among them. The square in the figure represents the position of the normal number of printed pages, and the circle represents the position where the number of printed pages is stopped.
雖然本發明已以實施方式揭露如上，然其並非用以限定本發明，任何熟習此技藝者，在不脫離本發明之精神和範圍內，當可作各種之更動與潤飾，因此本發明之保護範圍當視後附之申請專利範圍所界定者為準。 Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.
1‧‧‧印表機 1‧‧‧Printer
2‧‧‧列印速度控制晶片 2‧‧‧Printing speed control chip
3‧‧‧印表機主體 3‧‧‧Printer main body
為讓本發明之上述和其他目的、特徵、優點與實施例能更明顯易懂，所附圖式之說明如下：第1圖是本發明印表機的組成元件示意圖。 The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood.
第2圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之一。 FIG. 2 is a schematic diagram showing a control method of printing speed according to an embodiment of the present invention.
第3圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之二。 FIG. 3 is a second schematic diagram of a method for controlling printing speed according to an embodiment of the invention.
第4圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之三。 FIG. 4 is a third schematic diagram of a method for controlling printing speed according to an embodiment of the invention.
第5圖係繪示依照本發明一實施方式的一種列印速度的 控制方法示意圖之四。 Figure 5 is a diagram showing a printing speed according to an embodiment of the present invention. The fourth method of control method.
第6圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之五。 FIG. 6 is a fifth schematic diagram of a method for controlling printing speed according to an embodiment of the invention.
第7圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之六。 FIG. 7 is a sixth schematic diagram of a method for controlling printing speed according to an embodiment of the invention.
第8圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之七。 FIG. 8 is a seventh schematic diagram of a method for controlling printing speed according to an embodiment of the invention.
第9圖係繪示依照本發明一實施方式的一種列印速度的控制方法示意圖之八。 FIG. 9 is a schematic diagram showing a method for controlling the printing speed according to an embodiment of the present invention.
1‧‧‧印表機 1‧‧‧Printer
2‧‧‧列印速度控制晶片 2‧‧‧Printing speed control chip
3‧‧‧印表機主體 3‧‧‧Printer main body
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| CN103978786A (en) * | 2014-05-16 | 2014-08-13 | 中国计量学院 | Intelligent ground inkjet printer capable of achieving man-machine interaction based on STM32 single-chip microcomputer |
| CN106476455A (en) * | 2016-09-12 | 2017-03-08 | 北京三快在线科技有限公司 | The control method of printing, device and printer |
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| JP2915070B2 (en) * | 1990-05-11 | 1999-07-05 | キヤノン株式会社 | Image forming device |
| JP3228476B2 (en) * | 1990-09-21 | 2001-11-12 | キヤノン株式会社 | Recording device |
| JP2001154542A (en) * | 1999-11-26 | 2001-06-08 | Oki Data Corp | Image recording device |
| JP2002137414A (en) * | 2000-10-31 | 2002-05-14 | Canon Inc | Ink jet recorder and method for detecting residual quantity of ink |
| JP2002316464A (en) * | 2001-04-19 | 2002-10-29 | Pfu Ltd | Serial printer |
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| JP2003118184A (en) * | 2001-10-15 | 2003-04-23 | Seiko Epson Corp | Method and device for sending paper in printer and ink jet printer |
| AUPS048302A0 (en) * | 2002-02-13 | 2002-03-07 | Silverbrook Research Pty. Ltd. | Methods and systems (ap79) |
| KR100645441B1 (en) * | 2005-05-03 | 2006-11-14 | 삼성전자주식회사 | Image forming apparatus |
| JP4864447B2 (en) * | 2005-12-21 | 2012-02-01 | 京セラミタ株式会社 | Driving device used in image forming apparatus |
| JP2008107686A (en) * | 2006-10-27 | 2008-05-08 | Kyocera Mita Corp | Image forming apparatus |
| JP2009265154A (en) * | 2008-04-22 | 2009-11-12 | Sharp Corp | Image forming apparatus, printing method in image forming apparatus and computer program for functioning print processing in image forming apparatus |
| CN102529455A (en) * | 2011-12-28 | 2012-07-04 | 艾塔斯科技（镇江）有限公司 | Printer and method for controlling printing speed of printer |
-
2011
- 2011-12-28 CN CN2011104452860A patent/CN102529455A/en active Pending
-
2012
- 2012-12-21 TW TW101149005A patent/TW201345740A/en unknown
- 2012-12-26 WO PCT/CN2012/087593 patent/WO2013097731A1/en active Application Filing
Also Published As
| Publication number | Publication date |
|---|---|
| WO2013097731A1 (en) | 2013-07-04 |
| CN102529455A (en) | 2012-07-04 |
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