TR201611238A2 - GLAZING GLASS CONTAINER AND PRODUCTION METHOD IN THE DARK - Google Patents

Abstract

The present invention relates to a glass container (1) having the feature of luminescence in the dark environment or under black light after being exposed to a light source for a certain period of time and the production method (100) of this container.

Description

DESCRIPTION HEAT-IN DARK GLASS CONTAINER AND MANUFACTURING METHOD Technical Area This invention can be found in a dark environment after being exposed to a light source for a certain period of time. or a glass container with the ability to glow under black light and production relates to method. Prior Art With the placement of the electrons of an atom or inolecule in the lowest energy orbitals the fundamental energy level or ground state of an atom or molecule.

The placement of electrons in higher energy levels, the atom or molecule known as the excited state. Some substances are destroyed by a light source. When excited, they become excited by absorbing the rays falling on them. they pass. When the irradiation is stopped, it returns from the excited state to the ground state. they radiate the energy difference as photons. fluorescence (the time it takes for the electron to return to its ground energy level) and phosphorescence is divided into two.

One of a pair of electrons of an atom or molecule has a higher energy If the level is excited, either a singlet or a triplet state occurs.

In the excited singlet state, the spin of the excited electron is still with the electron in the ground state. is in a matched state. However, in the triplet state, the spins of the two electrons properties of a molecule in the unpaired and excited triplet state, significantly different from the excited singlet state. from excited triplet state The light emitted by the transition to the basic singlet state is called phosphorescence. a triplet -› singlet singlet -› much less possible than singlet conversion; because, The average lifetime of the excited triplet state is longer than the lifetime of the singlet state, and The emission from such a transition is slightly higher after the irradiation has ceased. it may take. Fluorescence is always longer wavelength than the absorbed wavelength. that is, it has lower energy. Phosphorescence, on the other hand, is a type of luminescence associated with fluorescence. can be defined as a form. Unlike fluorescence, phosphorescent substances they do not quickly return the energy they have absorbed. In addition, a basic Excitation of the molecule to a triplet state by radiation has a low probability, and this process The intensity of the absorption peaks that occur as a result of this, similarly depends on the singlet-singlet transition. it has several decimal inertia lower than that of its counterparts.

Materials with phosphorescence feature, especially plastic and paint, many are used in the field. Chemical materials with phosphorescence It is supplied as a pigment and is a paint designed according to the area of use. Glow feature in dark environment to the surface on which they are applied by using they are gaining. Pine; in terms of paint applicability, metal, wood, paper, It is harder than many surfaces such as composite, plastic and concrete. Current phosphorescence mechanical strength and impact when paint systems are applied to the glass surface they are insufficient in terms of Adding pigments with a phosphorescent effect to the glass It can also gain the ability to glow in the dark. However, in this method Related pigments cannot be distributed homogeneously in the glass composition.

In addition, this method is quite costly. Phosphorescent feature available in the market paints are applied on different surfaces, sufficient and effective adhesion with the glass surface. cannot be provided. Pigmentless (colorless) paint compatible with the glass surface When phosphorescent pigment is included in the paint systems, the paint system collapses (phase separation) problems are experienced. To give phosphorescence property to glass It is also possible with coloring in the blend. However, in this method, the pigment It cannot be distributed homogeneously in its composition and all glass No effect is visible on the surface. Usually ZnS:Cu because they are cheap type phosphors are preferred, but they are sufficient for most applications. They are not bright and long-lasting.

Dl: USZOO, which is in the state of the art, In the States document, a vessel emitting phosphorescent light is mentioned. This can be obtained from containers, cans, glass or plastic bottles, cardboard and many other materials can be achieved. Phosphorescence on cabinet outer surface in absence of light source It has a naming coating. In the document in question, the light source In the absence of light, the feature of emitting light is provided by phosphorescent pigments.

However, in the subject invention, phosphorescent pigments are incorporated into a selected dye. is mixed and a coating mixture is obtained, and the resulting mixture is glass It is coated on the surface in various methods. In the DL document in question Information about the pigment used, type of paint and paint performance does not exist.

United States numbered US6123872 in the state of the art It has long-term afterglow and light-stimulated luminescence. fluorescence or phosphorescence oxide glass is described. In the aforementioned document energy is stored by being excited by heat. These names are Gamma-ray, X-ray and UV- ray rays etc. example can be given. The glass mentioned in the document in question is a long-term afterglow and light-evoked luminescence properties It is phosphorescent glass that exhibits, and the chemical composition of the glass is described.

In the invention, which is the subject of the application, the application is made on a glass surface.

As an alternative in the document in the state of the art, the glass surface It has been said that coating can be applied on it, but it will be flaked on the coating. peeling off problem is observed. If the subject of the application is the invention, the glass The coating on the surface has high strength and any peeling problem does not occur.

The United States with the number U in the state of the art food and beverage storage with glow-in-the-dark feature containers are described. The container mentioned in the aforementioned document is blown. (blow molded) shaped, glowing, polyethylene storage containers or bottles. Promise The glow-in-the-dark property of the containers in question is attached to polyethylene resin in percent by mass. It is obtained by mixing zinc sulfide luminescence pigment in the range of 0.075-l.2. is being done. The containers described in the document are plastic containers. The pigment that gives phosphorescence luminescence is zinc sulfide based. Application In the present invention, it is a phosphorescent pigment with a longer heating time. strontium aluminate is used and the phosphorescence effect is on glass surfaces. It is provided with the coating made.

Netherlands numbered NL, which is in the state of the art on the glass surface by screen printing or spray coating. The application of phosphorescent pigment is explained. on light emitting glass One of the chemical formulas of applied phosphorescent pigments is SrAl204:Eu,Dy are given as. However, the strontium aluminate pigment is made of ceramic or other mixed into the ink system. Phosphorescence in the subject invention The pigment is mixed into a paint system and the glass surface is mixed with the resulting mixture. is covered. In addition, in the document in the state of the art, The glass on which the application is made is flat glass. If the subject of the application is the invention, the application made on cylindrical surfaces.

In the Japanese document no. JP, which is in the state of the art, A phosphorescent composition is disclosed. Composition, inorganic It contains phosphorescent pigment, Iluorescence dye and binder. Promise chemical composition of the pigment in the composition described in the document in question. Its formula is given as SrA1204:Eu,Dy and gives a blue-green glow in the dark. is obtained. However, on which surfaces and in what form the mixture obtained There is no instruction about its implementation. Subject invention, black It has the ability to shine infinitely under black light. known technique In the document in the case of there is no information. At the same time, in the state of the art, There is no explanation in the document about strength and surface properties.

Taiwan with the number TW in the state of the art document describes the phosphorescent dye. mentioned in the document The paint contains powder phosphorescence and transparent varnish smaller than 15 microns in size.

The ratio of the pigments in the paint in the D6 document to the varnish is 0.9 ~ l.l:l will be the way it is. The resulting mixture can be applied to many surfaces, including glass. However, the mixture can be applied to glass with UV-curable silk-screen printing. There is no information about its transfer to the surface.

In the current art, the effects of strontium aluminate-based phosphorescent pigments obtained by combining it with a carrier paint system that minimizes the mixture is coated on glass surfaces by spray, serigraphy and pad printing methods. There is no application. According to the coating method of phosphorescent pigments The mixture obtained by adding it to the preferred paint system is applied to the glass surface. They are firmly attached and the surface on which they are applied is dark and black. It makes it shine according to the preferred pigment color under the light.

Objectives of the Invention The object of this invention is a glass container coated with a dye containing phosphorescent pigment. and this is to realize the cabinet production method.

The aim of this invention is to work with glass surface, which does not interfere with the effect of phosphorescent pigments. a glass container with a coating that is compatible with this cabinet is to perform.

The purpose of this invention is to use it in the dark after exposure to a light source. a glass vessel with a high-intensity, long-term heating coating, and to realize the cabin production method.

The aim of this invention is to create a glass container with infinite luminescence under black light. and this is to realize the cabinet production method, The aim of this invention is to have a homogeneous coating independent of surface geometry. a glass container and this cabinet is to realize the production method.

Another object of this invention is to work with UV and/or heat curable paint systems. with many coating methods such as spray painting, screen printing and pad printing. a glass container with an applicable coating and this cabinet manufacturing method is to perform.

Brief Description of the Invention The first request made in order to achieve the purpose of this invention and other related requests. The glow-in-the-dark glass container as defined in the claims includes a reservoir. Receptacle, the substance in which the substance is filled at the preferred temperature, is the surrounding volume. The chamber is facing the user and to the light source for a certain period of time. glowing in the dark after exposure or under a black light source The part where the infinitely radiant coating is made is the outer surface. outer surface, directly The chamber may be the glass part facing the user, as well as one or more It can also be a layer of coating. On the outer surface, a certain glow-in-the-dark or black light after exposure to a light source for a period of time Under the source, there is a phosphorescent coating that makes infinite heat.

The phosphorescent coating covers all or part of the outer surface.

Based on phosphorescent coating, preferred carrier paint and strontium aluminate It is obtained by mixing the phosphorescent pigment and applying it on the outer surface. is being done. The paint, the phosphorescent pigment mixed into it, is applied to the outer surface. transfers and protects the pigment from external effects. The pigment is in the dark environment. It is the element that makes the phosphorescent coating glow.

The second independent claim, carried out to achieve the purpose of this invention, and this exposed to a light source for a certain period of time as defined in other optional claims. In the glass container production method that glows in the dark after A pre-treatment is applied to clean and activate the surface. External The pretreatment applied to the surface can be physical or chemical. from pretreatment then, dye/pigment mixture ratios according to preferred printing properties is determined. After determining the ratio, phosphorescent pigments The paint system to be mixed is being prepared. With the preparation of the paint system Together, the pigments are mixed with the paint and the coating process is carried out.

Until the coating mixture is transferred onto the outer surface, the pigments should settle to the bottom. The mixture is mixed continuously in order to prevent from the bottom to the upper part of the mixing cabinet where the paint is is perpetual. After the paint/pigment mixture is transferred to the outer surface The curing process is carried out to form the phosphorescent coating. Lastly, dis whether a phosphorescent coating is obtained on the surface in a preferred way. Control process using a black light source to determine whether is carried out.

Detailed Description of the Invention light source for a certain period of time, carried out to achieve the purpose of this invention. attached glass container that glows in the dark after exposure, and the manufacturing method of this cabinet shown in the figures and these figures; Figure 1. Front view of the glass cabin.

Figure 2. The sematic view of the coated glass cabinet from the cross-section.

Figure 3. The sematic view of the phosphorescent coating from the cross-section.

Figure 4. Schematic of the steps of the glow-in-the-dark glass container production method is the view.

The parts in the figures are numbered one by one and the corresponding numbers are given below. 1. Glass container 2. Hopper Exterior surface Phosphorescent coating carrier paint Pigment 100. Glow-in-the-dark glass container production method In the dark after being exposed to a light source for a certain period of time, or A glass container (1) that can glow under direct black light is the most basic in case of, at least one chamber (2) filled with liquid or solid matter, glass cabinet (l) at least one outer surface (3) with a user-facing side, Carrier paint (5) applied to all or part of the outer surface (3) and containing pigment (6), under black light and exposed to a light source for a certain period of time. at least one phosphorescence that provides luminescence in the dark after the pigment (6) to be coated by mixing the pigment (6) into it. at least one carrier paint (5) that allows it to be carried to the surface, when exposed to a light source, its atoms or molecules of the light source, in which the electrons of the light source are excited and move to a higher energy level. In an environment where there is no electrons in the upper energy level, by emitting their excess energy as a photon while passing to the lower energy level. it contains at least one pigment (6) that emits a glow around.

In one embodiment of the invention, the chamber (2) is provided. Reservoir (2), liquid or solid is the volume in which the substance is filled. Geometry of the chamber (2), glass cabinet (1) may vary depending on the geometry.

In one embodiment of the invention, there is the outer surface (3). The outer surface (3) is (2) is located on the part facing the user and is located outside the glass cabinet (1) chamber (2). forms the section. The outer surface (3) is the surface of the glass cabinet (l) on which the coating is made.

Surfaces that have been chemically and/or physically treated as external surfaces (3), or Untreated surfaces can be used. The outer surface (3) is flat or It can have an indented structure. Outer surface (3) colored transparent, semi-transparent It can be transparent, colorless, transparent and opaque. Find an alternative In its application, the outer surface (3) is an opaque white or white coated surface. External whether the surface (3) is opaque white or white coated, increases the heating time and intensity of the phosphorescence coating (4).

In one embodiment of the invention, phosphorescent coating (4) on the outer surface (3) are available. The phosphorescent coating (4) is exposed to a light source for a certain period of time. After staying in a dark environment, the object on its surface is illuminated. It is the structure that allows it to spread. The intensity of the phosphorescent coating (4), the carrier paint (5) is directly proportional to the particle size of the pigment (6) mixed into it.

Phosphorescent coating (4) after exposure to a light source for a certain period of time. It can glow between 0-2 hours in the dark. Phosphorescent coating (4), black light Under the (black light) source, it has an indefinite glow feature. Outer surface (3) The phosphorescent yellow coating (4) on it is a colorless frosted matte under normal light. It has the appearance of colorless frosted matte appearance, becomes colored in the dark environment. is coming. In an alternative embodiment of the invention, on the phosphorescent coating (4) Another colorless, transparent coating is being made. made transparent coating, the phosphorescent coating (4) is resistant to external factors (for example, dishwasher environment, chemicals etc.) increases its resistance.

In one embodiment of the invention, carrier paint (5) is present. Carrier paint (5), glow in the dark after being exposed to a light source for a certain period of time. It is the system in which the pigments (6) that provide this feature are mixed. Carrier paint (5) in-kind It is also the carrier that transfers the pigments (6) onto the preferred surface. find this In its application, the carrier paint (5) is a carrier paint that is compatible with the glass surface (5).

As carrier paint (5), water or solvent based spray, UV and/or heat curable serigraphic printing or pad printing inks can be used.

In one embodiment of the invention, carrier paint (5); resin, hardener and solvent contains. In another embodiment of the invention, carrier paint (5); resin, activator and solvent. In these cases, the carrier dye (5) and phosphorescent pigments (6) The coating mixture obtained by mixing can be applied with a gun robot or electrostatic the glass to the user by spray painting methods with disc or electrostatic bell. It is applied to the facing outer surface (3).

In an alternative embodiment of the invention, carrier paint (5); UV curable resin and activator. In this case, the carrier dye (5) and the pigment (6) The coating mixture obtained by mixing is applied to the glass by silk-screen printing method. It is applied to the outer surface (3) facing the user.

In an alternative embodiment of the invention, carrier paint (5); heat-curable resin and Contains activator. In this case, the carrier dye (5) is mixed with the pigment (6). The obtained coating mixture was applied to the outer surface of the glass facing the user with the pad printing method. applied to the surface (3).

In this embodiment of the invention, the preferred carrier paint (5) is inserted into the system. pigment (6) is mixed. The pigment (6) mixed with the carrier paint (5) a light that glows in the dark after being exposed to a light source for a while. type of pigment (6). Pigment (6), fluorescent and/or phosphorescent pigment (6) can happen. In the preferred embodiment of the invention, luminescence in the dark Phosphorescent pigment (6) is used due to its longer duration. A Atom with the placement of electrons in the lowest energy orbitals in the atom or molecule or the fundamental energy level or ground state of the molecule. your electrons The excited state of an atom or molecule with its placement in higher energy levels is formed. An excited atom or molecule is unstable and He wants to throw away his energy and return to the basic state. Atom or molecule fundamental energy some or all of its excess energy in the form of emission when returning to the level so that a light emission from the system is observed. phosphorescence from an excited triplet system to a ground-state singlet system in pigments (6) transition is taking place. The pigment (6) is added to the carrier paint (5), preferably in powder form. are mixed. Particle dimensions of the pigment (6) mixed into the carrier paint (5) It is between 0-100 microns. Average pigment in the preferred embodiment of the invention (6) the grain size is optimized to be in the range of 2-40 microns. Carrier phosphorescent coating (4) containing paint (5) and pigment (6), It can be imparted with many phosphorescent pigments (6). Invention preferred The pigment (6) used in its application is strontium aluminate based and chemical Its formula is SrAlzO4zEu,Dy. The wave of light emitted into the environment as a result of excitations Its length is between 450-550 nm.

The glass container (1) which is the subject of the invention can be a glassware.

In one embodiment of the invention, the glass container 1 is a goblet. A bowl (2) are available. on a part of the outer surface (3) of the bowl (2) or phosphorescence coating (4) can be made completely. Phosphorescence on The goblet with the coating (4) absorbs the energy of the light falling on it under a light source. it stores and when the light source disappears, the present in the structure of the pigment (6) the energy stored by electron transitions between energy levels. thereby releasing it as a name; obtain a product that glows in the dark. is being done, In one embodiment of the invention, the glass container 1 is a bowl. A bowl (2) in the bowl are available. part or all of the outer surface (3) of the bowl (2). phosphorescence coating (4) can be made. with phosphorescent coating (4) The bowl stores the energy of the light falling on it under a light source and when its source disappears, the energy levels in the structure of the pigment (6) as heat, the energy stored by the electron transitions between releasing; In this way, a product that glows in the dark environment is obtained. is being done.

The glass container (1), which is the subject of the invention, can be a glass packaging product.

In one embodiment of the invention, the glass container (l) is a bottle. Glass packaging product with a bottle olive oil, water, high alcohol, carbonated beverage, non-carbonated beverage, energy drink, wine etc. It can be used as the packaging of liquids.

With the inventive glass container (1), in an environment where there is no light source, It releases the energy it has stored by staying in the light source for a certain period of time as heat. A product that gives a glow to the environment and becomes visible in the dark thanks to its release. is obtained.

A colored and bright product on the outer surface of a glass cabinet (l) (3) in a dark environment. Glow-in-the-dark glass container production method, which allows to obtain - pre-treatment of the outer surface (3) (101), - the ratio of carrier paint (5)/pigment (6) forming the phosphorescent coating (4) weights of carrier paint (5) and phosphorescent pigment (6) in percent, preferably 0-50° (w/w) of the pigment (6) rate, the weight of the carrier paint (5) - preparation of the carrier paint (5) (103), - carrier with added phosphorescent pigment (6) in the paint mixing cabinet by scraping the paint (5) from the bottom with a mixer and mixing and coating by circulating from bottom to top obtaining the mixture (104), - applying the coating mixture to the outer surface (3) (105), - curing of the phosphorescent coating (4) (106) - performing the control tests (107).

Increasing the adhesion of the coating on the surface to the surface and making it more durable. Surface cleanliness is very important. Therefore, the phosphorescence The outer surface (3) on which the coating (4) will be formed is pre-treated (101). Exterior surface (3) may be subjected to a physical or chemical pretreatment.

The phosphorescence coating (4) desired to be obtained on the outer surface (3) the carrier forming the phosphorescent coating (4) so that it can be of the preferred structure. the ratio of dye (5) / phosphorescent pigment (6) according to the total weight of the mixture determined (102). In this process step, the phosphorescence coating (4) is formed. Carrier paint (5) and phosphorescent pigment (6) weights in percent is determined. In one embodiment of the invention, the ratio of pigment (6), carrier dye (5) It is in the range of 0-50% (W/w) of its weight. For example, for 100 grams of carrier paint (5) The weight of the coating mixture obtained in the frame is 130 grams.

After determining the ratio of carrier dye (5) / pigment (6), it is put into the pigment (6). The paint system to which it will be added and mixed is being prepared (103). paint to be used, it may contain different components depending on the preferred application type. carrier paint (5), additives and components such as resin, activator and hardener. may contain. In the preparation of the carrier paint (5) for use (103), resin and activator or hardener etc. to be added to the resin. ingredients and additives proportionally mixed. Of the components that make up the phosphorescent coating (4) Carrier paint (5), which is one of them, both ensures adhesion on the outer surface (3) and The pigment (6) mixed into it increases its strength.

After determining the carrier dye (5) / phosphorescent pigment (6) ratio (102) and the carrier phosphorescent pigments (6) after the paint (5) has been prepared (103) to the carrier paint (5) coating mixture is obtained by mixing (104). phosphorescent The densities of the pigments (6) are the preferred carrier according to the application to be made. It is considerably higher than the dyes (5). Therefore, especially low density spray phosphorescent pigments (6) tend to settle to the bottom in paint systems.

To prevent the pigments (6) from sinking in the carrier paint (5) and to prevent the mixture mixing process during the application in order to maintain its homogeneous structure. is being done. After adding pigment (6) to the carrier paint (5) The mixing process carried out is continuous and it is carried out simultaneously with two different methods. is being done. Carrier paint (5) with added phosphorescent pigment (6) is a paint the mixing cabinet is taken. Adding phosphorescent pigment (6) in the paint mixing cabinet while mixing the carrier paint (5) by scraping it from the bottom with an agitator; interfering the paint is circulated from the bottom of the mixing cabinet to the top at the same time.

Mixing the pigments (6) into the carrier paint (5) and obtaining the coating mixture (104) preferably at room temperature, atmospheric pressure is carried out. Mixing process until coating process is complete. in progress.

After the coating mixture is obtained, it is applied to the outer surface (3) (105).

Coating mix, gun robot, electrostatic disc or electrostatic bell Using various spray painting techniques, the entire outer surface (3) or a partly; silkscreen printing, when patterned decoration is preferred, It can be applied to the outer surface (3) with techniques such as pad printing.

After the coating mixture is applied to the outer surface (3) (105), the phosphorescence for the coating (4) to form a permanent film on the outer surface (3) The curing (106) process of the phosphorescent coating (4) is carried out.

Curing (106) of the phosphorescent coating (4), the preferred carrier paint (5) Depending on the type, it takes place with UV or heat treatment. .Phosphorescence in the curing (106) step of the coating (4); resin system called varnish, by activating the functional ends in its structure with UV and/or heat treatment. It hardens by chemical bonding and forms a permanent bond on the outer surface (3). phosphorescence coating (4).

After the curing process (106) of the paint is completed, the resulting product Determination of whether it has phosphorescence property control tests with pesticides being done (107). Glass container with phosphorescent coating (4) on outer surface (3) (1) is first manually irradiated. Glass container exposed to light source (l) It is taken into a dark environment so that the phosphorescence effect can be revealed.

As an alternaive; glass vessel (1) with phosphorescent coating (4) on outer surface (3) by being placed under a black light source, it is heated under a black light source. It is checked whether it does or not. If the preferred phosphorescent effect is achieved The glass container (l) is subjected to dishwasher, scratch and pencil tests.

Claims (2)

REQUESTS . At least one chamber (2) filled with liquid or solid material, which has the property of glowing in the dark after being exposed to a light source for a certain period of time, - the glass cabinet (1) containing at least one outer surface (3) with a user-facing side, - the outer surface (3) at least one phosphorescent coating (4), which is applied wholly or partially, containing carrier paint (5) and pigment (6), which provides luminescence continuously under black light and in a dark environment for a certain period of time, - by mixing the pigment (6) into it, at least one carrier paint (5) that enables the pigment (6) to be carried to the surface where the coating will be made, - when exposed to a light source, the electrons of its atoms or molecules are excited and transferred to higher energy levels, and when the light source disappears, the electrons at the higher energy level, which store the light energy, are lowered. a glass vessel (1) characterized by at least one pigment (6) that emits the stored energy as a photon when passing to the lower energetic level. A glass as in claim 3, characterized by an outer surface (3) that is coated, chemically and/or physically treated or not, smooth or recessed, colored transparent or translucent or colorless, transparent or opaque. container (1). . A glass container (1) as in Claim 27, characterized by the outer surface (3) having an opaque white or white coating and thus increasing the heating time and heating intensity of the phosphorescent coating (4) applied on it. . Located on the outer surface (3), which, after being exposed to a light source for a certain period of time, allows the object on which it is on to emit light in a dark environment; the intensity of the effect is directly proportional to the particle size of the pigment (6) mixed into the carrier paint (5); A ceramic pot as in claim 1, which is characterized by a phosphorescent coating (4) that has a colorless, frosted and matte appearance under daylight and becomes bright and colorful in the dark environment. After being exposed to a light source, it is heated for 0-2 hours in the dark A glass container (1) as in claim 4, characterized by a phosphorescent coating (4) that has the feature of A glass container (1) as in claim 1, characterized by a carrier paint (5) compatible with glass, in which pigments (6) are mixed, carrying the pigments (6) on the preferred surface, and a carrier containing resin or activator that can be cured by UV or heat treatment. Glass container (1) as in claim 7, characterized by paint (5), phosphorescent special paint mixed into the carrier paint (5), which glows in the dark after being exposed to a light source for a certain period of time. Glass container (1) as in claim li, characterized by a pigment (6) along with it. Optimized particle size in powder form, particle size 0-100 microns Glass container (1) as in claim 9, characterized by the pigment (6) as in claim 9, characterized by pigment (6) between 2-40 microns. - Pre-treatment of the outer surface (3) (101), - Carrier paint (5 )/pigment (6) ratio of the carrier paint (5) and phosphorescent pigment (6) forming the phosphorescent coating (4) as percent, preferably 0-50% of the weight of the carrier paint (5), of the pigment (6) ratio (w/ w) - preparation of the carrier paint (5) (103), - mixing the carrier paint (5) with added phosphorescent pigment (6) in the paint mixing cabinet by scraping it from the bottom with a mixer and circulating it from the bottom of the mixing cabinet to the top and obtaining the coating mixture ( 104), - the application of the coating mixture to the outer surface (3) (105), - the curing (106) of the phosphorescent coating (4), the production method of a glow-in-the-dark glass vessel (100). Glass container production method (100) that glows in the dark as in claim 12, characterized by the formation of the matrix of the phosphorescent coating (4) by mixing the additives with the resin and the activator or hardening components to be added to the resin in the process step (103) of preparing the carrier paint (5). Glow-in-the-dark glass container production method, as in claim 12, characterized by mixing the pigments (6) with the carrier paint (5) and obtaining the coating mixture (104) in the process step, preferably at room temperature, at atmospheric pressure, and by the mixing process that continues until the coating process is completed ( one hundred). In the process step of applying the coating mixture to the outer surface (3) (105), the coating mixture is completely or partially applied to the outer surface (3) with various spray painting techniques using a gun robot or an electrostatic disc or an electrostatic bell; when patterned decoration is preferred, it is a glass container production method (100) that glows in the dark as in claim 12, which is characterized by the application of techniques such as screen printing and pad printing. 16. In the curing (106) process step of the phosphorescent coating (4), the functional ends of the resin system are activated by UV and/or heat treatment and harden by chemical bonding and a permanent phosphorescent coating (4) is formed on the outer surface (3). Glass container production method that glows in the dark as in claim 12, characterized by (100).