M338658 八、新型說明： 【新型所屬之技術領域】 本案與奶瓶有關，更詳而言之，係一種且古6 货雜有自動溫度感測功能之感溫奶甑。 【先前技術】 以奶瓶沖泡牛奶餱食嬰兒時應特別注意牛奶溫度，在早期沖泡者會直接 飲用奶瓶巾的牛奶·m牛奶溫度，但此_方式極料將病_染給嬰兒，對 嬰兒健康造雜大誠脅，耻醫學界強烈建财應_此—方式，而建議將 牛奶滴在手掌⑽侧試溫龄式，但實際操作時卻容紐生奶嘴碰觸皮膚而受 污染的問題，對嬰兒健康仍然有所影響。 上述以直減贱義皮膚_試方式事實均無法將牛奶度控制在 -適合嬰兒侧的綱不高於攝_度)，主要顧是不_試者的啦溫度不 同。然而，過高的水溫沖泡牛奶會破壞蛋白質，使_製奶瓶釋出有害化學質， 更可此造祕兒口腔或食道讀；而不足適溫的牛蝴使蛋白質難以被嬰兒腸 胃道消化，而致生腹脹或腹瀉的問題。 為解決上制題，業者提iij 了許多感溫她方案，例如，將溫度感測片與 彈性束帶結合，將雜束帶束套於奶瓶瓶身，使溫度_片得感測並顯示奶瓶 度。但反覆使用致使彈性束帶之彈性弱減時，會使溫度感则未能充份接觸 奶瓶瓶身，而使量測溫度低於實際溫度。與此一方案類似的技術還包括了以熱 敏變色染料構成的貼片貼覆於瓶體，以其所顯現的顏色判斷牛奶的溫度，但感 測變色染料所呈現之顏色代表一溫度範圍而非單點溫度，溫度掌控仍然不易。 另一感溫奶瓶方案，係在奶瓶底部結合一電子式感溫裝置，該電子式感溫 裝置具備電路板、溫度感應器、電池、重置開關等零組件，成本及售價較高， M338658 且需購買及備妥電池更換，又涉相收電池的環側題，而個時需將奶瓶底 部與之結合，測試完後再與之脫離，使用並不方便。 【新型内容】 本案之目的旨在提出一種感溫奶瓶之新方案，其係於奶瓶之瓶壁上固著一 溫度感測片，用以感測並以刻度方式顯示奶瓶瓶壁的溫度，沖泡者可讀取具體 的溫度值，並推知瓶⑽齡或牛奶的溫度，娜冷熱水之配比，而沖泡出適 宜嬰兒飲用溫度的牛奶。 本案達成上述目的之主要技術係為一奶瓶的外部固著一可撓曲的、軟質的 溫度感測片，該溫度感測片感測奶瓶之瓶壁的溫度，並以刻度或數字方式表現 該瓶壁之溫度。 【實施方式】 為便於說明本案於上述新型内容一攔中所表示的中心思想，茲以具體實施 例表達。實施例中各種不同物件的尺寸及其變形量係按適於例舉說明之比例， 而非按實際元件的比例予以繪製，合先敘明。 如第一、二、三圖，本案感溫奶瓶包括： 一玻璃或耐熱高分子材料製成之奶瓶1〇 ; 一可撓曲的、軟質的溫度感測片20，被施以固著技術而固著於該奶瓶10之 瓶壁外表面。該溫度感測片20係以刻度或數字方式表現該瓶壁之溫度。 奶瓶10的表面具備一用以容置及固著該溫度感測片1〇的凹槽彳彳，使溫度感 測片20固著於瓶壁時，其外表面得與瓶壁之外表面切齊或微略的内縮，以避免 溫度感測片20凸出奶瓶1〇外壁，因此可如常的進行清洗、刷洗奶瓶及奶瓶消毒 之程序。 M338658 依比例於奶瓶10中調配冷熱水的比例，熱水的溫度傳導至奶瓶1〇之瓶身， 而被該溫度感測片20所感測，沖泡者藉由該溫度感測片20所顯示的溫度值而推 知該瓶内的熱水或牛奶的溫度。依據本案創作人實驗，所測得的瓶壁溫度較瓶 内的實際溫度低約7± 1°c，亦即依該溫度感測片20所顯示的溫度值再加上6〜8 度即相當於瓶内的實際溫度，據此，沖泡者即可推知熱水或牛奶的具體溫度。 上述實施例，該溫度感測片20係被固著於奶瓶1〇之瓶壁外表面。而如第四 圖所示者’溫度感測片20係固著在奶瓶1〇的瓶壁外部，該瓶壁外另設一護膜3〇， 將溫度感測片20密封保護。第五、六圖，奶瓶1〇的瓶壁係為一種具夾層空間12 的雙層結構壁，奶瓶10底部設-可組卸之底座13，以封閉該夾層空間12。該溫 度感測片2G放置於該夾層空間12中，感咖層結構壁121的溫度，並被外層結構 壁122保護，而可更準確的感測及顯示正確溫度。而該爽層空間12中更可設置相 片、廣告、具教育功能或裝飾絲之薄膜、紙張等内容物15。奶瓶因該失層空 間12之内谷物不同，而產生不同的附加功能。例如放置嬰兒相片、全家福相片， 修可使舰1G具有侧性；放置具教育魏讀件⑽如英文字母姐音符號或可 艾動物·…等）’使嬰兒此熟悉該等資訊激發潛在學習力。可組卸之底座U方便使 -用者隨喜好更換内容物15。 本案疋X自最佳實施例做說明，但精於此技藝者能在不脫離本案精 神/、範$下做各種不畴式的改變。以上所舉實補翻以綱本案而已，非 、制本案之範圍。舉凡不違本案精神所從事的種種修改或變化，俱屬本案 申請專利範圍。 ’、 【圖式簡單說明】 第一圖為本案之立體分解圖。 M338658 第二圖為本案之立體外觀圖。 第三圖為第二圖中3-3截面之剖視圖。 第四圖為溫度感測片與奶瓶瓶壁結合之另一實施示意圖。 第五圖為溫度感測片與奶瓶瓶壁結合之另一實施示意圖。 第六圖為第五圖實施例奶瓶之縱剖面圖。 * 【主要元件符號說明】 10-奶瓶 ® 11-凹槽 12- 夾層空間 121- 内層結構壁 122- 外層結構壁 13- 底座 15-内容物 20-溫度感測片 • 30-護膜M338658 VIII, new description: [New technology field] This case is related to the bottle, more specifically, it is a type of temperature sensitive milk with automatic temperature sensing function. [Prior Art] When you are feeding a baby with a bottle, you should pay special attention to the temperature of the milk. In the early stage, the brewer will directly drink the milk of the bottle and the temperature of the milk, but this method will dye the disease to the baby. Infant health makes a big threat, the shame medical community strongly builds money _ this way, and it is recommended to drop the milk in the palm (10) side to test the temperature-age type, but the actual operation of the new pacifier touches the skin and is contaminated The problem still has an impact on the health of the baby. The above-mentioned facts can not control the milk degree in the case of directly reducing the skin of the _ _ _ test method - the level suitable for the baby side is not higher than the _ degree _ degree, the main consideration is not the temperature of the tester is different. However, too high water temperature to brew milk will destroy the protein, so that the bottle will release harmful chemical substances, and even the secret oral or esophagus can be read; while the insufficient temperature of the cow butterfly makes the protein difficult to be digested by the infant's gastrointestinal tract. , causing problems with bloating or diarrhea. In order to solve the problem, the manufacturer mentioned iij a lot of temperature-sensing schemes. For example, combining the temperature sensing sheet with the elastic band, the bundle of the bunch is placed on the bottle bottle, so that the temperature _ film is sensed and the bottle is displayed. degree. However, when the repeated use causes the elasticity of the elastic band to weaken, the temperature sense is not fully contacted with the bottle body, and the measurement temperature is lower than the actual temperature. A technique similar to this one also includes attaching a patch composed of a thermochromic dye to the bottle body to judge the temperature of the milk in the color it appears, but sensing the color exhibited by the color changing dye represents a temperature range. Non-single point temperature, temperature control is still not easy. Another temperature-sensing bottle solution incorporates an electronic temperature sensing device at the bottom of the bottle. The electronic temperature sensing device has components such as a circuit board, a temperature sensor, a battery, a reset switch, etc., and has a high cost and price. M338658 And need to buy and prepare for battery replacement, but also involved in the ring side of the battery, and at the same time need to combine the bottom of the bottle, after the test is separated from it, the use is not convenient. [New content] The purpose of this case is to propose a new solution for temperature-sensitive bottle, which is attached to the wall of the bottle to fix a temperature sensing piece for sensing and displaying the temperature of the bottle wall in a scale. The bubbler can read the specific temperature value, and infer the temperature of the bottle (10) or the temperature of the milk, and the ratio of the cold water to the hot water, and brew the milk suitable for the baby drinking temperature. The main technique for achieving the above object in the present case is that a flexible, soft temperature sensing sheet is fixed to the outside of a bottle, and the temperature sensing sheet senses the temperature of the bottle wall of the bottle and expresses the scale in a scale or digital manner. The temperature of the bottle wall. [Embodiment] In order to facilitate the explanation of the central idea expressed in the above-mentioned novel content, the present invention is expressed by a specific embodiment. The dimensions and the amounts of deformation of the various items in the embodiments are drawn to scales as exemplified, and not in proportion to actual elements, as set forth above. As shown in the first, second and third figures, the temperature-sensing bottle of the present case comprises: a bottle made of glass or heat-resistant polymer material; a flexible, soft temperature sensing sheet 20, which is applied with fixing technology. It is fixed to the outer surface of the bottle wall of the bottle 10. The temperature sensing sheet 20 expresses the temperature of the bottle wall in a scale or digital manner. The surface of the bottle 10 is provided with a groove 用以 for accommodating and fixing the temperature sensing sheet 1 彳彳, so that when the temperature sensing sheet 20 is fixed to the bottle wall, the outer surface of the bottle is cut off from the outer surface of the bottle wall. Qi or slight indentation, to avoid the temperature sensing sheet 20 protruding from the outer wall of the bottle, so the procedure of cleaning, brushing the bottle and disinfecting the bottle can be performed as usual. M338658 is proportional to the ratio of the hot and cold water in the bottle 10, and the temperature of the hot water is transmitted to the bottle of the bottle, and is sensed by the temperature sensing sheet 20, and the brewer is displayed by the temperature sensing sheet 20. The temperature value is used to infer the temperature of the hot water or milk in the bottle. According to the creator experiment of the present case, the measured wall temperature is about 7 ± 1 ° C lower than the actual temperature in the bottle, that is, the temperature value displayed by the temperature sensing sheet 20 plus 6 to 8 degrees is equivalent. The actual temperature in the bottle, according to which, the brewer can infer the specific temperature of the hot water or milk. In the above embodiment, the temperature sensing sheet 20 is fixed to the outer surface of the bottle wall of the bottle. As shown in the fourth figure, the temperature sensing sheet 20 is fixed to the outside of the bottle wall of the bottle, and a protective film 3 is disposed outside the bottle wall to seal and protect the temperature sensing sheet 20. In the fifth and sixth figures, the bottle wall of the bottle is a double-layer structure wall with a sandwich space 12, and the bottom of the bottle 10 is provided with a base 13 that can be assembled to close the sandwich space 12. The temperature sensing sheet 2G is placed in the sandwich space 12, and is protected by the outer structural wall 122 to more accurately sense and display the correct temperature. Further, the refreshing space 12 may be provided with a film, an advertisement, a film having an educational function or a decorative silk, a paper, and the like. The bottle has different additional functions due to the different grains within the lost space 12 . For example, placing a baby photo, a family photo, repairing the ship 1G has a side; placing an educational reading (10) such as an English letter sister symbol or a worm animal, etc.) 'to make the baby familiar with the information to stimulate potential learning . The base U that can be unloaded is convenient for the user to replace the contents 15 with the preference. The case 疋X is explained from the best embodiment, but the skilled person can do all kinds of changes without departing from the spirit of the case. The above is a complete solution to the case, not the scope of the case. All kinds of modifications or changes that are not in violation of the spirit of the case are the scope of patent application in this case. ‘, [Simple description of the diagram] The first figure is an exploded view of the case. M338658 The second picture is a three-dimensional appearance of the case. The third figure is a cross-sectional view of the section 3-3 in the second figure. The fourth figure is another schematic diagram of the implementation of the temperature sensing sheet combined with the bottle wall. The fifth figure is another schematic diagram of the implementation of the temperature sensing sheet combined with the bottle wall. Figure 6 is a longitudinal sectional view of the bottle of the fifth embodiment. * [Main component symbol description] 10-Bottle ® 11-groove 12- Mezzanine space 121- Inner structural wall 122- Outer structural wall 13- Base 15-Content 20-Temperature sensor • 30-film