M420991 五、新型說明： 特別是—種可提供堆疊之飲料保 【新型所屬之技術領域】 本創作係提供一種保冷箱， 冷箱。 【先前技術】 傳統的冷魏置如第1圖所示，該冷較置丨包括 路2與冷奸3，顧冷如將水4冷絲提供螺旋式管2 2 能。此冷珠裝置i可從(TC;東結到_rc之間，所以會生成蓄冰二 夠設定凝_在安粒，簡低溫域蚊和紐冷能，以實現7 好的熱父換。缺點是在在(TC;東結。如第2圖所示，是另—種傳統 的冷卻裝置5,其包括螺旋式管路6與包覆在螺旋式管路6外的螺 旋式冷卻管路7，利用螺旋式冷卻管路7提供冷能給冷卻液8後，、 利用冷卻液8將職式管路6 _飲料冷卻。此冷卻裝置$可在 低溫域設定，但無法生成蓄冰，熱交換特性較低。 如第3圖所示，例如啤酒充填罐9，在常溫下的啤酒沿管路送 到冷卻裝置91中作第一次冷卻，冷卻裝置91控制在3七至冰點以 下溫度，再經管路將冷卻的啤酒送到冷凍裝置92進行第二次一 卻，冷凍裝置92控制在冰點以下溫度，最後經啤酒注出裝置汨 將冷卻啤酒注出提供冰冷啤酒予客人飲用。 如第4圖所示，例如啤酒供應裝置1〇包括冷凍器u與位於 冷凍益η間之螺旋式管路丨2 ,螺旋式管路12 —端連接啤酒充填 M420991 罐13，另端連接啤酒注出裝置14,而冷凍器11連接一冷凍機15， 哮酒充填罐13利用管路將啤酒送出至啤酒注出裝置14前，先與 一氧化碳產生器16提供之二氧化碳混合’使啤酒在啤酒注出裝置 14注出時能產生泡沫。因此，如此即可將啤酒在短時間冷卻冰冷， 提供冰冷啤酒予客人飲用。 【新型内容】 本創作之主要目的係提供一種能保冷飲料與堆疊飲料罐且不 佔空間之飲料保冷箱。 或熱飲 、本創作之再—目的係提供—種飲料保冷财需另外再提供冷 部或加熱，且方便隨時雜與攜帶到任何地方，提供適時的冷飲 “：達到上述目的之飲料保冷箱包括一殼體；至少一蓄冷器， 蓄存-冷能；—液體供應器，供應—液體；—液體提供器^供 该液體；及一冷卻管路， 、韦弟_ 端，該冷卻管路 供庫該液趙提供器’而該冷卻管路之第二端連接該液體 與該冷卻^路I8路位於該殼雜内部’而該蓄冷器配置於棘體 較佳地’該蓄冷H配置於該殼體壁上，該殼 壁隔熱材料，該隔熱材料為阳發泡或真空隔熱綱悅真=體 較佳地，該冷卻管路為螺旋狀結構配置於該蓄冷器間。 M420991 相同 較佳地，該殼體為幾何形狀， 該蓄冷器之形狀與該殻體形 該殼體内之蓄冷器為—環狀f冷器，而該環 =為夕片之畜冷^ ’該蓄冷以之兩端設置有階餘之結雜 摘作另-實施例飲料保冷箱包括—殼體；至少—蓄冷器， 畜存冷能；一儲水器，儲存一 有一第H义山 關；-冷卻管路，具 外卻2 ’該冷料路之第―端連接顧水器，而 ==路之第二端連接該開關，該冷卻管路位於該殼體内部， ==卿與物卩蝴；及—綱，控制該 储水盗内之水流入該冷卻管路。 也α亥蓄冷裔配置於該殼體壁上，該殼體壁係包括有一 隔熱材料，該隔熱材料為PU發泡或真空隔熱片阐或真空隔體 壁。 較佳地β亥冷部官路為螺旋狀結構配置於該蓄冷器間。 ，較佳地’緘體域何職，該f冷ϋ之形狀_殼體形狀 相同 較佳地該成體内之蓄冷器為一環狀蓄冷器，而該環狀蓄冷 器為^片之蓄冷Μ ’該蓄冷器片之兩端設置有階梯狀之結構設 計。 較佳地’該冷卻管路與該館水器間設有一過遽器，該控制闕 設置於該儲水器與該過濾器間。 M420991 • 雛地，践冷㈣關第-端設置有H度感測器使 .感測進人該冷卻管路_水溫度，而該冷料狀第二端設有一 第二溫度制n使感職出該冷卻管_水溫度，及該冷卻管路 •的最後-圈的管路上設置有-第三溫度感·用以感測水溫。 較佳地，該第-溫度感測器與該第二溫度感測器及該第三溫 度感測器係連接到-電腦控制器由一可程式控制器控制。 _ 較佳地’該冷卻管路之第二端與該開關間設有-水膽。 本創作之再-實施例飲料保冷裝置包括―飲料注出器，包括 :斷熱結構，驗料注出H連接該飲·冷箱；—二氧化碳供應 器，，接該飲料注出器；及至少—飲料保冷箱，該飲料保冷箱包 括1體、-蓋體及設置於輔體内之飲料罐；其中該箱體包括 咸體及至少-蓄冷器，該飲料罐設置於該殼體内，而該蓄冷器 設置於該殼體與該飲料罐間。 °° _ 車又佳地°亥飲料保冷裝置包括多個飲料保冷箱堆疊。 車乂佳地°亥飲料〆主出器連接-管路並與該飲料保冷箱連接。 触地，該蓋體設置有一孔，提供該飲料注出器之管路穿過。 ._幸又佳地°亥蓄冷器配置於該殼體壁上，該殼體壁係包括有— '5、，、材料該隔熱材料為Pu發敍真空隔熱>ΐ(νιρ)或真空隔體 壁。 較佳地，該殼體_何形狀，該f冷器之職與該殼體形狀 相同。 較佳地’該殼體内之蓄冷器為—環狀蓄冷器，而該環狀蓄冷 M420991 益為多片之蓄冷器片，該蓄冷器片之兩端設置有階梯狀之結構設 計。 較佳地，該箱體設置有多個扣件，使該飲料保冷箱堆疊結合 固定。 較佳地，該殼體頂部具有多個凹部，而該殼體底部具有多個 凸部，使兩兩飲料保冷箱堆疊結合固定。 較佳地，該殼體内部設置有一 τ字元件使固定飲料罐。 * 較佳地，該蓄冷器上方設置有一提把。 較佳地，該蓄冷器設置於一可撓性軟件232上，使配置至該 飲料罐與該殼體間。 【實施方式】 請參閱第5、6、7圖為本創作飲料保冷箱之第一實施例側剖 不思圖、第一實施例橫剖示意圖及第一實施例之蓄冷器片示音 •圖，本創作飲料保冷箱100包括一殼體1〇1、一冷卻管路1〇2、至 少一蓄冷器103、一液體提供器1〇4及一液體供應器1〇5，該冷卻 • 官路102具有一第一端與一第二端，該冷卻管路1〇2之第一端連 •接該液體提供器104,而該冷卻管路102之第二端連接該液體供應 器105。該冷卻管路1()2位於該殼體1〇1内部，而該蓄冷器1〇3 可配置於s玄殼體1〇1與該冷卻管路1〇2間。較佳地，該蓄冷器 可配置於該殼體壁1〇6上’較佳地，該殼體壁1〇6係包括有一隔 熱材料107 ’例如PU發泡、真空隔熱片（VIP)、真空隔熱或pu發 7 M420991 泡、真空隔熱片(VIP)之組合等等或該殼體壁，1〇7可包括一真空殼 體壁。此為習知傳統隔熱技術在此不予贅述。 該冷卻管路102可以螺旋狀結構配置於該蓄冷器脱間。進 -步地’該蓄冷器103可包括多片蓄冷器片。較佳地該蓄冷器 103可為-環狀或片狀設計’使該蓄冷器1〇3可環繞貼附於該殼體 壁浙。該殼體101可為幾何形狀，較佳地，棘體ι〇ι為一圓形 或矩形。該蓄冷|§ 103之形狀亦可搭配該殼體1〇1形狀而設計。 所以當該液體供應器105供應液體，例如啤酒、汽水 水等等’驗該冷卻管路102日夺，藉該蓄冷器1〇3的冷能作冷 卻該冷卻管路H)2内之液體’使液體經該液體提供器服提料 冷液體如飲料等予使用者享用。 反之，當需要加熱液體，例如茶、咖啡等熱飲料時，該液楚 供應器供舰體，流_加_路時，藉蹄熱糾孰能予以办 ===""’冑嶋細咖触加熱後之液 卜找供冷飲時，輯冷器〗⑺纽置於冷錄置(圖中 )’例如冰箱、冷;東庫等等，内蓄冷後再將蓄冷器阳放置於 細體KM内以冷卻該冷卻管路1〇2之液體。反之，當提供 時，該蓄熱器先放置於加熱裝置内蓄熱後再將蓄熱器放置=私 體内以加熱該加熱管路内之液體。 X双 其中蓄冷器1〇3係指一殼體内充填有蓄冷液 般體内充財蓄熱液，此為冷糾t姑技術在、^= M420991 述。以下各實施例均有相同效果，在此不予贅述，均以蓄冷作為 代表說明。 如第6、7圖所示，該殼體101内之蓄冷器1〇3為一環狀蓄A 器’而該環狀蓄冷器可分為二片或多片之蓄冷器片，該蓄冷器片 之兩端設置有階梯狀之結構設計108,使每一蓄冷器片與另一蓄A 益片連接時’能夠穩固與適當地接合’而不會在相接處產生至斜 不正的接合’方便該冷卻管路102能設置於該蓄冷器1〇3中間。 該蓄冷器103上設置有一提把1〇9方便蓄冷器1〇3提取。 所以本創作除了預先將蓄冷器蓄冷外，冷卻管路不需另外再 提梹冷卻的功能。而且本創作方便隨時移動與攜帶到任何地方， 提供適時的冷飲或熱飲。 請參閱第8、9 ®為本創作飲料保冷箱之第二實施例剖面示意 圖及第二實施彳狀外觀示意目’本解倾 體m、至少-蓄冷請、一冷卻管路113、一儲水器二括一控又 制閥m、-開關116，該殼體lu係包括有一隔熱材料，例如 發泡、真空隔熱片(VIP)等等或該殼體壁可包括—真空殼體壁。此 為習知傳福紐術在料予f述。難地，該f冷器ιΐ2可配 置於該殼體壁上。駿體U1可物爾，較佳地，該殼體⑴ 為一圓形或矩形。該殼體111内之蓄冷器m為-環狀蓄冷器， 而該環狀蓄冷器可分為二片或多片之蓄冷器片’該蓄冷器片之兩 端設置有議㈣細，聽—輪挪-編片連 接時，能細崎喻，衫舰斜不正的 9 M420991 接合’方便該冷卻管路U3能設置於該蓄冷器112中間。此可與 第一實施例相似的結構設計，但不限於本實施例的精神設計範 圍。該蓄冷器112可環繞貼附於該殼體壁。該蓄冷器112之形狀 •亦可搭配該殼體111形狀而設計。 該冷卻管路113具有一第一端與一第二端，該冷卻管路U3 之第一端連接該儲水器114’而該冷卻管路113之第二端連接該開 關116。該冷卻管路113位於該殼體出内部，而該蓄冷器112可 癱配置於該殼體111與該冷卻管路113間。該冷卻管路113可以螺 旋狀結構配置於該蓄冷器112間。較佳地，該冷卻管路Π3與該 儲水器114間設有一過濾器117以過濾雜質。本創作更進一步地， 該儲水器114與該過濾器117間設有一控制閥ι15使控制該儲水 器114中的水能夠依需求進入該冷卻管路113。於該冷卻管路113 的第一端設置有一第一溫度感測器118使感測進入該冷卻管路113 内的水溫度。而該冷卻管路113之第二端亦設有一第二溫度感測 ® 器119使感測流出該冷卻管路in的水溫度。一般該儲水器114 内的水溫為室溫25°C左右，依實際天氣與季節決定。經過該蓄冷 器112冷卻流經該冷卻管路113内的水，使出水溫度能夠降到 5°C-10°C間。而蓄冷器112的蓄冷溫度約在-4°C左右。其中該第一 溫度感測器118與該第二溫度感測器119係連接到一電腦控制器 (圖中未示)由一可程式控制器控制。而該冷卻管路H3靠近一水膽 120處’例如在該冷卻管路113的最後一圈的管路上設置有一第三 溫度感測器121用以感測水溫。（請補充如何控制第一、第二與第 M420991 三溫度感測器與其功用） 較佳地，該冷卻管路113之第二端與該開關116間設置有一 水膽120，該水膽120可為平置狀，將冷卻過的水預先儲存並保 .冷，以備使用者開啟該開關116使用。 所以當開啟該控制閥115’使該儲水器114内之水或蒸错水等 等，流入該冷卻管路11·3中，藉該蓄冷器112的冷能予以冷卻該 冷卻管路113内之水，水會流入該水膽120内繼續保冷，而該冷 籲卻管路113 _水也可以繼續被冷卻。當使用者打開該開關116， 使被冷卻之水流出而被使用者享用。 反之，當需要熱水時，該蓄冷器可改為使用蓄熱器，此時流 經該管路中的水，藉該蓄熱器的熱能予以加熱並於水膽内暫留。 當使用者打開該開關，使水流出而被使用者使用。 因此，當提供冷飲時，該蓄冷器112先放置於冷凍裝置(圖中 未不），例如冰箱、冷凍庫等等，内蓄冷後再將蓄冷器112放置於 参該殼體111 θ以冷卻該冷卻管路113之水。反之，當提供熱飲時， 該蓄熱器先放加齡置内蓄織再將蓄熱器放置於該殼體内 以加熱該管路内之水。 其中蓄冷器112係指-殼體内充填有蓄冷液，蓄熱器係指_ 殼體内充填有蓄熱液，此為習知蓄冷器或蓄熱器技術在此不予資 述。以下各實酬均有相岐果，在此Μ㈣，均以蓄冷作為 代表說明。 如第9圖所示，該飲料保冷箱η〇之殼體⑴、蓄冷器ιΐ2、 11 M420991 冷卻管路113、儲水器114、控制閥115、開關116均設置在一塑 膠外殼122 Θ，當推動該推桿123就能開啟該開g 116而使水流 出。 請參閱第10、11圖為本創作飲料保冷裝置之第三實施例之一 層保冷箱示意圖及第三實施例之三層保冷箱示意圖，本創作飲料 保冷裝置可為一層飲料保冷箱200。如第1〇圖所示，該飲料保冷 箱200提供被冷卻之飲料至一飲料注出器2〇1。該飲料注出器2〇1 例如是啤酒注出咨，該飲料注出器2〇1可包括一斷熱結構(圖中未 示）。該飲料注出裔201可連接至一二氧化碳供應器2〇2，使飲料 例如啤酒’在注出時先與二氧化碳混合產生氣泡以增加風味。該 飲料保冷箱200包括一箱體203與一蓋體2〇4，該箱體2〇3内有飲 料罐例如啤酒飲料罐。 如第11圖所示，本創作飲料保冷裝置可為三層飲料保冷箱 210。最上層之飲料保冷箱211提供被冷卻之飲料至一飲料注出器 212。該飲料注出器212例如是啤酒注出器，該飲料注出器212可 包括一斷熱結構(圖中未示）。該飲料注出器212可連接至一二氧化 碳供應器213，使飲料例如啤酒，在注出時先與二氧化碳混合產生 氣泡以增加風味。該飲料保冷箱211包括一箱體214與一蓋體 215，該箱體214内有飲料罐例如啤酒飲料罐。 而第二層與最下層之飲料保冷箱216、217則作為備用，並堆 疊於最上層之飲料保冷箱211下方。當最上層之飲料保冷箱m 之飲料使用完’可將最上層之飲料保冷箱211與飲料注出器212 12 M420991 218拆卸分離’並將最上層之飲料保冷箱川取下，並堆 疊在最下層之飲料保冷箱217的下方，再將第二層之飲料保冷箱 該飲料4出$212之管路218連接’即可_供應冷卻飲 料三如此當第二層之飲料保冷箱加之飲料使用完，可將飲料注 j咨212之管路218與其物分離，並堆疊在最上層之飲料保冷 相211的下方，再將最下層之飲料保冷箱217與該飲料注出器扣 連接，即可繼續供應冷卻飲料。 纽:飲料保冷箱與飲料注出器212之管路218連接完成， P可蓋上蓋體215。该蓋體215可設置有一孔219，提供該飲料注 出器212之管路218穿過，而不影響蓋體219蓋在該飲料保冷箱 上。 本創作之精神並稀於—層或三層，多騎疊簡保冷箱均 =本創作所保護之範_。如此，本創作可翻節省空間並隨時 月包繼續提供冷飲的功能。 、睛參閱第12圖為本創作飲料保冷裝置之第三實施例之二層保 冷箱部分剖面示麵’摘作簡保冷裝置可為二層飲料絲箱 现。該飲料保冷箱22〇提供被冷卻之飲料至—飲料注出器功。 雜料注出器221例如是啤酒注出器，該飲料注出器奶可包括 一斷熱結構(圖中未示）。該飲料注出器221可連接至_二氧化碳供 應器222 ’使細物相，在注出時先與二氧化碳混合產生氣泡 叫加風味。該飲料保冷_包括一箱體如與—蓋體辦，該 相體223内有一飲料罐225例如啤酒飲料罐。 13 M420991 該箱體223包括—殼豸2231及至少-蓄冷器2232，該飲料罐 225可為例如啤酒飲料罐。該飲料罐奶可裝置於該殼體咖内， 而該蓄冷器2232可裝置於該殼體2231與該飲料罐225間，使提 供冷能予該飲料罐225。 該设體2231係包括有一隔熱材料，例如pu舰、真空隔熱 片mp)等等或該殼_可包括—真空殼體壁。此為f知傳統隔熱 技術在此*予_。触地’該#冷胃迎可配置於储體壁上。 該殼體2231可錢何，較佳地，該殼體2231為-圓形或矩 形。該殼體2231内之蓄冷器咖為一環狀蓄冷器，而該環狀蓄 冷器可分為二片衫片之蓄冷⑼，該蓄冷^之兩端設置有階 梯狀之結構設計’使每—f冷器片與另—f冷器片連接時，能夠 穩固與適當地接合，科會在相接處產生歪斜不正的接合，方便 該冷卻管路能設置於該蓄冷財間。此可與第—實施例相似的結 U i_不限於本實&例的精神設計範圍。該蓄冷器可環繞貼 附於該殼難。財的之做村搭配赌卿狀而設計。 '該蓄冷器迎可放置於冷;東裝細中未示），例如冰箱、冷 束庫等等，㈣冷後再將蓄料從2放置於職體咖内以A 卻該飲料罐225 °本_尚保騎提供錄時，騎絲先放置= 加熱裝置㈣織再將蓄絲放置於驗_之飲料罐。 其+畜冷器2232係指一殼體内充填有蓄冷液，蓄教器係指一 殼體内充猶#餘，此為私蓄冷料蓄難技術在此不予資 述以下各實補均有相同致果，在此不予費述，均以蓄冷作為 M420991 代表說明。 :μ >閱第13、14圖為本創作飲料保冷裝置之第三實施例之飲 料呆、ν相之剖面不意圖及三實施例之飲料保冷箱之箱體立體示意 • $ ’賴體從可設置有多個扣件226，提供當飲料保冷箱22〇 夕田隹j時’可利用扣件226將兩兩飲料保冷箱結合固定而 堆疊。本創作的堆疊亦可利用例如在殼體頂部設計多個凹部而 癱:底^叹汁多個凸部’當兩兩飲料保冷箱堆疊時，能提供穩定 口疋（圖中未不)凡堆疊的設計均為本創作所保護之精神 此不予贅述。 如第13圖所示，該蓄冷器片2233、2234、2235可為三片， 彼此間之兩端設置有階梯狀之結構設計，使每一蓄冷器片:另一 =冷器片連接時，能夠制與適當地接合，而不會在她處產生 正斜不正的接合’方便該冷卻管路能設置於該蓄冷器中間。钱 體内部可設置有-τ字元件2236，提供敎倾職。每一私 益片上方可設置有一提把2237，方便將蓄冷器片取出 _ 均適用此-設計。 如第Μ圖所示，該蓄冷器片為三片弧狀蓄冷器片彼此連接， 使成為一環狀之蓄冷器。 請參閱第15圖為本創作飲料保冷箱之第四實施例之飲料保冷 箱示意圖，本創作飲料保冷箱23〇可將蓄冷器片23】裝置於; 撓性軟件232上’再將配置有蓄冷器片231之可撓性軟件议安 襄至該飲料罐與該殼體間。在該可撓性軟件M2之兩端側分別設 15 有魔鬼耗之公扣233與母扣234。當將該可撓性軟件Μ2捲繞後， 即可將魔鬼鼓之公扣233與母扣234鼓黏而結合成環狀蓄冷器。 '斤述本創作飲料保冷箱提供冷飲或熱飲，不需另外再 提供冷部或加熱的魏，而且本創作方便睛軸與攜帶到任何 地方，提供適時的冷飲或熱飲，不佔，適於堆疊，確實符合 專利要件’爰依法提出申請。M420991 V. New description: In particular, it can provide stacked beverage protection. [New technical field] This creation provides a cold box and cold box. [Prior Art] As shown in Fig. 1, the conventional cold setting includes the road 2 and the cold rape 3, and Gu Lengru supplies the water 4 cold wire to provide the spiral tube 2 2 energy. This cold bead device i can be from (TC; East knot to _rc, so it will generate ice storage two enough to set the condensation _ in An Gran, Jane low temperature mosquito and New Cool energy to achieve 7 good hot father change. The disadvantage is that at (TC; East knot. As shown in Fig. 2, it is another conventional cooling device 5, which includes a spiral pipe 6 and a spiral cooling pipe sheathed outside the spiral pipe 6. 7. After the cold cooling water is supplied to the cooling liquid 8 by the spiral cooling line 7, the service line 6_beverage is cooled by the cooling liquid 8. The cooling device can be set in the low temperature range, but the ice storage cannot be generated, and the heat is not generated. The exchange characteristics are low. As shown in Fig. 3, for example, the beer filling tank 9, the beer at normal temperature is sent to the cooling device 91 along the pipeline for the first cooling, and the cooling device 91 is controlled at a temperature below 37 to the freezing point. The cooled beer is sent to the freezing device 92 via the pipeline for the second time. The freezing device 92 controls the temperature below the freezing point, and finally the cooled beer is discharged through the beer pouring device to provide the cold beer to the guest for drinking. As shown in the figure, for example, the beer supply device 1 includes a chiller u and a snail located between the frozen y The pipeline 丨2, the spiral pipeline 12 is connected to the beer filling M420991 tank 13, the other end is connected to the beer injection device 14, and the chiller 11 is connected to a refrigerator 15, and the roasting filling tank 13 uses the pipeline to deliver the beer. Before the beer dispensing device 14, the carbon dioxide supplied by the carbon monoxide generator 16 is mixed to make the beer foam when it is injected into the beer dispensing device 14. Therefore, the beer can be cooled and cooled in a short time to provide cold beer. For the guests to drink. [New content] The main purpose of this creation is to provide a beverage cold storage box that can keep cold drinks and stacked beverage cans without occupying space. Or hot drinks, the re-creation of this creation - the purpose is to provide a kind of beverage to keep cold and need additional money Provide cold part or heating, and it is convenient to carry it to any place at any time to provide timely cold drink. ": The beverage cold box for the above purpose includes a casing; at least one regenerator, storage-cold energy; - liquid supply , a supply-liquid; a liquid supply device for the liquid; and a cooling line, a Weidi _ end, the cooling line for the liquid supply provider and the cooling The second end of the pipeline is connected to the liquid and the cooling circuit I8 is located inside the casing, and the regenerator is disposed on the spine body. Preferably, the cold storage H is disposed on the casing wall, and the casing wall is insulated. Preferably, the heat insulating material is a positive foaming or a vacuum heat insulating body. Preferably, the cooling pipe is disposed in a spiral structure between the cold accumulators. M420991 Similarly, the casing is geometrically shaped. The shape of the regenerator and the regenerator in the casing shape of the casing are an annular f-cooler, and the ring is a cold for the animal of the eve; the cold storage is provided with a mixture of the ends of the cold storage In another embodiment, the beverage cold storage box comprises: a casing; at least a cold storage device, a cold energy storage device; a water storage device, a storage H1 mountain bridge; a cooling pipe, and an outer 2' cold The first end of the material path is connected to the water heater, and the second end of the == road is connected to the switch, the cooling line is located inside the casing, ==Qing and the object butterfly; and - the class, controlling the water theft The water inside flows into the cooling line. Also, the AI is stored on the wall of the casing, and the wall of the casing includes a heat insulating material which is a PU foaming or vacuum heat insulating sheet or a vacuum partition wall. Preferably, the β-cold section is disposed in a spiral structure between the regenerators. Preferably, the shape of the body is the same, and the shape of the casing is the same. Preferably, the regenerator in the body is an annular regenerator, and the annular regenerator is cold storage. Μ 'The end of the regenerator sheet is provided with a stepped structure design. Preferably, a filter is disposed between the cooling pipe and the water heater, and the control device is disposed between the water reservoir and the filter. M420991 • The ground, the cold (four) off the first end is equipped with an H-degree sensor to make the sense into the cooling pipe _ water temperature, and the cold-shaped second end is provided with a second temperature to make sense The cooling pipe_water temperature and the last-loop pipe of the cooling pipe are provided with a third temperature sense to sense the water temperature. Preferably, the first temperature sensor is coupled to the second temperature sensor and the third temperature sensor to the computer controller controlled by a programmable controller. Preferably, a water jacket is provided between the second end of the cooling line and the switch. A further embodiment of the present invention - the beverage cold storage device comprises a "beverage dispenser" comprising: a heat-insulating structure, wherein the H-connection is connected to the drink/cold box; the carbon dioxide supply is connected to the beverage dispenser; and at least a beverage cold storage box comprising a body, a lid body and a beverage can body disposed in the auxiliary body; wherein the box body comprises a salty body and at least a regenerator, the beverage can is disposed in the casing The regenerator is disposed between the housing and the beverage can. ° ° _ Car and good location ° Hai beverage cold storage device includes a number of beverage cold storage box stack. The car is well connected to the main line of the beverage and is connected to the beverage cold box. In order to touch the ground, the cover body is provided with a hole for providing a pipeline for the beverage injector. ._幸幸佳地 °Hai regenerator is disposed on the wall of the housing, the housing wall system includes - '5,, material, the insulating material is Pu, vacuum insulation > ΐ (νιρ) or Vacuum partition wall. Preferably, the shape of the housing is the same as the shape of the housing. Preferably, the regenerator in the housing is an annular regenerator, and the annular regenerative cooling M420991 is beneficial to a plurality of regenerator plates, and the two ends of the regenerator plate are provided with a stepped structure design. Preferably, the box is provided with a plurality of fasteners for bonding and fixing the beverage cold box stack. Preferably, the top of the housing has a plurality of recesses, and the bottom of the housing has a plurality of protrusions for bonding and fixing the two beverage cold storage boxes. Preferably, a τ-shaped element is disposed inside the housing to secure the beverage can. * Preferably, a handle is arranged above the regenerator. Preferably, the regenerator is disposed on a flexible software 232 for placement between the beverage can and the housing. [Embodiment] Please refer to Figs. 5, 6, and 7 for a side view of the first embodiment of the beverage cold storage box, a cross-sectional view of the first embodiment, and a regenerator film of the first embodiment. The creative beverage cold storage box 100 comprises a casing 1〇1, a cooling pipe 1〇2, at least one regenerator 103, a liquid supplier 1〇4 and a liquid supply device 1〇5, the cooling • official road The 102 has a first end and a second end, the first end of the cooling line 1 2 is connected to the liquid supply 104, and the second end of the cooling line 102 is connected to the liquid supply 105. The cooling pipe 1() 2 is located inside the casing 1〇1, and the regenerator 1〇3 is disposed between the s-shaped casing 1〇1 and the cooling pipe 1〇2. Preferably, the regenerator can be disposed on the housing wall 1〇6. Preferably, the housing wall 1〇6 includes a heat insulating material 107′ such as PU foaming, vacuum insulation sheet (VIP). , vacuum insulation or pu hair 7 M420991 bubble, a combination of vacuum insulation sheets (VIP), etc. or the housing wall, 1 〇 7 may comprise a vacuum housing wall. This is a conventional conventional heat insulation technology and will not be described here. The cooling duct 102 can be disposed in a spiral structure in the regenerator. The regenerator 103 may include a plurality of regenerator sheets. Preferably, the regenerator 103 can be a ring-shaped or sheet-like design such that the regenerator 1〇3 can be attached to the casing wall. The housing 101 can be geometric, and preferably the spine is a circular or rectangular shape. The shape of the cold storage|§ 103 can also be designed in accordance with the shape of the casing 1〇1. Therefore, when the liquid supply 105 supplies a liquid, such as beer, soda water, etc., the cooling line 102 is inspected, and the cold energy of the regenerator 1〇3 is used to cool the liquid in the cooling line H)2. The liquid is supplied to the user through the liquid supply device to receive a cold liquid such as a beverage or the like. On the other hand, when it is necessary to heat a liquid, such as a hot drink such as tea or coffee, the liquid supply device is provided for the hull, and when the flow is _plus_road, the heat can be corrected by the hoof; ==="" When the fine coffee touches the heated liquid to find a cold drink, the cooler (7) is placed in the cold recording (in the picture), such as the refrigerator, cold, Dongku, etc., after the cold storage, the cold storage device is placed in the fine The liquid KM cools the liquid of the cooling line 1〇2. Conversely, when provided, the heat accumulator is placed in the heating device for heat storage and then the heat accumulator is placed in the private body to heat the liquid in the heating circuit. X double The regenerator 1〇3 refers to a body filled with a cold storage liquid like a body-filled heat storage fluid, which is described in the cold correction technique, ^= M420991. The following embodiments have the same effects, and are not described here, and the cold storage is taken as a representative. As shown in Figures 6 and 7, the regenerator 1〇3 in the casing 101 is an annular storage unit A, and the annular regenerator can be divided into two or more regenerator sheets, the regenerator The two ends of the sheet are provided with a stepped structural design 108, so that each of the regenerator sheets can be "stable and properly engaged" when connected to another A replenishing sheet without causing a slanting joint at the joint. Conveniently, the cooling line 102 can be disposed in the middle of the regenerator 1〇3. The regenerator 103 is provided with a handle 1〇9 for facilitating the regenerator 1〇3 extraction. Therefore, in addition to pre-cooling the regenerator, the cooling circuit does not need to be additionally cooled. And this creation is easy to move and carry anywhere, providing a timely cold drink or hot drink. Please refer to the eighth embodiment, the second embodiment of the present invention, and a second embodiment of the present invention. The second embodiment shows a schematic view of the present invention. The solution is at least m. At least the cold storage, a cooling pipe 113, and a water storage device. The controller includes a control valve m, a switch 116, the housing system includes a heat insulating material such as foaming, vacuum insulation sheet (VIP), etc. or the housing wall may include a vacuum housing wall . This is a description of the knowledge of the blessings. Difficultly, the f cooler ι 2 can be placed on the wall of the housing. The body U1 can be arbitrarily. Preferably, the casing (1) is a circle or a rectangle. The regenerator m in the casing 111 is a ring-shaped regenerator, and the annular regenerator can be divided into two or more regenerator plates. The two ends of the regenerator plate are provided with a thin (four) thin, listening- When the wheel is moved and the film is connected, it can be said that the 9 M420991 joint of the slanting ship is convenient. The cooling pipe U3 can be disposed in the middle of the regenerator 112. This may be similar to the structural design of the first embodiment, but is not limited to the spirit design of the embodiment. The regenerator 112 can be attached to the housing wall. The shape of the regenerator 112 can also be designed in conjunction with the shape of the housing 111. The cooling line 113 has a first end and a second end. The first end of the cooling line U3 is connected to the water reservoir 114' and the second end of the cooling line 113 is connected to the switch 116. The cooling duct 113 is located inside the casing, and the regenerator 112 is disposed between the casing 111 and the cooling duct 113. The cooling duct 113 may be disposed between the regenerators 112 in a spiral configuration. Preferably, a filter 117 is disposed between the cooling line Π3 and the water reservoir 114 to filter impurities. Further, in the present creation, a control valve ι 15 is provided between the water reservoir 114 and the filter 117 to control the water in the water reservoir 114 to enter the cooling line 113 as needed. A first temperature sensor 118 is disposed at a first end of the cooling line 113 to sense the temperature of the water entering the cooling line 113. The second end of the cooling line 113 is also provided with a second temperature sensing device 119 for sensing the temperature of the water flowing out of the cooling line in. Generally, the water temperature in the water reservoir 114 is about 25 ° C at room temperature, which is determined according to actual weather and season. The water flowing through the cooling line 113 is cooled by the regenerator 112 to lower the temperature of the outlet water to between 5 ° C and 10 ° C. The cold storage temperature of the regenerator 112 is about -4 °C. The first temperature sensor 118 and the second temperature sensor 119 are connected to a computer controller (not shown) and controlled by a programmable controller. The cooling line H3 is adjacent to a water tank 120. For example, a third temperature sensor 121 is disposed on the last turn of the cooling line 113 for sensing the water temperature. (Please supplement the first, second and the M420991 three temperature sensors and their functions). Preferably, a second water pipe 120 is disposed between the second end of the cooling pipe 113 and the switch 116. The water tank 120 can be In a flat shape, the cooled water is pre-stored and kept cold for the user to turn on the switch 116 for use. Therefore, when the control valve 115' is opened, the water in the water reservoir 114 or the wrong water or the like flows into the cooling line 11·3, and the cold energy of the regenerator 112 is used to cool the cooling line 113. The water will flow into the water tank 120 to continue to keep cold, and the cold water pipeline 113 _ water can continue to be cooled. When the user turns on the switch 116, the cooled water flows out and is enjoyed by the user. Conversely, when hot water is required, the regenerator can instead use a regenerator, at which point the water flowing through the line is heated by the heat of the regenerator and retained in the water bladder. When the user turns on the switch, the water flows out and is used by the user. Therefore, when the cold drink is provided, the regenerator 112 is first placed in a freezer (not shown), such as a refrigerator, a freezer, etc., and after the cold storage, the regenerator 112 is placed in the casing 111 θ to cool the cooling. Water in line 113. On the other hand, when a hot drink is provided, the heat accumulator is first placed in the aging storage and then placed in the casing to heat the water in the pipe. The regenerator 112 means that the casing is filled with a regenerative liquid, and the regenerator means that the casing is filled with a thermal storage fluid, which is not known in the art of conventional regenerators or regenerators. The following remunerations have their own consequences. In this case, (4), the cold storage is used as a representative. As shown in FIG. 9, the casing (1), the regenerator ι 2, the 11 M420991 cooling line 113, the water reservoir 114, the control valve 115, and the switch 116 of the beverage cold storage box are all disposed in a plastic casing 122, when Pushing the push rod 123 opens the opening g 116 to allow water to flow out. Please refer to FIG. 10 and FIG. 11 for a schematic diagram of a layer of cold storage box and a three-layer cold storage box of the third embodiment. The beverage beverage cooling device can be a layer of beverage cold storage box 200. As shown in Fig. 1, the beverage cooler 200 provides the cooled beverage to a beverage dispenser 2〇1. The beverage dispenser 2〇1 is, for example, a beer dispensing device, and the beverage dispenser 2〇1 may include a thermal insulation structure (not shown). The beverage injection 201 can be connected to a carbon dioxide supply 2〇2 so that a beverage such as beer' is mixed with carbon dioxide at the time of injection to generate bubbles to increase flavor. The beverage cooler 200 includes a case 203 and a cover 2〇4 having a beverage can, such as a beer beverage can. As shown in Fig. 11, the creation beverage cold storage device can be a three-layer beverage cold storage tank 210. The uppermost beverage cold box 211 provides the cooled beverage to a beverage dispenser 212. The beverage dispenser 212 is, for example, a beer dispenser, and the beverage dispenser 212 can include a thermal insulation structure (not shown). The beverage dispenser 212 can be coupled to a carbon dioxide supply 213 to allow beverages, such as beer, to be mixed with carbon dioxide prior to injection to create bubbles to increase flavor. The beverage cooler 211 includes a casing 214 and a lid 215 having a beverage can, such as a beer beverage can. The second and lowermost beverage cold storage tanks 216, 217 are reserved and stacked under the uppermost beverage cold storage tank 211. When the beverage of the top layer of the beverage cold storage box m is used up, the uppermost beverage cold storage box 211 and the beverage dispenser 212 12 M420991 218 can be disassembled and separated, and the top layer of the beverage cold storage box is removed, and stacked in the most Below the lower layer of the beverage cold storage box 217, the second layer of the beverage cold storage box is connected to the beverage line 218 of the $212 line 218. [Your supply of cooling beverages is three. When the second layer of the beverage cold storage box is used up, The tube 218 of the beverage container 212 can be separated from the object and stacked under the top layer of the beverage cold storage phase 211, and then the lowermost beverage cold box 217 is connected with the beverage dispenser to continue supply. Cool the drink. New: The beverage cold box is connected to the line 218 of the beverage dispenser 212, and the cover 215 can be covered by P. The cover 215 can be provided with a hole 219 through which the conduit 218 of the beverage dispenser 212 is passed without affecting the cover 219 covering the beverage cooler. The spirit of this creation is not too thin - layer or three layers, more than a stack of simple cold box = the protection of this creation. In this way, the creation can save space and continue to provide cold drinks at any time. Referring to Fig. 12, a partial cross-sectional view of the second-layer cold storage box of the third embodiment of the creation of the beverage cooling device can be referred to as a two-layer beverage wire box. The beverage cooler 22 provides the cooled beverage to the beverage dispenser. The hopper injector 221 is, for example, a beer ejector, and the beverage ejector milk can include a thermal insulation structure (not shown). The beverage dispenser 221 can be coupled to the carbon dioxide supply 222' to cause the fine phase to be mixed with carbon dioxide prior to injection to create a bubble. The beverage cold storage _ includes a case such as a lid body, and the phase body 223 has a beverage can 225 such as a beer beverage can. 13 M420991 The tank 223 includes a shell 豸 2231 and at least a regenerator 2232, which may be, for example, a beer beverage can. The beverage canister milk can be disposed in the casing coffee, and the regenerator 2232 can be disposed between the casing 2231 and the beverage can 225 to provide cold energy to the beverage can 225. The housing 2231 includes a heat insulating material such as a pu ship, a vacuum heat insulating sheet mp, etc. or the housing _ may include a vacuum housing wall. This is the traditional heat insulation technology known here. Touching the ground 'The cold stomach welcome can be placed on the wall of the reservoir. The housing 2231 can be expensive. Preferably, the housing 2231 is -circular or rectangular. The regenerator in the housing 2231 is an annular regenerator, and the annular regenerator can be divided into two pieces of cold storage (9), and the two ends of the cold storage are provided with a stepped structure design to make each When the f-cooler piece is connected with the other-f-cooler piece, it can be firmly and properly engaged, and the joint will be slanted at the junction, so that the cooling line can be installed in the cold storage. The knot U i_ which can be similar to the first embodiment is not limited to the spirit design scope of the present embodiment. The regenerator can be attached around the casing. The village of wealth is designed with a gambling squad. 'The regenerator can be placed in the cold; the east is not shown in the middle, such as the refrigerator, the cold bundle, etc., (4) After the cold, the storage is placed from the 2 in the body coffee to the A but the beverage can 225 ° This _ Shang Bao riding provides the record, the first place to ride the wire = heating device (four) weaving and then placing the wire in the beverage can. The + livestock cooler 2232 means that a housing is filled with a cold storage liquid, and the storage device refers to a housing that is filled with more than #余, which is a private storage cold material storage technology. There is the same result, which will not be mentioned here, and the cold storage is used as the representative of M420991. :μ > Read Figures 13 and 14 are the third embodiment of the creation of a beverage cold storage device, the beverage stay, the ν phase profile is not intended, and the three embodiments of the beverage cold box box stereoscopic representation • $ '赖体从A plurality of fasteners 226 may be provided to provide a combination of the two-two beverage cold storage boxes by means of the fasteners 226 when the beverage cold storage box 22 is used. The stacking of the present invention can also utilize, for example, designing a plurality of recesses on the top of the casing and smashing: a plurality of convex portions of the bottom sighing juice. When the two two beverage cold storage tanks are stacked, a stable mouth can be provided (not shown in the figure). The design is the spirit of the protection of this creation and will not be repeated here. As shown in Fig. 13, the regenerator plates 2233, 2234, 2235 can be three pieces, and the two ends are provided with a stepped structure design, so that each regenerator piece: when another = cold piece is connected, It is possible to make a proper engagement without creating a positive skew at her location. This facilitates the provision of a cooling circuit in the middle of the cold accumulator. A -τ word element 2236 can be placed inside the money body to provide defamation. A handle 2237 can be placed above each piece of the coupon to facilitate the removal of the regenerator sheet _ both for this design. As shown in the figure, the regenerator plate is connected to three arc-shaped regenerator plates to form an annular regenerator. Please refer to FIG. 15 , which is a schematic diagram of a beverage cold storage box according to a fourth embodiment of the present invention. The beverage cold storage box 23 can be installed on the flexible software 232 and then configured with cold storage. The flexible software of the tablet 231 is placed between the beverage can and the housing. On both ends of the flexible software M2, there are respectively 15 devil-loaded male buckles 233 and female snaps 234. When the flexible software Μ 2 is wound, the devil drum 233 and the female buckle 234 are slid and bonded to form an annular regenerator. 'Jin Shumoto's creative beverage cold storage box provides cold drinks or hot drinks, no need to provide cold or heated Wei, and this creation is convenient for the shaft and carry it anywhere, providing timely cold drinks or hot drinks, not occupied, suitable for stacking It does meet the patent requirements '爰 apply in accordance with the law.
【圖式簡單說明】 第1圖為傳統的冷凍裝置之示意圖。 第2圖為另一種傳統冷卻裝置之示意圖。 第3圖為傳統啤酒冷卻裝置之示意圖。 第4圖為傳統啤酒供應裝置之示意圖。 第5圖為本創作飲料保冷箱之第一實施例侧剖示意。 第6圖為本創作飲料保冷箱之第一實施例橫剖示意圖。 第7圖為本創作飲料保冷箱之第—實施例之蓄冷器片示意圖。 第8圖為本創作飲料保冷箱之第二實施例剖面示意圖。 第9圖為本創作飲料保冷箱之第二實施例之外觀示意圖。 第10圖為本創作飲料保冷裝置之第三實施例之一層保冷箱示 意圖。 第11圖為本創作飲料保冷裝置之第三實施例之三層保冷箱示 意圖。 16 M4zayyi 第12圖為本創作飲料保冷裝置之第三實施例之二層保冷箱部 分剖面示意圖。 第13圖為本創作飲料保冷裝置之第三實施例之飲料保冷箱之 剖面示意圖。 第14圖為本創作飲料保冷裝置之三實施例之飲料保冷箱之箱 體立體示意圖。 . 第15圖為本創作飲料保冷箱之第四實施例之飲料保冷箱示意 圖。 【主要元件符號說明】[Simple Description of the Drawing] Fig. 1 is a schematic view of a conventional freezing apparatus. Figure 2 is a schematic illustration of another conventional cooling device. Figure 3 is a schematic view of a conventional beer cooling device. Figure 4 is a schematic view of a conventional beer supply device. Fig. 5 is a side cross-sectional view showing the first embodiment of the creation beverage cold storage box. Fig. 6 is a cross-sectional view showing the first embodiment of the creation beverage cold storage box. Fig. 7 is a schematic view showing the regenerator sheet of the first embodiment of the creation of the beverage cold storage box. Figure 8 is a schematic cross-sectional view showing a second embodiment of the creation beverage cold storage box. Figure 9 is a schematic view showing the appearance of a second embodiment of the creative beverage cold storage box. Fig. 10 is a view showing a layered cold box of a third embodiment of the creation beverage cooling device. Fig. 11 is a view showing the three-layer cold box of the third embodiment of the creation of the beverage cold storage device. 16 M4zayyi Fig. 12 is a schematic cross-sectional view showing a portion of a two-layer cold box of a third embodiment of the present invention. Fig. 13 is a schematic cross-sectional view showing the beverage cold storage box of the third embodiment of the present invention. Fig. 14 is a perspective view showing the cabinet of the beverage cold storage box of the third embodiment of the beverage beverage cooling device. Fig. 15 is a schematic view showing the beverage cold storage box of the fourth embodiment of the creation beverage cold storage box. [Main component symbol description]
飲料保冷箱100 冷卻管路102 液體提供器104 殼體壁106 階梯狀之結構設計108 飲料保冷箱110 蓄冷器112 儲水器114 開關116 第一溫度感測器118 水膽120 塑膠外殼122 殼體101 蓄冷器103 液體供應器105 隔熱材料107 提把109 殼體111 冷卻管路113 控制閥115 過濾器117 第二溫度感測器119 苐三溫度感測器121 推桿123 17 M420991Beverage cold box 100 Cooling line 102 Liquid supply 104 Housing wall 106 Stepped structure design 108 Beverage cooler 110 Regenerator 112 Water reservoir 114 Switch 116 First temperature sensor 118 Water bladder 120 Plastic housing 122 Housing 101 Coolant 103 Liquid supply 105 Insulation material 107 Lifter 109 Housing 111 Cooling line 113 Control valve 115 Filter 117 Second temperature sensor 119 温度 Three temperature sensor 121 Push rod 123 17 M420991
' 2235 T 字元件 2236 飲料保冷箱200 二氧化碳供應器202 蓋體204 飲料保冷箱210 飲料注出器212 %箱體214 第二層之飲料保冷箱216 管路218 飲料保冷箱220 二氧化碳供應器222 殼體2231 蓄冷器片2233、2234 提把2237 飲料罐225 飲料保冷箱230 可撓性軟件232 飲料注出器2〇1 箱體203 最上層之飲料保冷箱211 一氧化碳供應器213 蓋體215 最下層之飲料保冷箱217 孔219 飲料注出器221 箱體223 蓄冷器2232 蓋體224 扣件226 蓄冷器片231 魔鬼S&之公扣233、母扣234 18' 2235 T word component 2236 beverage cold storage box 200 carbon dioxide supply 202 cover body 204 beverage cold storage tank 210 beverage dispenser 212% tank 214 second layer beverage cold storage box 216 line 218 beverage cold box 220 carbon dioxide supply 222 shell Body 2231 Coolant plate 2233, 2234 Handle 2237 Beverage can 225 Beverage cooler 230 Flexible software 232 Beverage dispenser 2〇1 Cabinet 203 Uppermost beverage cold storage box 211 Carbon monoxide supply 213 Cover 215 Lowermost layer Beverage cold box 217 hole 219 beverage dispenser 221 box 223 regenerator 2232 cover 224 fastener 226 regenerator sheet 231 devil S & 238, female buckle 234 18