A method of manufacturing securities, protected from fraud and securities

 

A method of manufacturing securities, protected from forgery to increase sewn, is that as the thread using the thread of elastic curly plastic, coated with protective elements, and before the introduction thread on the grid along the length of the mesh cylinder to form an annular continuous and/or discontinuous grooves with inclined walls. 7 Il.

The invention relates to a method of manufacturing securities, protected from forgery.

A known method of manufacturing securities, protected from fraud, which consists in the introduction thread on the grid the grid cylinder paper machine and the subsequent formation of nasoni of paper pulp in the tub, pressing and dehydration during drying (RU # 2125938, CL 44 F 1/12,10.02.1999 - similar and prototype).

The disadvantage of this method is the low quality of the protection paper from a fake due to the lack of space-facing surface of the thread.

The technical result of the invention is to improve the quality of the protection paper from a fake by increasing the space-facing surface of the thread.

This is achieved by the fact that as the thread using the thread from upsetting cylinder to form an annular continuous and/or discontinuous grooves with inclined sides, the width of the bottom of the grooves perform commensurate with the width of the core filament, while the introduction thread contact with the groove to produce the moment of contact of the mesh with paper pulp in the tub and exercise dense placement of the core yarn on the bottom of the grooves to override the filter's ability to secure the core yarn on the surface of the paper, due to the inclined walls of the grooves provide lift wings up and through dehydration in forming and pressing exercise fixation wings in the thickness of the paper.

The method in accordance with the present invention allows producing securities.

In another implementation this is achieved by the fact that as the thread using the thread of elastic curly plastic, coated with protective elements, and before the introduction thread on the grid along the length of the mesh cylinder to form an annular continuous and/or discontinuous grooves with inclined sides, and the width of the bottom of the grooves perform commensurate with the width of the core filament, while the introduction thread contact with the groove produced after contact with grid paper pulp in the tub and pulp, carry out education on the surface mesh and the groove of the primary layer pubic grooves provide lift wings up, but due to dehydration during the moulding and extrusion carry out the fixation wings on the surface of the paper to create anticracking effect, thus pinning the wings is realized by means of thermoplastic coating adhesion thread with fiber paper.

The method in accordance with the present invention allows producing securities.

The essence of the method is illustrated by the following drawings, in which

Fig.1 shows the placement of the grooves on a grid-cylinder

Fig.2 - shape of the grooves,

Fig.3 - the unit mesh of the cylinder with a bathtub, a side view,

Fig.4 - formation of wings in the thread

Fig.5 - received paper in the section.

Fig.6 - device mesh cylinder with a bathtub, a different design,

Fig.7 - received paper in section, another execution.

A method of manufacturing securities, protected from fraud, lies in the introduction thread 1 grid 2 grid cylinder 3 paper machine and subsequent dehydration in forming nasoni of paper pulp 4 in the bath 5 and the pressing followed by drying.

As thread 1 uses the thread of elastic curly plastic, coated with protective elements (not shown), such as holograms, cinegamma, opleve continuous and/or discontinuous grooves 6 with inclined walls.

The width of the bottom 7 of the grooves 6 perform commensurate with the width of the core yarn 1.

With the introduction thread 1 contact with the groove 6 to produce the moment of contact 8 grid paper weight 4 in the bath 5 and carry out the dense placement of the core 9 thread 1 on the bottom 7 of the grooves 6 to overlap its filtering capacity, thereby carrying out the fixation of the core 9 on the surface of the paper.

The placement of the core thread 1 last comes to the surface of a sheet of paper. If the track grooves 6 to make breaks with the grooves in the grid on which the thread 1 is detached from the surface of the grid, in these places, thread 1 will remain in the thickness of the paper and with the two sides of the paper closes nastoykas.

Due to the inclined walls of the grooves b wings 10 thread 1 rise up, and then under the influence of the moldable nasoni of paper pulp 4 and seal paper sheet during pressing remain in the thickness of the paper sheet and act as retaining elements as the Foundation bolts.

Thread 1 is fixed on the sheet due to the adhesive surface of which comes into mechanical contact with the fiber paper sheet.

Thread 1 is firmly held on the surface of the paper sheet advantages which 1 is more square threads, leaving the surface, which gives the ability to saturate it well visually read complex protective elements.

In another implementation with the introduction thread 1, which uses the thread of elastic curly plastic, coated with protective elements, for example, obtained by demetallization visible micron texts, symbols, barcodes, sealed luminescent colors, the contact of the thread with the groove 6 is performed after the contact 11 mesh with paper pulp in the tub 5 and a paper weight 4, carry out the education on the surface mesh and the groove 6 of the primary layer paper nasoni and implement the placement of the core 9 of the threads on nakaike bottom 7 and the inside of the paper with the formation of the wings 10.

Position 12 shows the water level, position 13 - the arrival of mass, position 14 - overflow.

Thread 1 with wings 10 comes in contact with the bottom 7 of the annular groove after contact with grid paper pulp, i.e. pulp. While on the surface mesh, including an annular groove formed initial layer mass begins to form paper nastoyka.

Thread 1 lies on naslano in the groove 6, and the core 9 is located inside the paper sheet. For Ernest paper, and in forming the paper sheet on the cylinder 3 and in the press section of the wings 10 left on the surface, create antixenosis effect and held on the surface of the sheet due to thermoplastic coating adhesion thread with fiber paper.

Thus, the invention improves the quality of the protection paper from the fake.

Industrial applicability.

The invention can be used in the manufacture of the securities.

Claims

1. A method of manufacturing securities, protected from fraud, which consists in the introduction thread on the grid the grid cylinder paper machine and subsequent dehydration in forming nasoni of paper pulp in the tub and pressing, characterized in that as the thread using the thread of elastic curly plastic, coated with protective elements, and before the introduction thread on the grid along the length of the mesh cylinder to form an annular, continuous and/or discontinuous grooves with inclined sides, and the width of the bottom of the grooves perform commensurate with the width of the core yarn, when the introduction thread contact with the groove to produce the moment of contact of the mesh with paper pulp in the tub and exercise play core yarn on the surface of the paper, due to the inclined walls of the grooves provide lift wings up and through dehydration in forming and pressing exercise fixation wings in the thickness of the paper.

2. Securities, manufactured according to the method under item 1.

3. A method of manufacturing securities, protected from fraud, which consists in the introduction thread on the grid the grid cylinder paper machine and subsequent dehydration in forming nasoni of paper pulp in the tub and pressing, characterized in that as the thread using the thread of elastic curly plastic, coated with protective elements, and before the introduction thread on the grid along the length of the mesh cylinder to form an annular, continuous and/or discontinuous grooves with inclined sides, and the width of the bottom of the grooves perform commensurate with the width of the core yarn, when the introduction thread contact with the groove produced after contact with grid paper pulp in the tub and pulp, carry out education on the surface mesh and the groove of the primary layer paper nasoni and implement the placement of the core yarn on nakaike bottom and inside the paper, due to the inclined walls of the groove provide lift wings up and sasdania anticracking effect, while the consolidation of the wings is realized by means of thermoplastic coating adhesion thread with fiber paper.

4. Securities, manufactured according to the method according to p. 3.



 

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SUBSTANCE: the magnetic/metal protective device for use with an object, so as to provide a great number of protective tags has a bearing base of a certain width. The magnetic/metal protective tag has a metal layer that is positioned at least on a section of the bearing base for provision of metal protective tags. The metal layer forms a great number of conducting sections on the bearing base. These sections are separated from one another by non-conducting sections, which pass completely through the entire width of the bearing base together with the magnetic layer, which is positioned at least on a lesser sections at least of one of the mentioned great number combination with it for provision of magnetic protective tags. And at least a part on at least one of the conducting section has hollows, which form visually recognizable tags.

EFFECT: enhanced reliability of protection of documents against forgery.

4 cl, 14 dwg

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