CN203663112U - Milk bottle capable of displaying temperature - Google Patents
Milk bottle capable of displaying temperature Download PDFInfo
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- CN203663112U CN203663112U CN201320616308.XU CN201320616308U CN203663112U CN 203663112 U CN203663112 U CN 203663112U CN 201320616308 U CN201320616308 U CN 201320616308U CN 203663112 U CN203663112 U CN 203663112U
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Abstract
The utility model belongs to the technical field of milk bottles, and particularly relates to a milk bottle capable of displaying temperature or changing printed patterns with the changing of the temperature and a manufacturing method. The milk bottle comprises a milk bottle body, the surface of the milk bottle body is covered by a printing layer, the printing layer is a temperature sensing ink layer, the temperature sensing ink layer comprises more than one unit, one unit of the temperature sensing ink layer comprises a pattern layer at the bottom layer of the temperature sensing ink layer and a covering layer above the pattern layer, and the pattern layer and the covering layer of the same unit have the same color. Patterns and/or characters of the same unit of the patter layer are totally covered or hidden when patterns and/or characters on the covering layer color, and achromatic points of the covering layer are less than achromatic points of the pattern layer in the same unit of the temperature sensing ink layer. According to the technical scheme, in addition to the pattern layer adjacent to the milk bottle, the temperature sensing ink layer with its temperature warmer than the achromatic points is transparent or semitransparent, the temperature of liquids in the milk bottle can be known clearly according to the displayed text, displayed number or the printed patterns on the milk bottle, and great convenience is brought to users.
Description
Technical field
This utility model belongs to the technical field of feeding bottle, is specially a kind ofly to have displays temperature or along with temperature change can change the Temperature-display milk bottle of stamp figure.
Background technology
The scheme of existing market feeding bottle temperature display technology mainly contains digital temperature display and the large type of change color temperature-sensitive two.
1) digital temperature display is mainly the version combining with the version of thermometer with temperature sensing probe and electronic temperature measurement electronical display.
The problem of its existence is: although the version thermometric combining with the version of thermometer with temperature sensing probe and electronic temperature measurement electronical display and temperature display are accurately, intuitively, but generally speaking change or increased original body version with regard to feeding bottle, make manufacturing process complexity, production cost improves, feeding bottle adds that these adnexaes have not a particle of warm sense, more increased the stiff and ice-cold of industrial goods, electronic component can not be sterilized by decocting in water in addition, and itself still pollutes body.
2) change color temperature-sensitive is mainly the coating that liquid crystal coating and temperature-sensing color-changing material are used as milk bottle surface, to change to judge that by the color of temperature coating whether milk temperature is suitable, only rest on the application of simple temperature-sensitive change color, be not suitable with current practical application.
The problem of its existence is: this is whether sense temperature conforms to setting discoloring temperature, if high more a lot of or when much lower than design temperature, be only variable color or invariant color, cannot be concrete know temperature at that time, and can not sterilize by decocting in water, therefore, the mode of current sense temperature, also impracticable in actual use, bring very large inconvenience to use.
Summary of the invention
The purpose of this utility model is to provide a kind of Temperature-display milk bottle for the defect of above-mentioned existence, this feeding bottle can be by the decorative pattern displays temperature of itself, or show different patterns or word in different temperature, employing comprises bottle body, be covered with printed layer on body 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 patterned layer of bottom and the cover layer of patterned layer top, 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 group of patterned 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 body, the technical scheme that temperature is transparent or semitransparent shape higher than the temperature sensing ink layer of achromic point, well solved is simple variable color and problem that cannot perception actual temp at present, can be according to the demonstration of decalcomania on feeding bottle or word or numeral, and the temperature of liquid in feeding bottle is had to clear and definite understanding, bring great convenience to use.
The technical solution of the utility model is:
A kind of Temperature-display milk bottle, comprise bottle body, it is characterized in that, be covered with printed layer on body 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 patterned layer of bottom and the cover layer of patterned layer top, 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 group of patterned 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 body, temperature is transparent or semitransparent shape higher than the temperature sensing ink layer of achromic point.
Feature of the present utility model also has:
The patterned layer adjacent with body, temperature is transparent, translucent or opaque shape during higher than achromic point.
Further, same group of temperature sensing ink layer, 1 ℃ of the achromic point temperature difference > of tectal achromic point and patterned layer.
Temperature sensing ink layer comprises more than two, it between group and group, is distribution up and down, tectal achromic point in one group of the below temperature sensing ink layer of the achromic point≤adjacent of patterned layer in the one group of temperature sensing ink layer in top, in the temperature sensing ink layer of one group of top, the color of patterned layer is different from tectal color in adjacent one group of below temperature sensing ink layer.
Temperature sensing ink layer comprises more than two, is horizontal distribution between group and group.
In temperature sensing ink layer, contain temperature-sensitive microcapsule powder.Temperature sensing ink layer is that resin mixed oil or aqueous emulsion mediation temperature-sensitive microcapsule powder form, wherein temperature sensing ink and temperature-sensitive aqueous emulsion can be glass, pottery resin ink, rustless steel resin ink, plastics resin ink etc., select according to the material practical application of feeding bottle.
In the patterned layer of temperature sensing ink layer on the same group, temperature-sensitive microcapsule powder does not form different patterns and/or character, and described character comprises numeral.
The manufacture method of Temperature-display milk bottle described in the utility model is, on the feeding bottle body surface label of molding or printing printed layer, printed layer is dried rear baking oven decoration firing, be incubated 15-20 minute through excess temperature at 180 °-200 °, after grilling, printed layer and body surface, fully in conjunction with forming complete one, obtain having the feeding bottle of temperature indicating function; Described feeding bottle is glass feeding bottle, ceramic feeding bottle, rustless steel feeding bottle or enamel feeding bottle.
The manufacture method of Temperature-display milk bottle described in the utility model is, on the feeding bottle body surface label of molding or printing printed layer, printed layer and body surface, fully in conjunction with forming complete one, obtain having the feeding bottle of temperature indicating function; Described feeding bottle is plastics feeding bottle.
Step in feeding bottle body surface printing printed layer is:
(1) patterned layer in first group of temperature sensing ink layer of body surface printing, achromic point is a;
(2) on the patterned layer of first group of temperature sensing ink layer, print the cover layer of first group of temperature sensing ink layer, achromic point is b, b < a;
The patterned layer of second group of temperature sensing ink layer of cover layer top stack printing of (3) first groups of temperature sensing ink layers, or in the patterned layer of second group of temperature sensing ink layer of body surface printing, achromic point is c, c≤b;
On the patterned layer of (4) second groups of temperature sensing ink layers, print the cover layer of second group of temperature sensing ink layer, achromic point is d, d < c;
(5) repeat above step printing temperature sensing ink layer to needed group of number.
On feeding bottle body surface label, the step of printed layer is:
(1) marble paper preparing is soaked to 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper that removes membranelle base stock is transferred to body surface, and the water between marble paper and body and air are scraped totally, make marble paper completely sturdy;
(3) dry after by can take off by dyestripping on marble paper, on body, only remaining Intermediate Gray has pattern that temperature-sensitive microcapsule powder forms and/or the temperature sensing ink layer of character, completes the transfer of printed layer.
The preparation method of described marble paper is:
(1) shift on membranelle paper and print first group of patterned layer in temperature sensing ink layer at water, achromic point is a;
(2) on the patterned layer of first group of temperature sensing ink layer, print the cover layer of first group of temperature sensing ink layer, achromic point is b, b < a;
The patterned layer of second group of temperature sensing ink layer of cover layer top stack printing of (3) first groups of temperature sensing ink layers, or the patterned layer of printing 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;
On the patterned layer of (4) second groups of temperature sensing ink layers, print the cover layer of second group of temperature sensing ink layer, achromic point is d, d < c;
(5) repeat above step printing temperature sensing ink layer to needed group of number;
(6) above temperature sensing ink layer, covering can dyestripping liquid.
Shift and on membranelle paper or while printing, first print in order a group of high temperature section on body at water, one group of covering seal low temperature section again, 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 and disappears with temperature on levels same position like this.
The alleged achromic point of this utility model, refers to that temperature-sensitive microcapsule powder in temperature sensing ink layer arrives that color after this temperature disappears and the temperature spot of variable color.Lower than achromic point, the temperature-sensitive microcapsule powder Show Color 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.
For example, achromic point is 31 ℃, develops the color for red temperature-sensitive microcapsule powder, below 31 ℃ time, shows redness, and temperature reaches and exceedes 31 ℃, and redness disappears or becomes yellow.
The beneficial effects of the utility model are: this utility model by arranging heat discoloration printed layer on feeding bottle, cryogenic displaying color and high temperature colour killing (colourless) or variable color, first change by the temperature-sensitive numeral in pattern (word, figure) the actual temp point or the temperature section that show in feeding bottle, and each temperature section all possesses abundant color, and mixing preparation mutually of all kinds, thereby reach object easy to use; In addition, printed layer can be used as the decorative pattern of feeding bottle, pass through heat discoloration, realize variation and the functionalization of pattern, kill two birds with one stone, its decoration functions is maximized and the multiformity of temperature indicating function, embodied a perfect coalition, and possess the practicality that clean, food safety, decocting in water are sterilized.
Feeding bottle of the present utility model also possesses following advantage: the nontoxic food security standard that meets; The cut of the resistance to 2H of hardness; Resistance 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, feeding bottle of the present utility model is the complete unification of utilitarian function and aesthetic function, printed layer is to embody the aesthetic fundamental of feeding bottle, it is the requisite decorative means of feeding bottle, heat discoloration has greatly enriched the decorative effect of feeding bottle simultaneously, and present the variable color of stratification, also increase utilitarian function-digital temperature display (word, figure temperature display) function, this utility model does not add any structure and adnexa, operating procedure is simple, have advantages of and clean, safe, water-fastly anti-boil sterilization, possess outstanding substantive distinguishing features and significant progressive.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model feeding bottle;
Fig. 2 is the schematic diagram of the printed layer of this utility model on feeding bottle body surface label;
Fig. 3 is the marble paper display graphics schematic diagram in embodiment 1.
Wherein, 1. water shifts membranelle paper, 2. can dyestripping, and 3. temperature sensing ink layer, 4. bottle body, 5 is printed layer.
The specific embodiment
Below by specific embodiment, the technical solution of the utility model is described in detail.
Numeral temperature display: five-pointed star pattern occurring 20 ℃ below, 23 ℃, 31 ℃, 38 ℃, the numeral change that manifests when 43 ℃ of temperature sections and the state of change color.Adopt the marble paper preparing is attached to the scheme on feeding bottle.
Described Temperature-display milk bottle, comprise bottle body 4, be covered with printed layer 5 on body surface, described printed layer is temperature sensing ink layer, temperature sensing ink layer comprises four groups, one group of temperature sensing ink layer comprises the patterned layer of bottom and the cover layer of patterned layer top, and the patterned layer of same group is identical with tectal color.
The mulle of pinkiness when the patterned layer of first group of temperature sensing ink layer is provided with the colour developing forming with temperature-sensitive microcapsule powder, in the middle of mulle, there is temperature-sensitive microcapsule powder clear area (there is no temperature-sensitive microcapsule powder, lower same), form numeral " 43 ", achromic point is more than 50 ℃, after reaching achromic point, this patterned layer can be transparent, translucent or opaque state, in the cover layer of first group of temperature sensing ink layer, be provided with the mulle of pinkiness while forming colour developing with temperature-sensitive microcapsule powder, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, achromic point is 43 ℃.
The patterned layer of second group of temperature sensing ink layer is orange mulle while being provided with temperature-sensitive microcapsule powder formation colour developing, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, achromic point is 43 ℃, while being provided with temperature-sensitive microcapsule powder formation colour developing in the cover layer of second group of temperature sensing ink layer, be orange mulle, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 38 ℃.
The mulle taking on a red color while being provided with the colour developing forming with temperature-sensitive microcapsule powder in the patterned layer of the 3rd group of temperature sensing ink layer, in the middle of mulle, there is temperature-sensitive microcapsule powder clear area, form numeral " 31 ", achromic point is 38 ℃, in the cover layer of the 3rd group of temperature sensing ink layer, be provided with the mulle taking on a red color while forming colour developing with temperature-sensitive microcapsule powder, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 31 ℃.
Brownish mulle while being provided with the colour developing forming with temperature-sensitive microcapsule powder in the patterned layer of the 4th group of temperature sensing ink layer 3, has temperature-sensitive microcapsule powder clear area in the middle of mulle, form numeral " 23 ", and achromic point is 31 ℃; The 4th group of temperature sensing ink layer, in cover layer, be provided with temperature-sensitive microcapsule powder and form brownish mulle of when colour developing, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 23 ℃.
Wherein, marble paper step of preparation process is:
(1) shift on membranelle paper 1 and print first group of patterned layer in temperature sensing ink layer 3 at water, the mulle of pinkiness while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, in the middle of mulle, there is temperature-sensitive microcapsule powder clear area, form numeral " 43 ", achromic point is more than 50 ℃, reach achromic point after this patterned layer can be transparent, translucent or opaque state;
(2) on the patterned layer of first group of temperature sensing ink layer 3, print the cover layer of first group of temperature sensing ink layer 3, in cover layer, be provided with the mulle of pinkiness while forming colour developing with temperature-sensitive microcapsule powder, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 43 ℃;
The patterned layer of printing second group of temperature sensing ink layer 3 on the cover layer of (3) first groups of temperature sensing ink layers 3, while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, be orange mulle, in the middle of mulle, there is temperature-sensitive microcapsule powder clear area, form numeral " 38 ", achromic point is 43 ℃;
On the patterned layer of (4) second groups of temperature sensing ink layers 3, print the cover layer of second group of temperature sensing ink layer 3, while being provided with temperature-sensitive microcapsule powder formation colour developing in cover layer, be orange mulle, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 38 ℃;
On the cover layer of (5) second groups of temperature sensing ink layers 3, print the patterned layer of the 3rd group of temperature sensing ink layer 3, the mulle taking on a red color while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, in the middle of mulle, there is temperature-sensitive microcapsule powder clear area, form numeral " 31 ", achromic point is 38 ℃;
On the patterned layer of (6) the 3rd groups of temperature sensing ink layers 3, print the cover layer of the 3rd group of temperature sensing ink layer 3, in cover layer, be provided with the mulle taking on a red color while forming colour developing with temperature-sensitive microcapsule powder, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 31 ℃;
The patterned layer of printing the 4th group of temperature sensing ink layer 3 on the cover layer of (7) the 3rd groups of temperature sensing ink layers 3, brownish mulle while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, in the middle of mulle, there is temperature-sensitive microcapsule powder clear area, form numeral " 23 ", achromic point is 31 ℃;
On the patterned layer of (8) the 4th groups of temperature sensing ink layers 3, print the cover layer of the 4th group of temperature sensing ink layer 3, in cover layer, be provided with brownish mulle while forming colour developing with temperature-sensitive microcapsule powder, mulle shape size is consistent with the mulle (shape) in lower floor adjacent patterns layer, and achromic point is 23 ℃;
On the cover layer of (9) the 4th groups of temperature sensing ink layers 3, can also proceed to print achromic point lower than the temperature sensing ink layer group of 20 ℃, rule is the same;
(10) above temperature sensing ink layer 3, covering can dyestripping liquid.
Shift and first print in order a group of high temperature section while printing on membranelle paper 1 at water, one group of covering seal low temperature section again, like this by the printing of the ladder sequence of cryosphere covering high-temperature layer, solve the variation relation that marble paper pattern pattern and/or character on levels same position manifest and disappear with temperature.Finally printing dyestripping 2 to be to use in order to protect with water applique transferring.
On feeding bottle body surface label, the step of printed layer is:
(1) marble paper preparing is soaked to 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper that removes membranelle base stock is transferred to body surface, and the water between marble paper and body and air are scraped totally, make marble paper completely sturdy;
(3) dry after by can take off by dyestripping on marble paper, on body, only remaining Intermediate Gray has pattern that temperature-sensitive microcapsule powder forms and/or the temperature sensing ink layer of character, completes the transfer of printed layer.
The manufacture method of Temperature-display milk bottle of the present invention is, on the feeding bottle body surface label of molding or printing printed layer, printed layer is dried rear baking oven decoration firing, be incubated 15-20 minute through excess temperature at 180 °-200 °, after grilling, printed layer and body surface, fully in conjunction with forming complete one, obtain having the feeding bottle of temperature indicating function; Described feeding bottle is glass feeding bottle, ceramic feeding bottle, rustless steel feeding bottle or enamel feeding bottle.
The character that relates to, color even temperature all can be carried out suitable conversion or adjustment according to rule of the present invention.
Text transform---be word " spring, summer, autumn, winter " variation with temperature and conversion mutually below: 23 ℃ time, spring word manifests other word and disappears, 38 ℃ time, summer word manifests other word disappearance, 31 ℃ time, autumn word manifests other word disappearance, and 5 ℃ time, winter word manifests other word disappearance.Adopt the mode of printing on feeding bottle bottle, feeding bottle adopts the feeding bottle of plastic material.
(1) on body surface, print first group of patterned layer in temperature sensing ink layer 3, " summer " word of pinkiness while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, achromic point is 50 ℃,, reach achromic point after this patterned layer can be transparent or opaque state;
(2) on the patterned layer of first group of temperature sensing ink layer 3, print the cover layer of first group of temperature sensing ink layer 3, the pattern of pinkiness while being provided with the colour developing forming with temperature-sensitive microcapsule powder in cover layer, pattern can cover the character in lower floor's adjacent patterns layer completely, and achromic point is 38 ℃;
The patterned layer of printing second group of temperature sensing ink layer 3 on the cover layer of (3) first groups of temperature sensing ink layers 3, is orange " autumn " word while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, and achromic point is 38 ℃;
On the patterned layer of (4) second groups of temperature sensing ink layers 3, print the cover layer of second group of temperature sensing ink layer 3, while being provided with temperature-sensitive microcapsule powder formation colour developing in cover layer, be orange pattern, pattern can cover the character in lower floor's adjacent patterns layer completely, and achromic point is 31 ℃;
On the cover layer of (5) second groups of temperature sensing ink layers 3, print the patterned layer of the 3rd group of temperature sensing ink layer 3, while being provided with the colour developing forming with temperature-sensitive microcapsule powder, be glaucous " spring " word in patterned layer, achromic point is 31 ℃;
On the patterned layer of (6) the 3rd groups of temperature sensing ink layers 3, print the cover layer of the 3rd group of temperature sensing ink layer 3, while being provided with temperature-sensitive microcapsule powder formation colour developing in cover layer, be glaucous pattern, pattern can cover the character in lower floor's adjacent patterns layer completely, and achromic point is 23 ℃;
The patterned layer of printing the 4th group of temperature sensing ink layer 3 on the cover layer of (7) the 3rd groups of temperature sensing ink layers 3, is blue " winter " word in patterned layer while being provided with the colour developing forming with temperature-sensitive microcapsule powder, achromic point is 5 ℃;
On the patterned layer of (8) the 4th groups of temperature sensing ink layers 3, print the cover layer of the 4th group of temperature sensing ink layer 3, while being provided with temperature-sensitive microcapsule powder formation colour developing in cover layer, be blue pattern, mulle shape size is consistent with the mulle in lower floor adjacent patterns layer, and achromic point is below 0 ℃.
Printed layer and body surface, fully in conjunction with forming complete one, obtain having the feeding bottle of temperature indicating function.
Same, can be other patterns or figure by the text transform in " spring, summer, autumn, winter ", the color relating to also can convert accordingly, adjust.
Pattern change---be diverse location pattern variation with temperature and conversion mutually on same plane below: 20 ℃ time, " flower " pattern manifests other pattern and disappears, 40 ℃ time, " sun " pattern manifests other pattern disappearance, 30 ℃ time, " Folium Alangii " pattern manifests other pattern disappearance, and 5 ℃ time, " snowflake " pattern manifests other pattern disappearance.Temperature sensing ink layer comprises more than two, is horizontal distribution between group and group.Adopt the marble paper preparing is attached to the scheme on feeding bottle.
(1) shift on membranelle paper 1 and print first group of patterned layer in temperature sensing ink layer 3 at water, " sun " pattern presenting while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, achromic point is 50 ℃, reach achromic point after this patterned layer can be transparent or opaque state;
(2) on the patterned layer of first group of temperature sensing ink layer 3, print the cover layer of first group of temperature sensing ink layer 3, the circular pattern taking on a red color while being provided with the colour developing forming with temperature-sensitive microcapsule powder in cover layer, pattern can cover the solar pattern in lower floor's adjacent patterns layer completely, and achromic point is 45 ℃;
The patterned layer that second group of temperature sensing ink layer 3 printed on the right side of (3) first groups of temperature sensing ink layers 3, " Folium Alangii " pattern presenting while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, achromic point is 40 ℃;
On the patterned layer of (4) second groups of temperature sensing ink layers 3, print the cover layer of second group of temperature sensing ink layer 3, while being provided with the colour developing forming with temperature-sensitive microcapsule powder in cover layer, be orange regular pentagon pattern, pattern can cover " Folium Alangii " pattern in lower pattern layer completely, and achromic point is 35 ℃;
The patterned layer of the 3rd group of temperature sensing ink layer 3 of right side printing of (5) second groups of temperature sensing ink layers 3, " flower " pattern presenting while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, achromic point is 30 ℃;
On the patterned layer of (6) the 3rd groups of temperature sensing ink layers 3, print the cover layer of the 3rd group of temperature sensing ink layer 3, in cover layer, be provided with greeny triangle pattern while forming colour developing with temperature-sensitive microcapsule powder, pattern can cover " flower " pattern in lower pattern layer completely, and achromic point is 20 ℃;
The patterned layer of the 4th group of temperature sensing ink layer 3 of right side printing of (7) the 3rd groups of temperature sensing ink layers 3, " snowflake " pattern presenting while being provided with the colour developing forming with temperature-sensitive microcapsule powder in patterned layer, achromic point is 10 ℃;
On the patterned layer of (8) the 4th groups of temperature sensing ink layers 3, print the cover layer of the 4th group of temperature sensing ink layer 3, while being provided with temperature-sensitive microcapsule powder formation colour developing in cover layer, be blue rectangular patterns, pattern can cover " snowflake " pattern in lower pattern layer completely, and achromic point is below 0 ℃;
(9) above temperature sensing ink layer 3, covering can dyestripping liquid.
On feeding bottle body surface label, the step of printed layer is:
(1) marble paper preparing is soaked to 0.5-2 minute in water, membranelle base stock natural separation;
(2) marble paper that removes membranelle base stock is transferred to body surface, and the water between marble paper and body and air are scraped totally, make marble paper completely sturdy;
(3) dry after by can take off by dyestripping on marble paper, on body, only remaining Intermediate Gray has pattern that temperature-sensitive microcapsule powder forms and/or the temperature sensing ink layer of character, completes the transfer of printed layer.
The manufacture method of Temperature-display milk bottle of the present invention is, on the feeding bottle body surface label of molding or printing printed layer, printed layer is dried rear baking oven decoration firing, be incubated 15-20 minute through excess temperature at 180 °-200 °, after grilling, printed layer and body surface, fully in conjunction with forming complete one, obtain having the feeding bottle of temperature indicating function; Described feeding bottle is glass feeding bottle, ceramic feeding bottle, rustless steel feeding bottle or enamel feeding bottle.
Same, each pattern and color can be adjusted and change.
In the present invention, in temperature sensing ink layer, contain temperature-sensitive microcapsule powder.In temperature sensing ink layer, contain temperature-sensitive microcapsule powder.Temperature sensing ink layer is that resin mixed oil or aqueous emulsion mediation temperature-sensitive microcapsule powder form, wherein temperature sensing ink and temperature-sensitive aqueous emulsion can be glass, pottery resin ink, rustless steel resin ink, plastics resin ink etc., select according to the material practical application of feeding bottle.In printing, also can be according to the ladder sequence stack printing by cryosphere covering high-temperature layer, the pattern of temperature sensing ink layer 3 is on the same group not stackable, also can mutually stagger.Temperature sensing ink layer comprises more than two, it between group and group, is distribution up and down, tectal achromic point in one group of the below temperature sensing ink layer of the achromic point≤adjacent of patterned layer in the one group of temperature sensing ink layer in top, in the temperature sensing ink layer of one group of top, the color of patterned layer is different from tectal color in adjacent one group of below temperature sensing ink layer.
Claims (8)
1. a Temperature-display milk bottle, comprise bottle body, it is characterized in that, be covered with printed layer on body 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 patterned layer of bottom and the cover layer of patterned layer top, 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 group of patterned 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 body, temperature is transparent or semitransparent shape higher than the temperature sensing ink layer of achromic point.
2. Temperature-display milk bottle according to claim 1, it is characterized in that, temperature sensing ink layer comprises more than two, it between group and group, is distribution up and down, tectal achromic point in one group of the below temperature sensing ink layer of the achromic point≤adjacent of patterned layer in the one group of temperature sensing ink layer in top, in the temperature sensing ink layer of one group of top, the color of patterned layer is different from tectal color in adjacent one group of below temperature sensing ink layer.
3. Temperature-display milk bottle according to claim 1, is characterized in that temperature sensing ink layer comprises more than two, is horizontal distribution between group and group.
4. according to the Temperature-display milk bottle described in claim 2 or 3, it is characterized in that same group of temperature sensing ink layer, 1 ℃ of the achromic point temperature difference > of tectal achromic point and patterned layer.
5. according to the Temperature-display milk bottle described in claim 1 or 2 or 3, it is characterized in that, in temperature sensing ink layer, contain temperature-sensitive microcapsule powder.
6. according to the Temperature-display milk bottle described in claim 1 or 2 or 3, it is characterized in that, the patterned layer adjacent with body, temperature is transparent, translucent or opaque shape during higher than achromic point.
7. according to the Temperature-display milk bottle described in claim 1 or 2 or 3, it is characterized in that, in temperature sensing ink layer, contain temperature-sensitive microcapsule powder.
8. according to the Temperature-display milk bottle described in claim 1 or 2 or 3, it is characterized in that, in the patterned layer of temperature sensing ink layer on the same group, temperature-sensitive microcapsule powder does not form different patterns and/or character, and described character comprises numeral.
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| CN201320616308.XU CN203663112U (en) | 2013-10-08 | 2013-10-08 | Milk bottle capable of displaying temperature |
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| CN201320616308.XU CN203663112U (en) | 2013-10-08 | 2013-10-08 | Milk bottle capable of displaying temperature |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103462813A (en) * | 2013-10-08 | 2013-12-25 | 刘威 | Temperature display milk bottle and production method |
| CN109343317A (en) * | 2015-09-29 | 2019-02-15 | 株式会社东芝 | Image forming apparatus, image formation system and image forming method |
-
2013
- 2013-10-08 CN CN201320616308.XU patent/CN203663112U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103462813A (en) * | 2013-10-08 | 2013-12-25 | 刘威 | Temperature display milk bottle and production method |
| CN103462813B (en) * | 2013-10-08 | 2016-01-20 | 刘威 | A kind of Temperature-display milk bottle and manufacture method |
| CN109343317A (en) * | 2015-09-29 | 2019-02-15 | 株式会社东芝 | Image forming apparatus, image formation system and image forming method |
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