CN103523313B - Temperature showing utensil and manufacturing method - Google Patents
Temperature showing utensil and manufacturing method Download PDFInfo
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- CN103523313B CN103523313B CN201310463287.7A CN201310463287A CN103523313B CN 103523313 B CN103523313 B CN 103523313B CN 201310463287 A CN201310463287 A CN 201310463287A CN 103523313 B CN103523313 B CN 103523313B
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Abstract
The invention belongs to the technical field of temperature showing utensils and particularly relates to a temperature showing utensil and a manufacturing method. The temperature showing utensil can display the temperature or change painted patterns along with variation of temperatures. According to the technical scheme, the temperature showing utensil is characterized by comprising a utensil body, painted layers cover the surface of the utensil and are temperature-sensitive ink layers which are at least two sets in number. Each set of temperature-sensitive ink layer comprises a bottom pattern layer and a coverage layer above the pattern layer. The pattern layer and the coverage layer of the same set are identical in color. When patterns and/or words in the coverage layers show colors, the patterns and/or words totally cover or hide patterns and/words of the same pattern layers. Decoloration points of the coverage layer of the same set of temperature-sensitive ink layer are lower than those of the pattern layer of the same set of temperature-sensitive ink layer. Apart from the pattern layer adjacent to the utensil, the temperature-sensitive ink layers which are hotter than the decoloration points are transparent or semi-transparent. A person can clearly know the temperature of liquid in the utensil according to displaying of the painted patterns or words or digits on the utensil and great convenience is brought to application of the utensil.
Description
Technical field
The invention belongs to the technical field of temperature display vessel, be specially and a kind ofly there is displays temperature or temperature display vessel and the method for making of stamp figure can be changed along with temperature change.
Background technology
The scheme of existing market vessel temperature display technology mainly contains digital temperature display and color change temperature-sensitive two type greatly.
1) digital temperature display is mainly with the version of heat indicator and the version that combines with temperature sensing probe and electronic temperature measurement electronical display.
Its Problems existing is: although with the version of heat indicator and the version thermometric combined with temperature sensing probe and electronic temperature measurement electronical display and temperature display accurately, directly perceived, but generally speaking change with regard to vessel or add original vessel version, make manufacturing process complicated, productive costs improves, vessel add that these annexes have not a particle of warm sense, more add the stiff and ice-cold of industrial goods, electronic component can not be sterilized by poach in addition, and itself still pollutes body.
2) mainly liquid crystal coating and temperature-sensing color-changing material are used as the coating of vessel surface to color change temperature-sensitive, changed by the color of temperature coating to judge in vessel, whether temperature is suitable for, only rest on the application of simple temperature-sensitive color change, be not suitable with current practical application.
Its Problems existing is: this is whether sense temperature conforms to setting discoloring temperature, if time more a lot of than design temperature height or much lower, be only variable color or antifade, the temperature known at that time that cannot be concrete, and can not sterilize by poach, therefore, the mode of current sense temperature, impracticable in the use of reality, bring very large inconvenience to use.
Summary of the invention
The object of the invention is to the defect for above-mentioned existence and a kind of temperature display vessel are provided, these vessel can by the decorative pattern displays temperature of itself, or in the different pattern of different Temperature displaying or word or numeral, employing comprises vessel body, printed layer is covered with in vessel surface, described printed layer is temperature sensing ink layer, temperature sensing ink layer comprises more than one group, one group of temperature sensing ink layer comprises the overplate above the patterned layer of bottom and patterned layer, and the patterned layer of same group is identical with tectal color; When tectal pattern and/or character colour developing, cover or hide pattern and/or the character of same picture group pattern layer completely; In same group of temperature sensing ink layer, tectal achromic point is lower than the achromic point of patterned layer; Except the patterned layer adjacent with vessel, temperature is the technical scheme of transparent or semitransparent shape higher than the temperature sensing ink layer of achromic point, well solve at present just simple variable color and cannot the problem of perception actual temp, can according to the display of decalcomania on vessel or word or numeral, and have clear and definite understanding to the fluid temperature in vessel, bring great convenience to use.
Technical scheme of the present invention is:
A kind of temperature display vessel, comprise vessel body, it is characterized in that, printed layer is covered with in vessel surface, described printed layer is temperature sensing ink layer, temperature sensing ink layer comprises more than one group, and one group of temperature sensing ink layer comprises the overplate above the patterned layer of bottom and patterned layer, and the patterned layer of same group is identical with tectal color; When tectal pattern and/or character colour developing, cover or hide pattern and/or the character of same picture group pattern layer completely; In same group of temperature sensing ink layer, tectal achromic point is lower than the achromic point of patterned layer; Except the patterned layer adjacent with vessel, temperature is transparent or semitransparent shape higher than the temperature sensing ink layer of achromic point.
Feature of the present invention also has:
The patterned layer adjacent with vessel, temperature is higher than during achromic point being transparent, translucent or opaque shape.
Further, same group of temperature sensing ink layer, the achromic point temperature difference > of tectal achromic point and patterned layer 1 DEG C.
Temperature sensing ink layer comprises more than two, for to distribute up and down between group and group, in the one group of temperature sensing ink layer in top the achromic point≤adjacent of patterned layer one group, below temperature sensing ink layer in tectal achromic point, in the temperature sensing ink layer of one group, top, the color of patterned layer is different from tectal color in adjacent one group, below temperature sensing ink layer.
Temperature sensing ink layer comprises more than two, is horizontal distribution between group and group.
Containing temperature-sensitive microcapsule powder in temperature sensing ink layer.Temperature sensing ink layer is that resin blending stock or aqueous emulsion mediation temperature-sensitive microcapsule powder form, wherein temperature sensing ink and temperature-sensitive aqueous emulsion can be glass, pottery resin ink, metal resin ink, plastic resin ink etc., and the material practical application according to vessel is selected.
In the patterned layer of the temperature sensing ink layer of different group, temperature-sensitive microcapsule powder forms different patterns and/or character.
Described vessel are glass ware, pottery, hard ware or plastic ware; As preferably, described vessel are water tumbler, wineglass, goblet, coffee cup, cream jug, feeding bottle, tea set, glass bottle, ceramic bottle, plastic bottle, metal bottle.
The method for making of temperature display vessel of the present invention is, stick in shaping vessel surface or print printed layer, printed layer dries rear baking oven decoration firing, through excess temperature at 180 °-200 ° insulation 15-20 minute, after grilling, printed layer and vessel surface fully combine and form complete one, obtain the vessel with temperature indicating function; Described vessel are glass ware, pottery, hard ware.
The method for making of temperature display vessel of the present invention is stick in shaping vessel surface or print printed layer, and printed layer and vessel surface fully combine and form complete one, obtain the vessel with temperature indicating function; Described vessel are plastic ware.
In the step of vessel surface printing printed layer be:
(1) print the patterned layer in first group of temperature sensing ink layer in vessel surface, achromic point is a;
(2) on the patterned layer of first group of temperature sensing ink layer, print the overplate of first group of temperature sensing ink layer, achromic point is b, b < a;
Superpose the patterned layer of printing second group of temperature sensing ink layer above the overplate of (3) first groups of temperature sensing ink layers, or print the patterned layer of second group of temperature sensing ink layer in vessel surface, achromic point is c, c≤b;
Print the overplate of second group of temperature sensing ink layer on the patterned layer of (4) second groups of temperature sensing ink layers, achromic point is d, d < c;
(5) above step printing temperature sensing ink layer is repeated to required group number.
The step of sticking printed layer in vessel surface is:
(1) marble paper prepared is soaked 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper removing membranelle base stock is transferred to vessel surface, and the water between marble paper and vessel and air are scraped totally, make marble paper completely sturdy;
(3) by can take off by dyestripping on marble paper after drying, on vessel, the temperature sensing ink layer of the only remaining Intermediate Gray pattern that has temperature-sensitive microcapsule powder to be formed and/or character, completes the transfer of printed layer.
The preparation method of described marble paper is:
(1) on water transfer membranelle paper, print the patterned layer in first group of temperature sensing ink layer, achromic point is a;
(2) on the patterned layer of first group of temperature sensing ink layer, print the overplate of first group of temperature sensing ink layer, achromic point is b, b < a;
Superpose the patterned layer of printing second group of temperature sensing ink layer above the overplate of (3) first groups of temperature sensing ink layers, or print the patterned layer of second group of temperature sensing ink layer at the parallel position of first group of temperature sensing ink layer, achromic point is c, c≤b;
Print the overplate of second group of temperature sensing ink layer on the patterned layer of (4) second groups of temperature sensing ink layers, achromic point is d, d < c;
(5) above step printing temperature sensing ink layer is repeated to required group number;
(6) covering above temperature sensing ink layer can dyestripping liquid.
Shift on membranelle paper at water or when printing on vessel, first print a group of high temperature section in order, cover one group of print low temperature section again, like this by the printing of the ladder sequence of cryosphere covering high-temperature layer, solve the marble paper pattern variation relation that numeral (word, figure) manifests with temperature and disappears on levels same position.
Achromic point alleged by the present invention, after the temperature-sensitive microcapsule powder referring in temperature sensing ink layer arrives this temperature, color disappears or the temperature spot of variable color.Lower than achromic point, the temperature-sensitive microcapsule powder colour developing in temperature sensing ink layer, reaches or higher than achromic point, the temperature-sensitive microcapsule powder color in temperature sensing ink layer disappears or variable color.
Such as, achromic point is 31 DEG C, develops the color for the temperature-sensitive microcapsule powder of redness, and time below 31 DEG C, display is red, and temperature reaches and more than 31 DEG C, redness disappears or becomes yellow.
Beneficial effect of the present invention is: the present invention by arranging heat discoloration printed layer on vessel, cryogenic displaying color and high temperature colour killing (colourless or variable color), first change by the temperature-sensitive numeral (word, figure) in pattern the actual temp point or temperature section that show in vessel, and each temperature section all possesses abundant color, and colors can mixing preparation mutually, thus reaches object easy to use; In addition, printed layer can as the decorative pattern of vessel, pass through heat discoloration, realize variation and the functionalization of pattern, kill two birds with one stone, make the variety of the maximization of its decoration functions and temperature indicating function, embody a perfect combination, and possess practicality that is clean, the sterilization of food security, poach.
Vessel of the present invention also possess following advantage: nontoxicly meet food security standard; The cut of the resistance to 2H of hardness; Fastness to water: normal-temperature water 24 hours is unchanged; Hot water boils and boils 10 minutes marble papers without variable color, obscission.
In a word, vessel of the present invention are complete unifications of utility function and aesthetic function, printed layer embodies the aesthetic fundamental of vessel, the requisite decorative means of vessel, heat discoloration has greatly enriched the decorative effect of vessel simultaneously, and present the variable color of stratification, also add utility function-digital temperature display (word, figure temperature display) function, the present invention does not add any structure and annex, operating procedure is simple, there is clean, safe, water-fast anti-advantage of boiling sterilization, possess outstanding substantive distinguishing features and significant progress.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention 1 coffee cup;
The schematic diagram of Fig. 2 printed layer that to be the present invention stick in vessel surface;
Fig. 3 is the marble paper display graphics schematic diagram in embodiment 1.
Fig. 4 is the structural representation of the embodiment of the present invention 2 water tumbler;
Fig. 5 is the structural representation of the embodiment of the present invention 3 feeding bottle;
Wherein, 1. water transfer membranelle paper, 2. can dyestripping, 3. temperature sensing ink layer, 4. vessel, and 5 is printed layer.
Detailed description of the invention
Below by specific embodiment, technical scheme of the present invention is described in detail.
embodiment 1
For coffee cup, digital temperature display: pentagram pattern appearance less than 20 DEG C, 23 DEG C, 31 DEG C, 38 DEG C, 43 DEG C of temperature sections time the numeral that manifests change and the state of color change.The marble paper prepared is attached to the scheme on coffee cup by employing.
Described temperature display coffee cup, be covered with printed layer 5 on coffee cup 4 surface, described printed layer is temperature sensing ink layer, and temperature sensing ink layer comprises four groups, one group of temperature sensing ink layer comprises the overplate above the patterned layer of bottom and patterned layer, and the patterned layer of same group is identical with tectal color.
The patterned layer of first group of temperature sensing ink layer is provided with the mulle of pinkiness during the colour developing of temperature-sensitive microcapsule powder formation, temperature-sensitive microcapsule powder clear area is had (not have temperature-sensitive microcapsule powder in the middle of mulle, lower same), form numeral " 43 ", achromic point is more than 50 DEG C, after reaching achromic point, this patterned layer can be transparent, translucent or opaque state, be provided with the mulle of pinkiness during temperature-sensitive microcapsule powder formation colour developing in the overplate of first group of temperature sensing ink layer, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, achromic point is 43 DEG C.
It is orange mulle that the patterned layer of second group of temperature sensing ink layer is provided with when being formed develop the color with temperature-sensitive microcapsule powder, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, achromic point is 43 DEG C, being provided with when being formed develop the color with temperature-sensitive microcapsule powder in the overplate of second group of temperature sensing ink layer is orange mulle, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 38 DEG C.
Be provided with the mulle taken on a red color during the colour developing of temperature-sensitive microcapsule powder formation in the patterned layer of the 3rd group of temperature sensing ink layer, temperature-sensitive microcapsule powder clear area is had in the middle of mulle, form numeral " 31 ", achromic point is 38 DEG C, the mulle taken on a red color when forming colour developing with temperature-sensitive microcapsule powder is provided with in the overplate of the 3rd group of temperature sensing ink layer, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 31 DEG C.
Be provided with in the patterned layer of the 4th group of temperature sensing ink layer 3 with brownish mulle during the colour developing of temperature-sensitive microcapsule powder formation, have temperature-sensitive microcapsule powder clear area in the middle of mulle, form numeral " 23 ", achromic point is 31 DEG C; 4th group of temperature sensing ink layer, be provided with brownish mulle when forming colour developing with temperature-sensitive microcapsule powder in overplate, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 23 DEG C.
Wherein, marble paper step of preparation process is:
(1) on water transfer membranelle paper 1, print the patterned layer in first group of temperature sensing ink layer 3, be provided with the mulle of pinkiness during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, temperature-sensitive microcapsule powder clear area is had in the middle of mulle, form numeral " 43 ", achromic point is more than 50 DEG C, and reaching after achromic point this patterned layer can transparent, translucent or opaque state;
(2) on the patterned layer of first group of temperature sensing ink layer 3, print the overplate of first group of temperature sensing ink layer 3, be provided with the mulle of pinkiness during temperature-sensitive microcapsule powder formation colour developing in overplate, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 43 DEG C;
The patterned layer of second group of temperature sensing ink layer 3 is printed on the overplate of (3) first groups of temperature sensing ink layers 3, be provided with to be orange mulle during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, temperature-sensitive microcapsule powder clear area is had in the middle of mulle, form numeral " 38 ", achromic point is 43 DEG C;
The overplate of second group of temperature sensing ink layer 3 is printed on the patterned layer of (4) second groups of temperature sensing ink layers 3, being provided with when being formed develop the color with temperature-sensitive microcapsule powder in overplate is orange mulle, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 38 DEG C;
The patterned layer of the 3rd group of temperature sensing ink layer 3 is printed on the overplate of (5) second groups of temperature sensing ink layers 3, be provided with the mulle taken on a red color during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, temperature-sensitive microcapsule powder clear area is had in the middle of mulle, form numeral " 31 ", achromic point is 38 DEG C;
The overplate of the 3rd group of temperature sensing ink layer 3 is printed on the patterned layer of (6) the 3rd groups of temperature sensing ink layers 3, the mulle taken on a red color when forming colour developing with temperature-sensitive microcapsule powder is provided with in overplate, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 31 DEG C;
The patterned layer of the 4th group of temperature sensing ink layer 3 is printed on the overplate of (7) the 3rd groups of temperature sensing ink layers 3, be provided with brownish mulle during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, temperature-sensitive microcapsule powder clear area is had in the middle of mulle, form numeral " 23 ", achromic point is 31 DEG C;
The overplate of the 4th group of temperature sensing ink layer 3 is printed on the patterned layer of (8) the 4th groups of temperature sensing ink layers 3, be provided with brownish mulle during temperature-sensitive microcapsule powder formation colour developing in overplate, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 23 DEG C;
Can also proceed on the overplate of (9) the 4th groups of temperature sensing ink layers 3 to print achromic point lower than the temperature sensing ink layer group of 20 DEG C, rule is the same;
(10) covering above temperature sensing ink layer 3 can dyestripping liquid.
Water transfer membranelle paper 1 first prints when printing high temperature section one group in order, cover one group of print low temperature section again, like this by the printing of the ladder sequence of cryosphere covering high-temperature layer, solve the marble paper pattern variation relation that pattern and/or character manifest with temperature and disappear on levels same position.Finally print can dyestripping 2 be use with water applique transferring to protect.
The step of sticking printed layer on coffee cup surface is:
(1) marble paper prepared is soaked 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper removing membranelle base stock is transferred to coffee cup surface, and the water between marble paper and vessel and air are scraped totally, make marble paper completely sturdy;
(3) by can take off by dyestripping on marble paper after drying, on vessel, the temperature sensing ink layer of the only remaining Intermediate Gray pattern that has temperature-sensitive microcapsule powder to be formed and/or character, completes the transfer of printed layer.
The method for making of temperature display coffee cup of the present invention is, stick on shaping coffee cup surface or print printed layer, printed layer dries rear baking oven decoration firing, through excess temperature at 180 °-200 ° insulation 15-20 minute, after grilling, printed layer and coffee cup surface fully combine and form complete one, obtain the coffee cup with temperature indicating function; Described coffee cup is glass coffee cup, ceramic coffee cup, metal coffee cup.
The character related to, color even temperature all can carry out suitable conversion or adjustment according to rule of the present invention.
embodiment 2
For water tumbler, text transform---be word " spring, summer, autumn, winter " variation with temperature below and mutually convert: when 23 DEG C, spring word manifests the disappearance of other word, when 43 DEG C, summer word manifests the disappearance of other word, and when 31 DEG C, autumn word manifests the disappearance of other word, and when 10 DEG C, winter word manifests the disappearance of other word.Adopt the mode of printing on water tumbler, water tumbler adopts the water tumbler of plastic material.
(1) patterned layer in first group of temperature sensing ink layer 3 is printed on the surface at water tumbler, be provided with " summer " word of pinkiness during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, achromic point is 50 DEG C, and reaching after achromic point this patterned layer can transparent or opaque state;
(2) on the patterned layer of first group of temperature sensing ink layer 3, print the overplate of first group of temperature sensing ink layer 3, be provided with the pattern of pinkiness during the colour developing of temperature-sensitive microcapsule powder formation in overplate, pattern can cover the character in lower floor's adjacent patterns layer completely, and achromic point is 43 DEG C;
Print the patterned layer of second group of temperature sensing ink layer 3 on the overplate of (3) first groups of temperature sensing ink layers 3, be provided with to be orange " autumn " word during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, achromic point is 43 DEG C;
The overplate of second group of temperature sensing ink layer 3 is printed on the patterned layer of (4) second groups of temperature sensing ink layers 3, being provided with when being formed develop the color with temperature-sensitive microcapsule powder in overplate is orange pattern, pattern can cover the character in lower floor's adjacent patterns layer completely, and achromic point is 31 DEG C;
Print the patterned layer of the 3rd group of temperature sensing ink layer 3 on the overplate of (5) second groups of temperature sensing ink layers 3, be provided with to be glaucous " spring " word during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, achromic point is 31 DEG C;
The overplate of the 3rd group of temperature sensing ink layer 3 is printed on the patterned layer of (6) the 3rd groups of temperature sensing ink layers 3, being provided with when being formed develop the color with temperature-sensitive microcapsule powder in overplate is glaucous pattern, pattern can cover the character in lower floor's adjacent patterns layer completely, and achromic point is 23 DEG C;
Print the patterned layer of the 4th group of temperature sensing ink layer 3 on the overplate of (7) the 3rd groups of temperature sensing ink layers 3, be provided with in patterned layer with " winter " word in blueness during the colour developing of temperature-sensitive microcapsule powder formation, achromic point is 23 DEG C;
The overplate of the 4th group of temperature sensing ink layer 3 is printed on the patterned layer of (8) the 4th groups of temperature sensing ink layers 3, being provided with in overplate when forming colour developing with temperature-sensitive microcapsule powder is blue pattern, mulle shape size is consistent with the mulle in lower floor adjacent patterns layer, and achromic point is less than 10 DEG C.
Printed layer and vessel surface fully combine and form complete one, obtain the water tumbler with temperature indicating function.
Same, can be other patterns or figure by the text transform in " spring, summer, autumn, winter ", the color related to also can convert accordingly, adjust.
embodiment 3
With feeding bottle, pattern change---be diverse location pattern variation with temperature and mutually converting on same plane below: when 30 DEG C, " flower " pattern manifests other pattern loss, when 50 DEG C, " sun " pattern manifests other pattern loss, when 40 DEG C, " maple leaf " pattern manifests other pattern loss, and when 20 DEG C, " snowflake " pattern manifests other pattern loss.Temperature sensing ink layer comprises more than two, is horizontal distribution between group and group.The marble paper prepared is attached to the scheme on feeding bottle by employing.
(1) on membranelle base stock 1, print the patterned layer in first group of temperature sensing ink layer 3, be provided with " sun " pattern presented during the colour developing of temperature-sensitive microcapsule powder formation in patterned layer, achromic point is > 60 DEG C, and reaching after achromic point this patterned layer can transparent or opaque state;
(2) on the patterned layer of first group of temperature sensing ink layer 3, print the overplate of first group of temperature sensing ink layer 3, be provided with the circular pattern taken on a red color during the colour developing of temperature-sensitive microcapsule powder formation in overplate, pattern can cover the solar pattern in lower floor's adjacent patterns layer completely, and achromic point is 50 DEG C;
The patterned layer of second group of temperature sensing ink layer 3 is printed on the right side of (3) first groups of temperature sensing ink layers 3, and be provided with in patterned layer with " maple leaf " pattern presented during the colour developing of temperature-sensitive microcapsule powder formation, achromic point is 50 DEG C;
The overplate of second group of temperature sensing ink layer 3 is printed on the patterned layer of (4) second groups of temperature sensing ink layers 3, be provided with to be orange regular pentagon pattern during the colour developing of temperature-sensitive microcapsule powder formation in overplate, pattern can cover " maple leaf " pattern in lower map pattern layer completely, and achromic point is 40 DEG C;
The patterned layer of right side printing the 3rd group of temperature sensing ink layer 3 of (5) second groups of temperature sensing ink layers 3, be provided with in patterned layer with " flower " pattern presented during the colour developing of temperature-sensitive microcapsule powder formation, achromic point is 40 DEG C;
The overplate of the 3rd group of temperature sensing ink layer 3 is printed on the patterned layer of (6) the 3rd groups of temperature sensing ink layers 3, be provided with greeny triangle pattern during temperature-sensitive microcapsule powder formation colour developing in overplate, pattern can cover " flower " pattern in lower map pattern layer completely, and achromic point is 30 DEG C;
The patterned layer of right side printing the 4th group of temperature sensing ink layer 3 of (7) the 3rd groups of temperature sensing ink layers 3, be provided with in patterned layer with " snowflake " pattern presented during the colour developing of temperature-sensitive microcapsule powder formation, achromic point is 30 DEG C;
The overplate of the 4th group of temperature sensing ink layer 3 is printed on the patterned layer of (8) the 4th groups of temperature sensing ink layers 3, being provided with in overplate when forming colour developing with temperature-sensitive microcapsule powder is blue rectangular patterns, pattern can cover " snowflake " pattern in lower map pattern layer completely, and achromic point is less than 20 DEG C;
(9) covering above temperature sensing ink layer 3 can dyestripping liquid.
The step of sticking printed layer at milk bottle surface is:
(1) marble paper prepared is soaked 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper removing membranelle base stock is transferred to milk bottle surface, and the water between marble paper and feeding bottle and air are scraped totally, make marble paper completely sturdy;
(3) by can take off by dyestripping on marble paper after drying, on feeding bottle, the temperature sensing ink layer of the only remaining Intermediate Gray pattern that has temperature-sensitive microcapsule powder to be formed and/or character, completes the transfer of printed layer.
The method for making of Temperature-display milk bottle of the present invention is, stick at shaping milk bottle surface or print printed layer, printed layer dries rear baking oven decoration firing, through excess temperature at 180 °-200 ° insulation 15-20 minute, after grilling, printed layer and milk bottle surface fully combine and form complete one, obtain the feeding bottle with temperature indicating function; Described feeding bottle is glass feeding bottle.
Same, each pattern and color can carry out adjusting and changing.
Temperature-sensitive microcapsule powder is contained in temperature sensing ink layer in the present invention.Containing temperature-sensitive microcapsule powder in temperature sensing ink layer.Temperature sensing ink layer is that resin blending stock or aqueous emulsion mediation temperature-sensitive microcapsule powder form, wherein temperature sensing ink and temperature-sensitive aqueous emulsion can be glass, pottery resin ink, metal resin ink, plastic resin ink etc., and the material practical application according to vessel is selected.When printing, also can print according to the ladder its superimposition by cryosphere covering high-temperature layer, the pattern of the temperature sensing ink layer 3 of different group is stackable, also can mutually stagger.Temperature sensing ink layer comprises more than two, for to distribute up and down between group and group, in the one group of temperature sensing ink layer in top the achromic point≤adjacent of patterned layer one group, below temperature sensing ink layer in tectal achromic point, in the temperature sensing ink layer of one group, top, the color of patterned layer is different from tectal color in adjacent one group, below temperature sensing ink layer.
Claims (15)
1. temperature display vessel, comprise vessel body, it is characterized in that, printed layer is covered with in vessel surface, described printed layer is temperature sensing ink layer, temperature sensing ink layer comprises more than one group, and one group of temperature sensing ink layer comprises the overplate above the patterned layer of bottom and patterned layer, and the patterned layer of same group is identical with tectal color; When tectal pattern and/or character colour developing, cover or hide pattern and/or the character of same picture group pattern layer completely; In same group of temperature sensing ink layer, tectal achromic point is lower than the achromic point of patterned layer; Except the patterned layer adjacent with vessel, temperature is transparent or semitransparent shape higher than the temperature sensing ink layer of achromic point; After the temperature-sensitive microcapsule powder that described achromic point refers in temperature sensing ink layer arrives this temperature, color disappears or the temperature spot of variable color.
2. temperature display vessel according to claim 1, it is characterized in that, temperature sensing ink layer comprises more than two, for to distribute up and down between group and group, in the one group of temperature sensing ink layer in top the achromic point≤adjacent of patterned layer one group, below temperature sensing ink layer in tectal achromic point, in the temperature sensing ink layer of one group, top, the color of patterned layer is different from tectal color in adjacent one group, below temperature sensing ink layer.
3. temperature display vessel according to claim 1, is characterized in that temperature sensing ink layer comprises more than two, are horizontal distribution between group and group.
4. the temperature display vessel according to Claims 2 or 3, is characterized in that, same group of temperature sensing ink layer, the achromic point temperature difference > of tectal achromic point and patterned layer 1 DEG C.
5. the temperature display vessel according to claim 1 or 2 or 3, is characterized in that, described vessel are glass ware, pottery, hard ware or plastic ware.
6. the temperature display vessel according to claim 1 or 2 or 3, is characterized in that, described vessel are water tumbler, wineglass, goblet, coffee cup, cream jug or tea set.
7. the temperature display vessel according to claim 1 or 2 or 3, is characterized in that, described vessel are feeding bottle.
8. the temperature display vessel according to claim 1 or 2 or 3, is characterized in that, described vessel are glass bottle, ceramic bottle, plastic bottle or metal bottle.
9. the temperature display vessel according to claim 1 or 2 or 3, is characterized in that, in the patterned layer of the temperature sensing ink layer of different group, temperature-sensitive microcapsule powder forms different patterns and/or character or numeral.
10. the method for making of temperature display vessel as claimed in claim 1, the steps include: stick in shaping vessel surface or print printed layer, printed layer dries rear baking oven decoration firing, through excess temperature at 180 °-200 ° insulation 15-20 minute, after grilling, printed layer and vessel surface fully combine and form complete one, obtain the vessel with temperature indicating function, described vessel are glass ware, pottery or hard ware.
The method for making of 11. temperature display vessel according to claim 10, is characterized in that: described in the step of shaping vessel surface printing printed layer is:
(1) print the patterned layer in first group of temperature sensing ink layer in vessel surface, achromic point is a;
(2) on the patterned layer of first group of temperature sensing ink layer, print the overplate of first group of temperature sensing ink layer, achromic point is b, b < a;
Superpose the patterned layer of printing second group of temperature sensing ink layer above the overplate of (3) first groups of temperature sensing ink layers, or print the patterned layer of second group of temperature sensing ink layer in vessel surface, achromic point is c, c≤b;
Print the overplate of second group of temperature sensing ink layer on the patterned layer of (4) second groups of temperature sensing ink layers, achromic point is d, d < c;
(5) above step printing temperature sensing ink layer is repeated to required group number.
The method for making of 12. temperature display vessel according to claim 10, is characterized in that: described step of sticking printed layer in shaping vessel surface is:
(1) marble paper prepared is soaked 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper removing membranelle base stock is transferred to vessel surface, and the water between marble paper and vessel and air are scraped totally, make marble paper completely sturdy;
(3) by can take off by dyestripping on marble paper after drying, on vessel, the temperature sensing ink layer of the only remaining Intermediate Gray pattern that has temperature-sensitive microcapsule powder to be formed and/or character, completes the transfer of printed layer.
The method for making of 13. temperature display vessel as claimed in claim 1, the steps include: stick in shaping vessel surface or print printed layer, and printed layer and vessel surface fully combine and form complete one, obtain the vessel with temperature indicating function; Described vessel are plastic ware.
The method for making of 14. temperature display vessel according to claim 13, is characterized in that: described in the step of shaping vessel surface printing printed layer is:
(1) print the patterned layer in first group of temperature sensing ink layer in vessel surface, achromic point is a;
(2) on the patterned layer of first group of temperature sensing ink layer, print the overplate of first group of temperature sensing ink layer, achromic point is b, b < a;
Superpose the patterned layer of printing second group of temperature sensing ink layer above the overplate of (3) first groups of temperature sensing ink layers, or print the patterned layer of second group of temperature sensing ink layer in vessel surface, achromic point is c, c≤b;
Print the overplate of second group of temperature sensing ink layer on the patterned layer of (4) second groups of temperature sensing ink layers, achromic point is d, d < c;
(5) above step printing temperature sensing ink layer is repeated to required group number.
The method for making of 15. temperature display vessel according to claim 14, is characterized in that: described step of sticking printed layer in shaping vessel surface is:
(1) marble paper prepared is soaked 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper removing membranelle base stock is transferred to vessel surface, and the water between marble paper and vessel and air are scraped totally, make marble paper completely sturdy;
(3) by can take off by dyestripping on marble paper after drying, on vessel, the temperature sensing ink layer of the only remaining Intermediate Gray pattern that has temperature-sensitive microcapsule powder to be formed and/or character, completes the transfer of printed layer.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310463287.7A CN103523313B (en) | 2013-10-08 | 2013-10-08 | Temperature showing utensil and manufacturing method |
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| CN201310463287.7A CN103523313B (en) | 2013-10-08 | 2013-10-08 | Temperature showing utensil and manufacturing method |
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| CN103523313A CN103523313A (en) | 2014-01-22 |
| CN103523313B true CN103523313B (en) | 2015-05-20 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104382445A (en) * | 2014-11-05 | 2015-03-04 | 东莞君之创塑胶制品有限公司 | Developing and discoloring temperature-sensing cup and manufacturing method thereof |
| CN105550731A (en) * | 2016-01-30 | 2016-05-04 | 刘威 | Temperature sensing cartoon vessel and manufacture method thereof |
| US10431126B2 (en) * | 2017-05-23 | 2019-10-01 | Barry Nicholson, JR. | Temperature validation slide |
| CN107997544A (en) * | 2018-01-19 | 2018-05-08 | 德化县辉盈陶瓷厂 | A kind of temperature sensing color changing ceramic tea tray and preparation method thereof |
| CN109080279A (en) * | 2018-07-24 | 2018-12-25 | 敬业（东莞）印刷包装厂有限公司 | The printing process of polychrome temperature sensitive ink |
Family Cites Families (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1040553A (en) * | 1988-08-25 | 1990-03-21 | 陈燕南 | Container with colour changing thermal indicutor |
| CN2124707U (en) * | 1992-05-28 | 1992-12-16 | 黄建培 | Automatic temp. displaying and changing colour pattern milk bottle |
| US6544614B1 (en) * | 2000-09-21 | 2003-04-08 | Sonoco Development, Inc. | Packaging with incorporated temperature sensitive label |
| CN2472715Y (en) * | 2000-12-27 | 2002-01-23 | 邵萍 | Easy recognizing temperature display milk bottle |
| CN2561403Y (en) * | 2002-08-23 | 2003-07-23 | 施洪清 | Temperature inductive milk bottle |
| CN2601666Y (en) * | 2003-01-25 | 2004-02-04 | 陈坚 | Temperature-indicating feeding bottle |
| CN201124982Y (en) * | 2007-09-12 | 2008-10-01 | 合宇实业股份有限公司 | Rubber bottle capable of displaying inner temperature |
| CN201691581U (en) * | 2010-07-06 | 2011-01-05 | 北京印刷学院 | Liquid storage container capable of displaying temperature |
| KR20120045240A (en) * | 2010-10-29 | 2012-05-09 | 박정남 | Baby milk safe band |
| CN202529264U (en) * | 2012-04-28 | 2012-11-14 | 仇旭 | Wine temperature display bottle |
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2013
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Effective date of registration: 20170510 Address after: 250000 No. four, No. 1989-7, Huanggang Industrial Park, Tianqiao District, Shandong, Ji'nan Patentee after: Jinan Fang Mai glasswares Co.,Ltd. Address before: 250000 No. four, No. 1989-7, Huanggang Industrial Park, Tianqiao District, Shandong, Ji'nan Patentee before: Liu Wei |
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