KR200305874Y1 - Structure of Non-Stick Type Waybill Label - Google Patents

Abstract

The present invention relates to a non-stick label invoice, improves the invoice output speed according to the high printing speed, can be produced at a lower cost than the general invoice, and can prevent a decrease in adhesive force, It is possible to diversify shapes, prevent contamination of printing surface, input various information while maintaining high definition, and make barcode printing at the same time as printing surface. This is to satisfy various functions of the invoice.

The label invoice according to the present invention, the upper surface is made of a silicone layer and the lower surface is made of glassine paper, and has a paper for adhering to the upper surface of the silicon layer to be the upper surface of the Fuji, the paper centered The lower surface is coated with an adhesive material, and the upper surface is a middle finger having another adhesive material for bonding the battery to be a printing surface, and a non-tacky paddy formed in a layer on the surface of the adhesive material applied to the upper surface of the middle finger. It comprises a stick polymer layer, the non-adhesive non-stick polymer layer and a film coating substrate is adhered, characterized in that consisting of a battery consisting of a printing surface forming an upper surface of the film coating substrate.

Accordingly, the invoice output speed is improved, the cost is reduced, the adhesion stability, the invoice is diversified, the high definition, the contamination prevention by the exposure of the substance, various information input functionality, and the like are improved.

Description

Structure of Non-Stick Type Waybill Label

The present invention relates to a non-stick label invoice, more specifically to improve the invoice output speed according to the printing speed, can be produced at a lower cost than the general invoice, and to prevent a decrease in adhesion, It is possible to diversify the size and shape of the invoice, to prevent contamination of the printing surface, to input various information while maintaining high definition, and to print barcodes at the same time as forming the printing surface, This is to satisfy various functions of label invoice during use process.

Invoices generally used for logistical processing include the personal information of the sender and the receiver and the sender's personal information for mutual logistics such as BtoB, BtoC, and BtoC. It is a kind of paper recorder that describes the management matters and other necessary matters, and also describes the cost of delivery, and attaches them to the logistics and delivers them to the receiving party on the appointed date or time. In general, it plays an important role in the courier system for logistics processing, such as confirming that delivery is delivered without damage or loss, and recording it back to the delivery side, and storing it until the storage deadline.

The role and function of the invoice in the process of sending and delivering logistics can be more easily understood through the parcel delivery process. As shown in FIG. 1, when the seller S10 and the courier service provider S20 assume a courier process by a kind of logistics delivery contract that delivers the goods sold by the seller S10 to the final purchaser S30 in advance, S10 first delivers the purchased goods to the courier service provider S20, and the courier service provider S20 receives the goods and enters the product delivery S40.

The goods delivered by the courier service provider S20 are finally delivered to the buyer S30, and the buyer S30 checks the goods delivered from the courier service provider S20 (S50) and the delivered goods are not abnormal. By confirming this and notifying the courier service provider 30, the delivery of the specific product for which the purchase is made is terminated (S60).

Here, the seller of the goods (S10), the courier service provider (S20) and the buyer (S30) forms a kind of contractual relationship in the handling and delivery of the goods, the function of displaying and confirming this with respect to the handling of the goods instead of the invoice do.

Therefore, the invoice also includes options for insurance contracts according to various notations and logistics such as sender and receiver addresses, personal information, costs, contracts, safety rules, and so on. In addition to this, more advance information is written on the invoice to improve the speed and accuracy of the logistics process.

For this purpose, in addition to the various preliminary information recorded on the invoice, it is easy to write various such preliminary information on the invoice, and it is convenient if possible to record the invoice and the information and markings generated during the delivery process. The need for highly functional materials and functional paper has increased for easy and easy handling.

For example, in the case of a normal invoice in which several sheets of paper are bundled and simultaneously print the same contents, at least four or more multilayered structures are required as shown in FIG.

Here, looking at the sheet of invoice, separately from the printing surface 10, there is a separate paper-printing surface (11), which is indicated in the logistics delivery / receipt confirmation process, the issuer storage paper (12), the supplier storage paper (13), etc. There is a separate sheet.

However, such normal invoices have been replaced by label invoices that are rip-off, less durable, unsuitable for high-performance printing, and more inconvenient to use.

Representative structure of the label invoice is made to transport the logistics by attaching the invoice directly to the logistics (goods), as shown in Figure 3, has been presented in a variety of structures.

In common, there is an adhesive part 16 for adhering the invoice 15 having the printing surface 14 formed in the logistics, and has a confirmation sheet to be delivered to the final buyer separately from the printing surface 14.

4 is a label type dual waybill 100 structure of Utility Model Registration No. 234095 introduced by the applicant in Korea, the main part is applied to the first release paper layer 200 and the upper surface of the first release paper layer. The first adhesive layer 300 to be attached, the printable first surface layer 400 attached to the upper surface of the first adhesive layer, and the second release paper layer 500 attached to any position on the upper surface of the first release paper layer 500. ), A second adhesive layer 600 applied to the upper surface of the second release paper layer, and a printable second surface layer 700 attached to the upper surface of the second adhesive layer.

The label invoice of this structure was proposed as an effective structure for manufacturing the invoice, courier cost, strengthening of low temperature adhesiveness and moisture resistance, and preventing contamination of the invoice.

However, the 1.2th adhesive layer applied to this structure used an acrylic emulsion type permanent or acrylic emulsion type removable adhesive, wherein the 1.2th adhesive layer was simply used as the first surface layer 400. It only played a functional role of allowing the second surface layer 700 to be detached.

Another label invoice has a problem that the surface paper is adhered to the release paper by having an adhesive layer on the surface paper, such as contamination of the surface paper due to the adhesion of the surface paper.

As described above, conventional invoices, which are classified into general invoices having multiple printing surfaces and label invoices provided with adhesiveness by placing adhesive layers, are known in various forms. It is long, and it is manufactured by lamination of several invoices, so it is high price, and it is not able to adequately prepare for the decrease of adhesive strength, and it is impossible to diversify standard and color shape, so it is not enough to meet various demands, and carbon paper with printing surface The surface was contaminated by force, but the information input area was small.

Therefore, the object of the present invention is to improve the invoice output speed according to the printing speed, can be manufactured at a lower cost than the general invoice, and to prevent the adhesive force degradation by using a high adhesive material, while the invoice specification and shape diversification It is possible to input various information while maintaining high definition of printing surface, and to make barcode printing at the same time as printing surface formation, so that the function of label invoice in the initial printing process and label invoice during use process can be varied. To provide a label invoice to meet.

The adhesive invoice of the present invention for achieving this purpose, the label invoice consisting of the Fuji to form the bottom surface of the invoice, the bottom surface is made of adhesive material, the upper surface is made of surface paper to adhere to the Fuji. To

The upper surface is made of silicon layer and the lower surface is made of glassine paper,

Paper is attached to adhere to the upper surface of the silicon layer to be the upper surface of the Fuji, the lower surface of the paper around the adhesive is coated with an adhesive material, the upper surface is another adhesive material for bonding the battery to the printing surface With a stop,

A non-tacky nonstick polymer layer formed in layers on the surface of the adhesive applied to the upper surface of the middle finger,

It characterized by comprising a non-tacky non-stick polymer layer and a film coating substrate to which the adhesive is adhered, consisting of a printed surface forming an upper surface of the film coating substrate.

Manufacturing and constructing a label invoice improves the invoice output speed due to the high printing speed, can be supplied at a lower cost than a general invoice, and can prevent the deterioration of adhesive force by using a high adhesive material. It is possible to diversify the shape and shape, to input various information while maintaining the high definition of the printing surface, and to print the barcode at the same time to form the printing surface. It is possible to satisfy a variety of back.

1 is a reference diagram for explaining the role and function of the invoice in the general logistics processing

2 is a reference diagram for explaining a conventional invoice

Figure 3 is a reference diagram for explaining another conventional invoice

4 is a reference diagram showing another conventional label invoice

5 is a cross-sectional view of the adhesive label invoice according to the present invention

6 is an exploded cross-sectional view of the adhesive label invoice according to the present invention

7 is a surface view showing a cut part of the stacking state of the adhesive label invoice according to the present invention

8 is a reference diagram for explaining a manufacturing process of a label invoice according to the present invention

9 is a schematic view for explaining the main process of the label invoice according to the present invention

10 is a cross-sectional reference of a label invoice prepared according to the present invention

* Description of the symbols for the main parts of the drawings *

50: Fuji (release layer) 51: Silicone layer

52: Glassine 60: Stop (intermediate paper)

61: Paper 62.63: Adhesive

70: battery (surface paper) 71: printing surface

72: film coating base 80: non-stick polymer layer

90-93: laminating roller

Hereinafter, an embodiment of the present invention will be described in detail with reference to FIGS. 5 to 10.

5 is a cross-sectional view of the adhesive label invoice according to the present invention. Figure 6 is an isolated cross-section of the adhesive label invoice according to the present invention. 7 is a surface view showing a part of the laminated state of the adhesive label invoice according to the present invention. 8 is a reference diagram for explaining a manufacturing process of a label invoice according to the present invention. Figure 9 is a schematic diagram for explaining the main process associated with the production of label invoice according to the present invention. 10 is a cross-sectional view of a label invoice prepared according to the present invention.

Label invoice according to the present invention, the upper surface is made of a silicon layer 51, the lower surface is made of glassine paper 52, as shown in Figure 5 to 7, the upper surface of the Fuji 50 It is provided with a paper 61 for adhering to the upper surface of the silicon layer 51, the adhesive material 62 on the lower surface of the paper 61 as a center, the upper surface is a battery which becomes the printing surface 71 A middle finger 60 having a pressure-sensitive adhesive 63 in a layered manner to adhere the 70, a non-stick nonstick polymer layer 80 formed on the pressure-sensitive adhesive material 63 applied to the upper surface of the middle finger 60 and And a non-adhesive non-stick polymer layer 80 and a film coating substrate 72 to which the film is adhered, and comprises a battery 70 comprising a printing surface 71 forming an upper surface of the film coating substrate 72. .

8 to 10 is a preferred method of manufacturing a non-sticky label invoice according to the present invention, the upper surface of the Fuji 50 and the upper surface of the Fuji 50 made of glassine paper 52, the silicon layer 51 is formed In order to bond the battery 70 to be the printing surface 71, the label 60 is provided with the adhesive material 63, and the printing surface 71 is sequentially laminated on the upper surface of the label 60, respectively. In the label invoice manufacturing method for manufacturing the invoice, the fusing 50, the silicon layer 51 is formed on the upper surface of the glassine paper 52 is supplied to the laminating rollers 90, 91, which is given heat and pressure, and the fuji 50 The stopper 60 in which the adhesive material 62, the paper 61, and the adhesive material 63, and the non-stick polymer 80 are sequentially stacked on the upper surface of the sheet is simultaneously supplied to the laminating rollers 90 and 91. The first laminator of the Fuji 50 and the middle 60 to process the 50 and the middle 60 in one set with the heat and pressure of the laminating rollers 90 and 91. Film coating substrate 71 of the battery 70 consisting of the film coating substrate 72 and the printing surface 71 in the state in which the stop is laminated on the Fuji 50 through the step (S100) and the first laminating step (S100) ) To the upper surface of the stop 60, by laminating rollers 92, 93 at a high pressure to produce a second laminating step (S200) of laminating the battery 70 on the surface of the stop 60. have.

Referring to Figures 5 to 7 the functional features and effects of the adhesive-free label invoice according to the present invention are as follows.

The adhesive-free label invoice according to the present invention, as shown in Figure 5, is composed of a set of the Fuji 50, the stop 60, the battery 70.

Fuji 50 is a release paper composed of a silicon layer 51 and glassine paper 52, and corresponds to a bottom paper layer for maintaining the shape and shape of a kind of label invoice.

The middle finger 60 is another layer including the paper 61 positioned between the FUJI 50 and the battery 70, and the adhesives 62 and 63 are respectively applied on both sides of the paper 61 based on the paper 61. The upper surface has a nonstick polymer layer 80. Therefore, the silicon layer 51 of the Fuji 50 is adhered to the lower end adhesive 62 of the middle finger 60, and the paper 61 is maintained while maintaining the constant strength of the middle finger 60 through the paper 61. When the surface of the) is bonded to the battery 70, it is hidden by the battery 70, it does not appear on the surface, but serves to record the items, such as other terms and conditions that can be recorded on the invoice label.

In addition, another transparent adhesive material 63 is applied to the upper surface portion of the paper 61 of the middle finger 60, and the surface thereof is coated with the nonstick polymer layer 80, so that the battery 70 is a nonstick polymer. It is in direct contact with the layer 80 but adhered by the transparent adhesive 63 without maintaining the adhesive force by the non-stick polymer layer 80. Here, the non-stick polymer layer 80 is placed between the adhesive 63 of the middle finger 60 and the film coating substrate 72 of the battery 70 so that the film coating substrate 72 of the battery 70 is the adhesive material 63. ) Indirectly bonded rather than directly. Thus, when the non-stick polymer layer 80 forming the upper surface of the stop 60 is bonded to the stop 60, the film-coated substrate 72 of the cell 70 stops at the stop 60. Corresponding to the non-adhesive polymer layer applied to the surface of the adhesive material 63 in a very thin thin film in order to maintain a constant adhesive force while not directly bonded to the adhesive material 63.

The battery 60 has an invoice consisting of a film coating substrate 72 having a lower surface adhered by a non-stick polymer layer 80 and an adhesive 63 and an upper surface of the film coating substrate 72 having a printing surface 71. General descriptions of the documents are to be recorded.

Figure 6 shows the non-sticky label invoice according to the present invention divided into Fuji 50, stop 60, the battery 70.

Figure 7 is an example of a tacky adhesive label invoice according to the present invention, through which it can be seen the characteristics of a tacky adhesive labeling.

The battery 70 has a perforation line 73 to allow a variety of label designs in various forms, separated by waybill fields and receipts.

Here, when the courier wants to issue a receipt (A) by delivering the goods to the buyer, once grabbing one of the receipt (A) and removing it, the receipt (A) corresponding to the battery 70 is immediately stopped (60). Apart from the non-stick polymer layer 80, the receipt A can be easily delivered to the purchaser.

When the receipt (A) is removed, a paper (61) for exposing other various records can be exposed, and on the paper (61), the matters relating to the various conditions of carriage, etc. arising from the delivery of the goods and the receipt of the goods (B). It may be described.

Thus, even if the receipt A is removed, the surface of the paper 61 does not show any adhesive force by the non-stick polymer layer 80, and thus, the site from which the receipt A is removed is not contaminated by foreign matters or the like.

That is, the non-stick polymer layer 80 serves as a non-adhesive polymer layer, which serves to bond the battery 70 to the stop 60, but does not exhibit adhesive force once the battery 70 is removed from the stop 60. It is not contaminated by foreign substances. Substantial adhesive force of the battery 70 is maintained by the transparent adhesive 63 of the paper 61 of the middle finger 60, and passes through the thin film-like nonstick polymer layer 80 by high temperature and high pressure during the manufacturing process. The 70 is adhered by the adhesive material 63 of the middle finger 60. Thus, the non-stick polymer layer 80 serves only as a kind of adhesive intermediate material for adhering the battery 70 to the stop 60 and is a very thin thin polymer layer having no substantial adhesive force.

Adhesive-free label invoice according to the present invention, even if the battery 70 corresponding to the printing surface is removed from the stop 60, there is no adhesive force at the place of detachment is not contaminated by foreign matters, Various contents can be printed on the surface freely. In addition, after removing the battery 70, the paper 61 of the stop 60 can also describe various shipping and contract related items separately, so that a large amount of information can be recorded.

In the case of using the label invoice according to the present invention, it is possible to form a free printing surface to improve the invoice output speed according to the speed of printing, the Raval consisting of Fuji 50, stop 60, battery 70 It can also be produced as an invoice, which has the advantage that it can be produced at a lower cost than a general invoice.

In addition, by keeping the non-stick polymer layer 80 separately, it is possible to maintain a constant adhesive force without changing the adhesive force or alteration, it is possible to diversify the size and shape of the invoice through the entire use of the printing surface.

In addition, since the printing surface 71 can be configured using a general high-definition material, the battery 70 can input various information while maintaining high definition, and at the same time, it is possible to print a barcode and to print a bar code, thereby providing a label invoice. There is an advantage that can meet the functionalities of the initial printing process and various functionalities of the label invoice during the use process.

Preferred manufacturing method of the non-sticky label invoice according to the present invention is the first laminating step of the Fuji 50 and the middle stop 60, and the second laminating step of the middle stop 60 and the battery 70 as shown in FIG. Can be prepared by dividing.

In the first laminating step (S100), the Fuji 50 having the silicon layer 51 formed on the upper surface of the glassine paper 52 is supplied to the laminating rollers 90 and 91 which are subjected to heat and pressure, and the The stopper 60 having the adhesive material 62, the paper 61, and the adhesive material 83, and the non-stick polymer layer 80 sequentially stacked on the upper surface was simultaneously supplied to the laminating rollers 90 and 91 to provide the Fuji ( 50) and the middle finger 60, the laminating roller (90, 91) by the heat and pressure of the Fuji 50 and the middle finger 60 are processed in one set.

In the second laminating step S200, the film coating base 72 of the battery 70 including the film coating base 72 and the printing surface 71 is stopped while the stop 60 is laminated on the Fuji 50. The battery 70 is laminated on the surface of the stop 60 by laminating at a high pressure through the laminating rollers 92 and 93 on the upper surface of the 60.

Here, the non-stick polymer layer 80 such as the spacer of the battery 70 and the stop 60 contacts the film coating substrate 72 of the battery 70 to adhere the battery 70 to the stop 60, Substantial adhesion of the battery 70 is due to the transparent adhesive 63 of the middle finger 60. That is, in the case of pressing the battery 70 and the stop 60 by the high temperature and high pressure through the laminating rollers 92 and 93, the battery is caused by the adhesive force of the adhesive material 63 behind the non-stick puller layer 80. The 70 is attached to the stop 60. In this state, the battery 70 is stuck to the stop 60, and once the battery 70 is removed from the stop 60, the adhesive force disappears, and the non-stick polymer layer 80 is in an tack-free state.

As in the embodiment described above, the non-adhesive label invoice according to the present invention can improve the invoice output speed according to the printing speed, can be produced at a lower cost than the general invoice, and to prevent a decrease in adhesive force, The invoice standard and shape can be diversified, and while the high definition of the printing surface is maintained, it prevents the contamination of foreign substances due to the exposure of the adhesive, enables various information inputs, and enables the printing of barcodes at the same time as the printing surface is formed. It has the effect of satisfying various functions such as the function of initial printing process of label invoice and the function of label invoice during use process.

Claims (2)

In the label invoice consisting of a Fuji forming the bottom surface of the invoice, and a printing surface consisting of a surface paper, the lower surface is made of an adhesive material to adhere to the Fuji, The upper surface is made of silicon layer and the lower surface is made of glassine paper, Paper is attached to adhere to the upper surface of the silicon layer to be the upper surface of the Fuji, the lower surface of the paper around the adhesive is coated with an adhesive material, the upper surface is another adhesive material for bonding the battery to the printing surface With a stop, A non-tacky nonstick polymer layer formed in layers on the surface of the adhesive applied to the upper surface of the middle finger, A non-sticky label invoice comprising a non-tacky non-stick polymer layer and a film coating substrate to which the non-adhesive non-stick polymer layer is adhered, and a printing surface forming an upper surface of the film coating substrate. The method of claim 1, Adhesion-free label invoice, characterized in that the upper adhesive of the middle made of a transparent adhesive.