PRINTED MATTER ON WHICH TWO-DIMENSIONAL BAR CODE IS PRINTED

The present invention refers to various modification may have various can apply in the embodiment which is, in the embodiment example drawing and detailed description specific to the broadcast receiver. However, the present invention is defined with respect to a particular embodiment form which are not included, all changing range of idea and techniques of the present invention, including the water to replacement should understood to evenly.

Each drawing are described as well as a component while similar references in a similar. In the present invention specifically described publicly known techniques related description is the subject matter of invention description can be decided to be a haze if omit other.

Number 1, number 2 describes various components such as term can be used but, in terms of said components are defined by said back like. Components are mounted to one of said terms are used only distinguished from other components of the object.

For example, number 1 number 2 outside of the range of the present invention rights without components can be termed components, similarly number 2 of the elements can be termed component number 1.

And/or a combination of a number of associated terms that items substrate any of the item comprises an item stored in a plurality of associated substrate.

Any component and other components "connected" or folder "connected" when referred to that, or the other components connected directly or may be connected, other components might lead to intermediate is present it will will be.

While, any component and other components referred to as "directly connected" or folder that when "directly connected to", should be understood to does not exist in the middle of other components will.

A term used in a particular application only is used to account for in the embodiment, the present invention intending to be define is endured.

It is apparent that a single representation of the differently in order not providing language translators, comprising plurality of representation. In the application, the term "comprising" or "having disclosed" specification of articles feature, number, step, operation, components, parts or specify a combination not present included, another aspect of one or more moveable number, step, operation, component, component or a combination of these is understood to presence of or additionally pre-times those possibility should not number.

Not defined differently, scientific or technical terms so that all terms in the present invention thus is provided to the person with skill in the art will generally have the meanings etc. by same.

Generally dictionary used for providing language translators such as defined terms have the meanings associated technology must be consistent semantics and having interprets, the application will not become manifest in defining, or overly formal sense interpreted not ideal.

- Number 1 in the embodiment -

Hereinafter, with reference to the attached drawing of the present invention in one preferred in the embodiment according to two-dimensional bar code is printed in mammals are also described therein.

Figure 1 shows a portion of a pattern formed by magnifying surface also exhibits QR code. The reference also 1, constituting a lattice pattern of a rectangular cell (cell) QR code to minimize have different standards, a plurality of black (black) or white (white) can be constituted by of a rectangular cells. And, black square cell generally QR code '1', white square cell '0' exhibits, each of square cells can be obtain by a bit pattern.

In hereinafter, such as two-dimensional bar code formed by QR black square cells in (a) to region recognition section, (b) non-recognition section recognizes the white square cells formed by region referred to each other. Recognition and non-recognition of size of the cells or cell size is minimum standard sized pieces of corresponding size motor control water may have.

In the embodiment of the present invention refers to two-dimensional bar code is two-dimensional bar code is adapted in said QR code pattern characteristic of a visible in print form switch unit is configured to have the substrate.

Figure 2 shows a portion of the of the present invention in one preferred also in the embodiment according to two-dimensional bar code is printed surface exhibits for the enlargement.

The reference 2 also, non-recognizer QR code (100) on the recognizer (200) having a predetermined wavelength. Non-recognition section (100) and recognizer (200) in Figure 1 (b) is used in non-recognizer and recognizer (a) corresponding to the substrate.

Non-recognition section (100) and recognizer (200) each cell unit printed substrate. Non-recognizer (100) on the recognizer (200) can be the same cell size.

Non-recognizer (100) cell (110) and a recognition unit (200) cell (210) is the two-dimensional bar code printing the naked eyes in print direction thereof are the same. Only, non-recognizer (100) contains at least one element (120) on the recognizer (200) contains at least one element (220) of each horizontally and size of the components differently can be positioned and disclosed. For example, recognizer: number of ratio 1 - 16 non-recognizer: Wednesday 64 and, depending on the number and size of the components can be determined. For example, recognizer: water ratio when to predict the expected number of 16:64, 64 size ratio: Wednesday 16 2000. The one the number of components making up a cell n² And wherein n be a nth.

Smart device for [...] (APP, application) non recognizer (100) on the recognizer (200) of constructing each cell of the number of components and sizes of difference based on two-dimensional bar code recognition part of (200) restoration of print result can be printed two-dimensional bar code and recognizing operation. Wherein, the present invention according to available print [...] smart device with camera two-dimensional bar code Image information smart method and apparatus for obtaining, through said two-dimensional bar code recognition part of its obtained two-dimensional bar code Image degree recover recovered two-dimensional bar code recognition part of its overall two-dimensional barcode pattern is possible to obtain information that is instructed to recognize and two-dimensional bar code number [...] be a user application.

Figure 3 shows a recognizer (200) components (220) of the field of view of Figure 2 also exhibits.

The reference also 3, recognizer (200) components (220) is non-gap region (221) gap region (222) can be comprising. Non-gap region (221) is a single component (220) lattice region (S) detailed routing cells produced during the printing at the point, line, combination points, combination of line, combination of line points can be defined. Gap region (222) is non-gap region (221) located inside non-gap region (221) which in number space can be printed defining means. Figure 3 non-gap region (221) gap region (222) while the entire gap region to form a cross-shaped (222) is formed on an upper in the form if the example as follows. Non-gap region (221) gap region (222) has a shape and arrangement may be transformed into various forms as well as embodiment are disclosed. The, non-gap region (221) cells (S) further details of symmetric gap region formed shaft (222) in addition, detail cells (S) shaft is formed preferably of symmetric. In addition, by means of one or more can be minimized gap region (222) is non-gap region (221) preferably located at the center of the.

Wherein, gap region (222) (d1) width of the smart device with reference to the resolution of smart equipment [...] recognized if a recognized non-gap zero gap region without extending through the return network disclosed. For example, gap region (222) 20 provided 70 μm (d1) width of the implementation being. Non-gap region (221) (d2) can be appropriately selected considering a width of recognizing, e.g., preferably 50 - 300 μm according to the can. Non-gap region (221) is below 50 μm (d2) width of the smart device non-gap region (221) recognition rate can be lowered, non-gap region (221) (d2) is greater than the width of the recognizer 300 μm (200) with water force may cause a decrease in disclosed.

Figure 4 shows a principle of the present invention to account for face recognition of recognizer also exhibits.

The reference also 4, said gap region such as (222) (d1) width of the smart device with reference to the smart device for [...] non-gap zero gap extending region without resolution of recognized when reflected to be perceived, and method and apparatus for the smart device when the first and [...] smart, smart instrument includes a gap region such as in Figure 4 (222) so that the map can be picked-up. The, smart equipment [...] gap region (220) is filled with a recognizing unit (200) components (220) non recognizer (100) contrast recognition section (200) for a hereinafter can be fed from the head. Parts, the recognition section recognizes the gap region is applied (200) components on printed matter contrast non-gap region (221) can be small size or a smaller width from the main controller, recognizer (200) can be a receptacle hole.

As well as, non-recognizer component between, recognizer component between, non-recognizer components recognizer component of smart equipment [...] interval with reference to the resolution of the smart device can be recognized if gap adjustable knob disclosed. Non-recognizer component between, recognizer component between, non-recognizer components recognizer should be greater than the width of gap region as well as a component of the interval are disclosed. Non-recognizer component between, recognizer component between, non-recognizer components recognizer component of non-recognition and recognition of interval printing, the number and size of the components in each according can be appropriately selected.

Recognizer of components of a center line (L1) is guided to the center of the spacing between components non-recognition section located on this [u preferably. The baseline position the original (printed matter) by line or array security on the concealment of pattern can be enhanced.

I) recognizer and non-recognizer printing completely fill the inside of the same constituting ii) smart device with reference to the resolution of the smart device recognized non-gap zero gap for [...] prolong the width of a gap region without region can be recognized (for example: 20 provided 70 μm) or size iii) non-recognizer component between, recognizer component between, non-recognizer components recognizer component of smart equipment [...] interval with reference to the resolution of the smart device should be recognized gap satisfying conditions such as the components of the arrangement and shape of the recognition and non-recognition can be transformed into various forms. Hereinafter, various modifications in the embodiment is described as follows. In the embodiment of the postscript is hereinafter said 3 satisfy an requirements.

- Number 2 in the embodiment -

Figure 5 of the present invention other in the embodiment according to 2 dimensional bar code is printed by a goniophotometer.

The reference also 5, recognizer (200a) having a magnitude or greater width than the inner out on the components of a polygonal (GS) including signal charges (220a) can be a. The, polygon prior to generation of a line non-gap region (221a) and polygonal inner space is which signal charges (GS), non-gap region (221a) spacing between the gap region (222a) implementation being. Figure 5 recognizer (200a) components (220a) but when example is rectangular, triangular, polygonal or various combination of five rectangularities polygon such as can be.

- Number 3 in the embodiment -

Another in the embodiment according to Figure 6 of the present invention is two-dimensional bar code printed by a goniophotometer.

6 Also reference surface, unlike on in Figure 5, in order to improve the concealing force, recognizer components (x) is omitted portion at one side of the components during non-recognizer non-gap region adjacent to signal charges and non-in recognition part can be printed. The, non-recognition and recognizer bounding regions by varying the recognizer component pattern prevent concealment of force can be reduced.

- Number 4 in the embodiment -

Another in the embodiment according to Figure 7 of the present invention is two-dimensional bar code printed by a goniophotometer.

7 Also reference surface, recognition of simple straight line non-gap territory disapproval. , the gap region non-gap areas having liquid drops to form the predetermined thickness can be present.

, the center spacing between the center of the non-recognition section recognizes the constituents of a recognizer component preferably this [u located on the prolongation of the line (L2).

As above-mentioned, and the width of the gap region 20 provided 70 μm, preferably 50 - 300 μm in the signal charges.

- Number 5 in the embodiment -

Another in the embodiment according to Figure 8 of the present invention is two-dimensional bar code printed by a goniophotometer. Such as in Figure 8, said number 1 in the embodiment is in the form of embodiment and vice versa may be disclosed. I.e., non-in recognition part gap are applied in recognition part gap can be embodiment does not form. Also in Figure 1 Figure 8 shows a green example 1 but a moment when a recognition and non-recognition part of mutual substituted in recognizer and non-recognition green long gap in recognition part are applied to non-in recognition part gap does not form may be as well as embodiment are disclosed. In Figure 6 a green recognition and non-recognition part of case, won shaped gap regions located shaped non-gap region and can be won. In hereinafter, number 1 in the embodiment described the operating requirements or simply omit the substrate.

The reference also 8, non-recognizer (100b) therefore recognizer (200b) cells of the naked eyes in print is two-dimensional bar code printing direction thereof can be the same.

Only, non-recognizer (100b) constituting component (120b) on the recognizer (200b) contains at least one element (220b) of each horizontally and size of the components differently can be positioned and disclosed. For example, recognizer: number of recognition section ratio is 1 - 16: Wednesday 64 and, depending on the number and size of the components can be determined. For example, recognizer: water ratio when to predict the expected number of 16:64, 64 size ratio: Wednesday 16 2000. The one the number of components making up a cell n² And wherein n be a nth.

Smart device for [...] (APP, application) non recognizer (100b) on the recognizer (200b) of constructing each cell of component based on two-dimensional bar code recognition part of number and sizes of difference (200b) restoration of print result can be printed two-dimensional bar code and recognizing operation. Wherein, the present invention according to available print [...] smart device with camera two-dimensional bar code Image information smart method and apparatus for obtaining, said degree of two-dimensional bar code man-hour it will roll and restores its obtained two-dimensional bar code Image through the two-dimensional barcode dB overall man-hour nine two-dimensional barcode pattern is possible to obtain information that is instructed to recognize and two-dimensional bar code number [...] be a user application.

Non-recognizer (100b) components (120b) is non-gap region (121b) gap region (122b) can be comprising. Non-gap region (121b) is a single component (120b) detailed routing grid region printed printing cells at the point, line, combination points, combination of line, combination of line points can be defined. Gap region (122b) is non-gap region (121b) and located inside a non-gap region (121b) number space defining means which in printing can be. Figure 8 non-gap region (121b) gap region (122b) while the entire gap region to form a cross-shaped (122b) is formed on an upper in the form if the example as follows. Non-gap region (121b) gap region (122b) has a shape and arrangement may be transformed into various forms as well as embodiment are disclosed. The, non-gap region (121b) further details reference is formed symmetric center gap region (122b) in addition, detail reference is formed preferably symmetric center. In addition, by means of one or more can be minimized gap region (122b) is non-gap region (121b) preferably located at the center of the.

Wherein, gap region (122b) for the smart device with reference to the resolution of the width of the smart device [...] recognized if a recognized non-gap zero gap region without extending through the return network disclosed. For example, gap region (122b) 20 provided 70 μm width of the implementation being. Non-gap region (121b) considering a the width of the recognition can be appropriately selected, for example, preferably 50 - 300 μm according to the can. Non-gap region (121b) is below 50 μm width of smart of non-gap region (121b) recognition rate can be lowered, non-gap region (121b) greater than 300 μm width of database recognizer (100b) with water force may cause a decrease in disclosed.

As well as, non-recognizer component between, recognizer component between, non-recognizer components recognizer component of smart equipment [...] interval with reference to the resolution of the smart device can be recognized if gap adjustable knob disclosed. Non-recognizer component between, recognizer component between, non-recognizer components recognizer should be greater than the width of gap region as well as a component of the interval are disclosed. Non-recognizer component between, recognizer component between, non-recognizer components recognizer component of non-recognition and recognition of interval printing, the number and size of the components in each according can be appropriately selected.

- Number 6 in the embodiment -

Another in the embodiment according to Figure 9 of the present invention is two-dimensional bar code printed by a goniophotometer. Such as in Figure 9, in the form of embodiment number 3 in the embodiment is vice versa may be disclosed. I.e., non-in recognition part gap are applied in recognition part gap can be embodiment does not form. Also in Figure 6 Figure 9 shows a non-recognition part of example 6 but in a moment when a mutual substituted recognition green green long gap in recognition part non-recognition and non-recognition section applied to embodiment does not form may be as well as gap in recognition part are disclosed. In Figure 6 a green recognition and non-recognition part of case, won shaped gap regions located shaped non-gap region and can be won. In hereinafter, number 3 in the embodiment described the operating requirements or simply omit the substrate.

The reference also 9, non-recognizer (100c) setting a region including the inner gap area greater than the width or size components of polygonal can. The, inner space is polygonal and non-gap territory and polygon prior to generation of a line signal charges, non-gap region be a spacing between the gap region. Figure 9 example but when non-recognizer component of rectangular, triangular, polygonal or various combination of five rectangularities polygon such as can be.

- Number 7 in the embodiment -

Another in the embodiment according to Figure 10 of the present invention is two-dimensional bar code printed by a goniophotometer. Such as in Figure 10, number 4 in the embodiment is in the form of embodiment and vice versa may be disclosed. I.e., non-in recognition part gap are applied in recognition part gap can be embodiment does not form. Also in Figure 7 Figure 10 shows a non-recognition example 7 but when recognition part of green green mutual substituted long-recognition and non-recognition part in non-in recognition part gap are applied in recognition part gap not to be applied can be embodiment form the concave disclosed. In Figure 7 a green recognition and non-recognition part of case, won shaped gap regions located shaped non-gap region and can be won. In hereinafter, number 4 in the embodiment described the operating requirements or simply omit the substrate.

10 Also reference surface, non-inferiority of a simple straight line non-gap territory disapproval. , the gap region non-gap areas having liquid drops to form the predetermined thickness can be present.

, the center spacing between the center of the non-recognition section of components of non-recognizer component preferably is positioned on the extended line in conformity with this [u. As above-mentioned, and the width of the gap region 20 provided 70 μm, preferably 50 - 300 μm in the signal charges.

- Number 8 in the embodiment -

Another in the embodiment according to Figure 11 of the present invention is two-dimensional bar code printed by a goniophotometer. Such as in Figure 11, recognizer and non-recognition is applicable to both gap may be filled. In recognition part for configuration is efined in said number 1 in the embodiment. And, such as in Figure 11, won-shaped components if, won shaped gap regions located shaped non-gap region and can be won. As well as, the shape of the components can be mutually substituted recognition part and non-recognition section.

- Number 9 in the embodiment -

Another in the embodiment according to Figure 12 of the present invention is two-dimensional bar code printed by a goniophotometer. Such as in Figure 12, recognizer and non-recognition is applicable to both gap may be filled. In recognition part for configuration is efined in said number 3 in the embodiment. And, such as in Figure 12, won-shaped components if, won shaped gap regions located shaped non-gap region and can be won. As well as, the shape of the components can be mutually substituted recognition part and non-recognition section.

- Number 10 in the embodiment -

Another in the embodiment according to Figure 13 of the present invention is two-dimensional bar code printed by a goniophotometer. Such as in Figure 13, recognizer and non-recognition is applicable to both gap may be filled. In recognition part for configuration is efined in said number 4 in the embodiment. And, such as in Figure 13, won-shaped components if, won shaped gap regions located shaped non-gap region and can be won. As well as, the shape of the components can be mutually substituted recognition part and non-recognition section.