KR20050058558A - A method for manufacturing label invoice for non stick and label invoice manufactured thereby - Google Patents

Abstract

The present invention relates to a method for producing a non-sticky (non-stick) label invoice and a label invoice. More specifically, a battery (upper printing surface) of a label such as a delivery invoice is formed of a thermal recording paper, and the thermal recording battery is formed. The present invention relates to a method for producing a non-sticky label invoice having a heat-sensitive recording battery that is used so that any adhesive force does not remain on the separated stop surface when separated and recovered, and the label invoice.

SUMMARY OF THE INVENTION The present invention enables the manufacture of a label invoice using thermal recording paper as a battery without any high heat being applied to the thermal recording battery, and the printing surface as a thermal recording battery. It is possible to use, which greatly increases the use of the label invoice, in the label invoice with a battery that peels part or all, the adhesive force of the adhesive surface is completely lost after peeling, and excludes the high temperature and high pressure heating process In order to provide a method of manufacturing a non-sticky label invoice having a thermal recording battery which can reduce manufacturing costs without requiring high heat resistance of a pressure-sensitive adhesive and silicone used for manufacturing, and preparing the thermally sensitive recording paper as a battery Laminating the silicon layer and the non-adhesive layer and the adhesive layer on the upper surface of the middle finger in sequence Drying is carried out by foaming to form a stop, and a step of applying a normal silicone layer to the entire surface of the lower surface and applying a pressure-sensitive adhesive to the surface of the silicone layer to form a lower layer and pressurize and press the battery and the middle finger again. Characterized in that the process of obtaining a finished label invoice fabric.

Description

A method for manufacturing label invoice for non stick and label invoice manufactured according to a non-sticky label invoice having a thermal recording battery

The present invention relates to a method for producing a non-sticky (non-stick) label invoice and a label invoice. More specifically, a battery (upper printing surface) of a label such as a delivery invoice is formed of a thermal recording paper, and the thermal recording battery is formed. The present invention relates to a method for producing a non-sticky label invoice having a heat-sensitive recording battery that is used so that any adhesive force does not remain on the separated stop surface when separated and recovered, and the label invoice.

In general, a label invoice is a cell printed with order information and a shipper information, and laminated to the bottom of the battery to adhere the label invoice to a logistics packaging box, and an adhesive coated on the upper and lower surfaces. And a release paper formed by coating a surface with a silicone coating so as to be peeled off the bottom adhesive layer of the middle finger.

Such label invoices have been proposed and used in various types.

Older invoices are usually printed on the back surface by printing on a backing paper, such as a handwriting or dot printer, overlaid on several sheets of printed paper (backed paper). The papers were printed together so that each piece of paper was cut and used as needed at each step of the delivery process.

However, invoices made of several sheets of laminated paper are rarely used in recent years, and a label invoice similar to a sticker having only one printing and printing surface has been developed and used as a replacement invoice.

The label invoice has an advantage of improving the speed by providing a printing form on one surface and writing the invoice through a high-speed printing machine such as a laser printer. However, some cuts in the invoice confirming the delivery of the logistics in several steps of the courier process. It is also tricky for the matter.

As a result, the invoice battery is cut into a plurality of invoices and is used as a basis for confirming the delivery of the logistics by removing a part of the cut invoice in the logistic delivery process. This remains unchanged, causing stickiness and attaching foreign matter to its surface.

Several types of adhesive compositions have been devised to eliminate the viscosity of the peeled invoice locations.

One is made by pressing a cell to a stop surface using an adhesive such as a glue paste, a kind of glue.

However, in the case of attaching the battery using the crimping paste, the invoice is frequently torn and damaged according to the adhesive strength in the process of removing a part of the invoiced battery. If the adhesive strength is weakened, the battery is dropped during the delivery process. have.

In addition, another adhesive used as the adhesive is a so-called hot melt, which functions as a non-stick as a composition in which silicone is mixed with ethylene-vinyl and hydrocarbon resins with wax as a main component.

The non-stick at the time of peeling the battery through the process of applying the mixed melt composition to the upper part of the middle finger and then drying and laminating the dried middle finger with the battery and melting and laminating the hot melt composition while passing the heated and pressurized roller again. It is intended to function as.

However, since the hot melt non-stick composition has a paraffin as a main composition, the work must be carried out by heating during application or compression, and when the coated hot melt composition is dried once and then laminated with a battery, the hot melt is melted. It is difficult to perform processes such as pressing, pressing, drying, and the like, and the hot melt composition is also hardened by paraffin. .

Meanwhile, a label invoice manufactured by a method of partially removing the adhesive of the sticky fabric of Korean Patent Publication No. 1995-9968 is also known.

This is known to partially print the white ink on the adhesive layer applied on the middle of the sticker so that the portion where the white ink is printed loses the adhesive function and only the remaining portion functions as the adhesive to facilitate battery separation.

However, according to this source technology, the process of applying a non-stick composition to the surface of the pressure-sensitive adhesive and applying another non-adhesive white ink to reduce the mutual adhesion area between the stop and the battery to help the battery peel off or to apply the white ink, Along with the disadvantage that the heat resistance of the pressure-sensitive adhesive should be kept high when drying the white ink, the battery to be separated may be detached by partially maintaining the adhesive state by the white ink. die cutting) to create additional cutting lines.

Of course, once the battery is removed, the adhesive part of the middle finger retains the adhesive function, which does not function as a complete non-stick, and it is complicated to manufacture because it involves various processes such as cutting the battery by cutting the battery. And even the finished sticker fabric has a disadvantage that its function as a non-stick.

In other words, looking at the technical content of the white ink coating portion that functions as a non-adhesive will not be able to function as a non-stick as the loss of adhesion from the beginning.

On the other hand, looking at the adhesive label invoice of the Republic of Korea Utility Model Registration No. 305874, which consists of a peeling Fuji, the battery forming the invoice printing surface, and the middle and middle of the adhesive applied to the upper and lower surfaces between the Fuji and the battery, It is known that the battery and the paper are laminated via a non-stick nonstick polymer layer formed in a layer on the surface of the film.

In other words, the non-stick polymer layer is a non-tacky polymer layer, and serves to bond the battery to the stop, and once removed from the stop, the non-stick polymer layer is configured to not be contaminated by foreign matters and the like. The high temperature and high pressure pass through a thin, thin nonstick polymer layer, thereby allowing the battery to maintain adhesion to the adhesive material of the middle finger.

However, this thin thin film nonstick polymer layer has a high temperature and high pressure laminating process to allow the adhesive at the top of the medium to pass through the micropores of the polymer layer to temporarily maintain the adhesive force with the battery. It is formed by treating the thin film layer on the surface of the pressure-sensitive adhesive layer applied to the upper part of the middle finger. After removing the battery, it does not achieve perfect tackiness, and there is a disadvantage that stickiness remains due to the pressure-sensitive adhesive passed through the fine pores. There is a disadvantage in that the adhesive and the battery as the adhesive maintains the adhesive force requires some excessive force, and this causes the damage to the middle and upper limbs.

In addition, as the high temperature and high pressure laminating process is performed, related coating materials such as pressure-sensitive adhesives also need to be prepared as a special material that withstands high heat, resulting in an increase in manufacturing cost.

Therefore, except for the non-stick composition, such as hot melt is only to constitute a partial non-stick layer.

On the other hand, the present inventors to form a battery through the process of applying a conventional silicon layer on the back of the battery forming a label and applying a non-adhesive layer on the surface of the silicon layer to solve the problems of the prior art, to the front of the middle A stop is made through the process of applying and drying the pressure-sensitive adhesive, and a normal silicone layer is applied to the entire surface of the base, and a base is formed by the process of applying and drying the pressure-sensitive adhesive on the surface of the silicon layer. Manufacturing method (Korean Patent Application No. 2003-48683) and the composition forming the non-adhesive layer by press-pressing the pressure-sensitive adhesive is polystyrol (PS), polystyrene (GPPS), resin (Resin) , By mixing and dissolving synthetic rubber (Rubber) in a solvent toluene (Toluene) characterized in that the viscosity is made of 40 ~ 45cps Bar has proposed the Republic of Korea Patent Application No. 2003-48682.

However, in the manufacturing method of the present invention and other prior art techniques of the present inventors, if the battery constituting the recording surface of the label invoice is made of a material which is not significantly affected by high heat such as art paper, the thermal recording paper can be implemented. When adopted as a battery, no conventional manufacturing method can be used at all.

In other words, if the battery is formed of a thermal recording paper, it is possible to record by a printer having a non-impact thermal recording head, so that consumable parts of toner or ink, such as a laser printer or an inkjet printer, can be eliminated, and a low-cost compact printer is used. This is possible and useful.

However, when the thermal recording paper is used as a battery, any high-temperature heating is limited to the battery. When laminating directly, the printing capsule in the thermal recording paper is destroyed by heat, and the surface of the thermal recording paper is discolored and cannot be commercialized.

The present invention devised to use the thermal recording paper as a battery to solve the various disadvantages of the prior art as described above has the following object.

SUMMARY OF THE INVENTION The present invention provides a method for producing a non-sticky label invoice having a thermal recording battery that can be manufactured without applying any high heat to the thermal recording battery in manufacturing a label invoice using a thermal recording paper as a battery, and a label invoice thereof.

The present invention provides a method of manufacturing a non-sticky label invoice having a thermal recording battery which can use a printing machine having a small, light weighted thermal recording head because the printing surface is constituted as a thermal recording battery, thereby greatly increasing the usability of the label invoice. To provide the invoice.

SUMMARY OF THE INVENTION The present invention provides a method for producing a non-sticky label invoice having a thermosensitive recording battery which completely loses the adhesive force of an adhesive surface after peeling, in a label invoice having a battery that peels some or all of it, and a label invoice thereof.

The present invention does not use the non-stick layer as a main component of the wax that is cured according to the discontinuation of the non-stick material is not cured, so that the process is interrupted and reduced the preparation time when the re-run proceeds to improve productivity It is to provide a method for producing a non-sticky label invoice having a recording battery and a label invoice thereof.

The present invention provides a method of manufacturing a non-sticky label invoice having a thermosensitive recording battery which can reduce manufacturing costs without requiring high heat resistance of a pressure-sensitive adhesive and silicone, which is applied to manufacture an invoice by excluding a high temperature and high pressure heating process, and a label thereof. To provide the invoice.

The present invention made to achieve the above object is to prepare a thermal recording paper roll as a battery, and to form a middle layer of the middle layer of the middle layer of the middle layer of the middle of the middle of A process of applying a conventional silicone layer and applying a pressure-sensitive adhesive on the surface of the silicone layer to form a base, pressurizing and pressing the battery and the middle finger, and press-pressing the lower leg again to obtain a completed label invoice fabric. .

Hereinafter, the technical idea of the present invention will be described in detail.

The main technical idea of the present invention is to form an invoice label by forming a battery into a thermal recording paper, and to achieve a non-adhesive label invoice having a thermal recording battery by not applying any heat to the thermal recording battery in the manufacturing process.

To this end, the present invention forms a label invoice according to the manufacturing method shown in Figs.

It is composed of a lower paper which is a release paper to bond the label invoice to the transport logistics packaging box, a middle paper having a double-sided adhesive layer on the upper base, and a battery bonded to the top of the middle paper to print the printing surface of the invoice and the contents related to the logistics transportation. In the method for producing a label invoice comprising a non-stick layer (non-stick) to remove part or all of the battery from the stop and lose the adhesive force of the surface removed,

Using a printer having a thermal recording head to prepare a rollable battery type as a thermal recording paper,

A silicone coating / which is selected from glassine or film, in a roll state and applies the silicone to the upper surface of the middle as a coating roller while unwinding and conveying the fabric, and drying the coated silicon through a hot air chamber to wind it into a roll state. Drying step,

A pressure-sensitive adhesive applying / drying step of applying a pressure-sensitive adhesive on a completely dried silicone layer as a coating roller, passing through a hot air chamber, and drying and winding in a roll state;

Applying a pressure-sensitive adhesive on the pressure-sensitive adhesive layer and forming a middle finger through the pressure-sensitive adhesive coating / drying step of drying and winding the applied pressure-sensitive adhesive through a hot air chamber,

Silicon coating / drying step of preparing the selected base fabric of glassine paper or presser paper, applying silicone as a coating roller on one surface of the fabric while transferring and unwinding the fabric, and drying and winding the applied silicone through a hot air chamber; Applying a pressure-sensitive adhesive on the surface of the silicon layer as an application roller, and preparing a base through the pressure-sensitive adhesive application / drying step of passing the hot air chamber and drying and winding it;

A lamination step of laminating and winding the lamination roller by opposing a lower surface of the heat-sensitive recording battery to the pressure-sensitive adhesive surface of the processed middle paper;

Unwinding the stop roll rolled with the thermal recording battery to complete the Raeul invoice raw paper through a lamination step of winding the lower surface facing the upper adhesive surface of the machined base through the lamination roller.

Here, the lamination does not need to be made separately, but may be made simultaneously according to the structure of the lamination roller, and in each step, a curling prevention film applying step for preventing the curling of the paper during the process of winding through the hot air chamber. The anti-curling film is generally understood to apply an antistatic agent as a roller.

The label invoice fabric, which is completed by laminating as described above, can be used on a thermal printer to make a predetermined print on the surface of the battery and use it as an invoice in a printing form or without a printing form, and die-cut into individual invoices. This will be used to cut into individual invoices with a continuous line of cut.

2 (a) to (c) of the accompanying drawings illustrate a step of sequentially applying and drying silicone, a non-adhesive and a pressure-sensitive adhesive to the middle finger, and a step of laminating the thermosensitive battery to the processed middle finger, Figure 2 (d), (e) illustrates the process of applying and drying the silicone and the adhesive on the lower extremity and the process of obtaining the completed label invoice by laminating the first laminated stop with the lower extremity and will readily understand the process of the invention. .

Each fabric obtained through the manufacturing method is provided as a fabric having a layer structure as shown in FIG. 3 through a process before lamination.

That is, the battery 10 avoids the integral heating process as the thermal recording paper fabric itself, and the stop 20 applies the silicon layer 22, the adhesive-free layer 24, and the adhesive layer 26 to the upper surface, respectively. The bottom 30 is formed by coating and stacking the silicon layer 32 and the adhesive layer 34 so that the adhesive layer 34 of the bottom 30 is opposed to the lower surface of the middle finger 20, and the middle finger 20 The pressure-sensitive adhesive is formed by opposing the lower surface of the battery 10 to the surface of the pressure-sensitive adhesive layer 26 to form a completed layer structure.

When the completed label invoice is used to cut to a certain standard, as shown in FIG. 4, when the base 30, which is the release paper at the lower part of the invoice, is peeled off, the silicon layer 32 is peeled together, and the adhesive layer ( 34) is transferred to and remains on the lower surface of the middle finger and is attached to the bonding surface of the packaging box or the like using this adhesive layer.

When the part of the sender is to be removed and recovered from the invoice attached as described above, when the battery 10 is peeled off, the adhesive layer 26, which constitutes the stop 20, is adhered to the lower surface of the thermal cell 10. As the layer 24 is peeled from the silicon layer 22, only the silicon layer 22 remains on the top surface on the surface where the recovered invoice part of the invoice bonded to the box is located, thereby preventing the peeling part of the invoice from being severely damaged. It functions as a nonstick (see FIG. 4).

Of course, at this time, the lower surface of the battery 10 of the invoice peeled off may have an adhesive layer 26 and a non-adhesive layer 24 adhered to the surface thereof, so that the lower part of the battery also loses the adhesive function and thus prevents contamination. Even if the invoices are collected and stored separately, they can be used without being joined together.

Next, a modified embodiment of the manufacturing method for using the thermal recording battery of the present invention as described above will be described.

As shown in the process flow chart shown in Fig. 5, the present invention can achieve a method of laminating the lower surface of the thermal recording battery by adding a laminating paper having a structure separated from the middle portion to the lower portion of the thermal recording battery.

Using a printer having a thermal recording head to prepare a rollable battery type as a thermal recording paper,

Laminating paper fabric consisting of a heat-resistant film such as polyester film is provided in a roll state, the fabric is applied to the lower surface as a coating roller while the fabric is released and transported, and the coated silicon is passed through a hot air chamber to be dried and rolled up in a roll state. Silicone coating / drying step,

A pressure-sensitive adhesive applying / drying step of applying a pressure-sensitive adhesive to a completely dried silicon layer lower surface as an application roller, passing through a hot air chamber, and drying and winding in a roll state;

Applying a pressure-sensitive adhesive to the upper surface of the laminating paper and through the hot air chamber to form a laminated paper through the pressure-sensitive adhesive coating / drying step of drying and winding up,

A silicone coating / which is selected from glassine or film, in a roll state and applies the silicone to the upper surface of the middle as a coating roller while unwinding and conveying the fabric, and drying the coated silicon through a hot air chamber to wind it into a roll state. Through the drying step to form a stop,

Silicon coating / drying step of preparing the selected base fabric of glassine paper or presser paper, applying silicone as a coating roller on one surface of the fabric while transferring and unwinding the fabric, and drying and winding the applied silicone through a hot air chamber; Applying a pressure-sensitive adhesive on the surface of the silicon layer as an application roller, and preparing a base through the pressure-sensitive adhesive application / drying step of passing the hot air chamber and drying and winding it;

A lamination step of laminating and winding the laminating paper by facing the lower surface of the heat-sensitive recording battery on the pressure-sensitive adhesive surface of the processed laminating paper, passing the lamination roller;

A lamination step of releasing the laminating paper rolls laminated with the thermal recording battery, and laminating and winding the lower surface facing the pressure-sensitive adhesive surface of the machined paper, passing the lamination rollers, and laminating them;

The lower surface of the laminated middle paper is opposed to the upper adhesive surface of the lower surface to pass the lamination rollers to pass through the lamination step to complete the Ra-la invoice fabric.

Each fabric obtained through the manufacturing method is provided as a fabric having a layer structure as shown in FIG. 6 through a process before lamination.

That is, the battery 10 avoids any heating process as the thermal recording paper fabric itself, and the laminating paper 15 at the lower part of the cell is coated with a silicon layer 16 and a non-adhesive layer 17 on the lower surface thereof, respectively. The upper surface is formed by applying an adhesive layer 18 to the upper surface, the middle finger 20 is formed by applying only the adhesive layer 26 to the upper surface, and the base 30 is a silicon layer 32 and an adhesive layer 34. Is applied to the lower surface of the middle finger 20 so as to face the adhesive layer 34 of the base 30, and to the surface of the adhesive layer 26 of the middle finger 20, the non-adhesive layer 17 of the laminating paper 15 ) And the upper adhesive layer 18 of the laminating paper 15 to face the lower surface of the battery 10 to be pressed to form a completed layer structure.

When the completed label invoice is used to cut to a certain standard, as shown in FIG. 7, when the base 30 which is the release paper at the bottom of the invoice is peeled off, the silicone layer 32 is peeled together and the adhesive layer ( 34) is transferred to and remains on the lower surface of the middle finger and is attached to the bonding surface of the packaging box or the like using this adhesive layer.

When the cell 10 is peeled off when a part of the sender is to be removed and recovered from the invoice attached as described above, the non-adhesive layer 17 that forms the laminating paper 15 on the lower surface of the thermal cell 10 is formed. The non-adhesive layer 17 is transferred to the adhesive layer 26 that constitutes the middle finger 20, and the non-adhesive layer 17 is peeled off from the silicon layer 16, and the non-adhesive layer 17 is located on the surface where the recovered invoice part of the invoice bonded to the box is located. ) Remains on the uppermost surface, preventing the peeling portion of the invoice from being severely soiled, thereby functioning as a non-stick (see FIG. 7).

Of course, at this time, since the silicon layer 16 of the laminating paper 15 is peeled off together on the lower surface of the cell 10 of the peeled invoice, the lower part of the battery is also in a state in which the adhesive function is excluded, thereby preventing fouling, and then collecting the invoice later. Even if they are stored separately, they can be used without being joined together.

The anti-curling film may contain residual moisture even after drying by using an antistatic agent (polyoxyethylene alkyl ester) to prevent curling.

The non-adhesive layer used to apply the battery back silicon layer of the present invention is a polystyrene solution in which a polystyrene solution in which the polystyrene solution (PS) is completely dissolved in toluene is mixed with toluene. Polystyrene (GPPS) in the form and polystyrene solution 90 ~ 100 (L) completely dissolved in toluene as a reaction solvent, rosin solution 8 ~ 10 (L) completely dissolved by mixing Resin powder and toluene as a reaction solvent ), Which is obtained by mixing 30 to 35 (L) of synthetic rubber solution completely dissolved by mixing a synthetic rubber (Rubber) and a reaction solvent toluene in the form of a kernel so that the concentration of the mixture is 40 to 45 cps. By applying a patent composition.

Looking at the use example of the label invoice according to the present invention, a typical invoice is one side that describes the consignee and goods information of the logistics, and the delivery table indicating the invoice number, consignee, consignor and consignee signature, etc. to recover after delivery of the goods It is divided into (receipt) and made to be cutable.

The label invoice prints the invoice contents on the surface of the box in which the goods are packaged, removes the Fuji 30 and glues the stops 20 to achieve logistical delivery. At this time, when the battery 10 made of the thermal recording paper is peeled off, the non-adhesive layer forming the non-stick layer and the silicon layer in contact with each other fall, and the adhesive force of the pressure-sensitive adhesive disappears completely to function as a non-stick.

Therefore, the adhesive force is completely lost to the part of the battery delivery tag removed, and contamination by dust or foreign matter is prevented, and the delivery ticket once removed is not adhered to its original position.

As described in detail above, the conventional invoices remain sticky because the adhesive component remains after the battery is removed, and thus does not function sufficiently as a non-stick. It is possible to manufacture the invoice layer structure without heating the battery at all by supplementing the weak point to high temperature due to the characteristics of the recording paper. It is possible to issue invoices, which greatly enhances the convenience, and allows non-stick invoices that lose any cohesiveness after peeling off the battery of the invoices to be laminated by simply pressurizing, thus simplifying the process and improving productivity. It is invention which has various outstanding effects, such as these.

1 is a process flow diagram illustrating a manufacturing method of the present invention.

2 (a) to 2 (e) illustrate manufacturing steps according to the process sequence of FIG. 1 invention.

3 is a cross-sectional structural view of the label invoice showing the layers of each process produced according to the manufacturing method of FIG.

4 is a cross-sectional view of a peeling label invoice produced according to the manufacturing method of FIG.

5 is a process flowchart showing a manufacturing method as a modified embodiment of the present invention.

6 is a cross-sectional structural view of the label invoice showing the layers of each process manufactured according to the manufacturing method of FIG.

FIG. 7 is a cross-sectional view of a peeling label invoice manufactured according to the manufacturing method of FIG. 5. FIG.

*** Explanation of symbols for the main parts of the drawing ***

10 cells 12, 22, 32 silicon layer

14, 24: adhesive layer 15: laminating paper

20: stop 18, 26, 34: adhesive layer

30: not

Claims (4)

It is composed of a lower paper which is a release paper to bond the label invoice to the transport logistics packaging box, a middle paper having a double-sided adhesive layer on the upper base, and a battery bonded to the top of the middle paper to print the printing surface of the invoice and the contents related to the logistics transportation. In the method for producing a label invoice comprising a non-stick layer (non-stick) to remove part or all of the battery from the stop and lose the adhesive force of the surface removed, Using a printer having a thermal recording head to prepare a rollable battery type as a thermal recording paper, A silicone coating / which is selected from glassine or film, in a roll state and applies the silicone to the upper surface of the middle as a coating roller while unwinding and conveying the fabric, and drying the coated silicon through a hot air chamber to wind it into a roll state. Drying step, A pressure-sensitive adhesive applying / drying step of applying a pressure-sensitive adhesive on a completely dried silicone layer as a coating roller, passing through a hot air chamber, and drying and winding in a roll state; Applying a pressure-sensitive adhesive on the pressure-sensitive adhesive layer and forming a middle finger through the pressure-sensitive adhesive coating / drying step of drying and winding the applied pressure-sensitive adhesive through a hot air chamber, Silicon coating / drying step of preparing the selected base fabric of glassine paper or presser paper, applying silicone as a coating roller on one surface of the fabric while transferring and unwinding the fabric, and drying and winding the applied silicone through a hot air chamber; Applying a pressure-sensitive adhesive on the surface of the silicon layer as a coating roller, and through the hot air chamber to form a base through the pressure-sensitive adhesive applying / drying step, which is dried and wound up, A lamination step of laminating and winding the lamination roller by opposing a lower surface of the heat-sensitive recording battery to the pressure-sensitive adhesive surface of the processed middle paper; The thermal recording battery having a thermal recording paper characterized by releasing the stop roll rolled with the thermal recording battery and laminating the lower surface to face the upper pressure-sensitive adhesive surface of the machined base and passing it through a lamination roller to form a separate invoice fabric. Method of making a non-sticky label invoice. By the manufacturing method of claim 1 forms the battery 10 as the thermal recording paper fabric itself is printed in the contents of the invoice, The middle finger 20 is formed by coating and laminating a silicon layer 22, an adhesive-free layer 24 and an adhesive layer 26 on the upper surface, respectively, The base 30 is formed by coating and laminating the silicon layer 32 and the adhesive layer 34 so that the adhesive layer 34 of the base 30 is opposite to the lower surface of the middle finger 20, and the adhesive layer of the middle finger 20 is applied. (26) A non-adhesive label invoice having a heat-sensitive recording battery, characterized by comprising an invoice layer structure in which a bottom surface of a battery 10 is opposed to a surface thereof and is pressure bonded to each other. It is composed of a lower paper which is a release paper to bond the label invoice to the transport logistics packaging box, a middle paper having a double-sided adhesive layer on the upper base, and a battery bonded to the top of the middle paper to print the printing surface of the invoice and the contents related to the logistics transportation. In the method for producing a label invoice comprising a non-stick layer (non-stick) to remove part or all of the battery from the stop and lose the adhesive force of the surface removed, Using a printer having a thermal recording head to prepare a rollable battery type as a thermal recording paper, Laminating paper fabric consisting of a heat-resistant film such as polyester film is provided in a roll state, the fabric is applied to the lower surface as a coating roller while the fabric is released and transported, and the coated silicon is passed through a hot air chamber to be dried and rolled up in a roll state. Silicone coating / drying step, A pressure-sensitive adhesive applying / drying step of applying a pressure-sensitive adhesive to a completely dried silicon layer lower surface as an application roller, passing through a hot air chamber, and drying and winding in a roll state; Applying a pressure-sensitive adhesive to the upper surface of the laminating paper and through the hot air chamber to form a laminated paper through the pressure-sensitive adhesive coating / drying step of drying and winding up, A silicone coating / which is selected from glassine or film, in a roll state and applies the silicone to the upper surface of the middle as a coating roller while unwinding and conveying the fabric, and drying the coated silicon through a hot air chamber to wind it into a roll state. Through the drying step to form a stop, Silicon coating / drying step of preparing the selected base fabric of glassine paper or presser paper, applying silicone as a coating roller on one surface of the fabric while transferring and unwinding the fabric, and drying and winding the applied silicone through a hot air chamber; Applying a pressure-sensitive adhesive on the surface of the silicon layer as an application roller, and preparing a base through the pressure-sensitive adhesive application / drying step of passing the hot air chamber and drying and winding it; A lamination step of laminating and winding the laminating paper by facing the lower surface of the heat-sensitive recording battery on the pressure-sensitive adhesive surface of the processed laminating paper, passing the lamination roller; A lamination step of releasing the laminating paper rolls laminated with the thermal recording battery, and laminating and winding the lower surface facing the pressure-sensitive adhesive surface of the machined paper, passing the lamination rollers, and laminating them; A method of manufacturing a non-sticky label invoice having a thermal recording battery, characterized in that the ladle invoice fabric is completed through a lamination step in which the lower surface of the laminated paper is opposed to the upper adhesive surface of the lower surface and passed through a lamination roller. . By the manufacturing method of claim 3, the battery 10 is formed as the thermal recording paper fabric itself, in which the invoice contents are printed; The laminating paper 15 is formed by applying a silicon layer 16 and a non-adhesive layer 17 on the lower surface of the cell and applying the adhesive layer 18 on the upper surface thereof. Middle finger 20 is made by applying only the adhesive layer 26 on the upper surface, The base 30 is formed by coating and laminating the silicon layer 32 and the adhesive layer 34 so that the adhesive layer 34 of the base 30 is opposite to the lower surface of the middle finger 20, and the adhesive layer of the middle finger 20 is applied. (26) The invoice layer is formed by opposing the non-adhesive layer 17 of the laminating paper 15 to the surface and pressing-bonding the upper adhesive layer 18 of the laminating paper 15 to face the lower surface of the cell 10. A non-adhesive label invoice having a thermal recording battery, comprising a structure.