M44.3489 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種保溫瓶，特別是指一種結合致冷晶片 及手搖發電機達成變化保溫瓶内液體溫度的手搖調溫水瓶。 【先前技術】 按’隨著環保意識抬頭，越來越多人注意到以往耗費量 最大的紙杯、塑膠杯或保麗龍杯，當屬於最不環保的物品之 列。此外，塑膠杯或保麗龍杯所釋出的物質，故越來越多人 開始使用保溫杯’而許多店家也提供優惠給消費者，一同保 護環境而努力。 惟’習用的保溫杯只能提供熱水或冰水，隨著時間流逝 保溫效果亦漸漸降低，無法長期提供熱水或冰水，水溫亦無 法改變，因此，有部份人士提出了保溫杯與電源線的運用組 合，雖這種構想可解決上述變溫的功效，然而外出時，因使 用者身邊並不會隨時有電源供應設備（如插座、太陽能供應 器導致上述的巧思因而大打折扣。 由此可見’上述習用物品仍有諸多缺失，實非_良善之 設計者，而亟待加以改良。 本案創作人鑑於上述習用保溫杯所衍生的各項缺點，乃 ^加以改良創新，並經多年苦心孤詣潛心研究後終於成 功研發完成本件手搖調溫水瓶。 3 M443489 【新型内容】 本創作之目的即在於提供—種手榣調溫水瓶，透過致冷 晶片具有加熱、降溫的特性’並結合導溫片包覆内杯，使承 載於内杯的液體達成變溫的功效。 本創作之:欠-目的係在於提供—種手搖調溫水瓶，於内 杯及外殼之間設置有一發電裝置’使用者往覆搖晃溫水瓶即 可對電池充電’ k供致冷晶片所需要的電力。 • 可達成上述創作目的之手搖調溫水瓶，包括有： 一内杯，係供承載液體用，該内杯之外緣環設有導溫片， 該導溫片與致冷晶片連接供内杯所承載液體溫度加熱或降 :田 · /JBL , 一外殼，係向内凹設一容置槽，使外殼套設於内杯外緣， 並具有保溫功能，該外殼外侧之頂緣設有供調整溫度之刻度 I環，而外殼外侧之底緣則凹設有供散熱模組用之出風口； 一發電裝置’設置於内杯及外殼之間的容置空間，包含 一感應線圈及一永久磁鐵，該感應線圈固設於外殼容置槽之 内表面’該永久磁鐵中間有一穿孔，環設於内杯； 一電路控制部，具有一與外殼之刻度環電連接之電路 板’設置於外殼之容置槽底緣，該電路板上包含有一穩壓整 電路、—電池及一驅動電路，該穩壓整流電路電連接於感 應線圏’而該電池電連接於穩壓整流電路，而該驅動電路一 4 M44.3489 端電連接於電池，而另一端電連接於致冷晶片； 致冷晶片，設置於内杯外側之導溫片底緣，且電連接 於驅動電路，係供調整内杯溫度調整之效果； 一散熱模絚，設置於外殼外側之底緣，係供致冷晶片及 電路控制部散熱。 進一步的容置空間内有二彈簧，分別固設於容置槽槽底 及刻度環内緣上》 藉此’使用者欲對承裝該内杯的液體進行加熱/降溫，使 用者握持本創作的外殼做搖動，該發㈣置的永久磁鐵會在 兩彈簧之間來回移動穿梭該感應線圈，使得感應線圈產生感 應電流並由感應線圈傳導電力至該電路控制部的穩壓整流 電路，經由穩壓m路將线感應電流轉化成直流電，且 對該直流電進行濾波，而提供—供應電流儲存至電池中，並 藉用外殼上的刻度環控制電流是否通過，#電流通過進入驅 動電路，即可使驅動致冷晶片並透過導溫片即可讓内杯中的 液體進行加熱/降溫者。 【實施方式】 請參閱Κ 1〜3,本創作所提供之手搖調溫水瓶，主要包 括有：-内杯卜-外殼2、—發電裝置3、—電路控制部^ 一致冷晶片5、一散熱模組6所組構而成。 該内杯1’係供承體用，該内杯丨之外緣環設有導 5 M443489 溫片11，該導溫片11與致冷晶片5連接供内杯1所承載液 體溫度加熱或降溫； 該外殼2,係向内凹設一容置槽，使外殼2套設於内杯1 外緣，並具有保溫功能，該外殼2外側之頂緣設有供調整溫 度之刻度環21，而外殼2外側之底緣則凹設有供散熱模組6 用之出風口 22;進一步的，刻度環21上包含有一鎖合部23, 並且有一對應鎖合部23的一杯蓋24’使可承載於内杯1液 ®體不會溢出。 該發電裝置3,設置於内杯1及外殼2之間的容置空間， 包含一感應線圈31及一永久磁鐵32,該感應線圈31固設於 外殼2容置槽之内表面，該永久磁鐵32中間有一穿孔，環 設於内杯1，進一步的容置空間内有二彈簧33，分別固設於 容置槽槽底及刻度環21内緣上。 該電路控制部4，具有一與外殼2之刻度環21電連接之 電路板，設置於外殼2之容置槽底緣，該電路板上包含有一 穩壓整流電路41 ' 一電池42及一驅動電路43，該穩壓整流 電路41電連接於感應線圈31，而該電池42電連接於穩壓整 流電路41，而該驅動電路43 —端電連接於電池42，而另一 端電連接於致冷晶片5; 該致冷晶>1 5,設置於内杯！外側之導溫片"底緣，且 溫度調整之效果； 電連接於驅動電路43，係供調整内杯 6 M443489 該散熱模組6，設置於外殼2外側之底緣，係供致冷晶 片5及電路控制部4散熱；進一步的該散熱模組6包含有一 連接於致冷晶片5底緣之散熱片，讓致冷晶片5及電路控制 部4達到散熱之功效。 藉此，使用者欲對承裝該内杯丨的液體進行加熱/降溫， 使用者握持本創作的外殼2做搖動，該發電裝置3的永久磁 鐵32會在兩彈簧33之間來回移動穿梭該感應線圈31，使得 感應線圈31產生感應電碰並由感應線圈31傳導電力至該電 路控制部4的穩壓整流電路41，經由穩壓整流電路4ι將交 流感應電流轉化成直流電，且對該直流電進行濾波，而提供 一供應電流儲存至電池42中，並藉用外殼2上的刻度環21 控制電流是否通過，當電流通過進入驅動電路43，即可使驅 動致冷晶月5並透過導溫片即可讓内杯】中的液體進行加熱 /降溫者。 • 是以，上述即為本創作所提供一較佳實施例手搖調溫水 •瓶的各部構件及其組裝方式介紹，接著再將其使用特點介紹 如下： 首先’請參考1〜4使用者將欲承裝之液體加入内杯^ 中，將杯蓋24接合於刻度環21上的鎖合部23，使内杯w 承裝的液體不會溢出’接著，當使用者需要❹内杯i的液 體時，依照需求調整職環21之溫度，再對本創作進行往 7 M443489 覆搖動’使發電裝置3對電路控制部4進行充電，再由電路 控制部4提供電力供致冷晶片5使用，透過致冷晶片5及導 姐片使内杯1令的液體進行加熱/降溫；當電路控制部4及致 冷曰曰片5產生熱量時，由散熱模組6之散熱片將熱量帶離， 本創作可隨時進行發電功能’可讓使用者隨時飲用到溫度恰 田的飲料，與習用溫水瓶相較下，不需要隨時準備電源供應 I設備’增進使用者生活的便利性及保溫杯的附加價值。 上列詳細說明係針對本創作之一可行實施例之具體說 明，惟該實施例並非用以限制本創作之專利範圍，凡未脫離 本創作技藝精神所為之等效實施或變更，均應包含於本案之 專利範圍中。 综上所述’本案不但在空間型態上確屬創新，並能較習 用物。。增進上述多項功效’應已充分符合新穎性及進步性之 ⑩法疋新型專利要件’妥依法提出申請，懇請貴局核准本件 .新型專利申請案，以勵創作，至感德便。 •【圖式簡單說明】 圖一為本創作手搖調溫水瓶之立體示意圖； 圖一為該手搖調溫水瓶之立體分解圖； 圖三為該手搖調溫水瓶之結構剖面圖； 圖四為該手搖調溫水瓶之動作示意圊。 【主要元件符號說明】 8 M443489 内杯 導溫片 外殼 刻度環 出風口 鎖合部 杯益 發電裝置 感應線圈 永久磁鐵 彈簧 電路控制部 穩壓整流電路 電池 驅動電路 致冷晶片 6 散熱模組 9M44.3489 V. New description: [New technical field] This creation is about a thermos bottle, especially a hand-controlled thermostat bottle that combines a cryogenic wafer and a hand-cranked generator to change the temperature of the liquid in the thermos bottle. [Prior Art] Pressing 'As environmental awareness rises, more and more people are paying attention to the most expensive paper cups, plastic cups or styrofoam cups, which are among the least environmentally friendly items. In addition, the plastic cups or the styrofoam cups release substances, so more and more people are starting to use the mugs, and many stores offer discounts to consumers to work together to protect the environment. However, the conventional vacuum flask can only provide hot water or ice water. As time goes by, the heat preservation effect is gradually reduced. It is impossible to provide hot water or ice water for a long time, and the water temperature cannot be changed. Therefore, some people have proposed a vacuum flask. Combined with the use of the power cord, this concept can solve the above-mentioned effect of temperature change. However, when going out, the user does not have power supply equipment at all times (such as the socket and the solar power supply, which leads to the above-mentioned ingenuity and thus is greatly reduced. It can be seen that there are still many missing items in the above-mentioned household items, which are not the designers of goodness, but need to be improved. The creators of this case, in view of the shortcomings derived from the above-mentioned conventional insulation cups, have been improved and innovated, and have been painstaking for many years. After painstaking research, I finally successfully developed this hand-controlled thermostat bottle. 3 M443489 [New content] The purpose of this creation is to provide a hand-operated thermostat bottle with heating and cooling characteristics through the cooling chip. The piece covers the inner cup, so that the liquid carried in the inner cup achieves the effect of temperature change. The creation: the under-purpose is provided - The hand-controlled thermostat bottle is provided with a power generating device between the inner cup and the outer casing. The user can charge the battery by shaking the warm water bottle to supply the power required for the cold chip. The thermostatic water bottle comprises: an inner cup for carrying a liquid, the outer ring of the inner cup is provided with a temperature guiding piece, and the temperature guiding piece is connected with the cooling chip for heating or lowering the temperature of the liquid carried by the inner cup: Tian·/JBL, a casing, which is recessed inwardly, so that the outer casing is sleeved on the outer edge of the inner cup and has a heat preservation function, and the top edge of the outer side of the outer casing is provided with a scale I ring for adjusting the temperature, and The bottom edge of the outer side of the outer casing is recessed with an air outlet for the heat dissipation module; a power generating device is disposed in the accommodating space between the inner cup and the outer casing, and includes an induction coil and a permanent magnet, and the induction coil is fixed on the The inner surface of the housing receiving groove has a through hole in the middle of the permanent magnet, and the ring is disposed on the inner cup; a circuit control portion having a circuit board electrically connected to the scale ring of the outer casing is disposed at a bottom edge of the receiving groove of the outer casing, The board contains a voltage regulator a circuit, a battery and a driving circuit, the voltage stabilizing circuit is electrically connected to the sensing line 而' and the battery is electrically connected to the voltage stabilizing circuit, and the driving circuit has a 4 M44.3489 terminal electrically connected to the battery, and the other end Electrically connected to the cooling chip; the cooling chip is disposed on the bottom edge of the temperature guiding sheet outside the inner cup, and is electrically connected to the driving circuit for adjusting the temperature of the inner cup; a heat dissipation mold is disposed outside the outer casing The bottom edge is used for cooling the cooling chip and the circuit control part. There are two springs in the further accommodating space, which are respectively fixed on the bottom of the accommodating groove groove and the inner edge of the scale ring. The liquid in the inner cup is heated/cooled, and the user holds the outer casing of the creation to perform shaking. The permanent magnet of the hair (four) moves back and forth between the two springs to shuttle the induction coil, so that the induction coil generates an induced current and is caused by the induction coil. Conducting power to the voltage stabilizing circuit of the circuit control unit, converting the line induced current into direct current through the voltage regulating m path, and filtering the direct current to provide a supply current to be stored , The scale on the housing and borrowed whether the current through the control loop, by entering a # current drive circuit, and to drive the refrigerator through a thermal conductive sheet of the wafer to allow the liquid in the cup is heated / cooled by. [Embodiment] Please refer to Κ 1~3. The hand-controlled thermostat bottle provided by this creation mainly includes: - inner cup - outer casing 2, - power generation device 3, - circuit control unit ^ uniform cold wafer 5, one The heat dissipation module 6 is constructed. The inner cup 1' is for the support body, and the outer ring ring of the inner cup is provided with a guide 5 M443489 temperature sheet 11, and the temperature guide sheet 11 is connected with the cold wafer 5 for heating or cooling the temperature of the liquid carried by the inner cup 1. The outer casing 2 is recessed inwardly so that the outer casing 2 is sleeved on the outer edge of the inner cup 1 and has a heat retaining function, and the outer edge of the outer casing 2 is provided with a scale ring 21 for adjusting the temperature, and The bottom edge of the outer side of the outer casing 2 is recessed with an air outlet 22 for the heat dissipation module 6. Further, the scale ring 21 includes a locking portion 23, and a cup cover 24' corresponding to the locking portion 23 can be carried. In the inner cup 1 liquid ® body will not overflow. The power generating device 3 is disposed in the accommodating space between the inner cup 1 and the outer casing 2, and includes an induction coil 31 and a permanent magnet 32. The induction coil 31 is fixed on the inner surface of the accommodating groove of the outer casing 2, and the permanent magnet There is a perforation in the middle of the 32, and the ring is disposed on the inner cup 1. The further accommodating space has two springs 33 which are respectively fixed on the bottom of the accommodating groove and the inner edge of the scale ring 21. The circuit control unit 4 has a circuit board electrically connected to the scale ring 21 of the outer casing 2, and is disposed on the bottom edge of the accommodating groove of the outer casing 2. The circuit board includes a voltage stabilizing rectifier circuit 41'. A battery 42 and a drive The circuit 43 is electrically connected to the induction coil 31, and the battery 42 is electrically connected to the voltage stabilization circuit 41, and the drive circuit 43 is electrically connected to the battery 42 and the other end is electrically connected to the refrigeration circuit. Wafer 5; the cold crystal > 1 5, set in the inner cup! The outer temperature guide sheet " bottom edge, and the effect of temperature adjustment; electrically connected to the driving circuit 43, for adjusting the inner cup 6 M443489, the heat dissipation module 6, disposed at the bottom edge of the outer side of the outer casing 2, for cooling the wafer 5 and the circuit control unit 4 dissipates heat; further, the heat dissipation module 6 includes a heat sink connected to the bottom edge of the refrigerating wafer 5, so that the cooling chip 5 and the circuit control portion 4 can achieve heat dissipation. Thereby, the user wants to heat/cool the liquid holding the inner cup, and the user holds the outer casing 2 of the creation to shake, and the permanent magnet 32 of the power generating device 3 moves back and forth between the two springs 33. The induction coil 31 causes the induction coil 31 to generate an induced electric contact and conducts electric power from the induction coil 31 to the voltage stabilization rectifier circuit 41 of the circuit control unit 4, and converts the alternating current induction current into direct current via the voltage stabilization rectifier circuit 4ι, and The DC power is filtered, and a supply current is supplied to the battery 42, and the scale ring 21 on the outer casing 2 is used to control whether the current passes. When the current passes through the driving circuit 43, the cooling crystal is driven and transmitted through the guide. The warm film can be used to heat/cool the liquid in the inner cup. • Therefore, the above is a description of the components of the hand-controlled thermostat water bottle and its assembly method provided by the author, and then the characteristics of its use are as follows: First, please refer to 1~4 users. The liquid to be loaded is added to the inner cup, and the lid 24 is joined to the locking portion 23 on the scale ring 21 so that the liquid contained in the inner cup w does not overflow. Then, when the user needs the inner cup i In the case of the liquid, the temperature of the service ring 21 is adjusted according to the demand, and then the creation is performed to 7 M443489, and the power generation device 3 is charged to the circuit control unit 4, and the circuit control unit 4 supplies power to the cooling chip 5, The liquid of the inner cup 1 is heated/cooled by the cooling chip 5 and the guide chip; when the circuit control unit 4 and the cooling fin 5 generate heat, the heat sink of the heat dissipation module 6 carries away the heat. This creation can be used to generate power at any time, allowing users to drink the beverages at a constant temperature. Compared with the conventional thermos, there is no need to prepare the power supply I equipment at any time to enhance the convenience of the user's life and the addition of the thermos cup. value. The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case. In summary, the case is not only innovative in terms of spatial type, but also more customary. . To enhance the above-mentioned multiple functions, 'the new type of patents that should be fully in line with the novelty and progressiveness' should be applied in accordance with the law, and you are requested to approve this article. The new patent application is to create a creative application. • [Simple description of the drawing] Figure 1 is a three-dimensional schematic diagram of the hand-operated thermostat water bottle; Figure 1 is a three-dimensional exploded view of the hand-controlled thermostat water bottle; Figure 3 is a structural sectional view of the hand-controlled thermostatic water bottle; The fourth is the action of the hand-controlled thermostat bottle. [Main component symbol description] 8 M443489 Inner cup Heat guide sheet Housing Scale ring Air outlet Locking part Cup benefit Power generation unit Induction coil Permanent magnet Spring Circuit control unit Regulator rectifier circuit Battery drive circuit Cooling chip 6 Heat dissipation module 9