CN103067633A - Working method capable of accelerating working speed and image processing equipment suitable for the same - Google Patents
Working method capable of accelerating working speed and image processing equipment suitable for the same Download PDFInfo
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- CN103067633A CN103067633A CN2011103304838A CN201110330483A CN103067633A CN 103067633 A CN103067633 A CN 103067633A CN 2011103304838 A CN2011103304838 A CN 2011103304838A CN 201110330483 A CN201110330483 A CN 201110330483A CN 103067633 A CN103067633 A CN 103067633A
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Abstract
The invention discloses a working method capable of accelerating working speed and image processing equipment suitable for the same. The working method includes the following steps: (a) providing a control module and a plurality of image processing modules, wherein the plurality of the image processing modules are used for processing image data and the control module is connected with the plurality of the image processing modules, (b) controlling operation modes of the plurality of the image processing modules through the control module, and (c) processing a part of the image data through the plurality of the image processing modules according to the operation modes to accelerate the working speed of image processing equipment. The aim of directly accelerating the working speed without changing a system plan and specifications of components is achieved. The number of the image processing modules is increased, so the functions of shortening a calculation schedule of the image processing modules and further accelerating the working speed and reducing waste of time and cost are achieved.
Description
Technical field
The present invention relates to a kind of operational method, but relate in particular to a kind of operational method of promoting operation speed and applicable image processing equipment thereof.
Background technology
In recent years, flourish along with the evolution of electronics industry and industrial technology, science and technology is maked rapid progress, and various electronic installations and equipment also constantly are required to promote its processing or operating speed along with user's demand.Yet, in order to adapt to the lifting of processing or operating speed, often need to redesign the system of whole electronic installation and equipment, even the first assembly in inside must be replaced by more high standard totally, to meet the demand of new system, so that development cost and time-histories increase thereupon.
For example, at present image processing equipment has become product indispensable in enterprise or the family, wherein has high performance-price ratio, consumptive material with multifunctional paper feeding machine again and changes simple, functional diversities and be easy to the advantage such as use, so widely enterprise or family adopt.See also Figure 1A and Figure 1B, it is respectively the operational method schematic flow sheet of known image processing equipment scan image and the operational method schematic flow sheet of known image processing equipment print image.Shown in Figure 1A and Figure 1B, when known image processing equipment is wanted to carry out the image scanning operation, first begin to scan so that the microprocessor of image processing equipment (Micro-processing Unit via step S101, MPU) start scanning imaging system, and shown in step S102, begin to carry out the image scanning action; Then, the view data that obtains after the scanning is carried out the image operation shown in the step S103, parsing and conversion, and after finishing this view data is carried out the image compression operation shown in the step S104, step S105 is stored as file with it for another example; Then, judge whether that the hookup picture of lower one page will be processed, that is carry out step S106, if judgement still has the hookup picture of lower one page to process, then get back to step S102 and begin to carry out the image scanning action.Otherwise, if judgement will be processed without the hookup picture of lower one page, then shown in step S107, finish this scanning imaging system.
In like manner, when known image processing equipment is wanted to print operation, begin to print via step S111 so that the microprocessor of image processing equipment starts print routine first, and file opening also prepares to print operation shown in step S112; Then, the view data that file opening obtains is carried out the image operation shown in the step S113, parsing and conversion, and after finishing this view data is carried out the image decompressor operation shown in the step S114, step S115 is with its output and printing for another example; Then, judge whether that the hookup picture of lower one page will be processed, that is carry out step S116, if judgement still has the file that continues of lower one page to process, then get back to step S112 file opening and prepare to carry out the image printing action.Otherwise, if judgement will be processed without the file that continues of lower one page, then shown in step S117, finish this print routine.
This shows, when known image processing equipment is wanted to carry out image scanning or print job, must etc. image compression finish and be stored as after file or image decompressor finish and print off, beginning can be carried out scanning or the print job of subsequent data, so because image processing and image compression, decompression must consume microprocessor a large amount of operation time, so the specification of microprocessor and processing speed become the bottleneck of image processing equipment operating speed maximum then.
Yet along with user's demand improves constantly, the scanner uni print speed of image processing equipment certainly will will and then improve to meet user's expectation.Therefore, in order to reach the more requirement of high speed processing, operation, the exploitation of new product just must be changed the specification of systems organization and first assembly, from design, research and development, buying to production, is all increasing again cost and the time of exploitation.
Therefore, how to develop a kind of defective that is enough to improve above-mentioned known technology, and can avoid changing systems organization and first assembly specification because again developing, but with the operational method of the promoting operation speed that reduces the waste of money and time and applicable image processing equipment thereof, real be present problem in the urgent need to address.
Summary of the invention
But main purpose of the present invention is operational method that a kind of promoting operation speed is provided and applicable image processing equipment thereof, must change the specification of systems organization and first assembly to solve when known image processing equipment is wanted promoting operation speed, and increase the shortcomings such as development cost and time.
But another object of the present invention is operational method that a kind of promoting operation speed is provided and applicable image processing equipment thereof, carry out respectively image and process by modular various image processing module is set, can reach and need not to change systems organization and first assembly specification and the direct effect of promoting operation speed.
But another object of the present invention is operational method that a kind of promoting operation speed is provided and applicable image processing equipment thereof, by expanding the quantity of image processing module, can reach the computing time-histories that shortens image processing module and the effect of promoting operation speed, the waste of minimizing time cost.
For reaching above-mentioned purpose, but of the present invention one better enforcement aspect is for providing a kind of operational method of promoting operation speed, be applicable to an image processing equipment, at least comprise step: (a) provide a control module and a plurality of image processing module, these a plurality of image processing module frameworks are in processing one view data, and this control module is connected with these a plurality of image processing modules; (b) this control module is controlled an operating mode of these a plurality of image processing modules; And (c) these a plurality of image processing modules according to this operating mode this view data of processing section respectively, to promote the operating speed of this image processing equipment.
For reaching above-mentioned purpose, but another better enforcement aspect of the present invention is for providing a kind of operational method of promoting operation speed, be applicable to an image processing equipment, at least comprise step: (a) provide a control module, one first image processing module and one second image processing module, this first image processing module and this second image processing module framework are in processing one view data, and this control module is connected with this first image processing module and this second image processing module; (b) this control module is controlled an operating mode of this first image processing module and this second image processing module; (c) this first image processing module begins to carry out the image processing according to this operating mode; (d) this first image processing module is obtained this view data; (e) this first image processing module need to judge whether this view data of this second image processing module assist process part; (f) this second image processing module is obtained this view data of part; (g) this second image processing module carries out the image processing; (h) this second image processing module notifies this view data of this first image processing module part to be disposed; (i) this second image processing module judges whether that this view data of will finish dealing with is back to this first image processing module; (j) this view data that will finish dealing with by a data transmission interface of this second image processing module is back to this first image processing module; (k) this first image processing module carries out the image processing; (l) this first image processing module judges whether to still have a pending view data or a view data that continues; And (m) image is finished dealing with; Wherein, when this step (e) judged result when being, carry out this step (f) to this step (i), when this step (e) when the determination result is NO, carry out this step (k) to this step (l), when this step (i) judged result when being, carry out this step (j), when this step (i) when the determination result is NO, carry out this step (m), when this step (l) judged result when being, re-execute this step (d) to this step (e), when this step (l) when the determination result is NO, carry out this step (m).
For reaching above-mentioned purpose, another better enforcement aspect of the present invention comprises at least for a kind of image processing equipment is provided: a plurality of image processing modules, and framework is in processing a view data; And a control module, be connected with these a plurality of image processing modules, in order to control an operating mode of these a plurality of image processing modules; Wherein, these a plurality of image processing modules are according to this view data of this operating mode difference processing section, to promote the operating speed of this image processing equipment.
Beneficial effect of the present invention is, in sum, but the invention provides a kind of operational method of promoting operation speed and applicable image processing equipment thereof, by being set, modular various image processing module carries out respectively the image processing, and by expanding the quantity of image processing module, not only have and need not to change systems organization and first assembly specification and the direct advantage of promoting operation speed, also can reach the computing time-histories that shortens image processing module and the effect of promoting operation speed, the waste of minimizing time cost.
Description of drawings
Figure 1A is the operational method flow chart of known image processing equipment scan image.
Figure 1B is the operational method flow chart of known image processing equipment print image.
But Fig. 2 is the operational method flow chart of the promoting operation speed of preferred embodiment of the present invention.
Fig. 3 is the assembly block diagram of the image processing equipment of preferred embodiment of the present invention.
Fig. 4 is a plurality of image processing modules of the image processing equipment of preferred embodiment of the present invention are distinguished the processing section view data according to operating mode flow chart.
Fig. 5 A is the flow chart of the image processing step that scans of image processing equipment of the present invention.
Fig. 5 B is the flow chart of the image processing step that prints of image processing equipment of the present invention.
But Fig. 6 is the operational method flow chart of the promoting operation speed of another embodiment of the present invention.
Fig. 7 is the assembly block diagram of the image processing equipment of another embodiment of the present invention.
Wherein, description of reference numerals is as follows:
2,4: image processing equipment
21,41: control module
22: image processing module
221,421: control unit
222,422: memory cell
223,423: data transmission interface
23,43: the image extraction module
231,431: photosensory assembly
24,44: memory module
25,45: print module
26,46: input and output module
261,461: man-machine interface
262,462: sensing cell
263,463: data transmission unit
3,5: external device (ED)
42a: the first image processing module
42b: the second image processing module
S101～S107: the operational method process step of known image processing equipment scan image
S111～S117: the operational method process step of known image processing equipment print image
S201～S203: but the operational method process step of promoting operation speed
S301～S311: image processing module is according to the process step of operating mode difference processing section view data
S401～S403: the image process flow steps that image processing equipment scans
S404～S406: the image process flow steps that image processing equipment prints
S501～S513: but the operational method process step of promoting operation speed
Embodiment
Some exemplary embodiments that embody feature ﹠ benefits of the present invention will be described in detail in the explanation of back segment.Be understood that the present invention can have in different aspects various variations, the usefulness that so its neither departing from the scope of the present invention, and explanation wherein and accompanying drawing ought explain in itself, but not in order to limit the present invention.
See also Fig. 2 and Fig. 3, but it is respectively the assembly block diagram of the image processing equipment of the operational method flow chart of promoting operation speed of preferred embodiment of the present invention and preferred embodiment of the present invention.As shown in Figures 2 and 3, but the operational method of the present invention's promoting operation speed is applicable to image processing equipment 2, at least comprise step: shown in the step S201 of Fig. 2, control module 21 and a plurality of image processing module 22 are provided, wherein a plurality of image processing modules 22 comprise control unit 221 separately, memory cell 222 and data transmission interface 223, control unit 221 can be such as but not limited to microprocessor (MPU), memory cell 222 can be random access memory (Random Access Memory, RAM) and/or read-only memory (Read-Only Memory, ROM) etc., and data transmission interface 223 can be USB (Universal Serial Bus, USB), sequence high-tech configuration (Serial Advanced Technology Attachment, SATA), quick peripheral hardware interconnect standard coffret (Peripheral Component Interconnect Express, PCI-E), live wire coffret (Firewire or IEEE 1394) and thunderclap coffret (Thunderbolt
TM) etc., but not as limit, and a plurality of image processing module 22 frameworks are in image data processing, control module 21 is connected with a plurality of image processing modules 22; Secondly, shown in step S202, the operating mode of a plurality of image processing modules 22 of control module 21 controls, this operating mode can be such as but not limited to cutting apart with the page, cut apart or cut apart with band shape with block etc.; At last, for another example shown in the step S203, a plurality of image processing modules 22 are processed respectively parts of images data after cutting apart according to this operating mode, for example, be responsible for respectively processing recto and verso by a plurality of image processing modules 22, or process respectively the first half of the same page and Lower Half etc., to promote the operating speed of image processing equipment 2, carry out respectively image and process by modular various image processing module 22 is set, can reach the systems organization that need not to change image processing equipment 2 and first assembly specification and the direct effect of promoting operation speed.
In some embodiment, image processing equipment 2 of the present invention comprises image extraction module 23, memory module 24, print module 25 and input and output module 26.Image extraction module 23 is connected with control module 21 and a plurality of image processing module 22, and comprise photosensory assembly 231, Charged Coupled Device (Charge-coupled Device for example, CCD) or contact-type image sensor (Contact Image Sensor, CIS) etc., but not as limit, in order to extract view data, carry out respectively image for a plurality of image processing modules 22 and process.Memory module 24 is connected with control module 21 and a plurality of image processing module 22, can be such as but not limited to solid state hard disc (Solid-state Disk, SSD), hard disk (Hard-Disk, H.D.D), flash memory (Flash Memory), random access memory (RAM), read-only memory (ROM) etc., in order to storing image data, read for control unit 21 and a plurality of image processing module 22, and a plurality of image processing module 22 is according to operating mode reads image data and carry out image and process respectively.Print module 25 is connected with control unit 21 and a plurality of image processing module 22, prints out in order to the view data after image processing module 22 images are finished dealing with.
In addition, input and output module 26 are connected with control module 21, and can comprise man-machine interface 261, sensing cell 262 and data transmission unit 263 etc., but not as limit.Wherein, man-machine interface 261 can operate for the user, to control image processing equipment 2 of the present invention, and can be by the operating mode of man-machine interface 261 selection image processing modules 22, such as but not limited to cutting apart with the page, cut apart or cut apart and carry out respectively image processing etc. with band shape with block, and the operating mode by a plurality of image processing modules of control module 21 controls.Therefore, wish promotes image processing equipment 2 and carries out the operating speed that image is processed, the operating mode that quantity that can be by expanding image processing module 22 and selecting adapt, and reach the effect of the computing time-histories that shortens each image processing module 22 and promoting operation speed, the waste of minimizing time cost.Certainly, in other embodiment, operating mode can be for being selected by control module 21 automatically, or be built in regularly among the control module 21, but not as limit.Whether sensing cell 262 has pending view data in order to sensing, and the passback sensing result is to control unit 21, and data transmission unit 263 is in order to transmit image data, its transmission means can be the image data transmission of image processing module 22 images being finished dealing with and being stored in memory module 24 to external device (ED) 3, or pending view data transferred to control module 21 and image processing module 22 by external device (ED) 3, right neither as limit.
According to conception of the present invention, memory module 24 also can be in order to store the view data of finishing dealing with via image processing module 22.For example, the operating mode of a plurality of image processing modules 22 of control module 21 controls, so that a plurality of image processing modules are processed the view data that image extraction module 23 extracts respectively according to this operating mode, and the view data of finishing dealing with is stored as the image file of specific format, and be stored in memory module 24, but not as limit.
See also Fig. 4 and cooperate Fig. 2 and Fig. 3, wherein Fig. 4 is that a plurality of image processing modules of image processing equipment of preferred embodiment of the present invention are according to the operating mode flow chart of processing section view data respectively.Such as Fig. 2, Fig. 3 and shown in Figure 4, a plurality of image processing modules of image processing equipment of the present invention are shown among Fig. 4 according to step (S203) detailed process of operating mode difference processing section image, at least comprise step: shown in step S301, a plurality of image processing modules 22 begin to carry out image processing program according to control module 21 specified operating modes, then shown in step S302, image processing module 22 is obtained view data by control module 21, this view data can be extracted from image extraction module 23, input is from input and output module 26 or read from memory module 24, but not as limit.Secondly, shown in step S303, judge whether this view data needs the view data of other image processing module 22 assist process parts.
In the judged result of step S303 when being, shown in step S304, other image processing modules 22 are obtained the view data of part, include but not limited to extract from image extraction module 23, input certainly input and output module 26, read from memory module 24 or be received from original image processing module 22, and the image that carries out step S305 is processed, and after finishing dealing with, view data such as step S306 notice original image processing module 22 these parts is disposed, for example pass through to transmit an interrupt signal to original image processing module 22, but not as limit.Then enter step S307, that is judge whether that the view data of will finish dealing with is back to original image processing module 22.When being, execution in step S308 is back to original image processing module 22 by data transmission interface 223 with the view data of finishing dealing with in judged result; And when the determination result is NO, finish image processing program, i.e. step S309.
In step S303 when the determination result is NO, carrying out the image of step S310 processes, and after finishing dealing with, judge whether to still have pending view data or the view data that continues such as step S311, the foundation of its judgement can be carried out sensing by the sensing cell 262 of input and output module 26, also can direct controlled module 21 or the control of the man-machine interface 261 of input and output module 26, but not as limit.If the determination result is NO, execution in step S309 then, that is finish image processing program; If judged result is yes, then to get back to step S302 and again obtain view data, and carry out image processing program according to above-mentioned steps S302～S311, its method, flow process repeat no more in this as hereinbefore.
See also Fig. 5 A and Fig. 5 B and cooperate Fig. 3 and Fig. 4, wherein Fig. 5 A and Fig. 5 B are respectively the flow chart of the image processing step that image processing equipment of the present invention scans and the flow chart of the image processing step that image processing equipment of the present invention prints.Shown in Fig. 3, Fig. 4, Fig. 5 A and Fig. 5 B, image processing equipment 2 of the present invention, when scanning, the image processing step shown in step S305 and the S310 can comprise: shown in step S401, carry out computing, parsing and the conversion of image; And after finishing computing, parsing and conversion, shown in step S402 and carry out the action of image compression; Image after will compressing again is stored as image file, can be stored in the memory module 24 such as but not limited to the memory cell 222 of image memory module 22 or image processing equipment 2, namely shown in step S403.
In some embodiment, when vision facilities 2 of the present invention printed, the image processing step shown in step S305 and the S310 can comprise: shown in step S404, carry out computing, parsing and the conversion of image; And after finishing computing, parsing and conversion, shown in step S405 and carry out the action of image decompressor; Image output after will decompressing again also prints, and for example prints output action by print module 25, but not as limit, namely shown in step S406.
See also Fig. 6 and Fig. 7, but it is respectively the assembly block diagram of the image processing equipment of the operational method flow chart of promoting operation speed of another embodiment of the present invention and another embodiment of the present invention.As shown in Figure 6, but the operational method of the present invention's promoting operation speed is applicable to image processing equipment 4, at least comprise step: shown in the step S501 of Fig. 6, control module 41 is provided, the first image processing module 42a and the second image processing module 42b, wherein the first image processing module 42a and the second image processing module 42b comprise control unit 421 separately, memory cell 422 and data transmission interface 423, control unit 421 can be such as but not limited to microprocessor, memory cell 422 can be random access memory and/or read-only memory etc., and data transmission interface 423 can be USB, the configuration of sequence high-tech, quick peripheral hardware interconnect standard coffret, live wire coffret and thunderclap coffret etc., but not as limit, and the first image processing module 42a and the second image processing module 42b framework are in image data processing, and control module 41 is connected with the first image processing module 42a and the second image processing module 42b; Secondly, shown in step S502, the operating mode of control module 41 control the first image processing module 42a and the second image processing module 42b, this operating mode can be such as but not limited to cutting apart with the page, cut apart or cut apart with band shape with block etc.; Then, for another example shown in the step S503, the first image processing module 42a and the second image processing module 42b begin to carry out image processing program according to control module 41 specified operating modes, then shown in step S504, the first image processing module 42a obtains view data by control module 41, this view data can be extracted from image extraction module 43, input from input and output module 46 or read from memory module 44 etc., but not as limit; Come again, shown in step S505, need to judge whether this view data of the second image processing module 42b assist process part.
In the judged result of step S505 when being, shown in step S506, the second image processing module 42b obtains the view data of part, include but not limited to extract from image extraction module 43, input is from input and output module 46, read from memory module 44 or be received from the first image processing module 42a, and the image that carries out step S507 is processed, and after finishing dealing with, notify the view data of first this part of image processing module 42a to be disposed such as step S508, for example the second image processing module 42b transmits interrupt signal to the first an image processing module 42a, but not as limit.Then enter step S509, that is judge whether that the view data of will finish dealing with is back to the first image processing module 42a.When being, execution in step S510 is back to the first image processing module 42a by data transmission interface 423 with the view data of finishing dealing with in judged result; And when the determination result is NO, finish image processing program, i.e. step S511.
When the determination result is NO, the first image processing module 42a directly carries out the image of step S512 to be processed in step S505; And after finishing dealing with, shown in step S513, judge whether to still have pending view data or the view data that continues, the foundation of its judgement can be carried out sensing by the sensing cell 462 of input and output module 46, also can direct controlled module 41 or the control of the man-machine interface 461 of input and output module 46, but not as limit.If the determination result is NO, execution in step S511 then, that is finish image processing program; If judged result is yes, then to get back to step S504 and again obtain view data, and carry out image processing program according to above-mentioned steps S504～S513, its method, flow process repeat no more in this as hereinbefore.
This shows that the first image processing module 42a of the present invention and the second image processing module 42b are according to the view data of the operating mode difference processing section of control module 41 appointments.For example, be responsible for processing the odd number page by the first image processing module 42a, and be responsible for processing the even number page by the second image processing module 42b; Or processed by the image that the first image processing module 42a carries out a page first half, and carried out the image processing etc. of this page Lower Half by the second image processing module 42b, to promote the operating speed of image processing equipment 4.Certainly, in some embodiment, operating mode can be for being selected by control module 41 automatically, or be built in regularly among the control module 41, but not as limit.
In sum, but the invention provides a kind of operational method of promoting operation speed and applicable image processing equipment thereof, by being set, modular various image processing module carries out respectively the image processing, and by expanding the quantity of image processing module, not only have and need not to change systems organization and first assembly specification and the direct advantage of promoting operation speed, also can reach the computing time-histories that shortens image processing module and the effect of promoting operation speed, the waste of minimizing time cost.
Can be appointed by those skilled in the art even if the present invention has been described in detail by the above embodiments and to execute that the craftsman thinks and be to modify right neither taking off such as Protector that attached claim is wanted as all.
Claims (13)
1. but the operational method of a promoting operation speed is applicable to an image processing equipment, comprises at least step:
(a) provide a control module and a plurality of image processing module, these a plurality of image processing module frameworks are in processing one view data, and this control module is connected with these a plurality of image processing modules;
(b) this control module is controlled an operating mode of these a plurality of image processing modules; And
(c) these a plurality of image processing modules are according to this view data of this operating mode difference processing section, to promote the operating speed of this image processing equipment.
2. but the operational method of promoting operation speed as claimed in claim 1, wherein each these a plurality of image processing module has a control unit separately, and this control unit is a microprocessor.
3. but the operational method of promoting operation speed as claimed in claim 1, wherein this operating mode is for cutting apart with the page, cutting apart or cut apart this view data with band shape with block.
But 4. the operational method of promoting operation speed as claimed in claim 1, wherein this image data extraction from an image extraction module of this image processing equipment, input from an input and the output module of this image processing equipment, read from a memory module of this image processing equipment or read from an external device (ED).
But 5. the operational method of promoting operation speed as claimed in claim 1, wherein this step (c) also comprises step:
(c1) one first image processing module of these a plurality of image processing modules begins to carry out the image processing according to this operating mode;
(c2) this first image processing module is obtained this view data;
(c3) this first image processing module need to judge whether this view data of one second image processing module assist process part;
(c4) this second image processing module is obtained this view data of part;
(c5) this second image processing module carries out the image processing;
(c6) this second image processing module notifies this view data of this first image processing module part to be disposed;
(c7) this second image processing module judges whether that this view data of will finish dealing with is back to this first image processing module;
(c8) this view data that will finish dealing with by a data transmission interface of this second image processing module is back to this first image processing module;
(c9) this first image processing module carries out the image processing;
(c10) this first image processing module judges whether to still have a pending view data or a view data that continues; And
(c11) image is finished dealing with;
Wherein, when this step (c3) judged result when being, carry out this step (c4) to this step (c7), when this step (c3) when the determination result is NO, carry out this step (c9) to this step (c10), when this step (c7) judged result when being, carry out this step (c8), when this step (c7) when the determination result is NO, carry out this step (c11), when this step (c10) judged result when being, re-execute this step (c2) to this step (c3), when this step (c10) when the determination result is NO, carry out this step (c11).
But 6. the operational method of promoting operation speed as claimed in claim 5, wherein this step (c5) also comprises step:
(c51) this second image processing module carries out image operation, parsing and conversion to this view data;
(c52) this view data after this second image processing module compressed image computing, parsing and the conversion;
(c53) this view data after this second image processing module will compress is stored as a file.
But 7. the operational method of promoting operation speed as claimed in claim 5, wherein this step (c5) also comprises step:
(c51) this second image processing module carries out image operation, parsing and conversion to this view data;
(c52) this view data after this second image processing module decompressing image computing, parsing and the conversion;
(c53) this view data output after this second image processing module will decompress also prints.
But 8. the operational method of promoting operation speed as claimed in claim 5, wherein this step (c9) also comprises step:
(c91) this first image processing module carries out image operation, parsing and conversion to this view data;
(c92) this view data after this first image processing module compressed image computing, parsing and the conversion;
(c93) this view data after this first image processing module will compress is stored as a file.
But 9. the operational method of promoting operation speed as claimed in claim 5, wherein this step (c9) also comprises step:
(c91) this first image processing module carries out image operation, parsing and conversion to this view data;
(c92) this view data after this first image processing module decompressing image computing, parsing and the conversion;
(c93) this view data output after this first image processing module will decompress also prints.
But 10. the operational method of promoting operation speed as claimed in claim 5, wherein this step (c6) by this second image processing module transmit an interrupt signal to this first image processing module to realize.
But 11. the operational method of promoting operation speed as claimed in claim 1, wherein this image processing equipment is one scan instrument, a printer or a multifunctional paper feeding machine.
12. but the operational method of a promoting operation speed is applicable to an image processing equipment, comprise at least step:
(a) provide a control module, one first image processing module and one second image processing module, this first image processing module and this second image processing module framework are in processing one view data, and this control module is connected with this first image processing module and this second image processing module;
(b) this control module is controlled an operating mode of this first image processing module and this second image processing module;
(c) this first image processing module begins to carry out the image processing according to this operating mode;
(d) this first image processing module is obtained this view data;
(e) this first image processing module need to judge whether this view data of this second image processing module assist process part;
(f) this second image processing module is obtained this view data of part;
(g) this second image processing module carries out the image processing;
(h) this second image processing module notifies this view data of this first image processing module part to be disposed;
(i) this second image processing module judges whether that this view data of will finish dealing with is back to this first image processing module;
(j) this view data that will finish dealing with by a data transmission interface of this second image processing module is back to this first image processing module;
(k) this first image processing module carries out the image processing;
(l) this first image processing module judges whether to still have a pending view data or a view data that continues; And
(m) image is finished dealing with;
Wherein, when this step (e) judged result when being, carry out this step (f) to this step (i), when this step (e) when the determination result is NO, carry out this step (k) to this step (l), when this step (i) judged result when being, carry out this step (j), when this step (i) when the determination result is NO, carry out this step (m), when this step (l) judged result when being, re-execute this step (d) to this step (e), when this step (l) when the determination result is NO, carry out this step (m).
13. an image processing equipment comprises at least:
A plurality of image processing modules, framework is in processing a view data; And
One control module is connected with these a plurality of image processing modules, in order to control an operating mode of these a plurality of image processing modules;
Wherein, these a plurality of image processing modules are according to this view data of this operating mode difference processing section, to promote the operating speed of this image processing equipment.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109598348A (en) * | 2017-09-28 | 2019-04-09 | 北京猎户星空科技有限公司 | A kind of image pattern obtains, model training method and system |
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| JP2003303066A (en) * | 2002-04-09 | 2003-10-24 | Ricoh Co Ltd | Image processing system |
| CN102098407A (en) * | 2010-12-21 | 2011-06-15 | 阚继承 | Method and system for printing |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2003303066A (en) * | 2002-04-09 | 2003-10-24 | Ricoh Co Ltd | Image processing system |
| CN102098407A (en) * | 2010-12-21 | 2011-06-15 | 阚继承 | Method and system for printing |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109598348A (en) * | 2017-09-28 | 2019-04-09 | 北京猎户星空科技有限公司 | A kind of image pattern obtains, model training method and system |
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