An adhesive transfer machine and adhesive transfer method performed in the machine

Abstract

The invention relates to a machine designed to cleanly, quickly and easily transfer a special solid adhesive plastered on a thin material such as paper to the surface of the product intended to be adhered, and the adhesive transfer method performed in this machine.

Description

[0001] AN ADHESIVE TRANSFER MACHINE AND ADHESIVE TRANSFER METHOD PERFORMED IN THE MACHINE

[0002] Technical Field

[0003] The invention relates to a machine designed to cleanly, quickly and easily transfer a special solid adhesive plastered on a thin material such as paper to the surface of the product intended to be adhered, and the adhesive transfer method performed in this machine.

[0004] State of the Art

[0005] It is known that there are various methods and machines developed for the adhering processes of various products in the shoe, saddlery (leather) and promotion industries. In the shoe industry, which is the field where the adhering process is used the most, the footbeds known as the insole lining are generally the most important part where the foot placed on the sole lining comes into contact with and feels cushioned and comfortable when stepping on it. Insole lining is the name given to the fabricated part of the shoe made of leather or fabric, non-leather materials such as synthetic products, usually labeled with the shoe brand. It is an element that is adhered to the insole of the shoe and comes into direct contact with the bottom of the human foot. In the state of the art, said footbeds are adhered to the insole after the shoe is removed from the mold. There are footbed types that fully cover the inside of the shoe or are cut in half. According to the style of the shoe; it is made of materials such as natural leathers, textiles, artificial materials, compressed sponge PU, Eva, latex and / or lamination of these. In the state of the art, for example, in the adhering applications of a footbed (insole lining) in the shoe industry, the product to be adhered needs applying the liquid adhesives to both surface areas to be adhered by hand with the help of a brush or by atomizing with an airbrush, or by manually or by automatically passing thereof through the chamber of double-roller simple machines where the liquid adhesive or a hotmelt (solid adhesive of wax base molten by heat of the machine) adhesive is picked up by the machine from its storage tank and applied to the surface of the material. Said processes create various health problems, especially due to the solvents secreted by liquid adhesives, and due to the fact that the adhesive is liquid, it dirties the applied product and the working area, and therefore requires re-cleaning. Therefore, the completion time of the process with the hand speed of the person performing the process is limited, and additional working personnel must be reinforced to this station to complete the process on time according to the workload. In cases where the product area or product edges are not flat (perforated, covered with various embroideries, lace, etc.), it is not possible to apply clean adhesive to these areas, and this process generally requires at least two more individuals to operate. Further, since liquid adhesive is applied by hand, airbrush or rollers, the thickness of the applied adhesive and its homogeneity on the surface cannot be controlled, which affects the drying time of the adhesive on the same surface and reduces the adhesive quality. Again, in these systems, the adhesion process can only be achieved by applying adhesive to both sides, and without waiting for the drying time (open time) of this adhesive, the adhering process of combining both surfaces to which the adhesive is applied cannot be performed.

[0006] In other alternative machine applications used in the state of the art, the process is carried out with 2 separate bands, an adhesive and an adhesive collecting band are used. The use of two separate bands in this process carried out in said machines prolongs the performance time of the process. Further, the use of more than one band increases the cost, creates excess waste material and causes halting of the process due to a problem that may occur in one of the bands. In the state of the art, in the machine applications developed for said adhesive application process, the thickness of the product and the variable thicknesses on the same product to which the adhesive is intended to be applied is limited. Machine settings need to be remade for products of different thicknesses, which leads to a loss of time. Further, there is a maximum thickness limit in these applications and this limits the scale of the products that can be used. In all of these adhering systems developed, there is difficulty regarding use when the process is performed. Usage of the machine and system outside the production line is not possible.

[0007] In the state of the art, in the Chinese document No. CN203457894 related to the machine developed to perform the adhering process in shoes, only the shoe sole adhering process can be performed with said machine. The adhering process required for such products in shoe insole (footbed) adhering and other sectors are not possible with this machine. Further, since liquid adhesive is used as an adhesive, it causes problems such as cleaning and health, and adjustments of for example adhesive thickness and amount cannot be controlled.

[0008] In the Chinese document No. CN106136464, which is another improvement in the state of the art, it is only a machine designed to adhere the intermediate sole, if there is an intermediate sole present in the shoe sole group as mentioned. Again, there are health and cleaning problems due to the use of liquid adhesive in said machine and method, and the thickness and weight of the adhesive cannot be controlled.

[0009] Therefore, it is necessary to develop a method that minimizes or eliminates the above- mentioned disadvantages in the state of the art and a system that works according to said method.

[0010] Summary of the Invention

[0011] One of the advantages of the invention is that since solid adhesive plastered on the band is used for adhesion, the problem of the solvent of the liquid adhesive being released and creating various health problems will be solved. This will ensure the occupational safety of the individuals who will carry out said application and prevent the environment from being covered with various chemical gases that adversely affect human health. In addition, a process that does not create air pollution, will emerge.

[0012] Another advantage of the invention is that instead of 2 personnel as in the state of the art, the process will be performed by a single personnel and the capacity of 2 personnel will be reached in a much shorter time. For example, in the case of the invention being used in the shoe industry, a single personnel will be able to make 500 pairs of footbeds adherable in an hour in the footbed adhesive application. This will allow both time and labor savings.

[0013] Another advantage of the invention is that by eliminating in said invention all problems such as the inability to achieve complete cleaning in liquid adhesive applications used in the state of the art, increasing of this problem in products with curved and protruding details, and the emergence of the need for re-cleaning after the process, by means of the adhesive plastered product acquiring the adhesive by contact, regardless of the shape of the product, it will be possible to apply the adhesive clearly and cleanly. Another advantage of the invention is that due to the property of solid adhesive, adhesive (material) savings can be achieved by applying the adhesion process only to one side. Further, the necessity of using the adhesive applied product only at the time of application will be eliminated and this adhesive applied product will be able to be used immediately and / or within a period of one year. Thanks to this feature, the product can be produced in as many numbers as desired, can be transferred to the locations where it is needed, and will be able to be stored by the user. Further, in other machine applications, the thickness of the product to which the adhesive is intended to be applied is limited. Machine settings need to be remade for products of different thicknesses, which leads to a loss of time. Further, as detailed in the state of the art, there is a maximum thickness limit in other applications. With the embodiment of said invention, the maximum thickness limit can be raised much higher without any machine adjustment.

[0014] The adhesive transfer machine of the invention, has been developed not only for insole lining adhering processes in the shoe industry, but also for use in every sector where it is needed, and there is no restriction regarding usage field.

[0015] Description of the Drawings

[0016] Fig. 1 : It is a representative side perspective view of the adhesive transfer machine of the invention.

[0017] Fig. 2: It is a representative top projection view of the sectioned version of the adjustment part of the adhesive transfer machine of the invention.

[0018] Fig. 3 : It is a representative projection view of the adjustment section of the rear part of the adhesive transfer machine of the invention.

[0019] Fig. 4 : It is a representative side projection view of the adhesive transfer machine of the invention.

[0020] Fig. 5 : It is a view of the representative illustration of the adhesive transfer process flow of the adhesive transfer machine of the invention on the machine.

[0021] Fig. 6 : It is a view of the representative illustration of the process flow of the adhesive transfer machine of the invention in stretch film cleaning mode.

[0022] Fig. 7 : It is a representative view of a sample product to be placed in the adhesive transfer machine of the invention. Fig. 8: It is a representative view of another sample product to be placed in the adhesive transfer machine of the invention.

[0023] Fig. 9: It is a representative view of adhesive band to be placed in the adhesive transfer machine of the invention.

[0024] Fig. 10: It is a representative view in which the adhesive band and a sample product has been placed in the adhesive transfer machine of the invention.

[0025] Description of the References in the Drawings

[0026] For a better understanding of the invention, the description of the numbers in the figures is given below:

[0027] 100.Adhesive transfer machine

[0028] 1. Product

[0029] 2. Adhesive band

[0030] 3. Adhesive band shaft

[0031] 4. Transport shaft

[0032] 5. First pressure roller

[0033] 6. First pressure roller adjustment

[0034] 7. Thin gap

[0035] 8. Second pressure roller

[0036] 9. Second pressure roller adjustment

[0037] 10. First pressure roller fixing shaft

[0038] 11. Second pressure roller fixing shaft

[0039] 12. Clean band carrier tension shaft

[0040] 13. Cleaning roller shaft

[0041] 14. Stretch film band attachment shaft

[0042] 15. Stretch film tension shaft

[0043] 16. Adhesive band carrier tension shaft

[0044] 17. Bottom case

[0045] 18. Cleaned band transport tension adjustment control element

[0046] 19. Adhesive band transport tension adjustment control element

[0047] 20. First pressure roller tension adjustment control element

[0048] 21. Second pressure roller tension adjustment control element

[0049] 22. Adhesive band shaft tension adjustment control button

[0050] 23. Control button group 23a. Heat on / off button

[0051] 23b. Heat adjustment console

[0052] 23c. Speed adjustment button

[0053] 23d. Emergency stop button

[0054] 23e. Direction adjustment button

[0055] 24. Heatable surface

[0056] 25. Output product routing pin

[0057] 26. Mode tracking element

[0058] 27. On-off element

[0059] 28. Energy input fuse

[0060] 29. Protective case

[0061] A. Sectioned detail of the control button group

[0062] 1000. Emergence of the adhesive band (2) on the top surface of the machine by passing through the transport shaft (4)

[0063] 1001. Placement of the product (1) on the top surface of the machine preferably manually by hand

[0064] 1002. Appliance of pressure on the product (1) by passing it through the first pressure rolls (5) which allow the adhesive to adhere effectively

[0065] 1003. Passage of the adhesive band (2) through the thin gap (7) in order for it to go down to be cleaned, and passage of the product (1 ) on top of the cleaned band coming from below.

[0066] 1004. Passage of the adhesive band (2) through adhesive band carrier tension shaft (16)

[0067] 1005. Passage of the adhesive band (2) through the adhesive cleaning roller shaft (13), and exit of the cleaned band

[0068] 1006. Passage of the cleaned band cleaned by passing through the cleaning roller shaft (13), through the clean band carrier tension shaft (12)

[0069] 1007. Emergence of the cleaned band towards the top surface of the machine

[0070] 1008. Emergence of the cleaned band from the thin gap (7) to the top surface of the machine and taking of the product (1 ) traveling on the top onto it

[0071] 1009. Transportation of the product (1 ) taken onto the cleaned band

[0072] 1010. Passage through the second pressure roller (8) for effective adhesive adhesion to the product

[0073] 1011. Exit of the product from the machine ready for use Detailed Description of the Invention

[0074] Example embodiments are described in more detail with reference to the accompanying descriptions below. However, embodiments may be created in different forms and should not be construed as being limited to the embodiments presented herein. Rather, these example embodiments are provided so that this description will be thorough, and will fully convey the scope to those skilled in the art.

[0075] The terminology used in this description is intended to describe a particular example embodiment only and is not intended to be limiting. As used herein, the forms "one", "at least", and "preferably" are intended to include plural forms as well, unless the context clearly states otherwise.

[0076] The adhesive transfer machine (100) of the invention comprises at least one adhesive band shaft (3) to which the adhesive band (2) is attached, at least one conveyor shaft

[0077] (4) carrying the adhesive band (2) to the top surface of the machine, preferably teflon coated and non-driven, at least one first pressure roller (5) ensuring effective adhesion of the adhesive to the product (1 ), at least one first pressure roller adjustment (6) in which the amount of pressure to be applied is adjusted according to the product type and adhesive properties, at least one thin gap (7) located on the top surface of the machine allowing the adhesive band (2) to go down to be cleaned and transportation of the product (1 ) onto the band that comes cleaned from below, at least one second pressure roller (8) allowing adherence of the adhesive effectively to the product (1 ) again since it changes the initial adhesion position with the product (1 ), at least one second pressure roller adjustment (9) in which the amount of pressure to be applied is adjusted according to the product type and adhesive properties, at least one first pressure roller fixing shaft (10) to which the bottom roll of at least one first pressure roll

[0078] (5) is attached, at least one second pressure roller fixing shaft (11) to which the bottom roll of at least one second pressure roll (8) is attached, at least one clean band carrier shaft (12) allowing the cleaned band to be transported to the top surface of the machine by tensioning, at least one cleaning roller shaft (13) performing cleaning by taking the adhesive of the adhesive band (2) flowing from above on its own roller, at least one adhesive band carrier shaft (16) ensuring that the adhesive band (2) continues smoothly with tensioning for cleaning, at least one cleaned band transport tension adjustment control element (18) in which the tension adjustments required for the controlled transport of the cleaned band are made, at least one adhesive band transport tension adjustment control element (19) in which the tension adjustments required for the controlled transport of the adhesive band (2) are made, at least one first pressure roller tension adjustment control element (20) in which the tension adjustments required for the product (2) to be carried by the first pressure roller (5) in a controlled manner are made, at least one second pressure roller tension adjustment control element (21 ) in which the tension adjustments required for the product (1 ) to be carried by at least one second pressure roller (8) in a controlled manner are made, at least one adhesive band shaft tension adjustment control button (22) allowing the adhesive band (2) to flow to the work surface in a controlled manner with tensioning at the beginning of the process, at least one output product routing pin (25) allowing the output band to be directed to the machine exit, together with the product (1) on the band cleaned from adhesive, at least one control button group (23) in which the machine's on, off and temperature control adjustments are made. Said control button group (23) comprises at least one heat on / off button (23a), at least one temperature adjustment console (23b), at least one speed adjustment button (23c), at least one emergency stop button (23d), at least one direction adjustment button (23e).

[0079] If the subject of the invention is the adhesive transfer method performed in the adhesive transfer machine (100), it comprises the process steps of:

[0080] - Emergence of the adhesive band (2) on the top surface of the machine by passing through the transport shaft (4) (1000)

[0081] - Placement of the product (1) on the top surface of the machine preferably manually by hand (1001 )

[0082] - Appliance of pressure on the product (1) by passing it through the first pressure rolls (5) which allow the adhesive to adhere effectively (1002)

[0083] - Passage of the adhesive band (2) through the thin gap (7) in order for it to go down to be cleaned, and passage of the product (1) on top of the cleaned band coming from below (1003)

[0084] - Passage of the adhesive band (2) through adhesive band carrier tension shaft (16) (1004)

[0085] - Passage of the adhesive band (2) through the adhesive cleaning roller shaft (13), exit of the cleaned band (1005)

[0086] - Passage of the cleaned band cleaned by passing through the cleaning roller shaft (13), through the clean band carrier tension shaft (12) (1006) - Emergence of the cleaned band towards the top surface of the machine (1007)

[0087] - Emergence of the cleaned band from the thin gap (7) to the top surface of the machine and passage of the product (1) from the adhesive band (2) onto the cleaned band (1008)

[0088] - T ransportation of the product (1 ) taken onto the cleaned band (1009)

[0089] - Passage through the second pressure roller (8) for effective adhesive adhesion to the product (1 ) (1010)

[0090] - Exit of the product (1) from the machine ready for use (1011).

[0091] The workflow process of said method is shown in the representative picture in Figure-5. In the method of the invention, after the process step of passage of the adhesive band (2) through the adhesive cleaning roller shaft (13), and exit of the cleaned band (1005), there is no adhesive substance left on the band and the band is completely cleaned of adhesive. The product (1) is a footbed of a shoe in an embodiment of the invention as shown in Figure-7 and Figure-8. However, there is no limitation on this, and it is possible in the adhesive transfer machine (100) of the invention to use any product on which adhesive is intended to be applied. In the same way, the adhesive band (2) is shown as a representation in Figure-9, and its movement is ensured by its attachment to the band shaft (3) in the adhesive transfer machine (100).

[0092] The adhesive transfer machine (100) of the invention also comprises at least one stretch film band attachment shaft (14) that performs cleaning with stretch film according to the feature of the product (1 ) to which the adhesive will be transferred, and at least one stretch film tension shaft (15) that ensures the controlled flow of the stretch film by tensioning, as a process option according to the feature of the product (1). In addition, the cleaning roller shaft (13) is the roller shaft which the stretch film is wrapped around after the cleaning process, if said stretch film is used in cleaning mode.

[0093] If the stretch film cleaning mode is preferred in the machine, the process steps below;

[0094] - Emergence of the adhesive band (2) on the top surface of the machine by passing through the transport shaft (4) (1000)

[0095] - Placement of the product (1) on the top surface of the machine preferably manually by hand (1001 ) - Appliance of pressure on the product (1 ) by passing it through the first pressure rolls (5) which allow the adhesive to adhere effectively (1002)

[0096] - Passage of the adhesive band (2) through the thin gap (7) in order for it to go down to be cleaned, and passage of the product (1) on top of the cleaned band coming from below (1003)

[0097] Passage of the adhesive band (2) through adhesive band carrier tension shaft (16) (1004)

[0098] - In stretch film cleaning mode, attachment of the stretch film to the cleaning roller shaft (13) (1014)

[0099] - Turning of the adhesive on the adhesive band (2) to the collector surface by the stretch film (1013)

[0100] - Cleaning of the adhesive band (2) from the adhesive by combining it with the stretch film during the passage thereof through the adhesive band carrier tension shaft (16) (1104)

[0101] - After cleaning the adhesive band (2) from adhesive, collection of stretch film on the roller shaft (13) which the cling film is wrapped (1005)

[0102] - In stretch film cleaning mode, the passage of the cleaned band through the carrier and tension roller (1012)

[0103] - Passage of the cleaned band cleaned by passing through the cleaning roller shaft (13), through the clean band carrier tension shaft (12) (1006)

[0104] - Emergence of the cleaned band towards the top surface of the machine (1007)

[0105] - Emergence of the cleaned band from the thin gap (7) to the top surface of the machine and taking of the product (1) traveling on the top onto it (1008)

[0106] - T ransportation of the product (1 ) transported onto the cleaned band (1009)

[0107] - Passage through the second pressure roller (8) for effective adhesive adhesion to the product (1 ) (1010)

[0108] - Exit of the product (1 ) from the machine ready for use (1011) will be applied to the workflow process. The representative illustration of the process flow in the stretch film cleaning mode of the adhesive transfer machine of the invention is as shown in Figure-6.

[0109] It comprises at least one bottom case (17) enabling the operation and transportation of the adhesive transfer machine (100) of the invention without the need for an additional workbench, at least one protective case (29) in which the working parts of the machine are mounted and which ensures that the operations are carried out safely, at least one heatable surface (24), which increases the activity of the adhesive by heating the upper surface of the machine according to the product (1 ) and adhesive material properties, ensuring that it adheres to the product (1 ) more effectively, at least one mode tracking element (26) indicating that the machine is ready for operation, at least one on-off element (27) enabling the machine to be turned on and off, at least one energy input fuse (28) providing fuse operations for the safety of the machine.

[0110] Any features described in this description (including appended claims, summary and figures) may be replaced by other alternative features that may have equivalent or similar purposes, unless otherwise stated explicitly. That is, unless otherwise stated explicitly, each feature is only one example of a set of equivalent or similar features.

[0111] The above embodiments are intended only to describe the technical concept and features of the present invention, and the purpose of the present invention is to ensure that those skilled in the art understand the content of the present invention and practice the present invention, and the scope of the present invention is not limited thereto. Equivalent changes or modifications made in accordance with the spirit of the invention are intended to be included in the scope of the invention.

[0112] Industrial Applicability of the Invention

[0113] The invention is a machine designed to cleanly, quickly and easily transfer a special solid adhesive plastered on a thin material such as paper to the surface of the product intended to be adhered, and the adhesive transfer method performed in this machine, and is industrially applicable.

[0114] The invention is not limited to the above embodiments, and the person skilled in the art can readily present other different embodiments of the invention. These should be considered within the protection scope of the invention claimed by the claims.

Claims

CLAIMS1. The adhesive transfer machine (100), characterized in that it comprises at least one adhesive band shaft (3) to which the adhesive band (2) is attached, at least one conveyor shaft (4) carrying the adhesive band (2) to the top surface of the machine, at least one first pressure roller (5) ensuring effective adhesion of the adhesive to the product (1 ), at least one first pressure roller adjustment (6) in which the amount of pressure to be applied is adjusted according to the product type and adhesive properties, at least one thin gap (7) located on the top surface of the machine allowing the adhesive band (2) to go down to be cleaned and transportation of the product (1 ) onto the band that comes cleaned from below, at least one second pressure roller (8) allowing adherence of the adhesive effectively to the product (1 ) again since it changes the initial adhesion position with the product (1 ), at least one second pressure roller adjustment (9) in which the amount of pressure to be applied is adjusted according to the product type and adhesive properties, at least one first pressure roller fixing shaft (10) to which the bottom roll of at least one first pressure roll (5) is attached, at least one second pressure roller fixing shaft (11 ) to which the bottom roll of at least one second pressure roll (8) is attached, at least one clean band carrier shaft (12) allowing the cleaned band to be transported to the top surface of the machine by tensioning, at least one cleaning roller shaft (13) performing cleaning by taking the adhesive of the adhesive band (2) flowing from above on its own roller, at least one adhesive band carrier shaft (16) ensuring that the adhesive band (2) continues smoothly with tensioning for cleaning, at least one cleaned band transport tension adjustment control element (18) in which the tension adjustments required for the controlled transport of the cleaned band are made, at least one adhesive band transport tension adjustment control element (19) in which the tension adjustments required for the controlled transport of the adhesive band (2) are made, at least one first pressure roller tension adjustment control element (20) in which the tension adjustments required for the product (2) to be carried by the first pressure roller (5) in a controlled manner are made, at least one second pressure roller tension adjustment control element (21) in which the tension adjustments required for the product (1) to be carried by at least one second pressure roller (8) in a controlled manner are made, at least oneadhesive band shaft tension adjustment control button (22) allowing the adhesive band (2) to flow to the top surface of the machine in a controlled manner with tensioning at the beginning of the process, at least one output product routing pin (25) allowing the output band to be directed to the machine exit together with the product (1 ) on the band cleaned from adhesive, at least one control button group (23) in which the machine's on, off and temperature control adjustments are made.

2. The adhesive transfer machine (100) of claim 1 , characterized in that control button group (23) comprises at least one heat on / off button (23a), at least one temperature adjustment console (23b), at least one speed adjustment button (23c), at least one emergency stop button (23d), at least one direction adjustment button (23e).

3. The adhesive transfer machine (100) of claim 1 , characterized in that the transport shaft (4) is preferably teflon-coated and non-driven.

4. The adhesive transfer machine (100) of claim 1 , characterized in that it comprises at least one bottom case (17) enabling operation and transportation thereof without the need for an additional workbench, and at least one protective case (29) in which the working parts of the machine are mounted and which ensures that operations are carried out safely.

5. The adhesive transfer machine (100) of claim 1 , characterized in that it comprises at least one heatable surface (24), which increases the activity of the adhesive by heating the upper surface of the machine according to the product (1) and adhesive material properties, ensuring that it adheres to the product (1 ) more effectively.

6. The adhesive transfer machine (100) of claim 1 , characterized in that it comprises at least one mode tracking element (26) indicating that the machine is ready for operation, at least one on-off element (27) enabling the machine to be turned on and off, at least one energy input fuse (28) providing fuse operations for the safety of the machine.

7. The adhesive transfer machine (100) of claim 1 , characterized in that it comprises at least one stretch film band attachment shaft (14) that performs cleaning with stretch film according to the feature of the product (1) to which the adhesive will be transferred, and at least one stretch film tension shaft (15) that ensures the controlled flow of the stretch film by tensioning.

8. The adhesive transfer method which is performed in the adhesive transfer machine (100), characterized in that it comprises the process steps of;- emergence of the adhesive band (2) on the top surface of the machine by passing through the transport shaft (4) (1000)- placement of the product (1 ) on the top surface of the machine preferably manually by hand (1001)- appliance of pressure on the product (1 ) by passing it through the first pressure rolls (5) which allow the adhesive to adhere effectively (1002)- passage of the adhesive band (2) through the thin gap (7) in order for it to go down to be cleaned, and passage of the product (1 ) on top of the cleaned band coming from below (1003)- passage of the adhesive band (2) through adhesive band carrier tension shaft (16) (1004)- passage of the adhesive band (2) through the adhesive cleaning roller shaft (13), exit of the cleaned band (1005)- passage of the cleaned band cleaned by passing through the cleaning roller shaft (13), through the clean band carrier tension shaft (12) (1006)- emergence of the cleaned band towards the top surface of the machine (1007)- emergence of the cleaned band from the thin gap (7) to the top surface of the machine and passage of the product (1) from the adhesive band (2) onto the cleaned band (1008)- transportation of the product (1 ) taken onto the cleaned band (1009)- passage through the second pressure roller (8) for effective adhesive adhesion to the product (1 ) (1010)- exit of the product (1 ) from the machine ready for use (1011 ).

9. The process flow when the transfer machine is operated in stretch film cleaning mode in the adhesive transfer method performed on the adhesive transfer machine (100), characterized in that it comprises the process steps of;- emergence of the adhesive band (2) on the top surface of the machine by passing through the transport shaft (4) (1000)- placement of the product (1 ) on the top surface of the machine preferably manually by hand (1001)- appliance of pressure on the product (1 ) by passing it through the first pressure rolls (5) which allow the adhesive to adhere effectively (1002)- passage of the adhesive band (2) through the thin gap (7) in order for it to go down to be cleaned, and passage of the product (1 ) on top of the cleaned band coming from below (1003)- passage of the adhesive band (2) through adhesive band carrier tension shaft (16) (1004)- in stretch film cleaning mode, attachment of the stretch film to the cleaning roller shaft (13) (1014)- turning of the adhesive on the adhesive band (2) to the collector surface by the stretch film (1013)- cleaning of the adhesive band (2) from the adhesive by combining it with the stretch film during the passage thereof through the adhesive band carrier tension shaft (16) (1104)- after cleaning the adhesive band (2) from adhesive, collection of stretch film on the roller shaft (13) which the cling film is wrapped (1005)- in stretch film cleaning mode, the passage of the cleaned band through the carrier and tension roller (1012)- passage of the cleaned band cleaned by passing through the cleaning roller shaft (13), through the clean band carrier tension shaft (12) (1006)- emergence of the cleaned band towards the top surface of the machine(1007)- emergence of the cleaned band from the thin gap (7) to the top surface of the machine and taking of the product (1) traveling on the top onto it(1008)- transportation of the product (1 ) transported onto the cleaned band(1009)- passage through the second pressure roller (8) for effective adhesive adhesion to the product (1 ) (1010)- exit of the product (1 ) from the machine ready for use (1011 ).

Images