KR100304442B1 - Method and machine for processing and splitting encoded contour of identification photo - Google Patents

Abstract

PURPOSE: Provided are a method and a machine for processing and splitting the encoded contour of an identification photo, which can prevent the forgery of the identification photo and write out a document beautifully and accurately. CONSTITUTION: The method and the machine trim the contour of the identification photo and split the backsheet of a printing paper thin and accurately by a scrolling and splitting method. The contour of the identification photo is encoded delicately and characterized by applying contour elements to the contour. And the machine is a toggle press type.

Description

Cryptographic Intrinsic Contour Stripping Process and Processing Machine of ID Photographs

1st SCORING ON THE PRINTING PAPER

Figure 2, Encoding SCORING ON THE PRINTING PAPER

SPLITTING THE PRINTING PAPER SCR \ ORED

1-1, 2-1, 3-1: Stripping Money.

FIG. 4 is a straight line element (LINEAR ELEMENT FOR CONTOUR).

FIG. 5 shows the ROUND ELEMENT FOR CONTOUR.

6 shows a corner contour element (CORNER ELEMENT FOR CONTOUR).

7 is a combination example of the contour elements (Complex OF CONTOUR ELEMENTS).

Fig. 7 (a) shows a combination of needle hole contours (EXAMPLE OF PERFPRATED CONTOUR).

Fig. 7 (b) is an example of a wavy contour combination (EXAMPLE OF CORRUGATED CONTOUR).

Figure 7 (c) shows an example of a castle-like contour combination.

7 (d) to 7 (i) are examples of mixed application combinations (EXAMPLES OF COMLEX CONTOUR).

FIG. 8 shows NEEDLES FOR CONTOUR ELEMENTS.

8 (a) to 8 (c) show a needle that is engraved with a semi-circular contour element (NEEDELS FOR HALF SIAE ELEMENT).

8 (d) to 8 (f) show the engraving of the embossed contour element (NEEDELES FOR FULL SIZE ELEMENT).

Fig. 9 shows the NEEDELES BLOCK.

FIG. 10 shows a multi-process contour insert needle bundle (SIMPLIFIED TOGGLE PRESS).

11 to 18 show a processing machine (SIMPLLIFIED TOGGLE PRESS).

11 is a right side view (RIGHT SIDE VIEW).

12 is a front view.

13 is a plan view (Plan view).

14 is a rear view (背面 背, REAR VIEW).

Fig. 15 is a bottom view (bottom view).

FIG. 16 is a cross-sectional view of FIG. 12A-A '(SECTIONAL DRAWING FOR FIG. 12A-A').

FIG. 17 is a B-B 'section of FIG. 12 (Sectional Drawing for FIG. 12A-A').

FIG. 18 is C-C 'of FIG. 12 of sectional drawing.

(Figs. 11 to 18)

* Explanation of symbols for main parts of the drawings

Body (FRAME)

1: BOTTOM PLATE 5: BOLTS

2: COLUMN 6: Nuts (NUTS)

3: WALL 7: WASHERS

4: ROOF 8: Rubber pads

HEAD

9: NEEDLES BLOCK

10: SLIDING HOLDER OF NEEDLES BLOCKS

Seat (BED)

11: SLIDING BED

12: Ceiling Alignment (ROOF CURSOR)

13: SLIDE CURSOR

14: BOLSTER 15: Sucker PAD

Power Distribution Device (TOGGLE JOINT)

16: Upper bone (UPPER TOGGLE LINK) 17: Lower knee bone (LOWER TOGGLE LINK)

18: CRANK 19: CRANK ROD

20: SLIDE 21: UPPER BLOCK

22: BASE BLOCK 23: Spline Shaft

24: handle bar (LEVER)

MICRO DEPTH ADJUSTER

25: WEDGE 26: Screw (螺絲, ADJUSTING SCREW)

Detailed description of the invention

[Technical Field]

The present invention relates to a method for precisely and easily removing a thin backing of a photo paper while trimming the contour of an ID photo attached to a document such as an identification card while thinly peeling off the back side of a photo paper. It is about a device.

Simultaneously filed "SCORING & SPLITTING METHOD" of "TRIMMING METHOD & TRIMMER FOR PRINTING PAPER", which is simultaneously encrypted and processed while contouring and peeling photo paper. It relates to a method of processing the elements of the intrinsic contour, and to the production of a tool (apparatus) to which the method is applied, and to the production of a machine.

[purpose]

N1) In the internationalized telegram society, there is a greater need to strengthen anti-counterfeiting of identity cards such as credit cards, licenses, passports, press cards, (e) residents 'cards, and civil servants' cards.

N2) When issuing large-scale ID cards such as resident cards, passports, and licenses, it is necessary to standardize the proofing of photographs and peeling of photo paper with mechanical precision and efficiency.

N3) It is necessary to enhance the preservation by strengthening the adhesive force of the photos to prevent them from falling or hitting the documents.

N4) It is necessary to prevent cracking even if the picture is bent, so that the original purpose of attaching the proof picture is to maintain the verification, verification and verification functions.

N5) It is necessary to enhance the quality of ID card by processing the outline of ID photo.

To satisfy this demand

N6) You must peel off the back of a smooth, thick photo paper with a coating.

N7) In addition to linear contours, it should be possible to accommodate various contours.

N8) The contour must be encrypted and unique.

N9) Replace and enhance the unclear outline and contrast reading and checking functions of iron stamps. You must solve such problems. And because of this process, if you attach a proof photo to your documents without removing the back of the photo paper,

P1) When the documents are folded, the thick photo paper is broken, making it difficult to identify the person.

P2) Since thick photo paper can be separated in the middle, it can be pulled off or removed from the document, which is the main means of forgery and alteration.

P3) Since the coating is coated on the photo paper, it is not easily adhered to by ordinary glue, so the photograph does not stick to the paper for a long time, and thus the storage function is poor.

P4) The overall incidence of document forgery checks increases as the picture identification, verification, contrast, verification, preservation, and anti-forgery functions decrease.

To solve these problems and apply them to various thickness, size and types of ID photos,

N1O) New and convenient methods need to be developed.

N11) It is necessary to develop a mechanism to apply this new method to make work quick and easy with simple operation.

N12) There is a need to develop devices with high productivity and low manufacturing costs.

This patent relates to the invention of a method and a machine that solves these problems and needs.

[Configuration, Action, Examples and Effects]

The configuration of the present invention is as follows. (Hereinafter FIGURE ○ or FIG. ○ is indicated as F ○)

A) PRINCIPLES (F1, F2, F3)

B) Contour elements and encryption methods (F4, F5, F6, F7)

CONTOUR ELEMENTS AND ENCODING METHOD

C) TOOLS

(a) ELEMENT NEEDLES (F8)

(b) NEEDLES BLOCK (F9)

(c) multi-process contouring needle bundle

(輪 郭 線 刻印 用 針), PROGRESSIVE NEEDLES BLOCKS)

D) Processing Machine (加工 機, SIMPLIFIED TOGGLE PRESS) (F11 ~ F18)

(a) Body

Ⓐ BOTTOM PLATE (-1) ⓔ BOLTS (-6)

Ⓑ Pillar (-2) ⓕ Nut (-6)

ⒸWALL (-3) ⓖWASHERS (-7)

Ⓓ ROOF (-4) ⓗ RUBBER PADS (-8)

(b) HEAD

Ⓐ NEEDLES BLOCK (-9)

Ⓑ Sliding needle bundle (-10)

(SLIDING HOLDER OF NEEDLES BLOCKS)

(c) digit (BED)

Ⓐ SLIDING BED (-11)

Ⓑ ROOF CURSOR (-12)

Ⓒ SLIDE CURSOR (-13)

Ⓓ BOLSTER (-14)

ⒺSucker Pad (-15)

(d) Toggle Joints

UPPER TOGGLE LINK (-16)

Ⓑ Lower TOGGLE LINK (-17)

Ⓒ CRANK (-18)

Ⓓ CRANK ROD (-19)

Ⓔ SLIDE (-20)

Ⓕ UPPER BLOCK (-21)

Ⓖ BLOCK (-22)

Ⓗ SPLINE SHAFT (-23)

①Handle bar (LEVER) (-24)

(e) MICRO DEPTH ADJUSTER

Ⓐ WEDGE (-25)

Ⓑ screw (螺絲, ADJUSTING SCREW) (-26)

② Action, Example (hereinafter FIGURE ○ or FIG. ○ is indicated by F ○)

Example 1

Until now, trimming and trimming of the photo paper and trimming the surface of the photographic paper attached to the documents and IDs have been cut by photo paper with scissors, and then the edges were fluffed with nails. In contrast, the "SCORING & SPLITTING METHOD" of the "Description Photo Surface Peeling and Trimming Mechanism, TRIMING METHOD & TRIMMER FOR PRINTING PAPER" On the top of the photo paper, as in F1, draw a gold with the desired depth and the desired contour, then grab any part of the contour as easily as possible and squeeze it in and out, leaving the margin to the exact size, posture and uniform thickness as in F3. Cleanup and surface peeling can be done easily at the same time.

The present invention is an improvement of a method, a tool and a machine so that a simple contour such as F1 can be encoded with a sophisticated contour such as F2 so that it can be arbitrarily applied arbitrarily. By developing the basic elements of the contour as F4, F5, F6, the user can select the unique contour for each user by combining these standardized elements. Made it applicable.

Representative elements of the contour elements are as follows.

Example 2

Symbols are arbitrarily assigned according to the size (full-width or half-width), elevation, and shape of CONTOUR ELEMENTS, and all formal and informal cryptosystems can be represented by the selection and combination of the given symbols.

Representative simple combinations are as follows.

Example 3

In order to apply and manage the unique contour and encryption system, the practical use of the second embodiment was ensured by making the combination of the contours easy by processing the imprinting needles (NEEDLES) for each contour element of the first embodiment. Examples are as follows.

Example 4

According to the processing process, NEEDLES BLOCKS was performed as follows.

Example 5

The processing machine (SIMPLLIFIED TOGGLE PRESS) minimized the number of parts. ELEMENTS are designed so that the main parts consist only of extrusion processing and cutting. The bolts and nuts for fastening the body do not require assembly parts. By simplifying the shape and processing of the elements, we minimized production costs and responded to mass production.

In addition, the design of the design given to the overall shape and the contour of the machine was visually and structurally designed to remind the impression of the most suitable shape of the lean shape without sacrificing the function of each element. Extremely free conception and introduction into extremely restrained structures and shapes, which maximize functional elements, minimize parts, simplify shapes, stabilize structures, minimize processing, maximize productivity, minimize costs, and visual novelty The resultant shape that makes this stand out is as follows.

[Effects of the Invention]

① It is a machine applying “SCORING & SPLITTING METHOD” method like 1st and 2nd to peel back of photo paper of ID photo to improve accuracy and efficiency.

(2) By combining and configuring elements such as 4, 5, 6, etc., the contours are uniquely encrypted to replace or enhance the function of the iron man to prevent forgery of the ID photo.

③ Standardization and standardization are required when a large number of ID cards, such as credit cards, passports, licenses, and (e) resident cards, are issued.

④ Peel off the back of photo paper with accuracy within 0.01mm / DIV. Prevent photo paper from being broken or wrinkled.

⑤ Peel the photo paper thinly and accurately and attach it to the document so that the ID photo does not fall off the middle of the paper.

⑥ Make sure that the film coated on the photo paper is peeled off firmly to increase the adhesive strength of the paste so that it remains firm even during long term storage.

⑦ Enhance the quality of documents such as ID cards by processing and attaching ID photos with precision and beauty.

(8) The identification, verification, identification, certification, preservation, and forgery prevention functions of ID photos will be strengthened, thereby improving the function of documents such as ID cards.

⑨ By preventing the forgery of the ID photo, fundamentally prevent the forgery of documents.

Even beginners can do it quickly, accurately and safely.

The present invention is used for proof photo margin trimming, back stripping and small parts processing.

Claims (7)

ID photo blanking machine using "SCORING & SPLITTING METHOD" (FIGS. 1 and 2). The application of the contour element to the ID photo contour. Applying or customizing passwords to ID photo contours. Tool according to claim 2 or 3. The margin trimming machine according to claim 1, wherein the margin press machine is made of toggle presses (11 to 18). The oil pressure of Claim 5 is applied. Presses, parts and assembly methods as shown in FIGS.