CN1205597A

CN1205597A - Receiving transmitting device for multiple datas having different gray scales

Info

Publication number: CN1205597A
Application number: CN98107746A
Authority: CN
Inventors: 松居美佳; 中井贤; 宫部义幸; 森田克之
Original assignee: Matsushita Electric Industrial Co Ltd
Current assignee: Panasonic Holdings Corp
Priority date: 1997-02-28
Filing date: 1998-02-27
Publication date: 1999-01-20
Anticipated expiration: 2018-02-27
Also published as: KR100449076B1; CN1119024C; KR19980071851A; TW382674B; HK1017549A1

Abstract

When communicating data, the transmitter reads a plurality of sets of gradation data related to a same subject and transmits the plurality of sets of gradation data. The receiver decides an optimal number of shades for output purposes, receives the transmitted data and, by analyzing the number of shades in each received set of gradation data, determines which of the received sets of gradation data has the optimal number of shades. The receiver then extracts the received set of gradation data with the optimal number of shades and performs output.

Description

The reception transmitting apparatus of a plurality of data that the tonal gradation number is different and reception sending method

The invention relates to by transmission character font data such as communication line and broadcasting means and pictorial data and for receiving and showing Data Receiving dispensing device that data adopted and the Data Receiving sending method that this is sent out.

Data Receiving is sent out in the system, sometimes the gradation data of the data of font of Fa Songing and image etc. for being made of a plurality of tonal gradations.Under the situation that sends such gradation data, the ability etc. that institute can gray-scale displayed progression be received the transcriber of device side limits, the gradation data that can not be sent out by the number of greyscale levels demonstration of its former state at receiver side.Such situation is that the gray-scale data that receiving system will be received be transformed to data that receiver side can gray-scale displayed progression and shows etc. again in the past.

Utilize description of drawings reception always to send the operation of the system of gray-scale data below.At first, Fig. 1 shows the functional-block diagram that receives transmitting system.This transmission and reception apparatus is such as shown, constitute by data sending device 100 and data sink 200, data sending device 100 has data-reading unit 101, sends with data output unit 102 and data transmission unit 103, and data sink 200 has Data Receiving unit 201, gradation data converter unit 202, optimum gradation determining unit 203 and gradation data output unit 204.

Fig. 2 is the flow chart that shows the operation of system.Abide by this figure below its operation is described.

(S11) at first, the gradation data A that sends in the data-reading unit 101 of transmitter side reading of data dispensing device 100.As an example, suppose that what read is 4 grades of gray-scale datas of Figure 10 at this.

(S12) secondly, the transmission data of the form that the gradation data A dateout transmitting element 103 that is read with data output unit 102 by transmission can send.

(S13) then, data transmission unit 103 will send to receiving system 200 as sending the gradation data A that generates with data.

(S14) receive the gradation data A that sends by data sending device 100 with Data Receiving unit 201 at receiver side.

(S15) then, optimum gradation determining unit 203 is that the state of transcriber etc. is determined the treatable optimum gradation progression of receiver side in view of the object output of gradation data output unit 204.Here for example suppose that receiver side can treatable number of greyscale levels be confirmed as 2 grades of gray scales.

(S16) thus, gradation data converter unit 202 transforms to the number of greyscale levels that optimum gradation determining unit 203 is determined with the gradation data A that receives.Here, be that to transform to optimum gradation determining unit 203 determined number of greyscale levels be 2 gradation data for 4 gradation data with the number of greyscale levels that receives.And when the number of greyscale levels of the gradation data that is received is above, be not carry out conversion in optimum gradation determining unit 203 determined number of greyscale levels.

Transform to the method for the gradation data of 2 grades of gray scales as gradation data with 4 grades of gray scales, for example take the pixel with gray value " 0 " and " 1 " of the gradation data before the conversion is not added conversion as in statu quo gray value, the pixel with gray value " 2 " and " 3 " then is transformed to the method for " 1 ".As the conversion carrying out, the reception data of 4 grades of gray scales shown in Figure 10 promptly are transformed to the gradation data of 2 grades of such as shown in Figure 3 gray scales.

(S17) last, gradation data output unit 204 will be transformed into the treatable optimum gradation progression of receiver side, be that the reception data of 2 grades of gray scales output to transcriber here.Just can surpass the reproduction etc. of transmission data of the number of greyscale levels of disposal ability at receiver side by above operation.

But by above-mentioned such when operating in receiver side and handling the gradation data that is sent by transmitter side, the quality that occurs reproduced data is the situation of deterioration significantly.That is, transforming at 4 grades of gradation datas under the situation of 2 grades of gradation datas of Fig. 3 above-mentioned Figure 10,2 grades of gradation datas of Fig. 3 close links the part that should not correlate, and grade worsens.Though can be read because of font is single in this example, in the situation of the character font data of complicated shape, will occur being difficult to read the situation that character can't be done to differentiate completely because of conversion.

This is not only merely owing to reduce because of number of greyscale levels reduces the grade taken place, also comprises the reason that makes that this undesirable shape part of transmitter side manifests significantly etc. owing to transform method.On the other hand, also might improve the grade that to differentiate character even reduce number of greyscale levels as carrying out appropriate demonstration corresponding to the level that can show with this number of greyscale levels.This is not only like this to font data, in pictorial data too.

In above-mentioned reception sending method, for example only send in the situation of 2 grades of gradation datas at transmitter side, also have only and utilize 2 grades of gradation datas although receiver side has the ability of the data of utilizing 8 grades of gray scales, thereby can not utilize the function of receiver side fully neatly.

And if take method as described above, the part that must have the tonal gradation number of conversion gradation data in the receiving system, and in not having the receiving system of shift means, can't all reproduce the gradation data of reception, also can become unserviceable grade even reproduce.

Purpose of the present invention solves above-mentioned such problem with regard to being, provides to make the apparatus and method of reproducing gradation data etc. rightly that can not damage the grade of original data according to the ability of receiver side.

Above-mentioned purpose realizes as following.At first, read the different a plurality of gradation datas of tonal gradation number of relevant same target at transmitter side, send read a plurality of gradation datas.On the other hand, at receiver side, with the number of greyscale levels of treatable the best of object output of receiver side as optimum gradation progression, number of greyscale levels to the gradation data that receives is analyzed, retrieve from the gradation data that receives according to this analysis result and to determine behind the gradation data with aforementioned optimum gradation progression to extract this extraction gradation data that is determined and gradation data is outputed to aforementioned object output as extracting gradation data.

Here " same object " is not same on form, and is meant on the meaning of information identical.For example, at as the font data of " ぁ ", corresponding to the difference of the level that can express each gray scale, in each number of greyscale levels, also comprise variation as the character form of " ぁ " and line thick line etc.And the gradation data that sends in reading can read transmission singly, also can be concentrated.

Above-mentioned when doing like this, a plurality of gradation datas that the number of greyscale levels of relevant same target is different are sent out, owing to can be exported by the gradation data that wherein extracts corresponding to the number of greyscale levels of the best of the ability of object output at receiver side, so can effectively utilize the ability of the object output of receiver side, and can prevent the reduction of the grade of data.

Under the above-mentioned state, as a plurality of gradation datas of each same object being concentrated into one group at receiver side, when at receiver side when selecting a gradation data at a plurality of gradation datas of same target, alternative is clear and definite, and can realize the simplification and rapidization of processing.

As being concentrated into such one group method, can be to concentrate, perhaps by the additional link information of the gradation data of relevant same target is concentrated by the gradation data that connects relevant same target.So-called " connection " is meant data made physically arrangement mutually with adjoining.And when connecting, preferably carry out according to the order of certain benchmark relevant with the number of greyscale levels of each gradation data.

As concentrating by the above-mentioned gradation data that connects in this wise, receiver side receives a plurality of gradation datas of concentrating like this, can select a gradation data by a relevant object ground in these a plurality of data that physically connect, with further rapidization that realizes handling.When connecting, carry out, utilize this benchmark just can easier and promptly extract gradation data at receiver side as order according to certain benchmark of the number of greyscale levels of relevant each gradation data.

In addition, as gradation data being concentrated into one group by gradation data is added link information, even a plurality of gradation datas disperses, can easily specify the alternative of with an an object relevant gradation data with link information as clue at receiver side, also need not stipulate the sending order of each gradation data and can improve the flexibility of handling at transmitter side.

Preferably also to send out the attribute information of the relevant gradation data that sends simultaneously at transmitter side.Just may select to have gradation data in by a plurality of gradation datas at receiver side thus according to attribute information corresponding to the number of greyscale levels of the best of disposal ability etc.

This attribute information is preferably in additional separately corresponding attribute information on the gradation data of transmission, and is sent as table information in conjunction with attribute information.

When the gradation data adeditive attribute information of inciting somebody to action so separately, when analyzing each gradation data, receiver side just can analyze easily according to the attribute information that is added.

And when transmission is combined with the table information of attribute information, then can be by by table information gathering and carry out the analysis of gradation data when receiver side is analyzed gradation data, thus can analyze fast.If send table information in advance, just can select the gradation data that should receive in advance at receiver side, the gradation data that will then send all write down and is only selected the gradation datas of necessity, thereby can reduce the required memory capacity of receiver side.

In addition, sending simultaneously as aforementioned same target and the textual data that reads as each character that also will constitute corresponding textual data when reading textual data at transmitter side, then is extremely useful.Here so-called " textual data " be meant the character group and show the data of its arrangement, can also not be the alphabet that constitutes textual data as each character of aforementioned same target.

Like this, receiver side can constitute the putting in order of each character of text according to the identification of the textual data sent out, and unlikely misidentification is represented the information of text, selects the optimal gradation data to each character that constitutes text, and can carry out the processing of appropriate demonstration etc.

The processing of above-mentioned such transmitter side also can be carried out when sending simultaneously, and the data that also can make transmission usefulness as described above in addition adopt independent dispensing device that it is sent as sending with data output.So-called work " is exported with data as sending " and is meant and will process object makes the treatable data mode output of dispensing device, this data mode changes with the ability of dispensing device process data, for example in dispensing device data conversion is generated as the data that are adapted to corresponding conversion for the situation that sends usefulness also comprises.

On the other hand, under situation about also sending except that aforementioned a plurality of gradation data by transmitter side, preferably analyze the number of greyscale levels of the gradation data of reception at receiver side according to corresponding attribute information about the attribute information of the number of greyscale levels of each gradation data.Can improve the efficient of analysis whereby and realize handling high speed.

At receiver side, when when aforesaid a plurality of gradation datas add aforementioned attribute information respectively separately, according to attribute information additional on each gradation data that receives, if analyze the number of greyscale levels of the gradation data that is received, analytic attribute information on the gradation data of analyzing then just can be simpler and easy, promptly analyze.

Be combined with in formation under the situation of table information of aforementioned attribute information, aforementioned gradation data analysis means is as the number of greyscale levels according to this table gradation data that information analysis received, because the number of greyscale levels according to a plurality of gradation data of this table information gathering is analyzed, thereby can more effectively analyze.

In addition, aforementioned a plurality of gradation data with situation about being connected according to order about certain benchmark of the number of greyscale levels of each gradation data under, when receiver side is clue extraction gradation data with corresponding benchmark, because this benchmark is based on gradation data, so can more easily carry out the extraction of gradation data.

At receiver side, when not having the gradation data of number of greyscale levels in the gradation data that receives, in the gradation data that receives, the gradation data with the number of greyscale levels that is no more than aforementioned optimum gradation progression can be determined as extracting gradation data with aforementioned the best.Can obtain the gradation data of the treatable number of greyscale levels of object output in view of the above reliably with receiver side.And in this case, dependence will be no more than the gradation data of the maximum number of greyscale levels of having of aforementioned optimum gradation progression to be determined as a pinch gradation data, can obtain the gradation data of number of greyscale levels of the best of relevant object output in the situation of the gradation data that does not have optimum gradation progression.

On the other hand, at receiver side, when not having gradation data in the gradation data that receives, determine to extract the number of greyscale levels that gradation data also can be transformed to this corresponding extraction gradation data aforementioned the best according to certain benchmark with aforementioned optimum gradation progression.Also can under the situation of the gradation data that does not have optimum gradation progression, divide the disposal ability of waving object output fully in view of the above.

This moment as employing have the number of greyscale levels benchmark of the minimum that surpasses aforementioned optimum gradation progression as aforesaid certain benchmark, even under the situation of the gradation data that does not have optimum gradation progression, also can make give full play to the disposal ability of object output in, the reduction of the data grade that the ground inhibition of possible limit causes because of conversion.

And aforementioned same target for each character of constituting textual data, situation that this textual data also is sent out in, receiver side can be exported the gradation data of relevant character according to textual data.Just might correctly reproduce the text that is sent at receiver side in view of the above.

These and other purpose, advantage and characteristic of the present invention is by being expressly understood below in conjunction with the accompanying drawing illustration of describing particular of the present invention.Listed accompanying drawing is:

Fig. 1 is the functional-block diagram of gradation data reception transmitting system always;

Fig. 2 receives the flow chart of transmitting system operation for expression gradation data always;

Fig. 3 is transformed to the gradation data of 4 grades of gray scales shown in Figure 10 for expression the example of 2 grades of gray scales;

The gradation data that Fig. 4 relates to embodiment for expression receives the block diagram of the hardware configuration of transmitting system;

Fig. 5 is the functional-block diagram that relates to the gradation data reception transmitting system of embodiment 1;

Fig. 6 is the topology example figure of representation attribute information;

Fig. 7 is the topology example figure of the analysis result storage table of expression embodiment 1;

Fig. 8 relates to the flow chart of the gradation data dispensing device operation of embodiment 1 for expression;

Fig. 9 is the exemplary plot of the gradation data of 2 grades of gray scales of expression;

Figure 10 is the exemplary plot of the gradation data of 4 grades of gray scales of expression;

Figure 11 is the exemplary plot of the gradation data of 8 grades of gray scales of expression;

Figure 12 (a)～(c) is expression, the concrete exemplary plot of attribute information;

The concept map of the example of the connection status of the gradation data that Figure 13 (a) is had attribute information for expression adds;

Another routine concept map of the connection status of the gradation data that Figure 13 (b) is had attribute information for expression adds;

Figure 14 relates to the flow chart of operation of the gradation data receiving system of embodiment 1 for expression;

Figure 15 (a) is the figure of the recording status of data initial in the expression analysis result storage table;

Figure 15 (b) is the figure of the recording status of 3 data in the expression analysis result storage table;

Figure 16 (a)～(d) is the exemplary plot of expression at the analysis result that a plurality of gradation data the made storage of relevant different objects;

Figure 17 is expression part exemplary plot through the functional-block diagram of conversion when the gradation data converter unit is set;

Figure 18 is the flow chart of the gradation data receiving system operation of part shown in expression displacement Figure 17;

Figure 19 is expression another illustration through the part of the functional-block diagram of conversion when the gradation data converter unit is set;

The flow chart of the gradation data receiving system operation when Figure 20 replaces part shown in Figure 19 for expression;

Figure 21 is the functional-block diagram that relates to the gradation data reception transmitting system of embodiment 2;

Figure 22 is the exemplary plot of expression table information;

Figure 23 is another illustration of expression table information;

Figure 24 represents the exemplary plot of the analysis result storage table of embodiment 2;

Figure 25 relates to the flow chart of the gradation data dispensing device operation of embodiment 2 for expression;

Figure 26 is the concept map of the connection status of the gradation data of expression additional ID information;

Figure 27 is the concrete exemplary plot of expression table information;

Figure 28 relates to the flow chart of the gradation data receiving system operation of embodiment 2 for expression;

Figure 29 relates to the concrete exemplary plot of the analysis result storage table of embodiment 2 for expression;

Figure 30 is the functional-block diagram that relates to first gradation data reception transmitting system of embodiment 3;

Figure 31 relates to the flow chart of the first gradation data dispensing device operation of embodiment 3 for expression;

Figure 32 is the concrete exemplary plot of expression textual data;

Figure 33 (a)～(i) is the concrete exemplary plot of representation attribute information;

Figure 34 adds the concept map of the connection status of the gradation data that attribute information is arranged for expression;

Figure 35 relates to the flow chart of the first gradation data receiving system operation of embodiment 3 for expression;

Figure 36 relates to the concrete exemplary plot of the analysis result storage table in the first gradation data receiving system of embodiment 3 for expression;

Figure 37 is the functional-block diagram that relates to second gradation data reception transmitting system of embodiment 3;

Figure 38 represents to relate to the exemplary plot of the table information of embodiment 3;

Figure 39 relates to the flow chart of the second gradation data dispensing device operation of embodiment 3 for expression;

Figure 40 adds the concept map of the connection status of the gradation data that id information is arranged for expression;

Figure 41 is the concrete exemplary plot of expression table information;

Figure 42 relates to the flow chart of the second gradation data receiving system operation of embodiment 3 for expression; With

Figure 43 relates to the concrete exemplary plot of the analysis result storage table in the second gradation data receiving system of embodiment 3 for expression.

With reference to the accompanying drawings example of the present invention is described.

Expression relates to the hardware configuration of the gradation data reception transmitting system of the embodiment of the invention 1 among Fig. 4.This gradation data receives transmitting system and is made of gradation data dispensing device 1 and gradation data receiving system 2.Gradation data dispensing device 1 is made up of to the transmission control device 55 that gradation data receiving system 2 sends data with the interface 54 of outside input and output with by electric wave the ROM52 of the CPU51 that carries out calculation process, record controls degree etc., the RAM53 that forms the operation area etc. of CPU51, Controlled CPU 51.Be connected with the storing apparatus 56 that constitutes by the hard disk drive of depositing gradation data etc. and floppy disk etc. on the gradation data dispensing device 1 as peripheral unit, for the input unit 57 of input user of service's indication with show the display unit 58 that sends the result etc.

Gradation data receiving system 2 is by the interface 64 of the ROM62 of the CPU61 that carries out calculation process, record controls program etc., the RAM63 that forms the operation area etc. of CPU61, Controlled CPU 61 and outside input and output and receive the receiving control device 65 of the data that sent by gradation data dispensing device 1.Gradation data receiving system 2 also be connected to the storing apparatus of forming by the hard disk drive of stored data etc. 66 as peripheral unit, for input from the input unit 67 of user of service's indication with as the display unit 68 of the CRT of the demonstration of carrying out gradation data comprising of the object output of gradation data etc. etc.

Have the operation of carrying out each parts that the following describes in each comfortable general computer of the gradation data dispensing device 1 of said structure and gradation data receiving system 2, dress is realized with the program of these computer action in can also relying on.And this program can be recorded in the recording medium of the floppy disk that can be read separately by aforementioned computer etc.

Though be also can utilize the wire communication means of telephone line etc. with wireless reception and the transmission of carrying out data here.For hardware configuration described above also is same in the following embodiments.

The following describes the functional imperative that the gradation data that relates to embodiment 1 receives transmitting system.The gradation data of the expression embodiment of the invention 1 receives the functional-block diagram of transmitting system among Fig. 5.Here transmission and reception apparatus is represented as gradation data dispensing device 1A, gradation data receiving system 2A separately.

Gradation data dispensing device 1A is obtained unit 12, attribute information extra cell 13, same target data combining unit 14, is sent and constitute with data output unit 15 and data transmission unit 16 by gradation data reading unit 11, attribute information, and the part of removing data transmission unit 16 forms transmission grey data generating device 1a.

Gradation data reading unit 11 is read about the different a plurality of gradation datas of the number of greyscale levels of same target by storing apparatus 56.Here, suppose as what send data it is to send character font data, and read a plurality of gradation datas about pre-prepd same character code, font character wide, font height.But, the data of transmission as be gradation data what kind of all can, also can be pictorial data etc.

Attribute information is obtained unit 12 and is obtained attribute information about each gradation data of obtaining.Here, obtaining of attribute information be, is about to it and extracts and be used if having information about gray scale in the gradation data itself, if not then analyze gradation data and generate and obtain about the attribute information of gradation data.Here as attribute information except that gray scale, also to obtain the size of wide and the high and gradation data of character code, font.

13 pairs of attribute information extra cells read the additional corresponding respectively attribute information of gradation data.Specifically, attribute information is obtained the attribute information obtained unit 12 data here as structure such shown in Fig. 6, with its be attached to read the starting of each gradation data as heading message.And when attribute information needn't be as the heading message of gradation data, also can append to other assigned position.The structure of data of attribute information if can be discerned gradation data and also can not take structure as described above, and this is self-evident.

It is one group part that same target data combining unit 14 is concentrated each same target for a plurality of gradation datas that will read, and connects according to the benchmark that be linked in sequence of relevant each gradation data from the big beginning of number of greyscale levels at this gradation data that will add attribute information.Be used for the desirable various schemes of benchmark of this connection, can connect, also can connect according to order corresponding to the frequency of utilization of number of greyscale levels by the order of the little beginning of number of greyscale levels.Though be concentrated into one group at this to connect, also can concentrate by additional link information on each gradation data.Wide, the high three of font of character code, font in the attribute information of can adopting same as before as link information.Much less, also special string can be appended on each gradation data as link information.

Send with data output unit 15 to the connected gradation data that attribute information is arranged that adds is made the part that can be sent out with data by the transmission that data transmission unit 16 sends such form.When connected gradation data can in statu quo be sent by data transmission unit 16, send with data output unit 15 and promptly export gradation data same as before through connection.

Data transmission unit 16 is to send the transmission that generates with the grey data generating device 1a part of gradation data to receiving system 2A transmission, and transmission control device 55 is suitable with it.

On the other hand, gradation data receiving system 2A is made of Data Receiving unit 21, data record unit 22, gradation data output unit 23, gradation data analytic unit 24a, optimum gradation determining unit 25, extraction gradation data determining unit 26 and gradation data extraction unit 27.

Data Receiving unit 21 is for being received the part about the different a plurality of gradation datas of the grey of the same target that is sent out by gradation data dispensing device 1A, data record unit 22 is the part of this gradation data that receives of record, and gradation data output unit 23 is to object output output gray level section data.Though be to use display unit 68 as object output as described above at this, object output also can be that printer etc. changes any form of handling with gray scale.

Gradation data analytic unit 24a is the part of the number of greyscale levels of the gradation data of analysis reception, is the number of greyscale levels of analyzing gradation data on each gradation data according to the attribute information shown in the Fig. 6 that is added as heading message by attribute information extra cell 13 here.But can understand in advance, this moment is at receiver side, though each gradation data so can full out know maximum number of greyscale levels, just can more promptly carry out the analysis of gradation data by by being linked in sequence of the big beginning of gradation data in view of the above.

This gradation data analytic unit 24a also generates analysis result storage table such shown in Fig. 7 according to the analysis result of the attribute information of Fig. 6.This analysis result storage table is classified by each same character code, font is wide, font is high character, with the data address in the number of greyscale levels of the index of record gradation data number, optimum gradation data, each gradation data, size of data, the data record unit 22.Data address is deposited the initial address in the data record unit 22 of gradation data separately.The index of suitable gradation data " " hurdle writes down the address of the extraction gradation data that extraction gradation data determining unit 26 described later determines.The structure of analysis result storage table is not limited to the above, for example, also can be at first by the character code classification, then wide by font again, height is made disaggregated classification.

Optimum gradation determining unit 25 is with the object output of aforementioned gradation data output unit 23, be defined as optimum gradation progression for the number of greyscale levels of display unit 68 treatable the bests here.For example, optimum gradation progression is confirmed as 8 grades of gray scales when the display unit 68 of object output only can be handled maximum 8 grades of gray scales.This optimum gradation progression depends on the gray scale disposal ability of object output, has under a plurality of situations receiving the other side, with separately situation and different.Though normally determine optimum gradation progression by the gray scale disposal ability of object output, in object output the situation of his purposes of tool when using several color in addition etc., also may there be the situation that changes optimum gradation progression according to this number of colors that is used.Though be only to determine optimum gradation progression here by the disposal ability of object output, in addition also can be with reference to above-mentioned analysis result table.In doing such processing, the most suitable number of greyscale levels is increased, change optimum gradation progression according to the difference of character.

Extract gradation data determining unit 26 and extract gradation data by gradation data and definite conduct that retrieval in the gradation data that receives has the aforementioned optimum gradation progression that is determined according to aforementioned gradation data analytic unit 24a income analysis result.But when in the gradation data that receives, not having gray scale, the gradation data that has the number of greyscale levels that is no more than this optimum gradation progression in the gradation data that receives is determined as extracting gradation data with determined optimum gradation progression.

Gradation data extraction unit 27 is for extracting by the part of extracting gradation data determining unit 26 determined extraction gradation datas.Be specifically, address with reference to record in the storage of decomposition result shown in Fig. 7 table by extraction gradation data determining unit 26 determined gradation datas, extract corresponding gradation data by data record unit 22, it is sent to gradation data output unit 23 according to the output request.

The following describes the operation that the gradation data with said structure receives transmitting system.At first according to the operation of the flowchart text transmitter side of the operation that shows gradation data dispensing device 1A shown in Fig. 8.

This be supposition about with " pressures " this character as sending object, transmission has the wide and high three kinds of gradation datas as Fig. 9,10,11 2,4,8 grades of such gray scales shown in separately of same font.They adopt the character font data corresponding to the appropriate shape of the level that can be shown by each number of greyscale levels separately.These gradation datas are to have in 1 pixel by 0 bit map data to the gray value of (number of greyscale levels-1), for example as have in 1 pixel when being the gradation data of 8 grades of gray scales by 0 to 7 value.Though be minimum gradation value to be distributed to white, maximum gradation value distribute to gray values black, in the middle of their and be assigned to grey in this example, it made other colors also do not have anti-as toning in the middle of the white and black.Prepare a plurality of gradation datas in advance at transmitter side, they are recorded in the storing apparatus 56 with different like this number of greyscale levels.

(S101) read the such gradation data group X of a plurality of gradation datas shown in Fig. 9～11 at transmitter side by gradation data reading unit 11.

(S102) gradation data of each that then obtain that the 12 pairs of aforementioned gradation data reading units 11 in unit read at attribute information is obtained the attribute information of gradation data.At this, except that promptly 2,4,8, also obtaining size of data " 32 " " 64 " " 96 " according to character code " OX3035 ", font wide " 16 ", font height " 16 " and the gradation data separately of the Japanese Industrial Standards of " pressure " as the number of greyscale levels of separately gradation data.

(S103) 13 pairs of attribute information extra cells read the additional corresponding separately attribute information of gradation data.Here, as described above attribute information is made heading message such shown in Fig. 6, with the title of its additional gradation data as separately.Gradation data shown in Fig. 9～11 is indicated in Figure 12 (a) and (b) (c) by additional heading message separately.

(S104) same target data combining unit 14 connects the additional gradation data separately that attribute information is arranged then.At this, connect each gradation data with sequence arrangement as described above by the big beginning of gray scale.What produced here is that first connects 8 grades of gradation datas, and second connects 4 grades of gradation datas, and the 3rd connects 2 grades of gradation datas.One example of the data that this result is generated is shown among Figure 13 (a) as conceptual diagram.And as shown in Figure 13 (b), common information in the attribute information, here wide, the font of character code, font high as in conjunction with the title division of gradation data in common information carry out record, can be number of greyscale levels and size of data at this also at the only additional intrinsic attribute information of each gradation data.

(S105, S106) sends with data output unit 15 and will make through the gradation data that connects and can be exported to data transmission unit 16 with data by the transmission of the such form of data transmission unit 16 transmissions, and the data transmission unit 16 that receives it sends to gradation data receiving system 2A with this gradation data.

Subsequently, according to the operation of the flowchart text receiver side of the operation that shows the gradation data receiving system 2A shown in Figure 14.

(S201, S202) receives shown in the Figure 13 (a) that is sent out the gradation data of structure like that in receiver side Data Receiving unit 21.The data that this is received record in data record unit 22 then.

(S203) gradation data analytic unit 24a analyzes the attribute information that is added on the gradation data that receives.Gradation data analytic unit 24a as above makes the analysis result storage table of such form shown in Fig. 7 more like that by analysis result then.

Explanation analysis result storage table make process the time, at first analyze the gradation data of the such reception of Figure 13 (a) by starting of data.Like this, wide because of font in the attribute information of first data, high and character code occurs at first, so wide, high, the character code of storage font, number of greyscale levels, size of data, data address in the analysis result storage table are set at 1 with the number of gradation data.It is such that this result becomes Figure 15 (a).Here, because the data that understand to receive are tactic with by the big beginning of gray scale, also be 8 so know the number maximum of gradation data.Second later attribute information also carried out same processing, but under the situation that font as a result is wide, high, character code is identical that exists with the analysis of front, be in their analysis result storage table of record, to increase number of greyscale levels, size of data, data address, the number of gradation data is increased by one.By the result of such processing, from the such analysis result storage table of gradation data generation Figure 15 (b) of Figure 13 (a).

Only send same character code, situation that font is wide, high though be expression as the gradation data that is sent out here, but in the situation wide in character code miscellaneous and font, that height mixes transmission, because what font was wide, high, character code is different is stored in the other analysis result storage table, thus the result just generate among Figure 16 (a)～(d) for example such a plurality of analysis results storage tables.

(S204) will be that the number of greyscale levels of display unit 68 treatable the bests is defined as transporting most and works as number of greyscale levels then as the object output of gradation data output unit 23 in optimum gradation determining unit 25.

(S205) then, extract gradation data determining unit 26 according to the analysis result that gets by gradation data analytic unit 24a, be that analysis result storage table is determined the gradation data that extracts according to the optimum gradation progression that is determined from the gradation data that receives.At this moment, judge whether the data of suitable number of greyscale levels are arranged in the gradation data receive.

(S206, S207) promptly determines the gradation data of these data for extracting if when the data of optimum gradation progression are arranged in the data that this receives.On the other hand, if there are not the data of optimum gradation progression in the data that receive, then the gradation data that is no more than the maximum of optimum gradation progression in the data that receive is determined as the gradation data that extracts.For example, when optimum gradation progression is confirmed as 8 grades of gray scales, because the gradation data that has 8 grades of gray scales in the data that receive, so this gradation data is determined as the gradation data that extracts.On the other hand, when the optimum gradation data are confirmed as 5 grades of gray scales, owing to do not have the gradation data of 5 grades of gray scales in the data that receive, will be no more than the gradation data of the maximum gradation data of these 5 grades of gray scales, the i.e. definite conduct extraction of the gradation data of 4 grades of gray scales.The address of the extraction gradation data that is determined is recorded to analysis result storage table " index of optimum gradation number " hurdle.

(S208, S209) then, gradation data extraction unit 27 takes out determined extraction gradation data by data record unit 22 by the size of data share with reference to the address of the gradation data that is write down in the analysis result storage table.At last, the extraction gradation data that will extract according to output request gradation data extraction unit 27 sends to gradation data output unit 23, and gradation data output unit 23 outputs to object output with the gradation data of this extraction.

By above-mentioned such operation, send the different multiple gradation data of number of greyscale levels, select to use best gradation data at receiver side, just may effectively utilize the high-grade data of masterpiece showing of receiver side to greatest extent.

In the above-described embodiments, when not having the data of optimum gradation progression in the gradation data that receives, extract the gradation data of the maximum that is no more than optimum gradation progression it is exported among the receiving system 2A.But, in the time of also can considering in the gradation data that receives, not have the data of optimum gradation progression, extract the gradation data of the minimum that surpasses best grey, it is transformed into optimum gradation progression exports.

Under situation about doing like this, also can be in receiving system 2A, extracting extraction unit 27 between the part of gradation data output unit 23 by gradation data, such as shown in Figure 17, gradation data converter unit 28 is set, extracts the gradation data of the minimum that surpasses best number of greyscale levels by extracting gradation data determining unit 26.

Now utilize flow chart shown in Figure 180 that the operation of the receiving system when making such formation is described simply.The gradation data supposition that receives is same as the previously described embodiments.Until judge in reception data originally, whether have the data of optimum gradation progression till, with (S301～S305) all identical till the S201 to S205 of Figure 14.Here, when having the reception data of the number of greyscale levels identical with optimum gradation progression, equally also S206, S208, the S209 with Figure 14 identical (S306, S307, S311).

On the other hand, when the reception data of not identical number of greyscale levels, extract gradation data determining unit 26 and from receive data, determine to surpass the gradation data of minimum of optimum gradation progression as extracting gradation data (S308) with optimum gradation progression.For example, when optimum gradation progression was 3 grades of gray scales, ash level data extraction unit 27 determined to surpass the gradation data of 4 grades of gray scales of number of greyscale levels of the minimum that receives this number of greyscale levels in the data as extracting gradation data.

In addition, gradation data extraction unit 27 extracts this extraction gradation data (S309) that is determined from data record unit 22, and gradation data converter unit 28 changes gray scale (S310).Then ask gradation data converter unit 28 that the data of conversion are outputed to gradation data output unit 23 by output, gradation data output unit 23 outputs to object output (S311) with the gradation data of this extraction.

Rely on such operation, in not having the reception data conditions of optimum gradation progression, can be in receiving data the gradation data of conversion be made the gradation data that is suitable for conversion most, the processing that just may show etc. at receiver side with the number of greyscale levels of the best.

And when not having like this reception data of optimum gradation progression, do not carry out same conversion, but according to circumstances as above-mentioned receiving system A, also can extract the reception data of the number of greyscale levels of the maximum that is no more than optimum gradation progression.

This situation, in receiving system 2A, between the part till from gradation data extraction unit 27 to gradation data output unit 23, such as shown in Figure 19, when being set, gradation data converter unit 28 also can directly send data from gradation data extraction unit 27 to gradation data output unit 27.

Extracting gradation data determining unit 26 is not having under the reception data conditions of optimum gradation progression, condition according to the rules will surpass the reception data of number of greyscale levels of the minimum of optimum gradation progression when the data that conversion is extracted determines as the gradation data that extracts, and the reception data of number of greyscale levels that will be no more than the maximum of optimum gradation progression when not doing conversion are determined the gradation data as extraction.

Here,, when in receiving data, not having the data of optimum gradation progression, have the data that in 2 grades of tonal ranges, surpass optimum gradation progression in the data, conversion to receive data, do not receive data like this with regard to not can conversion as receiving as the condition of afore mentioned rules.The purpose of this condition be make conversion the gray scale difference of data in 2 grades of gray scales, with the deterioration of the grade that prevents to bring because of variation.Though at this is to judge that the scope that has or not in 2 grades of gray scales surpasses the reception data of best progression, nature, this also is not limited only to 2 grades of gray scales, but the condition of afore mentioned rules can adopt various regulations.

The operation of the receiving system when utilizing the flow chart simple declaration shown in Figure 20 to have such structure below.The gradation data of supposing reception is same as the previously described embodiments.Till in the reception data of judging beginning, whether having the data of optimum gradation progression, also with Figure 14 by the identical (S401～S405) of S201 to S205, here, when the reception with number of greyscale levels identical with optimum gradation progression is counted also with S206, S208, the S209 identical (S406, S407, S413) of Figure 14.

On the other hand, under the reception data conditions that does not become the number of greyscale levels identical, extract gradation data determining unit 26 and further judge to receive whether have the data (S408) that surpass optimum gradation progression in the scope of 2 grades of gray scales in the data with optimum gradation progression.Here, when being judged as when not having such reception data, the situation of extracting gradation data determining unit 26 and above-mentioned receiving system 2A will be no more than the gradation data (S409) that the received signal of number of greyscale levels of the maximum of optimum gradation progression is defined as extracting in the same manner, and gradation data extraction unit 27 extracts the reception data (S407) that are determined.This is to the not in addition conversion of the reception data that are extracted, but according to the output request, gradation data extraction unit 27 sends to gradation data output unit 23 according to its former states, and the gradation data output unit outputs to object output (S413) with it.

Extract the gradation data (S410) that gradation data determining unit 26 is defined as extracting in the reception data of judging the number of greyscale levels that receives the minimum that will surpass optimum gradation progression when having the data that surpass optimum gradation progression in 2 grades of tonal ranges in the data, gradation data extraction unit 27 extraction these gradation datas (S411).The reception data (S412) that gradation data converter unit 28 conversion are this time extracted, gradation data output unit 23 should be exported request output these data through conversion (S413).

According to making such operation, if can receive the grade deterioration conversion seldom of data, then undertaken exporting the ability that just may maximally utilise object output after the conversion by extracting data, and under the very big situation of the deterioration that receives the data grade because of conversion, can be by the best gradation data of output in a plurality of gradation datas that transmitter side is being prepared, thus can do best processing by receiver side.

And in face the foregoing description the gradation data that sends is connected by same target data combining unit 14.Though this is can handle easily in order to be of value to receiver side, does not also hinder even do not connect gradation data, it also is feasible making each gradation data do the up time transmission.At this moment, can analyze gradation data as clue so that the character code in the attribute information that becomes link information, font height, font are wide in the receiving system side about same target.At this moment, though be offset, can simplify the structure of dispensing device at the time of reception of receiver side data.

Though will connect a plurality of gradation datas of relevant same target in the above-described embodiments, under the situation that sends a plurality of objects, connect a plurality of gradation datas of relevant object separately, also can connect these a plurality of data again by certain benchmark through connecting.For example also can connect with same one the benchmark of connecting into of character code about a plurality of transmission objects.

In the foregoing description, be equipped with in the dispensing device 1A and relate to transmission of the present invention grey data generating device 1a.Send and use grey data generating device 1a but this also can be set independently, the gradation data of the transmission usefulness of device generation thus is recorded in the recording medium of floppy disk etc., by common dispensing device it is read and send.

Figure 21 represents that the gradation data in the embodiment of the invention 2 receives the functional-block diagram of transmitting system.This gradation data receives transmitting system and is made up of gradation data dispensing device 1B and gradation data receiving system 2B.Here also supposition sends character font data as sending data, promptly sends a plurality of gradation datas about same character code, font is wide, font is high character.The data that send are not limited thereto, and this is also identical with embodiment 1.

Gradation data dispensing device 1B is obtained unit 12, same target data combining unit 14, is sent with data output unit 15, data transmission unit 16 by gradation data reading unit 11, attribute information, form with table information generating unit 17, the part of removing data transmission unit 16 constitutes to send uses grey data generating device 1b.And gradation data reading unit 11, attribute information are obtained unit 12, same target data combining unit 14, are sent with data output unit 15 and data transmission unit 16 all identical with embodiment 1.

Table information generating unit 17 obtains the attribute information of obtaining unit 12 with attribute information and combines generation as table information.The structure of expression table information among Figure 22.The situation that attribute information is obtained unit 12 and embodiment 1 similarly obtains the size of wide and high, gradation data of number of greyscale levels, character code, font as the attribute information of gradation data, also obtains the ID sequence number on the gradation data that is attached to each simultaneously.And when gradation data adds the ID sequence number, on gradation data, add the ID sequence number and obtain it.Table information generating unit 17 is in conjunction with the attribute informations of relevant this each gradation data, in the title division additional representation as the code of attribute information and generate shown in Figure 22 the table information of structure like that.The sequence consensus of attribute information and the gradation data that is connected by same target data combining unit 14.

Table information is not limited to the such structure of Figure 22, for example also can attribute information be classified by certain benchmark and carry out combination.Specifically as shown in Figure 23, for example can be wide by each identical character code, font, height classifies, make heading message, also adopt the number of greyscale levels of the gradation data that only will have these attribute informations and the ID of size of data and data to be combined into the such structure of number part.Though write down as attribute information by the id information of gradation data to carry out the corresponding of attribute information and half-tone information with each, but this also can be for example with the sequence number of the gradation data that connects as passing through in addition record of sequence number, if and the sequence consensus that is connected of the binding sequence of the attribute information of the correspondence in the table information and such now gradation data then can not have id information yet and passes through sequence number.And with id information or by when number being recorded in the table information, need not to combine with same sequence number with the corresponding grey of attribute information of table information.

Gradation data receiving system 2B is made of Data Receiving unit 21, gradation data output unit 23, gradation data analytic unit 24b, optimum gradation determining unit 25, extraction gradation data determining unit 26 and gradation data extraction unit 27.Data Receiving unit 21, gradation data output unit 23, optimum gradation determining unit 25, extract all identical with relevant embodiment 1 of gradation data determining unit 26, gradation data extraction unit 27.

Gradation data analytic unit 24b analyzes according to the number of greyscale levels of the gradation data that the aforementioned table information butt joint of gradation data dispensing device 1B is received.At this moment, the situation with embodiment 1 similarly generates analysis result storage table such shown in Figure 24 based on analysis result.This analysis result storage table and the storage of analysis result shown in Fig. 7 table different being in write down the ID of gradation data in the data address of the gradation data that replaces each and replace the data address of extracting gradation data and write down the ID that extracts gradation data.Analysis result storage table be not limited thereto structure, then similarly to Example 1.In table information, replace the ID of gradation data and record connection gradation data pass through along number the time, the ID of replacement gradation data passes through sequence number and write down this.Even record is not by sequence number, but in table information, during the sequence consensus that is connected of the binding sequence of corresponding attribute information and gradation data, also to pass through sequence number with the journal of the attribute information in the analytical table information.

The operation that gradation data with above structure is received transmitting system describes below.At first according to the operation of flowchart text transmitter side of the operation that shows the dispensing device of gradation data shown in Figure 25 1B.

Is to send three kinds the gradation data group X about 2,4,8 grades of gray scales of character " pressure " shown in Fig. 9,10,11 at this as sending object, supposing.

The situation of (S501, S502) and embodiment 1 similarly, read the gradation data group X that constitutes by a plurality of gradation datas shown in Fig. 9～11 at transmitter side with gradation data reading unit 11, with attribute information obtain unit 12 obtain about read the attribute information of each gradation data.The information that obtains in embodiment 1, enumerate, also obtain the id information of each gradation data.Here the id information of supposing each gradation data is respectively " 0001 ", " 0002 ", " 0003 ".

(S503), same target data combining unit 14 connect read a plurality of gradation datas.Here still also be to connect each gradation data with sequence arrangement from the big beginning of number of greyscale levels.The data that this result generates show in Figure 26 as concept map.

(S504) then show information generating unit 17 in conjunction with the attribute information of obtaining, generate table information.This binding sequence order of connection with the corresponding grey scale data that connected with same target data combining unit 14 as described above is consistent.The table information representation that the result generated is in Figure 27.

(S505, S506) sends with data output unit 15 and at first the table information that is generated made and can output to data transmission unit 16 with data with the transmission that data transmission unit 16 sends such form, and the data transmission unit 16 that receives it sends to gradation data receiving system 2B with this table information.

(S507, S508) sends with data output unit 15 gradation data through connecting made and can export toward data transmission unit 16 with data with the transmission of the such form of data transmission unit 16 transmissions, and the data transmission unit 16 that receives it sends to gradation data receiving system 2B with this gradation data.Here, data transmission unit 16 transmission table information when sending gradation data is sending through behind the official hour.

Following basis shows the operation of flowchart text receiver side of the operation of the receiving system of gradation data shown in Figure 28 2B.

(S601) at receiver side, at first Data Receiving unit 21 receives such table information shown in the Figure 27 that is sent out.

(S620) gradation data analytic unit 24b analyzes the table information that receives.Gradation data analytic unit 24 makes the analysis result storage table of such form shown in Figure 24 more as described above from the result who analyzes.

The process that makes of analysis result storage table is roughly the same with the process that makes of the analysis result storage table of relevant embodiment 1, initial analytical table information by data, the font that initially occurs is wide, high, and character code deposits analysis result storage table in, and the number of gradation data is set at 1.Then second later attribute information also carried out same processing, but exist with before the font as a result of analysis wide, high, when character code is identical, in addition number of greyscale levels, size of data and data ID in their analysis result storage table of record, and the number of gradation data increased 1.Because knowing here the data that receive also is with by the suitable word arrangement of the big beginning of gray scale, also is 8 so know the number maximum of gradation data.The result of such processing is the such analysis result storage table of gradation data generation Figure 19 by Figure 27.

Though be to show only to send same character code, the situation when font is wide, high as the gradation data that is sent out here, and, height wide in various character codes, font mixes under the situation about being sent out, similarly font is wide, high, character code is inequality is stored in other analysis result storage table with the situation of embodiment 1, so generate a plurality of analysis result storage tables is arranged.

Here in table information, record the id information of each gradation data, but under recording the situation of passing through sequence number of gradation data, write down the sequence number of passing through of gradation data in the analysis result storage table.Even and by under the also Unrecorded situation of sequence number, here because the order of the attribute information in the corresponding table information is consistent with the order of gradation data, so also can pass through sequence number by the journal of reading attribute information by table information.

(S603) in optimum gradation determining unit 25, the treatable optimum gradation progression of object output of gradation data output unit 23 is defined as optimum gradation progression.

(S604) extract gradation data determining unit 26 according to by gradation data analytic unit 24b gained result, be analysis result storage table, determine in the attribute information of the gradation data that from table information, is write down based on the gradation data that extracts of fixed optimum gradation progression.At this moment, judge the data that whether have optimum gradation progression in the attribute information of the gradation data that table information is write down.

(S605, S606) if show the gradation data that optimum gradation progression is arranged in the attribute information of the gradation data that the table information is here write down, just the gradation data that this gradation data is defined as extracting.On the other hand, as showing the gradation data that does not have optimum gradation progression in the attribute information, the gradation data that then is no more than the maximum of optimum gradation progression in the gradation data that attribute information is represented is determined as the gradation data that extracts.At this, for example suppose that the gradation data of 4 grades of gray scales is determined as extracting gradation data.The ID of the extraction gradation data that is determined is recorded in " ID of optimum gradation data " hurdle of analysis result storage table into.

(S607) Data Receiving unit 21 receives the gradation data through connecting that is sent out from gradation data dispensing device 1B.

(S608) id information of the gradation data that write down with reference to analysis result storage table of gradation data extraction unit 27 extracts the extraction gradation data that is determined of corresponding gradation data in a plurality of gradation datas that connecting that from then on receive.Here because be the gradation data of 4 grades of gray scales is determined as extracting gradation data, so 27 references of gradation data extraction unit as " 0002 " of the id information of the gradation data of 4 grades of gray scales that write down in the analysis result storage table, are extracted the gradation data of the id information with " 0002 " from a plurality of gradation datas that receive.

The situation of passing through sequence number that records gradation data in analysis result storage table is will manage to extract target data from the size of data of each gradation data and the number that passes through of extraction gradation data.For example, extracting gradation data now is the gradation data of 4 grades of gray scales of second, in analysis result storage table as being No. 2 by number record.Thereby gradation data extraction unit 27 extracts second data from the gradation data that is bonded.Because the size of first data is 96, thus the size of data by from the address of jumping over 96 of starting of the gradation data that is sent out certainly, reading 4 grades of gray scales promptly the data of 64 shares extract the data of 4 grades of gray scales.

(S609) according to the output request extraction gradation data that gradation data extraction unit 27 extracts is sent to gradation data output unit 23, gradation data output unit 23 is with the past object output of it output.

Rely on such operation, send the different multiple gradation data of number of greyscale levels similarly to Example 1, select to use best gradation data, promptly may maximally utilise the high-grade data of masterpiece showing of receiver side thus at receiver side.And owing to analyze attribute and id information or the order that can know gradation data in advance by the table information of the gradation data that previous reception is sent, so might only be taken into required gradation data, thereby can further cut down the capacity of memory and simplify processing than the situation of embodiment 1.

Among the embodiment 2, when in the gradation data that as embodiment 1, receives, not having the data of optimum gradation progression, also be to draft the gradation data that will extract the minimum that surpasses best number of greyscale levels, its data that are transformed to optimum gradation progression are exported, under situation about doing like this, still in receiving system 2B, between part from gradation data extraction unit 27 to gradation data output unit 23, such as shown in Figure 17, gradation data converter unit 28 is set, can extracts the gradation data of the minimum that surpasses best number of greyscale levels by extracting gradation data determining unit 26.

Do not having not do same conversion under the reception data conditions of optimum gradation progression, but can extract the reception data of the number of greyscale levels of the maximum be no more than optimum gradation progression according to situation, this situation during also with embodiment 1 equally in receiving system 2B, from gradation data extraction unit 27 between gradation data output unit 23 parts, such as shown in Figure 19, gradation data converter unit 28 is set, can directly sends data to gradation data output unit 23 from gradation data extraction unit 27 simultaneously.

Operation when doing like this because of with the illustrated operation of embodiment 1 usefulness mutually, its explanation of Therefore, omited.

Though connect gradation data in the foregoing description, as on gradation data, add link information, prevent even do not connect also not have, also can send each gradation data naturally in turn.

The code of additional representation attribute information on the table information in the foregoing description, if but for example inevitable order transmission with the gradation data on the attribute information on first, second etc. pre-determine sending order, then because recognize that first data are that attribute information, data thereafter are gradation data, so do not indicated it also is self-evident especially.Though and be at the additional code that representation attribute information is arranged of table information side here, can certainly at the code of gradation data side additional representation gradation data.

In addition, though here so that time difference transmission table information and gradation data to be set, but as in gradation data receiving system 2B, data record unit similarly is set with the situation of embodiment 1, also just can arbitrarily determine to send the timing of table information and gradation data, also table information can be combined with gradation data and send.

Can also will not send in the same manner with being contained in the grey data generating device 1b among the dispensing device 1B with embodiment 1, use grey data generating device 1a but independently be provided with to send, the transmission that device is thus generated is recorded on the recording medium of floppy disk etc. with gradation data, and relies on common dispensing device that it is read and sends.

First gradation data among Figure 30 in the expression embodiments of the invention 3 receives the functional-block diagram of transmitting system.This gradation data receives transmitting system and also is made up of gradation data dispensing device 1c and gradation data receiving system 2c.Receive a plurality of gradation data that sends for character string among the embodiment 3.

Gradation data dispensing device 1c is obtained unit 12, attribute information extra cell 13, same target data combining unit 14c, is sent and form with data output unit 15, data transmission unit 16, textual data reading unit 18, gradation data extraction unit 19a and gradation data memory cell 19b by gradation data reading unit 11, attribute information, and the part of removing data transmission unit 16 constitutes to send uses grey data generating device 1c.And gradation data reading unit 11, attribute information are obtained unit 12, attribute information extra cell 13, are sent with data output unit 15 and data transmission unit 16 all identical with embodiment 1.

Textual data reading unit 18 is for reading the part of textual data.Read sequence at this as the character code of each character of the formation text of textual data.Textual data reading unit 18 is exported the textual data that reads in to sending with data output unit 15, send with data output unit 15 this textual data is also outputed to data transmission unit 16 as sending with data.

Gradation data memory cell 19b deposits a plurality of gradation data of the character that relevant character code represents to the alphabet code.Here supposition is the gradation data of storage secondary gray scale, 4 grades of gray scales and 8 grades of gray scales about each character code.

Gradation data extraction unit 19a extract corresponding to constitute textual data reading unit 18 read textual data each character, be a plurality of gradation datas of each character code, export to gradation data reading unit 11.

Same target data combining unit 14c is the part that connects a plurality of gradation datas similarly to Example 1, but at first be with about a plurality of gradation datas of each character code by being linked in sequence of the big beginning of number of greyscale levels, again this is connected data by little being linked in sequence of character code.If similarly link information is attached on the gradation data, then need not makes gradation data and connect, and can adopt various types of attachment with the situation of embodiment 1.

Gradation data receiving system 2c is made up of Data Receiving unit 21, data record unit 22, gradation data output unit 23c, gradation data analytic unit 24a, optimum gradation determining unit 25, extraction gradation data determining unit 26 and gradation data extraction unit 27.Data Receiving unit 21, data record unit 22, gradation data analytic unit 24a, optimum gradation determining unit 25, extract all identical with relevant embodiment 1 of gradation data determining unit 26 and gradation data extraction unit 27.

Gradation data output unit 23c is according to the textual data that is sent by gradation data dispensing device 1c, i.e. the gradation data that extracts with the output gray level data extracting unit 27 that puts in order of character code.

Illustrate below that then the gradation data with above structure receives the operation of transmitting system.At first, according to the operation of the flowchart text transmitter side of the operation of the gradation data dispensing device 1c of expression shown in Figure 31.

Here supposition will be about the text receipt of " あいラ " character string as sending object.Be respectively " OX2422 " " OX2424 " " OX2426 " according to the character code that constitutes about the Japanese Industrial Standards of each character of the character string of this " あいラ ", it is such that textual data becomes Figure 32.

(S701, S702) reads the textual data shown in Figure 32 by textual data reading unit 18, and gradation data extraction unit 19a is from a plurality of gradation datas of gradation data memory cell 19b extraction corresponding to each character code that constitutes textual data.

(S703～S705) similarly to Example 1, gradation data reading unit 11 reads a plurality of data that are extracted, attribute information code fetch unit 12 obtain relevant read the attribute information of gradation data of each gradation data.Then, attribute information extra cell 13 additional corresponding attribute information on gradation data separately.Here also with attribute information as heading message, with the title of its additional gradation data as separately.Here the attribute information of gained is shown in Figure 33 (a)～(i) for example.

(S706) same target data combining unit 14 connects relevant to the additional gradation data separately that the same character code of attribute information is arranged.That is, become and each gradation data that all is connected of character code that constitutes textual data.At this also as described above, make each gradation data by being connected by the sequence arrangement of the big beginning of number of greyscale levels, the data with this connection are connected by the order by the little beginning of character code again.The result who connects is shown among Figure 34 conceptually.

(S707～S709) transmission makes connected gradation data and textual data can be exported to data cell 16 with data by the transmission of the such form of data transmission unit 16 transmissions with data output unit 15, and the data transmission unit 16 that receives it sends to gradation data receiving system 2c with this textual data and gradation data.

Below according to the operation of the flowchart text receiver side of the operation of the gradation data receiving system 2c of expression shown in Figure 35.

(S801～S803) at receiver side, Data Receiving unit 21 receives textual data and the gradation data that is sent out.Then the data record that this is received is to data record unit 22.

(S804) gradation data analytic unit 24a analyzes the attribute information that is attached on the gradation data that receives.Gradation data analytic unit 24a is made the analysis result storage table of such form shown in Fig. 7 more as described above to each character code by the result who analyzes.As above-mentioned, because different being stored in the other analysis result storage table of character code, so the result who handles just generates three analysis result storage tables corresponding to such each character of " あ " " い " " ラ " of Figure 36 like this.

(S805～S808) determine optimum gradation progression by optimum gradation determining unit 25 in the same manner with embodiment 1 determines the gradation data of the extraction of relevant each character code by extracting gradation data determining unit 26 according to the optimum gradation number.The address of the extraction gradation data that is determined is recorded to the index edge of the optimum data of analysis result storage table.

(S809, S810) gradation data extraction unit 27 takes out the extraction gradation data that is determined with reference to the address of the gradation data that is write down in each character code analysis result storage table by data record unit 22 by size of data.At last according to output request gradation data extraction unit 27 to gradation data output unit 23 send extract gradation data, gradation data output unit 23 puts in order these gradation datas and exports to object output by the character of textual data.This result just can erroneous arrangement " あいラ " character ground, in object output, show each character of formation " あいラ " etc. with appropriate number of greyscale levels.

First gradation data of the foregoing description 3 receives the development that transmitting system relates to the gradation data reception transmitting system of embodiment 1, send so that carry out the reception of textual data, developed the purpose that reaches same but also the gradation data about embodiment 2 can be received transmitting system.

The second gradation data reception transmitting system of such gradation data reception transmitting system as embodiment 3 described.This gradation data of expression receives the functional-block diagram of transmitting system among Figure 37.This gradation data receives transmitting system and also is made up of gradation data dispensing device 1D and gradation data receiving system 2D.

Gradation data dispensing device 1D is obtained unit 12, same target data combining unit 14c, is sent with data output unit 15, data transmission unit 16, table information generating unit 17D, textual data reading unit 18, gradation data extraction unit 19a and gradation data memory cell 19b and form by gradation data reading unit 11, attribute information, and the part of removing data transmission unit 16 constitutes to send uses grey data generating device 1d.Gradation data reading unit 11, attribute information obtain unit 12, send with data output unit 15 and data transmission unit 16 all identical with embodiment 2; Same target data combining unit 14c, textual data reading unit 18, gradation data extraction unit 19a and gradation data memory cell 19b then receive gradation data dispensing device 1c identical of transmitting system with above-mentioned first gradation data.

Table information generating unit 17D is combined the part that generates as table information for similarly attribute information being obtained the attribute information of obtaining unit 12 with the situation of embodiment 2.As the associated methods of this attribute information be, at first, by same target data combining unit 14 attribute information is consistently combined about each character code with the order of connected gradation data, make structure such shown in Figure 22, and then will in conjunction with with from the in addition combination of the order of the little beginning of character code.

Certainly, the structure of this table information is not limited to above-mentioned such, for example also can adopt the such structure of Figure 38.And same with the situation of embodiment 2, also available ID sequence number and the whole bag of tricks by sequence number etc. carry out the identification of gradation data.

Gradation data receiving system 2D is made up of Data Receiving unit 21, gradation data output unit 23c, gradation data analytic unit 24b, optimum gradation determining unit 25, extraction gradation data determining unit 26 and gradation data extraction unit 27.Data Receiving unit 21, gradation data analytic unit 24b, optimum gradation determining unit 25, extract all identical with about embodiment 2 of gradation data determining unit 26 and gradation data extraction unit 27; Gradation data output unit 23c then receives gradation data dispensing device 1c identical of transmitting system with above-mentioned first gradation data.

The operation that the gradation data with above structure is received transmitting system now is explained as follows.At first, according to the operation of the flowchart text transmitter side of the operation that shows the dispensing device of gradation data shown in Figure 39 1D.Here also supposition be with about the textual data in " あいラ " character as sending object.

(S901, S902) reads textual data by textual data reading unit 18, and gradation data extraction unit 19a is from a plurality of gradation data of gradation data memory cell 19b extraction corresponding to each character code that constitutes textual data.

(S903, S904) similarly to Example 2, gradation data reading unit 11 reads a plurality of gradation datas that are extracted, attribute information obtain unit 12 obtain relevant read the attribute information of each gradation data.

(S905) same target data combining unit 14 connects a plurality of gradation datas separately about same character code, that is, each each character code that constitutes textual data is made the gradation data of connection.Here also as described above, be with each gradation data to connect by the sequence arrangement of the big beginning of number of greyscale levels, then again with the data of this connection with being linked in sequence by the little beginning of character code.The concept map of the state of expression among Figure 40 through connecting.

(S906) similarly to Example 2, table information generating unit 17 with the attribute information obtained in addition in conjunction with generation table information.The order of this combination order of connection with the corresponding gradation data that is connected by same target data combining unit 14c as described above is consistent, again will be through the data of combination by carrying out combination by the order of the little beginning of character code.Figure 41 represents the table information example that generated.

(S907, S908) sends with data output unit 15 and at first the table information that is generated made and can be exported with data and to data transmission unit 16 by the transmission of the such form of data transmission unit 16 transmissions, and the data transmission unit 16 that receives it sends to gradation data receiving system 2D with this table information.

(S909～S911) transmission makes gradation data through connecting and textual data can be exported with data and to data transmission unit 16 by the transmission of the such form of data transmission unit 16 transmissions with data output unit 15, and the data transmission unit 16 that receives it sends to gradation data receiving system 2D with this textual data and gradation data.

Below according to the operation of representing the flowchart text receiver side of the operation of gradation data receiving system 2D shown in Figure 42.

(S1001) at receiver side, at first Data Receiving unit 21 receives the table information that is sent out.

(S1002) gradation data analytic unit 24b analyzes the table information that receives.Gradation data analytic unit 24 makes analysis result storage table in the same manner from the result of analysis and the situation of embodiment 2 again.At this also as described above, because inequality being stored in other analysis result storage table of character code so the result who handles is like this, generates three analysis result storage tables corresponding to each character of such " あ " " い " " ラ " of Figure 43.

(S1004～S1006) determines the optimum gradation progression by optimum gradation determining unit 25 similarly to Example 2, determines gradation data about the extraction of each character code by extracting gradation data determining unit 26 according to optimum gradation progression.The ID of the extraction gradation data that is determined is recorded in " ID of optimum data " hurdle of analysis result storage table separately.

(S1007～S1009) Data Receiving unit 21 receives textual data, 27 pairs of each character codes of while gradation data extraction unit, with reference to the id information of the gradation data that is write down in the analysis result storage table, the extraction gradation data that is determined is proposed from the gradation data of the connection that receives.At last by output request, gradation data extraction unit 27 to gradation data output unit 23 send extract gradation data, gradation data output unit 23 puts in order these gradation datas and exports to object output according to the character of textual data.This result remains can be made " あいラ ", and the character arrangement is inerrably carried out appropriate demonstration etc. by object output to each character that constitutes " あいラ ".

Utilize gradation data extraction unit 19a, gradation data memory cell 19b to extract the relevant a plurality of gradation datas that constitute each character of textual data in the present embodiment, but also these and the textual data that will read can be prepared simultaneously in advance, be read by gradation data reading unit 11.

Be that a plurality of gradation datas at the alphabet that constitutes textual data are sent to receiving system in the present embodiment, but also can be so that only send a plurality of gradation datas at a part of character string.For example has situation corresponding to the basic character font data of multi-stage grey scale at receiver side, promptly need not send gradation data at transmitter side, and can only send the gradation data of the special character of relevant foreign language that receiver side do not prepare and size about this basic font.Even in this case, gradation data output unit 24c is also according to the extraction gradation data of the relevant foreign language that can be sent out of the order of textual data output etc.

Though be to make to become the transmission textual data here, about the extraction gradation data of the character that constitutes text, this also can be applied to send the situation of a plurality of gradation datas of relevant visual and advertising sign etc. to receiver side according to the output that puts in order of textual data.That is, also can be additional with distinguished symbol on the data of image and advertising sign etc., replace textual data but send the information of output order that the image etc. of this distinguished symbol is adopted in expression, export the extraction gradation data of relevant image etc. at receiver side according to the information of this output order of expression.

In the present embodiment also with embodiment 1 and the embodiment 2 described gradation data converter units 28 that similarly are provided with, make and can do distortion, the application that gradation data etc. is extracted in conversion that this also is self-evident.

Although utilization of the present invention has been done complete explanation for example in conjunction with the accompanying drawings, it is conspicuous should pointing out to do concerning those skilled in the art that various variants and modifications.

Therefore unless these variants and modifications depart from the scope of the present invention, otherwise they all should be included among the present invention by explanation.

Claims

1, a kind of data sending device is characterized in that including:

The gradation data read means reads about the different a plurality of gradation datas of the number of greyscale levels of same target; With

Data send means, send read a plurality of gradation datas.

2, data sending device as claimed in claim 1 is characterized in that also including:

Same target data engagement means, transmission read a plurality of gradation datas before same target is concentrated is one group.

3, data sending device as claimed in claim 2 is characterized in that:

Same target data engagement means is concentrated into one group by the gradation data that connects relevant same target with gradation data, and so-called here the connection is that data are physically arranged mutually with adjoining.

4, data sending device as claimed in claim 2, it is characterized in that: same target data engagement means is by being concentrated into one group to the additional data that connect of the gradation data of relevant same target with gradation data, and so-called here link information is meant the information that belongs to by the group of concentrating.

5, data sending device as claimed in claim 2 is characterized in that also including: the textual data read means, read textual data, and

Described gradation data read means will constitute each character of described textual data as described same target;

Described data send means also send simultaneously read textual data.

6, a kind of transmission data generating device is characterized in that including:

The gradation data read means reads about the different a plurality of gradation datas of the number of greyscale levels of same target;

Attribute information is obtained means, obtain about read the attribute information of a plurality of gradation datas, contain information here in the attribute information relevant for the number of greyscale levels of gradation data; With

Send the data output means, with read a plurality of gradation datas and the attribute information of obtaining export with data as sending.

7, transmission data generating device as claimed in claim 6 is characterized in that also including: the attribute information additional means, read the additional corresponding separately attribute information of a plurality of gradation datas.

8, transmission data generating device as claimed in claim 6 is characterized in that also including: table information generates means, will generate as table information in conjunction with the attribute information of obtaining.

9, a kind of transmission data generating device is characterized in that including:

The gradation data read means reads about the different a plurality of gradation datas of the number of greyscale levels of same object;

Same target data engagement means, with read a group of being concentrated into every same target of gradation data; With

Send the data output means, the gradation data that is concentrated into a group is exported with data as sending.

10, transmission data generating device as claimed in claim 9, it is characterized in that: same target data engagement means is concentrated into one group by the gradation data that connects about same target with gradation data, and so-called here connection is meant physically adjoins arrangement with data.

11, transmission data generating device as claimed in claim 10 is characterized in that: same target data engagement means is with a plurality of gradation datas that are linked in sequence of certain benchmark of the number of greyscale levels of relevant each gradation data of basis.

12, transmission data generating device as claimed in claim 9, it is characterized in that: described same target data engagement means is concentrated into one group by the gradation data about same target is added link information with gradation data, and so-called here link information is meant that expression belongs to by the information of the group of concentrating.

13, a kind of transmission data generating device is characterized in that including:

The textual data read means reads textual data;

The gradation data read means reads the different a plurality of gradation datas of number of greyscale levels about each character that constitutes textual data; With

Send the data output means, with read a plurality of gradation datas and textual data export to external device (ED) with data as sending.

14, a kind of data sink of being exported about the different a plurality of gradation datas of the number of greyscale levels of same target that receives is characterized in that including:

Extract the selected means of gradation data, the gradation data that corresponding described object output should extract from described a plurality of gradation datas is determined as extracting gradation data;

Gradation data extracts means, extracts the extraction gradation data that is determined; With

The gradation data output means is exported to described object output with the gradation data that is extracted.

15, data sink as claimed in claim 14 is characterized in that extracting the selected means of gradation data and includes:

Optimum gradation is determined means, and the number of greyscale levels of the treatable the best of described object output is defined as optimum gradation progression;

The gradation data analysis means is analyzed the number of greyscale levels of described a plurality of gradation datas; With

Extract gradation data and determine means, according to the analysis result of described gradation data analysis means gained, retrieval has the gradation data of described optimum gradation progression and determines as extracting gradation data from described a plurality of gradation datas.

16, data sink as claimed in claim 15, it is characterized in that: when the gradation data analysis means also sends about the attribute information of the number of greyscale levels of each gradation data outside described a plurality of gradation datas, analyze the number of greyscale levels of a plurality of gradation datas according to described attribute information, include information in the attribute information here about the number of greyscale levels of gradation data.

17, data sink as claimed in claim 16, it is characterized in that: when the gradation data analysis means is attached on each of described a plurality of gradation datas at described attribute information, according to each attribute information that gradation data added that receives, analyze the number of greyscale levels of described a plurality of gradation datas.

18, data sink as claimed in claim 16 is characterized in that: the gradation data analysis means is when forming the table information of described attribute information combination, according to the number of greyscale levels of the described a plurality of gradation datas of described table information analysis.

19, as the data sink in the claim 14, it is characterized in that: gradation data extracts means when described a plurality of gradation datas are carried out connection with the order according to certain benchmark of the number of greyscale levels of relevant each gradation data, extract gradation data with described benchmark as clue, so-called here the connection is meant data arrangement physically with adjoining.

20, data sink as claimed in claim 15, it is characterized in that: when the extraction gradation data determines that there is not the gradation data with described optimum gradation progression in means in the gradation data that receives, the gradation data that has the number of greyscale levels that is no more than described optimum gradation progression in the gradation data that receives is determined as extracting gradation data.

21, data sink as claimed in claim 20, it is characterized in that: when the extraction gradation data determined that there is not the gradation data with described optimum gradation progression in means in the gradation data that receives, the gradation data that will have the maximum gray scale number that is no more than described optimum gradation progression was determined as extracting gradation data.

22, data sink as claimed in claim 15 is characterized in that:

When described extraction gradation data determines that there is not the gradation data with described optimum gradation progression in means in the gradation data that receives, determine that according to certain benchmark a gradation data as extracting gradation data, also includes:

The gradation data shift means, the gradation data that gradation data extraction means are extracted is transformed to described optimum gradation progression, and at this, described gradation data output means is also exported the gradation data that is transformed.

23, data sink as claimed in claim 22, it is characterized in that: when the extraction gradation data determined that there is not the gradation data with described optimum gradation progression in means in the gradation data that receives, the gradation data that will have the minimal gray progression that surpasses described optimum gradation progression was determined as extracting gradation data.

24, as the data sink in the claim 14, it is characterized in that: the gradation data output means at described same object for each character of constituting textual data, when this textual data also is sent out, according to the gradation data of described textual data output about each character.

25, a kind of Data Receiving transmitting system of forming by dispensing device and receiving system, it is characterized in that: described dispensing device includes:

Data send means, send read gradation data and

Described receiving system includes:

Gradation data receives means, receives described gradation data;

The gradation data output means is exported to object output with gradation data;

The gradation data analysis means is analyzed the number of greyscale levels of described a plurality of gradation datas;

Extract gradation data and determine means, according to the analysis result of described gradation data analysis means gained, retrieval has the gradation data of described optimum gradation progression and determines as extracting gradation data from the gradation data that receives; With

Gradation data extracts means, extracts the extraction gradation data that is determined and sends to described gradation data output means.

26, a kind of data transmission method for uplink is characterized in that comprising the following steps:

A plurality of gradation data read step read a plurality of gradation datas about same target; With

The gradation data forwarding step, send read gradation data.

27, data transmission method for uplink as claimed in claim 26 is characterized in that also including following steps:

Same target data integrating step, with read a plurality of gradation datas to be concentrated into each same target be one group.

28, data transmission method for uplink as claimed in claim 27, it is characterized in that: same target data integrating step is concentrated into one group by the gradation data that connects about same target with gradation data, here, the so-called connection is meant that data are made physics arranges mutually with adjoining.

29, data transmission method for uplink as claimed in claim 27, it is characterized in that: same target data integrating step is concentrated into one group with link information with gradation data by the gradation data about same target is added, here, so-called link information is meant that expression belongs to by the information of the group of concentrating.

30, data transmission method for uplink as claimed in claim 26 is characterized in that also including following steps:

The text read step reads textual data;

And in described gradation data read step, will constitute each character of described textual data as aforementioned same target; With

In described data sending step, also send simultaneously read textual data.

31, a kind of transmission data creation method is characterized in that including following steps:

The gradation data read step reads about the different a plurality of gradation datas of the number of greyscale levels of same target;

Attribute information is obtained step, obtain about read the attribute information of a plurality of gradation datas, at this, comprise information in the attribute information about the number of greyscale levels of gradation data; With

Send data output step, with read a plurality of gradation datas and the attribute information of obtaining export with data as receiving to send.

32, transmission data creation method as claimed in claim 31 is characterized in that further comprising the steps of:

The attribute information additional step, read the additional corresponding separately attribute information of a plurality of gradation datas.

33, transmission data creation method as claimed in claim 31 is characterized in that also comprising step:

Table information generates step, in conjunction with the attribute information of the obtaining information that tabulates.

34, a kind of transmission data creation method is characterized in that including following steps:

The same target integrating step, with read a plurality of gradation datas be concentrated into one group with every same target; With

Send data output step, the gradation data that is concentrated into a group is exported with data as sending.

35, transmission data creation method as claimed in claim 34, it is characterized in that: same target data integrating step is concentrated into one group by the gradation data that connects about same target with gradation data, and so-called here the connection is meant arranging mutually on the data crop reason with adjoining.

36, transmission data creation method as claimed in claim 35 is characterized in that: same target data integrating step is with the be linked in sequence a plurality of gradation data of basis about certain benchmark of the number of greyscale levels of each gradation data.

37, transmission data creation method as claimed in claim 34, it is characterized in that: same target data integrating step is by being one group to about the additional link information of the gradation data of same target gradation data being concentrated, here, be meant that as link information expression belongs to the information of the group that is concentrated into.

38, a kind of transmission data creation method is characterized in that including following steps:

The text read step reads textual data;

The gradation data read step reads the different a plurality of gradation datas of grey about each character that constitutes textual data; With

Send data output step, with read a plurality of gradation datas and textual data export with data as sending.

39, a kind of receive number of greyscale levels about same target different a plurality of gradation datas and export to the data receive method of object output, it is characterized in that including step:

Extract the selected step of gradation data, determine as extracting gradation data according to the gradation data that described object output should extract from described a plurality of gradation datas;

The gradation data extraction step extracts the extraction gradation data that is determined; With

Gradation data output step is exported to object output with the extraction gradation data that is extracted.

40, data receive method as claimed in claim 39 is characterized in that: extract the selected step of gradation data and include following steps:

Optimum gradation progression determining step determines the number of greyscale levels of the treatable the best of described object as optimum gradation progression;

The gradation data analytical procedure is analyzed the number of greyscale levels of described a plurality of gradation datas; With

Extract the gradation data determining step, from described a plurality of gradation datas, retrieve gradation data according to the analysis result of described gradation data analytical procedure and determine as extracting gradation data with the grey number of described the best.

41, data receive method as claimed in claim 40, it is characterized in that: in the gradation data analytical procedure, when the attribute information that except that described a plurality of gradation datas, also sends relevant for the number of greyscale levels of each gradation data, analyze the number of greyscale levels of described a plurality of gradation datas according to described attribute information; Here, comprise information in the attribute information about the number of greyscale levels of gradation data.

42, data receive method as claimed in claim 41, it is characterized in that: when described attribute information is attached on each of described a plurality of gradation datas, analyzed the number of greyscale levels of described a plurality of gradation datas by additional attribute information according to the gradation data that respectively receives in the gradation data analytical procedure.

43, data receive method as claimed in claim 41 is characterized in that: in the gradation data analytical procedure when being formed with the table information of described attribute information combination, according to the number of greyscale levels of the described a plurality of gradation datas of described table information analysis.

44, data receive method as claimed in claim 39, it is characterized in that: in the gradation data extraction step at described a plurality of gradation datas with according to the time about being linked in sequence of certain benchmark of the number of greyscale levels of each gradation data, extract gradation data with described benchmark as clue.

45, data receive method as claimed in claim 40, it is characterized in that: when not having the gradation data with described optimum gradation progression in the gradation data that receives, the gradation data that will have the number of greyscale levels that is no more than described optimum gradation progression is determined as extracting gradation data in the extraction data determining step.

46, as the data receive method in the claim 45, it is characterized in that: when not having the gradation data with described optimum gradation progression in the gradation data that receives, the gradation data that will have the maximum gray scale number that is no more than described optimum gradation progression is determined as extracting gradation data in the extraction data determining step.

47, data receive method as claimed in claim 40, it is characterized in that: in the described extraction gradation data determining step, when not having gradation data in the gradation data that receives, determine that according to certain benchmark a gradation data is as extracting gradation data with described optimum gradation progression

Also include the gradation data shift step: the gradation data that will obtain in the gradation data extraction step is transformed into described optimum gradation progression; At this, also export the gradation data that is transformed in the described gradation data output step.

48, data receive method as claimed in claim 47, it is characterized in that: extract in the gradation data determining step, when not having the gradation data with described optimum gradation progression in the gradation data that receives, the gradation data that will have the number of greyscale levels of the minimum that surpasses described optimum gradation progression is determined as extracting gradation data.

49, data receive method as claimed in claim 39, it is characterized in that: in the gradation data output step, for constituting each character of textual data, and this textual data is when also being sent out, according to the gradation data of described textual data output about each character at described same target.

50, a kind of Data Receiving sending method of being made up of data transmission procedure and DRP data reception process is characterized in that:

Described gradation data process of transmitting includes following steps:

A plurality of gradation datas are got step, read a plurality of gradation datas about same target; With

The gradation data forwarding step, send read gradation data;

Described gradation data receiving course includes following steps:

The gradation data receiving step receives described gradation data;

Optimum gradation progression determining step determines the number of greyscale levels of the best output as optimum gradation progression;

The gradation data analytical procedure is analyzed the number of greyscale levels of described a plurality of gradation datas;

Extract the gradation data deciding step,, from the gradation data that receives, retrieve gradation data and determine as extracting gradation data with described optimum gradation progression according to the analysis result in the described gradation data analytical procedure;

Gradation data output step, the extraction gradation data that output is extracted.

51, a kind of record is characterized in that by the recording medium program of computer implemented data sending method, that can be read by computer described data transmission method for uplink includes following steps:

The gradation data forwarding step, send read gradation data.

52, Data Receiving sending method as claimed in claim 50, it is characterized in that: data transmission method for uplink also comprises following steps:

Same target data integrating step, with read a plurality of gradation datas each same target is concentrated into one group.

53, as the Data Receiving sending method in the claim 52, it is characterized in that: it is one group that same target data integrating step is concentrated gradation data about the gradation data of same target by connection, and so-called here the connection is meant data arrangement physically with adjoining.

54, Data Receiving sending method as claimed in claim 52, it is characterized in that: same target data integrating step is concentrated into one group by the gradation data about same target is added link information with gradation data, here, so-called link information is meant that expression belongs to the information of being concentrated group.

55, recording medium as claimed in claim 51 is characterized in that data transmission method for uplink also includes following steps:

The textual data read step reads textual data;

Each character that will constitute described textual data in described gradation data read step is as described same target;

In described data sending step, also send simultaneously read textual data.

56, a kind of record is carried out by computer and is sent with the recording medium program of data creation method, that can be read by computer, it is characterized in that described transmission includes following steps with data creation method:

Attribute information is obtained step, obtain about read the attribute information of a plurality of gradation datas,, comprise information in the attribute information here about the number of greyscale levels of gradation data; With

Send data output step, with read a plurality of gradation datas and the attribute information of obtaining export with data as sending.

57, as the recording medium in the claim 56, it is characterized in that: send with data creation method further comprising the steps of:

The attribute information additional step, read a plurality of gradation datas separately on additional corresponding attribute information.

58, recording medium as claimed in claim 56 is characterized in that: send with data creation method further comprising the steps of:

59, a kind of record is carried out the program recording medium that sends with data creation method by computer, it is characterized in that described transmission includes following steps with data creation method:

Same target data integrating step, with read a plurality of gradation datas each same target is concentrated into one group; With

Sending data output step, is that one group gradation data is exported with data as sending with concentrating.

60, recording medium as claimed in claim 59 is characterized in that: same target data integrating step is concentrated into one group by the gradation data that connects about same target with gradation data, and so-called here the connection is meant data arrangement physically with adjoining.

61, recording medium as claimed in claim 60 is characterized in that: same target data integrating step is with the be linked in sequence a plurality of gradation datas of basis about certain benchmark of the number of greyscale levels of each gradation data.

62, recording medium as claimed in claim 59, it is characterized in that: same target data integrating step is concentrated into one group by the gradation data about same target is added link information with gradation data, and so-called here link information is meant that expression belongs to the information of the group that is concentrated into.

63, a kind of record is carried out by computer and is sent with the recording medium program of data creation method, that can be read by computer, and it is characterized in that: described transmission may further comprise the steps with data creation method:

The text read step reads textual data;

The gradation data read step reads the different a plurality of gradation datas of number of greyscale levels about each character that constitutes textual data; With

64, a kind of record is carried out by computer and is received about the different a plurality of gradation datas of the number of greyscale levels of same target and export to recording medium program, that can be read by computer of the data receive method of object output, it is characterized in that described data receive method includes following steps:

Extract the gradation data determining step, determine as extracting gradation data according to the gradation data that described object output should extract from described a plurality of gradation datas;

Gradation data output step is exported to object output with the extraction gradation data that extracts.

65,, it is characterized in that extracting gradation data and select step further comprising the steps of as the described recording medium of claim 64:

Optimum gradation progression determining step determines the number of greyscale levels of the treatable the best of described object output as the most suitable number of greyscale levels;

Extract the gradation data determining step, according to the analysis result in the described gradation data analytical procedure, retrieval has the definite conduct extraction of the gradation data gradation data of described optimum gradation progression from described a plurality of gradation datas.

66, as the said recording medium of claim 65, it is characterized in that: in the gradation data analytical procedure, when the attribute information that except that described a plurality of gradation datas, also sends about the number of greyscale levels of each gradation data, analyze the number of greyscale levels of described a plurality of gradation datas according to described attribute information, here, comprise information in the attribute information about the number of greyscale levels of gradation data.

67, as the described recording medium of claim 66, it is characterized in that: in the gradation data analytical procedure, when described a plurality of gradation datas are additional separately when described attribute information is arranged, analyze the number of greyscale levels of described a plurality of gradation datas according to the attribute information that gradation data added of each reception.

68, as the described recording medium of claim 66, it is characterized in that: in the gradation data analytical procedure, when be formed with described attribute information in conjunction with and table information the time, according to the number of greyscale levels of the described a plurality of gradation datas of described table information analysis.

69, as the described recording medium of claim 64, it is characterized in that: in the gradation data extraction step,, make clue with described benchmark and extract gradation data with according to the time at described a plurality of gradation datas about being linked in sequence of certain benchmark of the number of greyscale levels of each gradation data.

70, as the described recording medium of claim 65, it is characterized in that: extract in the data determining step, when not having gradation data in the gradation data that receives, will have the gradation data that is no more than described optimum gradation progression and determine as extracting gradation data with described optimum gradation progression.

71, as the described recording medium of claim 70, it is characterized in that; Extract in the data determining step, when not having the gradation data with described optimum gradation progression in the gradation data that receives, the gradation data that will have the maximum gray scale number that is no more than described optimum gradation progression is determined as extracting gradation data.

72, as the described recording medium of claim 65, it is characterized in that: in the data receive method, in described extraction gradation data determining step when not having gradation data in the gradation data that receives with described optimum gradation progression, determine that according to certain benchmark a gradation data is as extracting gradation data

Also include the gradation data shift step, will be transformed to described optimum gradation progression,, also export gradation data in the described gradation data output step here through conversion by the gradation data that the gradation data extraction step is obtained.

73, recording medium described in claim 72, it is characterized in that: extract in the gradation data determining step, when receive gradation data in when not having gradation data with described optimum gradation progression, the gradation data that will have the number of greyscale levels of the minimum that surpasses described optimum gradation progression is determined as extracting gradation data.

74, as the described recording medium of claim 64, it is characterized in that: in the gradation data output step, described same object for each character of constituting textual data, that this textual data also is sent out is right, according to the gradation data of textual data output about each character.