WO2019059566A1

WO2019059566A1 - Attachable/detachable used phone having design coordinated with screen and method for customizing same

Info

Publication number: WO2019059566A1
Application number: PCT/KR2018/010349
Authority: WO
Inventors: 김영수
Original assignee: 주식회사 맥스젠테크놀로지
Priority date: 2017-09-19
Filing date: 2018-09-05
Publication date: 2019-03-28

Abstract

Presented are an attachable/detachable used phone and a method for customizing the same, the used phone being provided with an attachable/detachable function and satisfying a buyer's desire for beauty by means of a bezel area design coordinated with a screen design. In relation to the used phone and the method, the attachable/detachable used phone comprises: a screen area comprising a touch screen and a display and providing a screen design; and a bezel area providing a bezel design coordinated with the screen design. In the used phone, a new window structure is attached to the touch screen, and the bezel design coordinated with the screen design satisfies the buyer's desire for beauty and can be directly fabricated remotely in real time.

Description

Used and detached used phone with screen-linked design and how to make the order

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a detachable used phone and a method of manufacturing the same, and more particularly, to a used phone including a window having a bezel area design interlocked with a design of a screen, .

Used phones display a screen such as a liquid crystal display (LCD), an organic light emitting diode (OLED), and an electrophoretic display (EPD). Such used handsets are applied to various video display devices. On the other hand, the apparatus employs a touch screen to provide ease of operation. A window made of tempered glass or transparent polymer resin is arranged on the front surface of the touch screen. The window is divided into a center screen and a bezel area on the rim, protecting the used phone from external shock or contact damage. The window is fixed to the touch screen with a transparent adhesive (OCA) or an ultraviolet curing adhesive. In recent years, flexible windows and curved displays have appeared, and windows that respond to them have emerged.

On the other hand, Korean Patent No. 10-1574923 discloses a display device including a detachable window and a detachable attachment method thereof. Specifically, the above patent is capable of easily replacing a damaged window, separating a window from a display device, simplifying a process of manufacturing a used phone, manufacturing a product at a low cost, and designing various products. Also, the bezel region may be formed along the boundary of the display device. The bezel area has been changed to various colors such as black, white, gold, and blue. However, since the design of the bezel region is still simple, it is difficult to meet the aesthetic desire of the purchaser.

On the other hand, used phones are caused by various causes such as when a purchaser purchases a new mobile phone or when a window is destroyed and then discarded. Currently, these used phones are only sold through resale. In order to increase the value added of used handsets, there is a demand for a new method of used handsets and sales methods, such as the above-described detachment / attaching function and the design of the bezel area interlocked with the design of the screen to meet the aesthetic desires of the buyer.

A problem to be solved by the present invention is to provide a detachable used phone which satisfies aesthetic desires of a purchaser by designing a bezel area interlocked with design of a screen by attaching and detaching a used phone to a used phone and a method of ordering the used phone .

In order to solve the problems of the present invention, there is provided a detachable second hand phone including a touch screen and a display, the second hand including a bezel area for providing a bezel design interlocked with a screen area for providing screen design, Wherein the bezel region of the new window structure comprises a transparent sheet serving as a window of the display device and a thin film printed layer printed on one side of the transparent sheet to provide the bezel design, And a hidden layer positioned between the display and hiding the thin film print layer to sharpen the bezel design. The touch screen may further include a detachable layer disposed between the cover layer and the display and having an adhesive strength of 0.1 gf / 25 mm to 500 gf / 25 mm, and an adhesion reduction layer formed on the touch screen to contact the detachable layer, Layer. At this time, the screen design and the bezel design form a unit design.

In the used phone of the present invention, the thin film printing layer may be printed on one side of the transparent sheet to provide an opaque or translucent design to the screen portion, and the opaque layer may be expanded to the opaque or translucent design. The touch screen may further include a touch screen cover layer, and the cover layer may include an adhesion reduction layer. The thin film printing layer may be a digital printing layer by digital printing. The hiding layer may be one of a white ink or a metal thin film. The hiding layer may include any one of a phosphor or a phosphorescent material or a mixture thereof.

According to another aspect of the present invention, there is provided a method for customizing a detachable used phone in which a carrier forms an adhesive reduction layer on a touch screen or touch screen cover layer of a used phone. Thereafter, the buyer connects to the custom-made platform. The buyer selects the model of the used handset. The buyer selects a unit design. The purchaser performs a simulation of implementing the unit design in the used phone. The buyer directs the window or protective film to print the unit design. The purchaser confirms the quality of the window or protective film printed. The purchaser applies for purchase if the quality is satisfied, and returns to any one of the step of selecting the unit design and the step of performing the simulation if the quality is not satisfied. The carrier forms a detachable layer on the window or the protective film and delivers the detachable layer together with the used phone on which the detachment layer is formed.

In the method of the present invention, the purchaser may further perform the step of correcting the unit design after the step of performing the simulation. Printing of the unit design can print the bezel design or print bezel design and screen printing design together. The provider may further perform at least one of a security code generation step or a coin generation step after the purchaser's purchase application step. The purchaser may further include a right relationship confirmation step after performing the simulation.

In a preferred method of the present invention, after the step of simulating the unit design, the unit design is transmitted to a first server, and the first server designates a printing place to print the unit design. One of the large-capacity printing apparatus or the small-capacity printing apparatus may be disposed at the printing location. The printing place may exist in the printing station itself or in another station. The first server may be interworked with a second server connected to an online platform.

According to the detachable second-hand phone having the screen-linked design of the present invention and the method of manufacturing the second-detachable used phone, it is possible to recycle the second-hand phone by attaching and detaching the second-hand phone, easily replacing the damaged window or the touch screen, Is easy to separate. The bezel design linked with the screen design that meets the aesthetic desires of the buyer can be produced remotely in real time. It can also be customized in real time remotely using any of the high capacity or small capacity printing devices located between different regions and countries within the same country. Further, an on-line platform can be used to customize one of the large-capacity or small-capacity printing apparatuses disposed in different regions and countries within the same country.

1 is a sectional view for explaining a detachable used phone according to the present invention.

FIG. 2 is a view illustrating a detachable used phone having a bezel design interlocked with a screen design according to the present invention, in a screen direction.

3 is a flowchart showing a first method for making customized used phones according to the present invention.

4 is a flowchart showing a second method of making a second handphone according to the present invention.

5 is a flowchart showing a third method of making a used handset according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The embodiments described below can be modified into various other forms, and the scope of the present invention is not limited to the embodiments described below. The embodiments of the present invention are provided to enable those skilled in the art to more fully understand the present invention.

The embodiment of the present invention can be applied to the design of a bezel designed to be able to recycle used phones and meet the aesthetic desires of the buyer by allowing the purchaser to directly participate and select unit designs while attaching / We offer a handy secondhand phone that can be produced in real time in a remote place and a customized method. Used phones are caused by a variety of causes, such as when a purchaser purchases a new mobile phone or when a window is destroyed and then discarded.

The used hand phone applied to the embodiment of the present invention refers to all image processing devices such as mobile devices, information processing terminals, and televisions. The mobile device may be a mobile phone, a smart phone, or a tablet. The display of the used phone includes flat or curved, and is also flexible. The image processing apparatus includes a window, a touch screen, and a display. Accordingly, the window generally refers to a window of a mobile device, a window of an information processing terminal, or a window of all image processing devices such as a television. Similarly, the touch screen and the display also refer to a touch screen and a display that are applied to all image processing apparatuses.

1 is a cross-sectional view illustrating a detachable used phone according to an embodiment of the present invention. It should be understood, however, that the drawings are not intended to be construed in a strict sense, and for the convenience of explanation, there may be elements not shown in the drawings.

Referring to FIG. 1, in order to manufacture a detachable used handset, the window of the used handset is removed and the display 10 and the touch screen 12 are left. Thereafter, a cover layer 14 and an adhesion reducing layer 16 are newly formed on the touch screen 12. At this time, the cover layer 14 is optional and can be provided only when necessary. A polarizing film can be applied instead of the cover layer 14. [ The new window structure NW detachably attached to the adhesion reduction layer 16 includes a thin printing layer 22, a concealing layer 24 and a removable layer 26 on the lower surface of the transparent sheet 20. [

When the removable layer 26 of the new window structure NW is attached to the adhesion reducing layer 16, the detachable used phone according to the embodiment of the present invention is manufactured. The removable layer 26 and the adhesion reducing layer 16 are entirely present in the screen and bezel regions of the used phone, but the thin film printed layer 22 and the concealment layer 24 are present only in the bezel region. At this time, the positions of the removable layer 26 and the adhesion reducing layer 16 may be mutually changed. Further, the thin film printing layer 22 and the hiding layer 24 are selectively applied. If the used pawn of the present invention does not have a bezel area, the thin film printing layer 22 and the cover layer 24 are not needed.

The transparent sheet 20 can be used without restriction as long as it is made of a transparent material, and serves as a window in a used phone. For example, a glass substrate, a sapphire substrate, or a plastic substrate. Specifically, the glass substrate may be tempered glass, and the plastic substrate is made of a thermoplastic resin. Preferably, the plastic substrate is made of PET (PolyEthylene Terephthalate), PEN (PolyEthylene Naphthalate), PES (Polyether Sulfone) ), PC (PolyCarbonate), PMMA (PolyMethyl Methacrylate), PU (Polyurethane), TAC (Tri-Acrylic-Cellulose) or COC (Cycloolefin Copolymer). Tempered glass is more preferable. The transparent sheet may be a laminated structure in which the reinforcing glass and the plastic substrate are formed in multiple layers.

On the transparent sheet 20, properties such as prevention of fingerprints, prevention of reflection, blocking of blue light, blocking of electromagnetic waves, privacy, and antibacterial property can be given. For example, a fluorine-based coating liquid may be wet-coated, or may be dry-coated by vacuum deposition to form a fingerprint-preventing coating layer that provides a fingerprint-proofing function. The coating layer of the transparent sheet 20 may be a glass substrate which has been subjected to anti-fingerprinting or anti-fingerprinting and antimicrobial treatment, or a plastic substrate which has anti-fingerprinting or anti- As such, the coating allows the transparent sheet 20 to exhibit various functions. Alternatively, the transparent sheet 20 may employ a slim tempered glass having a thickness of approximately 10 mu m to 150 mu m. The slim tempered glass has a breakage mechanism that causes cracks that do not involve debris. Since there are no scattered fragments and no sharp edges, there is no debris that injures or injures the user or is sucked into the human body. The slim tempered glass is free from warpage, and is more efficient especially when applied to the screen area of the second type.

The thin film printing layer 22 is a printed bezel design D2 in which the screen design D1 is interlocked. The design in which the screen design D1 is interlocked will be described later in detail. Printing of the thin film printing layer 22 is possible in various manners. The thin film printing layer may be printed on one side of the transparent sheet to provide an opaque or translucent design to the screen portion. The design printed on the screen portion is different from the screen design D1 and is intentionally printed on the screen portion, which is called screen printing design, which is distinguished from the screen design D1.

For example, it is preferable to print by a silk screen method, an offset printing method, a lithographic printing method or the like, or a digital printing method. The digital printing is a method in which ink containing various colors is ejected at one time and printed on the transparent sheet 20. On the other hand, the silkscreen method and offset printing have to be performed several times, and the lithography printing uses masks. The thin film printed layer 22 additionally serves to prevent scattering of the transparent sheet when the transparent sheet is broken.

Practically, the silk screen method, offset printing, and lithographic printing are relatively thick in the thickness of the thin film printing layer, but digital printing is relatively thin and suitable for the thin film printing layer of the present invention. This is because the thickness of the thin film printing layer is preferably 5 占 퐉 to 100 占 퐉 in consideration of the total thickness of the used phone and the sharpness of the design. If the thickness is less than 5 탆, the sharpness of the bezel design is deteriorated. If the thickness is more than 100 탆, the thickness of the thin film printing layer 22 is excessively large. Silkscreening, offset printing, and lithographic printing can complicate the process, increase the thickness of the used phone, and substantially reduce the sharpness of the bezel design. Accordingly, the use of a silk screen method, offset printing, or lithographic printing is not excluded, but a digital printing layer by digital printing is more preferable.

The concealing layer 24 improves the concealability of the thin-film printed layer 22 so that the image of the thin-film printed layer 22 is clearly displayed. The shielding layer 24 may be a white ink layer coated with a white ink or a metal thin film deposited with a metal material having excellent reflectivity. The whiteness of the white ink layer can be controlled by adding a trace amount of a pigment other than white. The cover layer 24 may be extended to the opaque or translucent design.

The white ink may be any ink including a binder, a pigment, a dispersant, and a solvent. At this time, the binder is for fixing the pigment in the white ink to the anti-scattering film, and may include an acrylic resin. The pigment may be a white colorant such as titanium dioxide, talc, clay and the like. The dispersant disperses the pigment uniformly, and the solvent is composed of a component that dissolves the solute to form a solution. The white ink may further include a thickener, and the thickener serves to increase the viscosity of the ink, and the white ink may be adjusted to have a viscosity similar to that of the white gravure ink.

The metal thin film is formed by physical vapor deposition or chemical vapor deposition, and preferably physical vapor deposition is preferable. The physical vapor deposition may use various methods such as electron-beam, ion-beam, sputtering, and excimer laser. The metal may be at least one layer selected from the group consisting of Al, Ag, Cu, Au, Pt, Pd, Rh, Ni, W, Mo, Cr, Sn and Ti or a composite layer thereof. Suitably, it is made of either Ag or Al or an Ag-Al alloy. The metal thin film may be directly deposited on the anti-scattering film or may be transferred by transferring the metal thin film.

The metal thin film of the present invention preferably has a reflectance of 70% or more at a wavelength of 350 nm to 400 nm including a visible light region. Substantially Ag and Al have a reflectance of 80% or more in the visible light region. However, if the thickness (T _d ) of the metal thin film is too small, the light transmittance may become large, so that the relationship between the reflectance and the thickness (T _d ) of the metal thin film can be appropriately set. Preferably, the thickness (T _d ) of the metal foil may range from several hundreds to several thousands of angstroms. Since the relationship between the reflectance and the thickness is known, a detailed description thereof will be omitted.

If the cover layer 24 is not present, the thin film layer 22 becomes less concealable, so that the color and shape of the lower touch screen and the display are transmitted and the image of the thin film layer 22 is not clear. The shielding layer 24 blocks transmission of the color and shape of the lower touch screen and the display so that the image is clearly displayed. At least one of the thin film printing layer 22 or the hiding layer 24 may be mixed with any one of a phosphor or a phosphorescent material to form a mark in a dark place by light emission, Because, in dark places, it is difficult to check the location of used phones properly. However, the position of the used phone can be properly confirmed even in a dark place by any one of the luminous body or the luminous body of the present invention or a mixture thereof.

Adhesive strength of the detachable layer 26 is suitably from about 0.1 gf / 25 mm to 500 gf / 25 mm, more preferably from 0.2 gf / 25 mm to 50 gf / 25 mm. This is smaller than the conventional adhesive force of 1,500 gf / 25 mm of the conventional adhesive layer, and thus is distinguished from the conventional adhesive layer. Here, the adhesive layer 26 of the present invention is an optically transparent adhesive which is cured by heat treatment or UV (ultraviolet ray). The adhesive is cured to a semi-solid state by heat treatment or UV treatment at a predetermined temperature and time. The adhesive method can be easily hand-woven by the purchaser without air bubbles.

The adhesive layer 26 may be variously used within the technical spirit of the present invention, but an acrylic polymer, a silicone polymer, a urethane polymer, an adhesive mixed with a UV-curable resin and a crosslinking agent, or a mixture thereof or a copolymer thereof is preferable. In some cases, a functional material such as silica gel, nanoparticles, and an antistatic agent may be mixed with the detachable layer 26 to improve the physical properties of the detachable layer 26. In addition, the quantum dots may be added to the release layer 26 to improve the optical characteristics.

The release layer 26 may be a surface-modified release sheet. The surface modifying / releasing layer 26 is obtained by changing the adhesive force on the surface from 0.1 gf / 25 mm to 500 gf / 25 mm through plasma or corona treatment or continuous treatment of the surface of the transparent polymer film. Here, the plasma treatment is preferably performed after the corona treatment. In this case, the polymer film may be formed of, for example, polyethylene terephthalate (PET), polyethylene naphthalate (PEN), polyether sulfone (PES), polyimide (PI), polyarylate (PAR), polycarbonate (PC), polymethyl methacrylate a cycloolefin copolymer).

In the case of the plasma treatment, a plasma method such as an atmospheric plasma, a reduced pressure plasma, or a corona plasma is used. That is, not only the surface of the polymer is chemically cleaned, but also the surface is activated to remove the organic substances on the surface by the chemical reaction and the physical reaction in order to improve the adhesion of the polymer film. Plasma - treated polymer films change chemical bonds within a few micrometers from the surface using high energy of ions and electrons. Further, the thickness of the surface is reduced to increase the contact angle. The surface of the polymer film is chemically or physically activated to react well with other materials. The plasma-treated surface-modified sheet is subjected to surface modification such as surface cleaning, surface roughness change, and polar functional group formation such as removal of minute foreign substances.

In the case of the corona treatment, the corona discharge technique is used to improve the adhesion of the surface of the polymer film to be treated. When the polymer film is treated with a corona, charged particles in the corona collide against the film surface to oxidize the film surface. Therefore, the surface energy of the film is increased by the polar group generated by the surface oxidation, for example, C = O, COH, COOH, -COO-, -CO- etc. to improve the affinity with the conductive polymer material . Further, by the corona treatment, a cross-linking structure between the polymer molecules may be formed in addition to the above-mentioned chemical polarity group, thereby improving the adhesiveness. The corona surface treatment is usually carried out by placing a polymer film between both electrodes for corona discharge and supplying a constant electric power to both electrodes to cause a corona discharge so that the adhesive strength on the surface is reduced to 0.1 to 25 g / 26).

Although not shown, a scattering prevention film may be added between the removable layer 26 and the transparent sheet 20. The anti-scattering film is preferably a film of thermoplastic resin. For example, it is preferable to use a film type of thermoplastic resin such as PET (PolyEthylene Terephthalate), PEN (PolyEthyleneNaphthalate), PES (PolyetherSulfone), PI (Polyimide), PAR (Polyarylate), PC (PolyCarbonate) ), PU (Polyurethane), TPU (Thermal PU), PE (PolyEthylene), PP (PolyPropylene), TAC (Triacetyl-cellulose) or COC (Cycloolefin Copolymer).

The adhesion reducing layer 16 lowers the frictional force and increases the slip property. The adhesion-reducing layer 16 easily detaches and attaches the attachment / detachment layer 26. As the adhesion reducing layer 16, a coating material of a fluorine resin or a silicone resin can be used. In some cases, the adhesion reduction layer 16 may be formed by depositing titania (TiO ₂ ) or silica (SiO ₂ ) on a touch screen), and then coating a fluororesin or a silicone resin on the deposited touch screen. At this time, the fluororesin or silicone resin can be formed by an ECC (Easy Cleaning Coating) method. When the adhesion reducing layer 16 is applied, generation of bubbles can be more effectively suppressed when the attachment / detachment layer 26 is attached. Further, by the adhesion reducing layer 16, the purchaser can easily attach and detach without attaching a separate tool.

The adhesion reducing layer 16 may be formed on the whole or part of the fine irregularities. The portion of the fine irregularities formed on the surface is referred to as an adhesion reducing layer 16 pattern. In addition, the adhesion reducing layer 16 may include patterns made of fine irregularities. The portion where the fine concavity and convexity is not transparent is not transparent as compared with the portion without the fine concavity and convexity but when the adhesion reducing layer 16 adheres to the attachable / detachable layer 26, the attachable / detachable layer 26 fills the space between the fine concave and convex portions Transparency is restored. That is, the fine irregularities are regularly or irregularly wholly or locally contained in the adhesion reducing layer 16.

The adhesion reducing layer 16 can freely adjust the adhesion force to be detached and attached in the form of a pattern. When the area of the region where the adhesive force is different is adjusted, the adhesive strength of the adhesion reducing layer 16 is changed. In addition, if the adhesion reducing layer 16 is formed in a pattern shape, the adhesive force is different from region to region, so that the space where bubbles are removed becomes larger.

The cover layer 14 may be a print layer or a functional coating layer, and may be used to make used pawns through various designs or translucent. On the cover layer 14 an adhesion reducing layer 16 may be added. Further, the cover layer 14 can eliminate the influence of the curvature and the step difference due to various patterns, circuits, etc. of the touch screen 12. When the influence of the curvature or the step difference disappears, detachment and attachment by the attaching / detaching layer 26 becomes easier. The cover layer 14 eliminates the influence of the curvature and the step difference to facilitate detachment and attachment. Which is differentiated from the transparent sheet 20 of the new window structure NW. Further, the transparent sheet 20 protects the touch screen from being damaged due to the user's hand contact, but the contact does not occur in the cover layer 14. [ Accordingly, considering the purpose and purpose, the cover layer 14 is a separate component with completely different characteristics of the transparent sheet 20. At this time, the cover layer 14 may be an integral cover layer 14 integrally formed with the case.

The cover layer 14 may be made of any transparent material. For example, a glass substrate, a sapphire substrate, or a plastic substrate. Specifically, the glass substrate may be tempered glass or unreinforced glass, and the plastic substrate may be made of PET (polyethylene terephthalate), polyethylene naphthalate (PEN), polyether sulfone (PES), polyimide (PI), polyarylate polycarbonate, PMMA (polymethyl methacrylate), or COC (cycloolefin copolymer).

Although not shown, the cover layer 14 can be replaced with a polarizing film. The polarizing film is a film capable of passing or blocking vertical or horizontal polarized waves of incident light separately. And is an optical film used for a thin film transistor liquid crystal display (TFT-LCD) such as a notebook computer and a monitor, a filter for a camera special effect, stereoscopic film glasses, and an OLED visibility improvement. For example, the intensity of light emitted from the backlight of a liquid crystal display (LCD) module is uniform in all directions, but the polarizing film transmits only light vibrating in the same direction as the polarization axis among those lights, It serves to make polarized light. When the polarized light passes through the LCD liquid crystal, the brightness of the pixel is changed by electrically adjusting the liquid crystal alignment direction for each pixel.

The touch screen 12 has a conductive pattern formed on one side or both sides of an insulating layer made of metal oxide or plastic. Metal oxide is mainly used for the conductive pattern, and metal oxides include ITO, ATO, ZnO, Cu, conductive polymer, or silver nanowire. The display is applied to the used phone described above, and includes a liquid crystal display (LCD), an organic light emitting diode (OLED), and an electrophoretic display (EPD).

Although the case where the new window structure NW is detachably attached to the touch screen 12 or the cover layer 14 has been described above, the new window structure NW and the touch screen 12 may be coupled together on the display 10 Or the like. The adhesion reducing layer 16 is positioned between the display 10 and the touch screen 12. [

Hereinafter, a detailed description will be given of the process of making and purchasing the bezel design interacting with the screen design remotely in real time.

FIG. 2 is a view illustrating a used phone according to an embodiment of the present invention in a screen direction. It should be understood, however, that the drawings are not intended to be construed in a strict sense, and for the convenience of explanation, there may be elements not shown in the drawings.

2, the apparatus of the present invention is divided into a screen A and a bezel area B. When the apparatus of the present invention is turned off, no design is displayed on the screen A. The screen design D1 of the screen A and the bezel design D2 of the bezel area B interlock with each other to become the unit design D in the ON state of the screen. Here, interlocking means that the screen design D1 is continuously extended to the bezel area B, so that the screen design D1 is interlocked with the bezel design D2, so that the screen A and the bezel area B are unit- D).

The unit design (D) is expressed using black and white and color colors such as photograph, oil painting, watercolor, ink painting, and drawing, and is treated as one work. Here, one work means that a screen design D1 and a bezel design D2 are interlocked to implement one design, as shown in the figure. In the apparatus of the present invention, when the screen A is turned off, the bezel design D2, which is a part of the unit design D, remains only in the bezel area B.

In some cases, when the screen A is turned off, the concealed design C that is concealed when the screen A is ON can be displayed. As described above, the concealment design C is displayed when the screen A is turned off, and is hidden when the screen A is turned on. The cloaking design (C) may be a logo, a name, a product specification, or the like, such as a letter or a figure. The brightness and saturation of the concealment design can be adjusted so that the concealment design C does not appear in the ON state. The concealment design C of the screen A may be interlocked with the bezel area B when the screen is in the ON state. Thus, the concealment design C can be a unit concealment design (C) like the unit design D.

The screen design (D1) is downloaded through an application or uploaded to the second hand phone. That is, the user downloads the screen design D1 expressed by utilizing various colors such as photographs, oil paintings, watercolors, ink paintings, drawings, and the like using the application or the like. The used handset of the present invention provides a unit design D as a whole by providing a bezel design D2 interlocked with the screen design D1.

The bezel design D2 may be formed on the protective film or on the window. In other words, the bezel design D2 is formed in either the protective film or the window. The bezel design (D1) is formed by a digital printing method, and the thickness of the layer formed by the design is greatly reduced and completed in one time. When the bezel design D2 is formed on the protective film, the new window structure NW, the touch screen 12, and the display 10 perform only the detachment function.

The unit design (D) of the present invention may include a screen printing design in which the design printed on the screen (A) is intentionally printed on the screen (A) as described above. Hereinafter, screen printing design is excluded for convenience of explanation, but it should be understood that it should be interpreted.

3 is a flowchart illustrating a first method for customizing a detachable used phone according to an embodiment of the present invention. For convenience of explanation, a protective film or window on which a bezel design (D2) is printed is referred to as a purchased product. At this time, the used handset in which the unit design (D) is employed will be described with reference to FIG.

According to FIG. 3, the subject of customization according to the embodiment of the present invention may be a general purchaser who purchases the purchased product directly, or a designer or a company that sells the purchased product to another person. The general purchaser, the designer, and the business person utilize the order production of the present invention, so that they can be collectively referred to as a purchaser. The buyer may also include the second buyer sold by the primary buyer on the custom made platform. The customized manufacturing method of the present invention uses the platform provided by the present invention to manufacture the purchased product remotely in real time, except for delivery, and this process is performed by the buyer. That is, it is a key feature of the present invention that remote production is performed in real time. Preferably, delivery of the purchased product is handled by the platform.

Before the buyer makes an order, the carrier can buy the used phone or provide it to the buyer. The purchase of a used handset may be purchased by the operator or provided by the purchaser. The operator removes the window of the used phone and leaves the display 10 and the touch screen 12. [ The operator purchases a used phone and forms an adhesion reduction layer on the touch screen 12 or the touch screen cover layer 14 of the used phone. Then, the cover layer 14 and the adhesion reducing layer 16 are newly formed on the touch screen 12 (S10). Herein, the term "carrier" refers to a person who carries out the detachable used phone of the present invention and custom-made.

Thereafter, the purchaser connects to the custom-made platform of the present invention (S12). The platform is provided with an environment for the buyer to directly participate and execute order creation remotely in real time. The purchaser selects a model of the used phone (S14). The used handset is preferably an image processing apparatus, particularly a mobile apparatus such as a mobile phone, a smart phone, or a tablet. When the used phone is selected, the screen A and the bezel area B of the used phone are confirmed.

Then, the buyer selects the unit design D (S16). Here, the unit design (D) is expressed using black and white and color colors such as photographs, oil paintings, watercolors, ink paintings, and drawing, and is treated as one work. Here, one work means that the screen design D1 and the bezel design D2 are interlocked and realized as one design, as shown in the figure. The unit design (D) may be uploaded directly by the buyer, or may be stored in the platform provided by a designer or a company for sale.

As an example of the unit design (D), it may be a family photograph of a general purchaser, a friend photograph, or an image provided by a copyrighted designer. Also, the unit design (D) may be a photograph of an entertainer provided by a copyright holder. Accordingly, the purchaser is classified into a general buyer, a designer, a business operator, etc., and the general buyer does not intend to sell it to another person, but a designer or a business person can sell it to another person. In addition, the buyer can select a unit concealment design (C) together. By using the concealment design (C), the information of the manufacturer of the used phone can be expressed.

Further, the purchaser can display a pseudo transparent (finely transparent), translucent or opaque mark on the screen A, the bezel area B or the screen A and the bezel area B in addition to the unit concealment design C, The lot number or serial number that manages the production place, the production equipment, the production date and time, etc. can be expressed in letters, patterns or shapes, and can display forgery prevention, security, activation, and app linkage marks. The purchaser can associate the history of the unit design (D) with a security code that will be described later. On the other hand, there is a camera part in a Windows-free smart phone and a camera part in a detachable window, all of which are transparent. At this time, when the window is attached by displaying the pseudo-transparent, translucent, opaque mark and pattern so that the camera portion of the window can not be seen by the sight and the camera shooting, the camera functions to activate, prevent and secure the function.

Subsequently, the purchaser performs a simulation for implementing the unit design D on the selected used phone (S18). For example, if the unit design D on the platform overlaps the used handset, the unit design D is transferred to the used handset. Alternatively, the purchaser can reduce or enlarge the unit design D, increase or decrease the resolution, or perform image correction such as adjusting the contrast (S20). Further, the correction of the unit design (D) corrects a part or all of the unit design (D). For example, changing all of the above-mentioned expression techniques, replacing the above-mentioned part such as a face with another design, inserting a moving picture into the screen A, and the like. The buyer can also add the option of mixing at least one of the luminous body or the luminous body in the process of printing the bezel design D2, if necessary.

Next, the buyer instructs the printing apparatus connected to the custom-made platform to print the bezel design (D2) (S22). At this time, the purchaser can check the process of printing the bezel design (D2) in real time. Printing of the bezel design (D2) is possible in various ways. For example, printing can be performed by a silk screen method, offset printing, lithographic printing or the like, but digital printing is preferable. The digital printing is a method in which ink containing various colors is ejected at a time to print on a protective film or window. On the other hand, the silkscreen method and offset printing have to be printed several times, and the lithography printing is inefficient because it uses a mask.

Practically, although the thickness of the print layer is relatively thick in the silk screen method, the offset printing, and the lithographic printing, the digital printing is suitable for the printing of the present invention because the thickness is relatively thin. This is because the thickness of the print layer is preferably 5 to 100 mu m in consideration of the total thickness of the used handset and the sharpness of the design. If the thickness is less than 5 mu m, the bezel design D2 will have poor clarity, and if it is greater than 100 mu m, the thickness of the printed layer will be excessively large. Silk screening, offset printing, and lithography printing can complicate the process, increase the thickness of the used phone, and substantially reduce the sharpness of the bezel design (D2). Accordingly, the use of the silk screen method, offset printing, and lithographic printing is not excluded, but digital printing is more preferable.

Upon completion of printing, the purchaser confirms the print quality of the protective film or window on which the bezel design D2 is printed (S24). If the quality is not satisfied, the printed protective film or window is treated as defective. A defective protective film or window can be reused after cleaning. The order production method according to the embodiment of the present invention can check the defects in the printing process and thus prevent the return due to defects in the state where the delivery is completed. If the return is reduced, the cost of custom manufacturing is reduced. If the quality is not satisfied, the purchaser repeats the selection (S16) of the unit design (D16), the simulation execution (S18), the unit design (D) correction S20 and the printing instruction (S22). In some cases, the purchaser can perform the simulation (S18), the unit design (D) correction (S20), and the print instruction (S22) repeatedly. At this time, in order to prevent excessive repetition of the purchaser, restrictions such as the number of times of collection and cost sharing can be set.

If the quality is satisfied, the purchaser makes an application for purchase of the purchased product (S26). When the buyer requests the purchase, the platform generates a security code for information management when it is necessary to solve the problem such as copyright (S28). The security code uses a known security code such as a QR code, a DMC code, and the like. In addition to the embodiment of the present invention, a coin may be generated for trading the unit design D of the completed purchased product in a block chain manner (S30). The completion of the unit design (D) of the purchased product results in the mining of the coin, and the quantity of the purchased product can be determined by the quantity of the coin. Completion of such unit design (D) and sales of purchased products corresponds to mining of coins, and the sales royalties of the above operators can be paid in coins.

The order making method of the present invention can provide royalties, coins, points, etc. according to the quantity sold, the unit price or the profit to be sold. The embodiment of the present invention provides ranking and ranking of the top selling products, top selling products, top selling products, top selling products of the year, top selling products of the day, .

In addition, the purchaser may designate the unit design (D) as a portrait right, a brand right, a trademark right or the like in any one of steps after the step of performing the simulation (S18) or after the step (S20) Or trademark, design, etc., or to confirm whether or not the right of the right holder is approved. The confirmation of the infringement or the approval of the right is referred to as a right validation step after the step S18 of performing the simulation.

On the other hand, the purchaser can download an application that implements the screen design D1 if necessary (S32). Here, if necessary, it means that there is no application in a used handset possessed by a person who purchases a purchased product from a used handset or a carrier owned by a general purchaser. If there is already an application, this process can be omitted. Of course, if there is an update of the application, the update can be executed. At this time, the purchase request (S26), the security code generation (S28), the coin generation (S30), and the application download (S32) do not necessarily proceed in the order shown.

When all preparations for purchasing the purchased product are completed, the platform completes the printed protective film or window and delivers it to the purchaser (S34). At this time, the carrier can also ship used phones together. Completion of a protective film or window refers to the attachment of a shatterproof film, the application of a releasable layer, the attachment of a release film, and the person who has been delivered the completed protective film or window can attach it to the used phone.

The method of making an order according to the embodiment of the present invention is designed by the buyer himself and manufactures the purchased product remotely in real time. As a result, the manufacturer does not require the process of ordering, producing, and delivering, thereby reducing the cost of manufacturing the purchased product. The purchaser can sufficiently confirm the quality of the unit design (D) of the desired purchased product, so that it is possible to secure a good quality purchasing product. In addition, since the printing apparatuses can be dispersed in various places, it is possible to smoothly cope with a large amount of purchases. The designer or the operator can sell through the custom-made method of the present invention. The user can promote the purchased product while operating his / her blog or the like. Furthermore, by purchasing products of the unit design (D) in a block chain manner, more active profit can be realized.

4 is a flowchart illustrating a second method for customizing a detachable second hand phone according to an embodiment of the present invention. The second ordering method is the same as the first ordering method except that the printing place for printing the purchased product is controlled by the ordering platform. Accordingly, the description of the overlapping portions will be omitted.

Referring to FIG. 4, in the second ordering method, the unit design D is simulated to be implemented in the selected used phone (S18), and when the image correction is completed (S20) 1 server S1 (S40). The first server S1 receives information on the purchaser and the person to whom delivery is to be made, such as personal information, location, purchase amount, and message. The first server S1 stores information on a printing apparatus in an area where a person to be delivered is located. In this way, the information on the place where the printing apparatus in the area where the person to be delivered is located is referred to as a printing place (P).

The printing apparatus is divided into a large-capacity printing apparatus and a small-capacity printing apparatus, depending on the printing capacity. For example, a high capacity printing device can simultaneously print tens to thousands of purchased products at the same time, and a low capacity printing device prints one or several purchased products. The large-capacity printing apparatus may be installed in the printing station (P), and one or more small-capacity printing apparatuses may be installed in the printing station (P). For example, the small-capacity printing apparatus may be installed in a cell phone store. The first server S1 is divided into a large capacity printing apparatus and a small capacity printing apparatus, and stores the position, printing capacity, and the like. As described above, a place where the printing apparatus stored in the first server S1 is installed is referred to as a printing place (P).

The first server S1 designates the printing place P (S42). The first server S1 designates the first printing location P1 based on the information such as the personal information, the location, the purchase amount, and the message about the purchaser and the person to be delivered. If a buyer residing in area A1 of A country wishes to deliver one purchased product for gift or sale to a resident of area A2 of country A, the first server S1 searches the printing device near A2 area do. In this case, since the small-capacity printing apparatus can sufficiently print, the first server S1 designates the small-capacity printing apparatus in the A2 region, for example, the printing apparatus in the cell phone store. If a buyer residing in area A1 of A country wants to deliver 1,000 purchased products for gift or sale to a resident of area A2 of country A, the first server S1 searches the printing device near A2 area do. In this case, since it is efficient to use the large capacity printing apparatus, the first server S1 designates the printing apparatus of the printing place P where the large capacity printing apparatus in the area A2 is provided.

If a buyer residing in area A1 of A country wishes to deliver one purchased product for gift or sale to a resident in area B1 of country B, the first server S1 searches for the printing device near area B1 do. In this case, since the small-capacity printing apparatus can sufficiently print, the first server S1 designates the small capacity printing apparatus in the B1 area, for example, the printing apparatus in the cell phone store. If a buyer residing in area A1 of A country wants to deliver 1,000 purchased products for gift or sale to a person resident in area B1 of country B, the first server S1 searches the printing device near area B1 do. In this case, since it is efficient to use the large capacity printing apparatus, the first server S1 designates the printing apparatus of the printing location P where the large capacity printing apparatus in the B1 area is provided.

A second order-making method according to an embodiment of the present invention can make custom-made between different regions within the same country (e.g., Korea) and between countries (e.g., Korea and the United States). Also, the second order production method can designate the printing place (P) in which any one of the large-capacity or small-capacity printing apparatus is provided based on the information such as the personal information, the location, the purchase amount, . This allows buyers to make direct purchases in real time remotely using printing devices from around the world.

FIG. 5 is a flowchart illustrating a third method for customizing a detachable used phone according to an embodiment of the present invention. The third ordering method is the same as the second ordering method except that a second server S2 connected to an online platform such as Amazon is added. Accordingly, the description of the overlapping portions will be omitted.

5, the third ordering method performs a simulation of implementing the unit design D on the selected used phone (S18), and optionally, when the image correction is completed (S20) 2 server S2 (S50). The second server S2 receives information such as personal information, location, purchase amount, and message about the buyer and the person to be delivered from an online platform such as Amazon, 11th Avenue and the like. At this time, the first server S1 is interlocked with the second server S2 and shares the information. The second server S2 transfers the unit design D to the first server S1 in step S52 and the first server S1 designates the print place P in the same manner as in the second order creation method (S54).

The third order making method according to the embodiment of the present invention can designate one of large capacity or low capacity printing apparatuses in other regions and countries (for example, Korea and the United States) in the same country have. In addition, since the third order making method is linked with the online platform, the buyer can make direct purchasing product remotely through the online platform in real time. The on-line platform performs the order creation platform S12, the model selection of the used phone (S14), the selection of the unit design (S16), the simulation execution (S18), and the correction of the unit design (D) Function.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but many variations and modifications may be made without departing from the spirit and scope of the invention. It is possible.

* Explanation of symbols

D1; Screen design D2; Bezel design

D; Unit Design C; Concealed Design

NW; New window structure

10; Display 12; touch screen

14; A cover layer 16; Adhesion reduction layer

20; A transparent sheet 22; Thin film printing layer

24; A shielding layer 26; Removable layer

Claims

A new window structure is attached on the touch screen in a used handset including a screen area including a touch screen and a display and providing a screen design and a bezel area providing a bezel design interlocked with the screen design,

Wherein the bezel region of the new window structure comprises:

A transparent sheet serving as a window of the display device;

A thin film printed layer printed on one side of the transparent sheet to provide the bezel design;

A masking layer positioned between the thin film print layer and the display and hiding the thin film print layer to sharpen the bezel design;

A removable layer located between the cover layer and the display and having an adhesive force of 0.1 gf / 25 mm to 500 gf / 25 mm; And

And an adhesion reducing layer formed on the touch screen and contacting the detachable layer and reducing the adhesion of the detachable layer,

Wherein the screen design and the bezel design comprise a unit design.
The screen printing system according to claim 1, wherein the thin film printing layer is printed on one side of the transparent sheet to provide an opaque or translucent design to the screen portion and the opaque layer extends to the opaque or translucent design Used and detached used phone.
2. The detachable used phone according to claim 1, further comprising a touch screen cover layer on the touch screen, and an adhesion reduction layer on the cover layer.
2. The detachable used telephone according to claim 1, wherein the thin film printing layer is a digital printing layer by digital printing.
2. The detachable used telephone according to claim 1, wherein the hidden layer is one of white ink or metal thin film.
2. The detachable used phone according to claim 1, wherein the shielding layer comprises any one of a phosphor or a phosphorescent material or a mixture thereof.
Forming an adhesion reducing layer on the touch screen or touch screen cover layer of the second hand phone;

Connecting the buyer to the custom-made platform;

The purchaser selecting a model of the used handset;

The purchaser selecting a unit design;

The purchaser performing a simulation of implementing the unit design in the used phone;

The purchaser directing printing of the unit design on a window or a protective film;

The purchaser verifying the quality of the printed window or protective film;

The purchaser applying for purchase if the quality satisfies the quality, selecting the unit design if the quality is not satisfied, and returning to any one of performing the simulation; And

Wherein the carrier forms a removable layer on the window or the protective film and delivers the used layer together with the used phone on which the adhesive layer is formed on the cover layer or the cover layer. Way.
8. The method of claim 7, wherein the printing of the unit design prints the bezel design or prints the bezel design together with the screen printing design together.
8. The method of claim 7, wherein the purchaser further performs a step of correcting the unit design after performing the simulation.
8. The method of claim 7, wherein the buyer further comprises a step of checking the rights after the step of performing the simulation.
8. The method of claim 7, wherein the service provider further performs at least one of a security code generation step and a coin generation step after the purchasing application step of the purchaser. How to order.
8. The method according to claim 7, wherein, after the step of simulating the unit design, the unit design is transmitted to a first server, and the first server designates a printing place to print the unit design How to customize the detachable used phone with the design.
The method of claim 12, wherein any one of the large capacity printing device and the small capacity printing device is disposed in the printing area.
The method of claim 12, wherein the printing location exists in a local station or in another station.
13. The method of claim 12, wherein the first server is linked to a second server connected to an on-line platform.