CN211617278U

CN211617278U - Photochromic latex balloon

Info

Publication number: CN211617278U
Application number: CN201921706099.1U
Authority: CN
Inventors: 曹晓旭
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-12
Filing date: 2019-10-12
Publication date: 2020-10-02
Anticipated expiration: 2029-10-12

Abstract

The utility model provides an optically variable latex balloon, from inside to outside include: bottom (1) and sensitization discoloration layer (2), the material molecule cross-linking of sensitization discoloration layer (2) and bottom (1) or sensitization discoloration layer (2) are attached to on bottom (1), bottom (1) is the emulsion layer, bottom (1) pH value is 7 ~ 9, still include pattern layer (3), the pattern layer sets up on sensitization discoloration layer (2), adopt printing, drawing, one or several kinds of combinations in paining to make, still include bright light/mute light coating (4), bright light/sub-light coating (4) belong to ordinary ball or pearl ball and selective coating bright light coating (4) or mute light coating (4) according to the balloon, still include protection rete (5), the protection rete sets up on bright light/mute light coating (4), be the emulsion transparent coating layer. This light becomes latex balloon makes the balloon can change the display color along with the change of illumination, and decorative effect is changeable lively more.

Description

Photochromic latex balloon

[ technical field ] A method for producing a semiconductor device

The utility model relates to a special balloon product, in particular to an optically variable latex balloon.

[ background of the invention ]

The balloon is a very common inflatable toy in life, and the latex balloon is generally used as an ornament and a toy to appear in the sight of people so as to decorate and increase the atmosphere on site. The latex balloon is a raw material, the collection of latex is from a rubber tree, the balloon made of the collected latex is called a latex balloon, the domestic latex balloons are divided into standard balloons and pearl balloons, the common latex balloons are divided into common balloons and pearl balloons, a layer of pearl powder is attached to the surface of each pearl balloon, the common balloons are brighter than the pearl balloons in color, but the reflection degree of the pearl balloons is higher than that of the common balloons under light or sunlight and looks brighter than the common balloons. The balloon industry is developed in foreign countries and is classified into: standard balloons, pop balloons, crystal balloons, pearlescent balloons, metal balloons, neon balloons, and the like.

The color of the latex balloon is twelve common basic colors of red, orange, yellow, green, blue, purple, white, pink, light purple, light blue, light green and fruit green in the national standard balloon color; besides twelve basic colors, the color of the pearl ball in China is also added with two metal colors of red and gold and silver, and in addition, the standard ball is added with black which the pearl ball does not have. The standard colors of foreign balloons reach more than fifty colors.

However, the currently produced balloons are still mainly gradient with single color or standard color combination, lack of color change, single decorative effect and short service life, so that a new latex balloon needs to be designed to meet the application requirements of use occasions.

[ summary of the invention ]

The utility model aims to overcome prior art's not enough, provide an optically variable latex balloon, its inventive concept lies in increasing optically variable material in the manufacture process to make the balloon can change the display color along with the change of illumination, make decorative effect changeable lively more.

An object of the utility model is to provide an optically variable latex balloon includes from inside to outside:

bottom (1) and sensitization discoloration layer (2), sensitization discoloration layer (2) with the material molecule cross-linking of bottom (1) perhaps sensitization discoloration layer (2) is attached to on bottom (1), bottom (1) is the emulsion layer, bottom (1) pH value is 7 ~ 9.

Preferably, the color-changing material further comprises a pattern layer (3), wherein the pattern layer is arranged on the photochromic layer (2) and is made by one or a combination of printing, drawing and smearing.

Preferably, the luminous/matte coating (4) is further included, and the luminous/matte coating (4) selectively applies the luminous coating or the matte coating in the luminous/matte coating (4) according to whether the balloon belongs to a common balloon or a beaded balloon.

Preferably, the paint also comprises a protective film layer (5), wherein the protective film layer is arranged on the bright/matte coating (4) and is a transparent latex coating layer.

Preferably, the photochromic layer (2) contains 1-10 um photochromic pigment formed by adding an MC photosensitive powder microcapsule core synthesized by a Malamine shell material, the water content is less than 0.3%, the MC photosensitive powder basic color comprises purple, sky blue, violet blue, yellow, orange and red, the formed photochromic layer (2) has good and stable color change, the photochromic pigment has high fluidity and is easy to uniformly disperse, and can be mutually mixed or shared by other pigments and fluorescent pigments, the photochromic pigment is different due to the color and the material of the base material when in use, and the amount of the photochromic pigment used is less as the color is lighter.

Preferably, the original photosensitive OP powder is adopted in the photochromic layer (2), the original photosensitive OP powder is dissolved in various solvents and is not limited by the particle size when in use, the maximum heat-resistant temperature of the original photosensitive OP powder is 220-256 ℃, the original photosensitive OP powder is used together with a light stabilizer and an antioxidant when in use, and the dosage of the light stabilizer and the antioxidant is 0.5-5 times of that of the OP powder.

Preferably, a light absorber and an antioxidant are added in the photochromic layer (2) to increase the light fatigue resistance.

Preferably, the light absorbent used in the photochromic layer (2) comprises an antioxidant, a heat stabilizer, an ultraviolet light (UV light) absorbent and an inhibitor, and the proportion of the added light absorbent is determined according to the thickness of the bottom layer (1) of the balloon.

Preferably, the temperature resistance of the photochromic layer (2) is 220-280 ℃.

The manufacturing method of the optically variable latex balloon comprises the following steps:

step 1, vulcanizing natural rubber to obtain a manufacturing raw material of a bottom layer (1);

step 2, adding the vulcanized latex into color paste and photosensitive toner, wherein 3-5 kg of photosensitive toner is added into each ton of latex to form a bottom layer (1) and a photosensitive color-changing layer (2);

step 3, adding the mixed solution into a latex tank;

step 4, putting the balloon mold into the mixed solution, curling, demolding and molding, and coating a pattern layer (3), a glossy/matte coating (4) and a protective film layer (5) on the surface layer of the molded balloon;

and 5, carrying out post-treatment on the formed balloon, cleaning and packaging.

The beneficial effects of the utility model reside in that: the light-variable material is added in the manufacturing process, so that the display color of the balloon can be changed along with the change of illumination, and the decorative effect is more changeable and vivid.

[ description of the drawings ]

Fig. 1 shows a schematic structural diagram of an optically variable balloon according to an embodiment of the present invention.

Fig. 2 is a flow chart of a method for manufacturing an optically variable balloon according to an embodiment of the present invention.

[ detailed description ] embodiments

Referring to fig. 1, an optically variable latex balloon comprises from inside to outside:

bottom 1 and sensitization discoloration layer 2, sensitization discoloration layer 2 and the crosslinking of the material molecule of bottom 1 or sensitization discoloration layer 2 attach to on bottom 1, and bottom 1 is the emulsion layer, and bottom 1pH value is 7 ~ 9. The pattern layer 3 is arranged on the photochromic layer 2 and is made by one or a combination of printing, painting and smearing. The balloon also comprises a bright/matte coating 4, and the bright/matte coating 4 selectively coats a bright pattern layer or a matte coating in the bright/matte coating 4 according to whether the balloon belongs to a common balloon or a beaded balloon. Still including protection rete 5, protection rete sets up on glossy/matte coating 4, for transparent latex paint layer, this layer has strong anti-oxidant, waterproof, nontoxic, temperature resistant characteristic, can prevent that the pattern layer from being by oxidation and fading, discolouring, has prolonged the life of balloon.

The photochromic layer 2 contains 1-10 um photochromic pigment formed by MC photosensitive powder microcapsule core synthesized by adding Malamine shell material, the water content is less than 0.3%, the MC photosensitive powder basic color comprises purple, sky blue, violet blue, yellow, orange and red, the formed photochromic layer 2 has good and stable color change, the photochromic pigment has high fluidity, is easy to be uniformly dispersed, can be mutually mixed and can be shared by other pigments and fluorescent pigments, when the photochromic pigment is used, the color is different due to the color and the material of the base material, and the lighter the color is, the less the usage amount is.

The MC photosensitive powder in the photochromic layer 2 can be replaced by original photosensitive OP powder, the original photosensitive OP powder can be dissolved in various solvents, and the use is not limited by the particle size, such as toluene, xylene, MEK, and the like, but the various solvents have different polarities and solubilities, and the OP powder can generate hue shift, so that a standard solvent is preferably established in use. The various basic colors can be mixed with each other (colorless or light color to colored) or mixed with common dyes (colored color to colored). Various solvents, polarities and base materials can generate color change influence on the OP powder, so that the same dye can have different color expressions in different solvents, polarities and different base materials. The original photosensitive OP powder has the heat-resistant highest temperature of 220-256 ℃, and is preferably reduced by more than 10 ℃ when in use, so that thermal decomposition is avoided. When the original photosensitive OP powder is used, a light stabilizer and an antioxidant are used together, and the dosage of the light stabilizer and the antioxidant is 0.5 to 5 times of that of the OP powder.

The photosensitive principle of the MC photosensitive powder is the same as that of the original photosensitive OP powder:

the ultraviolet is divided into three types according to different wave bands, wherein the wavelength is UVC below 250nm, the wavelength is UVB within 250-320nm, the wavelength is UVA within 320-380nm, the visible light range is 380-800nm, and the infrared light range is 900-1800 nm. The chemical components in the photosensitive color changing layer (2) generate color change after being irradiated by sunlight/ultraviolet rays; when the sunlight/ultraviolet rays are lost, the color can be restored to the original color. The method is characterized in that UVA energy is utilized to open a photosensitive molecular bond, so that the photosensitive molecular bond jumps from a low energy level to a high energy level, namely from invisible light to visible light, thereby generating color change, and when ultraviolet irradiation is lost or the temperature rises to be more than 45 ℃, the photosensitive molecular bond is closed, namely returns to the original color.

Of course, optical fatigue occurs during use due to the photochromic layer (2) caused by excessive exposure to ultraviolet light (UV light) and too high humidity, and thus, optical absorbents and antioxidants are added to the photochromic layer 2 to increase resistance to optical fatigue. The light absorbent used in the photochromic layer 2 comprises an antioxidant, a heat stabilizer, an Ultraviolet (UV) light absorbent and an inhibitor, and can improve the light fatigue resistance, but the proportion of the added light absorbent is determined according to the thickness of the bottom layer 1 of the balloon, and the wrong proportion can accelerate the light fatigue.

The temperature resistance of the photochromic layer (2) is 220 ℃ and 280 ℃.

Referring to fig. 2, the manufacturing method of the optically variable latex balloon comprises the following steps:

step 2, adding color paste and photosensitive toner into the vulcanized latex, wherein 3-5 kg of photosensitive toner is added into each ton of latex to form a bottom layer 1 and a photosensitive discoloration layer 2;

step 3, adding the mixed solution into a latex tank;

step 4, putting the balloon mold into the mixed solution, curling, demolding and molding, and coating a pattern layer 3, a bright/matte coating 4 and a protective film layer 5 on the surface layer of the molded balloon;

The embodiment increases the light variable material in the manufacturing process to make the balloon can change along with the change of illumination and show the colour, make decorative effect changeable lively more.

The above description is only for the preferred embodiment of the present invention, and the above specific embodiments are not intended to limit the present invention. Within the scope of the technical idea of the present invention, various modifications and alterations can be made, and any person skilled in the art can make modifications, amendments or equivalent replacements according to the above description, all belonging to the protection scope of the present invention.

Claims

1. An optically variable latex balloon, characterized by comprising from the inside out:

2. The optically variable latex balloon as claimed in claim 1, wherein: the photochromic printing ink is characterized by further comprising a pattern layer (3), wherein the pattern layer (3) is arranged on the photochromic layer (2) and is made by one or a combination of printing, drawing and smearing.

3. An optically variable latex balloon as claimed in claim 2, wherein: also comprises a bright/matte coating (4).

4. An optically variable latex balloon as claimed in claim 3, wherein: the coating is characterized by further comprising a protective film layer (5), wherein the protective film layer (5) is arranged on the bright/matte coating (4) and is a transparent latex coating layer.

5. The optically variable latex balloon as claimed in claim 4, wherein: the photochromic layer (2) contains 1-10 um photochromic pigment formed by MC photosensitive powder microcapsule core synthesized by adding Malamine shell material, and the water content is below 0.3%.

6. The optically variable latex balloon as claimed in claim 4, wherein: the original photosensitive OP powder is adopted in the photosensitive color-changing layer (2), the original photosensitive OP powder is dissolved in a solvent and is not limited by the particle size when in use, and the highest temperature of heat resistance of the original photosensitive OP powder is 220-256 ℃.

7. The optically variable latex balloon as claimed in claim 4, wherein: the photochromic layer (2) is internally provided with a light absorbent and an antioxidant.

8. An optically variable latex balloon as claimed in claim 7, wherein: the light absorber used in the photochromic layer (2) comprises an antioxidant, a heat stabilizer, an ultraviolet light absorber and an inhibitor.

9. The optically variable latex balloon as claimed in claim 1, wherein: the temperature resistance of the photochromic layer (2) is 220-280 ℃.