CN105761048A - Electronic seal affixing method and system with cross-page seal function - Google Patents

Abstract

The invention provides an electronic seal affixing method and a system with a cross-page seal function. The method is characterized by comprising steps: according to the page number of a to-be-sealed file and attributes of the electronic seal, the number of to-be-affixed electronic seals is automatically calculated; according to a cross-page seal display mode, the length of the to-be-sealed file, the page number of the to-be-sealed file, the attributes of the electronic seal and the number of the electronic seals, the position of the cross-page seal is determined; according to the number of the electronic seals, the attributes of the electronic seal and the page number of the to-be-sealed file, the number b of cutting lines of a single electronic seal is calculated, and the electronic seal is uniformly cut into at least two cutting blocks by the b cutting lines; and according to the position coordinates of the cross-page seal, the cutting blocks of the seal are corresponding affixed and displayed on the to-be-sealed file and stored. The size information of the electronic seal can be automatically acquired to calculate the sealed page number range, the number of the affixed electronic seals is automatically calculated when an electronic file with a large page number is sealed, multiple display modes are provided for enabling the user to make a choice, and visibility and performance of the cross-page seal are greatly improved.

Description

A kind of E-seal label lid method and system with seal on the perforation function

Technical field

The present invention relates to seal on the perforation technical field, be specifically related to a kind of E-seal label lid method and system with seal on the perforation function.

Background technology

Along with the development of the universal of E-seal application and computer technology, the increasingly diversification of the occupation mode of E-seal, the function of E-seal have also been obtained perfect further.

In actual applications, similar conjunction coordinated files is required for adding a cover " seal on the perforation ".Seal on the perforation is as the term suggests wanting the junction of the edges of two sheets of paper when affixing one's seal, and should be that to ride residence seamed, namely after having covered seal on the perforation, every one page of contract should all have red seal, and page 1 and last page are preferably while there is word, and it is not only a red circle (being only that red circle is easily played tricks), should there is not the situation of leakage page, leakage or front and back leak in the middle of whether.Contract launches seal on the perforation should be able to be reduced into former chapter, is only in this way only the seal on the perforation comparing specification, the effect of competence exertion seal on the perforation.

Currently, about the scheme that electronic document is added a cover seal on the perforation it is: first determine the position of seal on the perforation；Next determines the slit mode of E-seal, the slit mode of E-seal mainly has three kinds, one is be a seal block with a-1 (a is for the integer more than 0) bar parallel lines by E-seal cutting, one is to intersect at any a-1 bar straight line of E-seal edge by E-seal cutting for a seal block, and one is to intersect at outside E-seal the a-1 bar straight line of any by E-seal cutting for a seal block；Finally preserve relevant segmental information and show E-seal.

When running into the electronic document that portion comprises multipage, such as tender documents, current seal on the perforation slit mode only can guarantee that " every one page has red seal ", is namely likely to be the red circle of only small one section, can not accomplish " page 1 and last page are preferably while there is word "；, because the limitation of electronic document, easily electronic document can not be launched as paper document meanwhile, seal on the perforation is reduced into former chapter.Although the completeness and efficiency of this part of document can be verified from other modes such as the checkings of seal on the perforation, but the use of seal on the perforation does not have good presentation mode at present, do not possess the motility in use, such as specify label lid seal on the perforation in certain interval range of document number of pages yet.

Summary of the invention

For the defect of prior art, it is an object of the invention to provide a kind of E-seal label lid method and system with seal on the perforation function, when signing the electronic document covering bigger number of pages, improve the visuality of seal on the perforation, expression power and use motility.

For problems of the prior art, the present invention proposes a kind of E-seal label lid method with seal on the perforation function, including:

Step 1, calculates this required E-seal quantity signing lid of affixing one's seal automatically according to the number of pages of document to be affixed one's seal and E-seal attribute；

Step 2, according to seal on the perforation display mode, Document Length to be affixed one's seal, described in the number of pages of document to be affixed one's seal, E-seal attribute and described E-seal quantity calculate position in seal displaing coordinate system, the described seal on the perforation center of circle, thus obtaining the position that described seal on the perforation is shown in described seal displaing coordinate system, the axis of abscissas of described seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal；

Step 3, calculates the segmentation lines number b of Single Electron seal, is b+1 seal cutting cube by average for described E-seal cutting according to the number of pages of described E-seal quantity, E-seal attribute, document to be affixed one's seal；

Step 4, according to position corresponding in described seal displaing coordinate system, the position of described seal on the perforation described seal cutting cube made as a whole corresponding add be shown in described in document to be affixed one's seal correspondence position on preserve.

As a kind of prioritization scheme, E-seal attribute described in step 2 includes: the maximum overlayable document number of pages s of E-seal diameter d, this E-seal single；

The maximum of the maximum overlayable document number of pages s of described this seal on the perforation single is set to: under the word segment pattern state that each seal on the perforation cutting cube includes this seal, the document number of pages of single described maximum coverings.

As a kind of prioritization scheme, calculate the process of this E-seal quantity affixing one's seal required described in step 1 particularly as follows:

E-seal quantity n=INT (p/s)+1, described INT () is bracket function, p be described in the number of pages of document to be affixed one's seal, s is the maximum overlayable document number of pages of this E-seal single.

As a kind of prioritization scheme, in step 2 according to seal on the perforation display mode, Document Length l to be affixed one's seal, described in the E-seal quantity n that obtains in the number of pages p of document to be affixed one's seal, E-seal attribute and step 1 calculate the process of position in seal displaing coordinate system, the described seal on the perforation center of circle and specifically include:

With the number of pages p of document described to be affixed one's seal be x-axis, Document Length l to be affixed one's seal set up seal displaing coordinate system for y-axis, as the E-seal quantity n=1 calculated, described seal on the perforation home position coordinate e is:

During n=1:

As a kind of prioritization scheme, when described in step 2, seal on the perforation display mode is horizontal display, and calculate E-seal quantity n > 1 time, the home position coordinate e of seal on the perforation described in i-th_iFor:

Wherein, described i is the sequence number of tactic described seal on the perforation.

As a kind of prioritization scheme, when seal on the perforation display mode described in step 2 is that vertical setting of types shows, and calculate E-seal quantity n > 1 time, the home position coordinate e of seal on the perforation described in i-th_iFor:

Wherein, described i is the sequence number of tactic described seal on the perforation.

As a kind of prioritization scheme, step 3 calculate Single Electron seal segmentation lines number b according to the number of pages p of described E-seal quantity n, E-seal attribute, document to be affixed one's seal particularly as follows:

As a kind of prioritization scheme, also include before step 1:

Step 0.1, determines page number scope to be affixed one's seal according to externally input,

Step 0.2, according to page number scope described to be affixed one's seal determine described in the number of pages of document to be affixed one's seal.

Based on same inventive concept, the present invention also provides for a kind of E-seal label convering system with seal on the perforation function, including:

E-seal number calculating section is used for: automatically calculate this required seal on the perforation quantity signing lid of affixing one's seal according to the number of pages of document to be affixed one's seal and seal on the perforation attribute；

Seal on the perforation position computation module is used for: according to seal on the perforation display mode, Document Length to be affixed one's seal, described in the number of pages of document to be affixed one's seal, E-seal attribute and described E-seal quantity calculate position in seal displaing coordinate system, the described seal on the perforation center of circle, thus obtaining the position that described seal on the perforation is shown in described seal displaing coordinate system, the axis of abscissas of described seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal；

Seal on the perforation cutting module is used for: calculates the segmentation lines number b of Single Electron seal according to the number of pages of described E-seal quantity, E-seal attribute, document to be affixed one's seal, is b+1 seal cutting cube by average for described E-seal cutting；

Preservation module for: the position corresponding in described seal displaing coordinate system according to described seal on the perforation by the most as a whole for described seal cutting cube corresponding add be shown in described in document to be affixed one's seal correspondence position on preserve.

As a kind of prioritization scheme, described seal on the perforation attribute includes: the maximum overlayable document number of pages s of E-seal diameter d, this E-seal single；

The maximum of the maximum overlayable document number of pages s of described this E-seal single is set to: under the word segment pattern state that each seal cutting cube includes this seal, the document number of pages of single described maximum coverings.

As a kind of prioritization scheme, E-seal number calculating section for calculating this E-seal quantity affixing one's seal required particularly as follows:

E-seal quantity n=INT (p/s)+1, described INT () is bracket function, p be described in the number of pages of document to be affixed one's seal, s is the maximum overlayable document number of pages of this seal single.

As a kind of prioritization scheme, described seal on the perforation position computation module for according to seal on the perforation display mode, Document Length l to be affixed one's seal, described in the number of pages p of document to be affixed one's seal, E-seal attribute, E-seal quantity n determine that seal on the perforation position specifically includes:

With the number of pages p of document described to be affixed one's seal be x-axis, Document Length l to be affixed one's seal set up seal displaing coordinate system for y-axis, as the E-seal quantity n=1 calculated, described seal on the perforation home position coordinate e is:

During n=1:

As a kind of prioritization scheme, when described seal on the perforation display mode is horizontal display, and calculate E-seal quantity n > 1 time, described seal on the perforation position computation module is for calculating the home position coordinate e of seal on the perforation described in i-th_iFor:

Wherein, described i is the sequence number of tactic described seal on the perforation.

As a kind of prioritization scheme, when described seal on the perforation display mode is that vertical setting of types show, and calculate E-seal quantity n > 1 time, the home position coordinate e of seal on the perforation described in described seal on the perforation position computation module calculating i-th_iFor:

Wherein, described i is the sequence number of tactic described seal on the perforation.

As a kind of prioritization scheme, described seal on the perforation cutting module calculate Single Electron seal segmentation lines number b for the number of pages p according to described E-seal quantity n, E-seal attribute, document to be affixed one's seal particularly as follows:

As a kind of prioritization scheme, E-seal number calculating section is additionally operable to:

Page number scope to be affixed one's seal is determined according to externally input, and

According to page number scope described to be affixed one's seal determine described in the number of pages of document to be affixed one's seal.

This has the seal on the perforation label lid method and system of seal on the perforation function, may specify the page number scope signing lid seal on the perforation, greatly refer to the E-seal use motility in seal on the perforation stamped signature field when signing lid seal on the perforation.Have employed the E-seal label lid method and system with seal on the perforation function in this invention, E-seal Size calculation can be automatically obtained and the range of pages of lid can be signed, when signing the electronic document covering bigger number of pages, automatically the required seal on the perforation number signing lid is calculated, and provide multiple display modes to select for user, drastically increase visuality and the expression power of seal on the perforation.There is the E-seal label lid method and system of seal on the perforation function, also there is formulation and affix one's seal scope function, further increase the E-seal use motility in seal on the perforation stamped signature field.

Accompanying drawing explanation

In order to be illustrated more clearly that the technical scheme of the embodiment of the present invention, below the accompanying drawing used required during embodiment is described is briefly described, obviously, accompanying drawing in the following describes is only some embodiments of the present invention, for those skilled in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.In accompanying drawing:

Fig. 1 is the E-seal label lid procedure flow chart with seal on the perforation function of the present invention.

The scope of affixing one's seal (page number) that Fig. 2 is the E-seal label lid method with seal on the perforation function of the present invention selects schematic diagram.

Fig. 3 is the E-seal quantity algorithm flow chart of the E-seal label lid method with seal on the perforation function of the present invention.

Fig. 4 is that the seal on the perforation of the E-seal label lid method with seal on the perforation function of the present invention is horizontally-arranged, vertical setting of types display schematic diagram.

Fig. 5 is the single seal on the perforation stamped signature schematic diagram of the E-seal label lid method with seal on the perforation function of the present invention.

Fig. 6 is the seal on the perforation position coordinates algorithm flow chart of the E-seal label lid method with seal on the perforation function of the present invention.

Fig. 7 is the E-seal cutting schematic diagram of the E-seal label lid method with seal on the perforation function of the present invention.

Detailed description of the invention

Below in conjunction with accompanying drawing, in the way of specific embodiment, the present invention is described in detail.Following example will assist in those skilled in the art and are further appreciated by the present invention, but do not limit the present invention in any form.It should be pointed out that, other embodiment can also be used, or the embodiment enumerated herein is carried out amendment structurally and functionally, without departing from the scope of the present invention and essence.

The invention provides a kind of E-seal label lid method with seal on the perforation function, seal on the perforation is that E-seal signs a kind of concrete application in lid field at " junction of the edges of two sheets of paper ", its essence is still E-seal, in " affixing one's seal " flow process of seal on the perforation, action of affixing one's seal complete before selection E-seal, obtain the action such as E-seal attribute, the present invention is referred to as with E-seal；When action of affixing one's seal will complete and be complete, during as selected the actions such as seal on the perforation display mode, the present invention is referred to as with seal on the perforation.Concrete includes below scheme:

Step 1, calculates this required E-seal quantity signing lid of affixing one's seal automatically according to the number of pages of document to be affixed one's seal and E-seal attribute；

Step 2, according to seal on the perforation display mode, Document Length to be affixed one's seal, described in the number of pages of document to be affixed one's seal, E-seal attribute and described E-seal quantity calculate position in seal displaing coordinate system, the described seal on the perforation center of circle, thus obtaining the position that described seal on the perforation is shown in described seal displaing coordinate system, the axis of abscissas of described seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal；

Step 3, calculates the segmentation lines number b of Single Electron seal, is b+1 seal cutting cube by average for described E-seal cutting according to the number of pages of described E-seal quantity, E-seal attribute, document to be affixed one's seal；

Step 4, adds described seal cutting cube correspondence according to the position corresponding in described seal displaing coordinate system of described seal on the perforation and preserves on the correspondence position of document to be affixed one's seal described in being shown in.

As a kind of embodiment, above-mentioned method then comprises the following steps at user's display interface and presents:

(1) user clicks " seal on the perforation " button, enters seal on the perforation and affixes one's seal pattern, thus initially enters the flow process of affixing one's seal of above-mentioned seal on the perforation.

(2) user selects this to sign the E-seal of lid, one account is likely to the multiple E-seals of correspondence, different E-seals, to there being different seal attributes, have selected system after this signs the E-seal that lid is used user and namely automatically obtained the seal attribute of this E-seal.

(3) inputting, in the dialog box ejected, the page number scope affixed one's seal, this number of pages of affixing one's seal is identified automatically by system, is defaulted as the homepage of electronic document to last page, and user can also specified portions document be the scope of affixing one's seal.

(4) pointing out the E-seal quantity this time affixing one's seal required, this information is the described E-seal quantity that E-seal number calculating section calculates automatically according to number of pages and the E-seal attribute of document to be affixed one's seal.

(5) user select this time to affix one's seal after the display mode of seal on the perforation, seal on the perforation display mode can be obtained by user's externally input, it is also possible to is the default behavior of systemic presupposition.Display mode includes horizontal display as shown in Figure 4 and vertical setting of types shows.After determining display mode seal on the perforation position computation module according to seal display mode, Document Length l to be affixed one's seal and described in the number of pages p of document to be affixed one's seal, E-seal attribute, E-seal quantity determine position in seal displaing coordinate system, the seal on the perforation center of circle, after home position is determined, owing to E-seal radius is determined by himself attribute, namely whole seal on the perforation position in seal displaing coordinate system is decided.The axis of abscissas of seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal.

Seal on the perforation dividing die tuber is according to the segmentation lines number b of the number of pages calculating Single Electron seal of described E-seal quantity, E-seal attribute, document to be affixed one's seal, with b bar segmentation lines by average for each E-seal cutting at least two seal on the perforation cutting cube, in this step, the cutting to E-seal is that each seal on the perforation is individually cut.The seal cutting cube obtained after cutting only comprises the pattern-information of a complete E-seal.

In tradition seal on the perforation label lid process, the electronic document (by exceeding this maximum page number value s) that a number of pages is more, after having covered seal on the perforation, every one page of document only has a ringlet red seal, reduces visuality and the expression power of seal on the perforation.Therefore, the maximum of the maximum overlayable document number of pages s of this seal single described in the E-seal attribute in the present embodiment is set to each cutting cube of single described E-seal and includes the document numbers of pages covered at most under the word segment pattern state of seal.

(6) display seal on the perforation, preserve module according to the position corresponding in described seal displaing coordinate system of described seal on the perforation cutting cube described seal on the perforation cutting cube correspondence added be shown in described in document to be affixed one's seal correspondence position on preserve.

(7) seal on the perforation has been affixed one's seal, and the file preserved is the file having built described seal on the perforation.

In order to more clearly describe the technology contents of the present invention, conduct further description below in conjunction with specific embodiment.As shown in Figures 1 to 7, wherein Fig. 1 is the process flow diagram flow chart of affixing one's seal of the E-seal label lid method and system with seal on the perforation function of the present invention to detailed process.Process of affixing one's seal is consistent with user operation habits, click " seal on the perforation " button, enter seal on the perforation to affix one's seal pattern, first in the E-seal list ejected, select this time to sign the E-seal of lid, reading the attribute of this E-seal, described E-seal attribute includes simultaneously: the maximum overlayable document number of pages s of seal diameter d (mm), this seal single, size (bit) etc..The size of traditional E-seal only has tens KB, therefore, when using multiple seal on the perforation to affix one's seal when document number of pages of affixing one's seal is hundreds of pages, the total size of seal remains on less, it is to avoid the problem increasing transmission, preservation burden because producing additional data volume.

Secondly, as in figure 2 it is shown, fill in, in the dialog box ejected, page number scope of affixing one's seal, it is defaulted as shelves in full and affixes one's seal.Carrying out before step 1 calculates required E-seal quantity, E-seal number calculating section first determines page number scope to be affixed one's seal according to externally input, further according to page number scope described to be affixed one's seal determine described in the number of pages of document to be affixed one's seal.

As a kind of embodiment, it is possible to this number of pages p of document to be affixed one's seal of page number range computation that affixes one's seal according to input, circular is p=sign-off sheet-start page+1.

Number of pages according to document to be affixed one's seal calculates the seal on the perforation quantity n this time affixing one's seal required, as shown in Figure 3: in step 1, E-seal number calculating section is used for calculating seal quantity and is specially n=INT (maximum overlayable document number of pages s of the number of pages p/ that affixes one's seal this seal on the perforation single)+1, wherein INT () is bracket function, the maximum overlayable document number of pages s=3d of this E-seal single (user can arrange other numerical value voluntarily), in the present embodiment, computing formula all removes unit.

To affix one's seal 470 pages, the seal on the perforation e diameter used of affixing one's seal is 40mm, then these 4 seals on the perforation of needs of affixing one's seal, the namely complete document having covered 470 pages needs to sign 4 seals on the perforation of lid simultaneously.Respectively 4 seals on the perforation are carried out position calculation, cutting, addition document.

The E-seal label lid method and system with seal on the perforation function that the present invention proposes, provides two kinds of ways of presentation: horizontal display and vertical setting of types show in the display of seal on the perforation.As shown in Figure 4, for sign lid 3 seals on the perforation present both modes respectively.In actual applications, owing to signing the randomness of lid number of pages, the situation of 3 E-seals of lid is rarely just signed, when this will appear as horizontal display, as shown in Figure 4, there is the partly overlapping situation of adjacent seal, in such cases, user according to practical situation, can select non-overlapping vertical setting of types to show.

After step 2 has selected the display mode of seal on the perforation, described seal on the perforation position computation module according to seal on the perforation display mode, Document Length l to be affixed one's seal and described in the number of pages p (standard unit is page) of document to be affixed one's seal, E-seal attribute, E-seal quantity n determine that position in seal displaing coordinate system, the described seal on the perforation center of circle specifically includes: with the electronic document number of pages p of document to be affixed one's seal be x-axis, the Document Length l of document to be affixed one's seal (standard unit is for millimeter) set up seal displaing coordinate system for y-axis, only use the numerical value under standard unit to participate in computing.Described seal on the perforation center of circle position calculation flow process in seal displaing coordinate system is referring to Fig. 5.

Wherein, as the E-seal quantity n=1 calculated, described seal on the perforation home position coordinate e is:

During n=1:

The seal on the perforation that this kind of situation belongs under conventional cases is affixed one's seal, total page number of now affixing one's seal < the maximum overlayable document number of pages s of this seal single, it is only necessary to signing one seal on the perforation of lid, as shown in Figure 6, now this seal on the perforation is shown in the cross section centre position of electronic document.

If calculating E-seal quantity n to be not equal to 1, according to the horizontally-arranged display mode two kinds different with vertical setting of types, as shown in Figure 4, the home position coordinate e of seal on the perforation described in i-th_iFor:

Horizontal display:

Wherein, described i is the sequence number of tactic described seal on the perforation.

Vertical setting of types shows:

Wherein, described i is the sequence number of tactic described seal on the perforation.

User can or vertical setting of types horizontally-arranged according to actually used selection show, horizontal display more application is in contract signing occasion, the contract of a bigger number of pages, and enterprise A signs and covered seal on the perforation e1, and enterprise B still can be affixed one's seal at document all the other parallel positions label lid seal on the perforation e2 on limit.

In bid is applied, tender documents are also required to sign lid seal on the perforation, every one page should all have red seal, and page 1 and last page are preferably while there is word, and is not only a red circle, if this part of bidding document number of pages is more, the tradition seal on the perforation mode of affixing one's seal is difficult to meet this requirement, and employs the seal on the perforation label lid method and system with seal on the perforation function of this patent, selects vertical setting of types to show, then solving this problem well, the visuality of seal on the perforation is good with expression power.

Further, before document adds display seal on the perforation, also include seal on the perforation dicing process, described seal on the perforation dividing die tuber calculates Single Electron seal segmentation lines number b average cutting E-seal according to the number of pages p of described E-seal quantity n, E-seal attribute, document to be affixed one's seal, as shown in Figure 7；

Wherein Single Electron seal segmentation lines computational algorithm is:

After completing above-mentioned steps, according to the position corresponding in described seal displaing coordinate system of described seal on the perforation described seal cutting cube made as a whole corresponding add be shown in described in document to be affixed one's seal correspondence position on preserve.

The E-seal label lid method and system with seal on the perforation function that the present invention proposes, mainly includes with lower module:

Seal on the perforation number calculating section is used for: automatically calculate this E-seal quantity affixing one's seal required according to the number of pages of document to be affixed one's seal and E-seal attribute；

Seal on the perforation position computation module is used for: according to seal on the perforation display mode, Document Length to be affixed one's seal, described in the number of pages of document to be affixed one's seal, E-seal attribute and described E-seal quantity calculate position in seal displaing coordinate system, the described seal on the perforation center of circle, thus obtaining the position that described seal on the perforation is shown in described seal displaing coordinate system, the axis of abscissas of described seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal；

Seal on the perforation cutting module is used for: calculates the segmentation lines number b of Single Electron seal according to the number of pages of described E-seal quantity, E-seal attribute, document to be affixed one's seal, is b+1 seal on the perforation cutting cube by average for described E-seal cutting；

Preservation module for: the position corresponding in described seal displaing coordinate system according to described seal on the perforation described seal cutting cube made as a whole corresponding add be shown in described in document to be affixed one's seal correspondence position on preserve.

Also include communication module for reading the dimension information of selected E-seal, automatically calculate the maximum overlayable document number of pages s of this seal single according to E-seal diameter d and pre-defined algorithm and participate in the calculating of seal on the perforation quantity and seal on the perforation central coordinate of circle position calculation.Further, whole calculating process only takes digital value and participates in computing；Numerical value when wherein document number of pages p unit is page, seal on the perforation diameter d, to take unit wait the Document Length l that affixes one's seal be numerical value during mm.

This has the E-seal label lid method and system of seal on the perforation function, may specify the page number scope signing lid seal on the perforation, drastically increase the E-seal use motility in seal on the perforation field when signing lid seal on the perforation.

Have employed the E-seal label lid method and system with seal on the perforation function in this invention, E-seal Size calculation can be automatically obtained and the range of pages of lid can be signed, when signing the electronic document covering bigger number of pages, automatically the required seal on the perforation number signing lid is calculated, and provide multiple display modes to select for user, drastically increase visuality and the expression power of seal on the perforation.

There is the E-seal label lid method and system of seal on the perforation function, affixing one's seal scope function by the setting of the number of pages p of document described to be affixed one's seal also being had formulation, further increasing the E-seal use motility in seal on the perforation field.

The foregoing is only presently preferred embodiments of the present invention, those skilled in the art know, without departing from the spirit and scope of the present invention, it is possible to these features and embodiment carry out various change or equivalent replacement.It addition, under the teachings of the present invention, it is possible to modify these features and embodiment to adapt to concrete situation and material without departing from the spirit and scope of the present invention.Therefore, the present invention is not limited to the particular embodiment disclosed, and the embodiment within the scope of fallen with claims hereof broadly falls into protection scope of the present invention.

Claims (16)

1. an E-seal label lid method with seal on the perforation function, it is characterised in that including:

Step 1, calculates this required E-seal quantity signing lid of affixing one's seal automatically according to the number of pages of document to be affixed one's seal and E-seal attribute；

Step 2, according to seal on the perforation display mode, Document Length to be affixed one's seal, described in the number of pages of document to be affixed one's seal, E-seal attribute and described E-seal quantity calculate position in seal displaing coordinate system, the described seal on the perforation center of circle, thus obtaining the position that seal on the perforation is shown in described seal displaing coordinate system, the axis of abscissas of described seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal；

Step 3, calculates the segmentation lines number b of Single Electron seal, is b+1 seal cutting cube by average for described E-seal cutting according to the number of pages of described E-seal quantity, E-seal attribute, document to be affixed one's seal；

Step 4, according to the position corresponding in described seal displaing coordinate system of seal on the perforation described seal cutting cube made as a whole corresponding add be shown in described in document to be affixed one's seal correspondence position on preserve.

2. a kind of E-seal label lid method with seal on the perforation function according to claim 1, it is characterised in that E-seal attribute described in step 2 includes: the maximum overlayable document number of pages s of E-seal diameter d, this E-seal single；

The maximum of the maximum overlayable document number of pages s of described this E-seal single is set to: under the word segment pattern state that each seal cutting cube includes this seal, the document number of pages of single described maximum coverings.

3. a kind of E-seal label lid method with seal on the perforation function according to claim 2, it is characterised in that calculate the process of this E-seal quantity affixing one's seal required described in step 1 particularly as follows:

E-seal quantity n=INT (p/s)+1, described INT () is bracket function, p be described in the number of pages of document to be affixed one's seal, s is the maximum overlayable document number of pages of this E-seal single.

4. a kind of E-seal label lid method with seal on the perforation function according to Claims 2 or 3, it is characterized in that, in step 2 according to seal on the perforation display mode, Document Length l to be affixed one's seal, described in the E-seal quantity n that obtains in the number of pages p of document to be affixed one's seal, E-seal attribute and step 1 calculate the process of position in seal displaing coordinate system, the described seal on the perforation center of circle and specifically include:

With the number of pages p of document described to be affixed one's seal be x-axis, Document Length l to be affixed one's seal set up seal displaing coordinate system for y-axis, as the E-seal quantity n=1 calculated, described seal on the perforation home position coordinate e is:

During n=1: $e=(\frac{p}{2},\frac{l}{2}).$

5. a kind of E-seal label lid method with seal on the perforation function according to claim 4, it is characterized in that, when described in step 2, seal on the perforation display mode is horizontal display, and calculate E-seal quantity n > 1 time, the home position coordinate e of seal on the perforation described in i-th_iFor:

$e_i=\left\{\begin{array}{c}(\frac{s}{2},\frac{l}{2}),i=1\\ (i\&times;\frac{s}{2}+(i-1\left)\right(\frac{s}{2}-\frac{n\&times;s-p}{n-1}),\frac{l}{2}),i>1\end{array}\right.,$ Wherein, described i is the sequence number of tactic described seal on the perforation.

6. a kind of E-seal label lid method with seal on the perforation function according to claim 4, it is characterized in that, when seal on the perforation display mode described in step 2 is that vertical setting of types shows, and calculate E-seal quantity n > 1 time, the home position coordinate e of seal on the perforation described in i-th_iFor:

$e_i=\left\{\begin{array}{c}\left(\frac{s}{2},\frac{l}{2}\right),i=1\\ \left(\frac{s}{2}+\left(i-1\right)\left(\frac{p-s}{n-1}\right),l-\frac{s}{2}-\frac{l-s-\left(n-1\right)\sqrt{s^2-{\left(\frac{p-s}{n-1}\right)}^2}}{n-1}-\left(i-1\right)\sqrt{s^2-{\left(\frac{p-s}{n-1}\right)}^2}\right),i>1\end{array}\right.$

Wherein, described i is the sequence number of tactic described seal on the perforation.

7. a kind of E-seal label lid method with seal on the perforation function according to claim 2, it is characterized in that, step 3 calculate Single Electron seal segmentation lines number b according to the number of pages p of described E-seal quantity n, E-seal attribute, document to be affixed one's seal particularly as follows: $b=\left\{\begin{array}{c}p-1,n=1\\ s-1,n>1\end{array}\right..$

8. a kind of seal on the perforation label lid method with seal on the perforation function according to claim 1, it is characterised in that also include before step 1:

Step 0.1, determines page number scope to be affixed one's seal according to externally input,

Step 0.2, according to page number scope described to be affixed one's seal determine described in the number of pages of document to be affixed one's seal.

9. an E-seal label convering system with seal on the perforation function, it is characterised in that including:

E-seal number calculating section is used for: automatically calculate this required E-seal quantity signing lid of affixing one's seal according to the number of pages of document to be affixed one's seal and E-seal attribute；

Seal on the perforation position computation module is used for: according to seal on the perforation display mode, Document Length to be affixed one's seal, described in the number of pages of document to be affixed one's seal, E-seal attribute and described E-seal quantity calculate position in seal displaing coordinate system, the described seal on the perforation center of circle, thus obtaining the position that described seal on the perforation is shown in described seal displaing coordinate system, the axis of abscissas of described seal displaing coordinate system be described in the number of pages of document to be affixed one's seal, axis of ordinates be described in the edge lengths of affixing one's seal of document to be affixed one's seal；

Seal on the perforation cutting module is used for: calculates the segmentation lines number b of Single Electron seal according to the number of pages of described E-seal quantity, E-seal attribute, document to be affixed one's seal, is b+1 seal cutting cube by average for described E-seal cutting；

Preservation module for: the position corresponding in described seal displaing coordinate system according to described seal on the perforation described seal cutting cube made as a whole corresponding add be shown in described in document to be affixed one's seal correspondence position on preserve.

10. a kind of E-seal label convering system with seal on the perforation function according to claim 9, it is characterised in that described E-seal attribute includes: the maximum overlayable document number of pages s of E-seal diameter d, this E-seal single；

The maximum of the maximum overlayable document number of pages s of described this E-seal single is set to: under the word segment pattern state that each seal cutting cube includes this seal, the document number of pages of single described maximum coverings.

11. a kind of E-seal label convering system with seal on the perforation function according to claim 10, it is characterised in that E-seal number calculating section for calculating this E-seal quantity affixing one's seal required particularly as follows:

E-seal quantity n=INT (p/s)+1, described INT () is bracket function, p be described in the number of pages of document to be affixed one's seal, s is the maximum overlayable document number of pages of this seal single.

12. a kind of E-seal label convering system with seal on the perforation function according to claim 10 or 11, it is characterized in that, described seal on the perforation position computation module for according to seal on the perforation display mode, Document Length l to be affixed one's seal, described in the number of pages p of document to be affixed one's seal, E-seal attribute, E-seal quantity n determine that seal on the perforation position specifically includes:

With the number of pages p of document described to be affixed one's seal be x-axis, Document Length l to be affixed one's seal set up seal displaing coordinate system for y-axis, as the E-seal quantity n=1 calculated, described seal on the perforation home position coordinate e is:

During n=1: $e=(\frac{p}{2},\frac{l}{2}).$

13. a kind of E-seal label convering system with seal on the perforation function according to claim 12, it is characterized in that, when described seal on the perforation display mode is horizontal display, and calculate E-seal quantity n > 1 time, described seal on the perforation position computation module is for calculating the home position coordinate e of seal on the perforation described in i-th_iFor:

$e_i=\left\{\begin{array}{c}(\frac{s}{2},\frac{l}{2}),i=1\\ (i\&times;\frac{s}{2}+(i-1\left)\right(\frac{s}{2}-\frac{n\&times;s-p}{n-1}),\frac{l}{2}),i>1\end{array}\right.,$ Wherein, described i is the sequence number of tactic described seal on the perforation.

14. a kind of E-seal label convering system with seal on the perforation function according to claim 12, it is characterized in that, when described seal on the perforation display mode is that vertical setting of types shows, and calculate E-seal quantity n > 1 time, described seal on the perforation position computation module calculates the home position coordinate e of seal on the perforation described in i-th_iFor:

$e_i=\left\{\begin{array}{c}\left(\frac{s}{2},\frac{l}{2}\right),i=1\\ \left(\frac{s}{2}+\left(i-1\right)\left(\frac{p-s}{n-1}\right),l-\frac{s}{2}-\frac{l-s-\left(n-1\right)\sqrt{s^2-{\left(\frac{p-s}{n-1}\right)}^2}}{n-1}-\left(i-1\right)\sqrt{s^2-{\left(\frac{p-s}{n-1}\right)}^2}\right),i>1\end{array}\right.,$

Wherein, described i is the sequence number of tactic described seal on the perforation.

15. a kind of E-seal label convering system with seal on the perforation function according to claim 10, it is characterized in that, described seal on the perforation cutting module for calculating single seal on the perforation segmentation lines number b according to the number of pages p of described E-seal quantity n, E-seal attribute, document to be affixed one's seal particularly as follows: $b=\left\{\begin{array}{c}p-1,n=1\\ s-1,n>1\end{array}\right..$

16. a kind of E-seal label convering system with seal on the perforation function according to claim 9, it is characterised in that E-seal number calculating section is additionally operable to:

Page number scope to be affixed one's seal is determined according to externally input, and

According to page number scope described to be affixed one's seal determine described in the number of pages of document to be affixed one's seal.