M272959 八、新型說明： 【新型所屬之技術領域】 本創作係一種製冰塊機，係提供一種降低液體溫度與 ^製作冰塊的機器模組。 【先前技術】 隨著生活的進步，冰塊的應用亦越來越廣泛，冰塊可 使用於冰凍食物或調理飲品等，而各家庭或個人之現有的 製作冰塊方式皆是使用冰箱製做法。 • 而其法是將液體注入製冰盒内，再將製冰盒置入冰箱 的冷凍庫内，待冰塊成形後，即可使用，然而家用冰箱除 了製作冰塊外，同時還要具有儲存食物的功能，所以液體 於成形時或冰塊皆會吸收食物的異味，具有異味的冰塊往 往會使使用者無法使用，如此為個人或家庭帶來不少困 擾。 另外’冰箱具有一定的體積，所以冰箱具有不易更動 位置的缺點，而部分使用者僅需使用冰塊，為了冰塊而購 鲁置一冰箱’對使用者而言，無疑的是相當地不便利。 【新型内容】 本創作者有鑒於現有冰箱製作法會是使所製作出具有 異味的冰塊，並且部份的使用者僅需要使用冰塊，而不需 要使用冰箱，於是重新設計一種製冰塊機器，其具有一可 降低液體溫度的上容器與一可使低溫液體結冰的下容器， 由於下容器僅用於製造冰塊，因此所製造的冰塊不會具有 異味’而使用者可安心使用，並且使用者不需使用冰箱， M272959 • 就可製作冰塊，為其創作目的。 二:達到前述之創作目的，本創作的技術手段 供一種製冰塊機，其具有··一 杈 L 上各器，其頂端設有注入口， •上谷的底端設有出水口； 致冷模組，其由散熱散熱W、致冷晶P V熱磚依序結合而成，導埶 土 /、 容器的-側面相互連接；…、㈣致冷晶片的一側面與上 對：Μ其底、设有出冰口，在下容器的頂端且相 :於另出二處設有入水口，於下容器的-側面設有置入 、下谷益的底端且相鄰於置入口處設有孔； 、★批制广控制裝置’其係位於上容器與下容器之間，水 2:水f置相對於上容器與下容器側面分別連接有進水管 自、=，進水管的自由端與出水口相互連接，出水管的 自由埏與入水口相互連接； 導熱j :模且纟由散熱風扇、散熱鰭片、致冷晶片與 的頂：、’σ °而成，導熱體係設置於置入口處，導熱體 、水= 目對於下容器的出水口之位置處設有製冰槽，於製 :且相對於孔的位置處設有桿孔，於桿孔處設有 端，推/位於製冰槽的一端形成有端部大於桿孔的推抵 有彈！，端穿過孔’並位於下容器的外部，該端貫穿 有5早瓦且端頭固設有止部。 之液邱、入上奋器後，致冷模組會降低位於上容器内 流入Γ的'皿度’低溫液體會經由水流控制裳置的控制，而 於下谷益内的製冰槽，再經由製冰模組將低溫液體 6 M272959 變成冰塊，該冰塊於製作過程中，並未與任何食物接觸， 因此該冰塊不會具有任何異味，使用者可安心使用。 另外，本創作僅用於製作冰塊，所以使用者不須賭置 冰箱’所以使用者可使用本創作製作冰塊，使其生活更具 便利性。 【實施方式】 本創作係一種製冰塊機，請配合參考第一、M272959 8. Description of the new model: [Technical field to which the new model belongs] This creation is an ice cube machine, which provides a machine module that reduces the temperature of liquids and makes ice cubes. [Previous technology] With the advancement of life, the application of ice cubes has become more and more widely. Ice cubes can be used for frozen foods or prepared drinks. The existing methods of making ice cubes in households or individuals are made using refrigerators. . • The method is to inject liquid into the ice box, and then put the ice box into the freezer of the refrigerator. After the ice cubes are formed, they can be used. However, in addition to making ice cubes, household refrigerators must also have food storage. Function, so the liquid will absorb the odor of food when it is formed or ice cubes. Ice cubes with odor will often make users unusable, which will cause a lot of problems for individuals or families. In addition, 'the refrigerator has a certain volume, so the refrigerator has the disadvantage of being difficult to change the position, and some users only need to use ice cubes, and purchase a refrigerator for ice cubes' is undoubtedly quite inconvenient for users. . [New content] In view of the fact that the existing refrigerator manufacturing method will make ice cubes with odor, and some users only need to use ice cubes instead of refrigerators, they redesigned an ice cube. The machine has an upper container capable of lowering the temperature of the liquid and a lower container capable of freezing the low-temperature liquid. Since the lower container is only used for making ice cubes, the ice cubes produced will not have a peculiar smell 'and users can rest assured Use, and users do not need to use the refrigerator, M272959 • can make ice cubes for their creative purposes. Two: To achieve the aforementioned creative purpose, the technical means of this creation is for an ice cube machine, which has an upper part of a fork L with an injection port at the top, and a water outlet at the bottom of the upper valley; Module, which is composed of heat dissipation and heat dissipation, and PV crystal thermal bricks, which are connected in sequence, and the side of the container is connected to each other; ..., one side of the chilled wafer is opposite to the side: Μ 其 底 、 An ice outlet is provided at the top and bottom of the lower container: a water inlet is provided at two other outlets, and a bottom end of the lower container is placed at the side of the lower container, and a hole is provided adjacent to the inlet; , ★ Broad control device 'It is located between the upper container and the lower container, water 2: water f relative to the side of the upper container and the lower container are connected with the water inlet pipe from, =, the free end of the water inlet pipe and the water outlet Connected to each other, the free 埏 of the water outlet pipe and the water inlet are connected to each other; the heat conduction j: mold and 纟 is formed by a cooling fan, radiating fins, a cooling chip and the top: 'σ °, and the heat conduction system is set at the entrance Heat conductor, water = there is an ice-making tank at the position of the water outlet of the lower container, Yu Zhi: and a rod hole is provided at a position opposite to the hole, and an end is provided at the rod hole. A pusher located at one end of the ice-making groove is formed with a pusher with an end larger than the rod hole. The end passes through the hole 'and is located on the outside of the lower container. This end is penetrated by 5 watts and the end is fixed with a stop. After entering the upper part of the liquid liquid, the cooling module will reduce the 'dish' low-temperature liquid that flows into Γ in the upper container. The low-temperature liquid will be controlled by the water flow control device, and the ice-making trough in the lower valley will pass The ice-making module turns the low-temperature liquid 6 M272959 into ice cubes. The ice cubes are not in contact with any food during the production process, so the ice cubes will not have any odor, and users can use them with peace of mind. In addition, this creation is only used to make ice cubes, so users do not need to bet on the refrigerator ’so users can use this creation to make ice cubes, making their lives more convenient. [Implementation] This creation is an ice cube machine, please refer to the first,
所不’其具有一上容器（10)，上容器（10)的頂端 設有-注入口（ 1 i )，在上容器（i 〇)的一側面之底 端處設有-排水口（ 1 2 )，排水口（丄2 )處連有一管 體（13) ’管體（13)的自由端連接有—止水閱（1 4 ); 一致冷模組（2 0 )，其由散熱風扇（2丄）、散熱 韓片（22)、致冷晶片（23)與導熱磚（24二 結合而成，導熱磚（2 4 )遠離致冷晶片（2 3 )的一側 面與上谷器（1 0 )的另一側面相互連接； 的底端且 一出水口（15)，其設於上容器（i〇) 相鄰於致冷模組（2 0 )處； ’、…叩口入’月一 m冰口 ( 3 1 ) 在下容器（3 0 )的頂端且相對於出水口 Γ ] 7 · 、丄ΰ〕處言; 四個相互間隔的入水口（ 3 2 )，於下容器、（3 〇 ) ^ 側面且相鄰於入水口（ 3 2 )處設有一置入口（ 3 另於下容器（3〇)的底端且相鄰於置入口 ^ d d )處 有四孔（3 4 ); 7 M272959 一水流控制裝置（4 Ο )，其係位於上容器（丄〇 ) 與下容器（3 Ο )之間，水流控制裝置（4 〇 )相對於上 容器（1 0 )與下容器（3 〇 )側面分別連接有—進水管 (41)與四出水管（42)，進水管（41)的自由端 與出水口（ 1 5 )相互連接，出水管（4 2 )的自由端與 入水口（ 3 2 )相互連接；What's more, it has an upper container (10), the top of the upper container (10) is provided with an injection port (1i), and the bottom end of one side of the upper container (i0) is provided with a drain port (1 2), a pipe body (13) is connected to the drain port (丄 2); the free end of the pipe body (13) is connected to a water stop (1 4); a uniform cooling module (2 0), which is provided by a cooling fan (2 丄), a heat sink (22), a cooling chip (23), and a thermally conductive tile (24), a side of the thermally conductive tile (2 4) away from the cooling chip (2 3) and the valley device (1) 0) the other side is connected to each other; the bottom end and a water outlet (15), which is located at the upper container (i0) adjacent to the cooling module (20); ', ... 叩 口 入' 月One m ice mouth (3 1) is at the top of the lower container (30) and is relative to the water outlet Γ] 7 ·, 丄 ΰ]; four spaced water inlets (3 2) are in the lower container, (3 〇) ^ on the side and adjacent to the water inlet (32) is provided with an inlet (3 and the bottom of the lower container (30) and adjacent to the inlet ^ dd) there are four holes (3 4); 7 M272959 A water flow control device (4 Ο), its position Between the upper container (丄 〇) and the lower container (30), the water flow control device (40) is connected to the sides of the upper container (1 0) and the lower container (30) respectively-the water inlet pipe (41) and four The water outlet pipe (42), the free end of the water inlet pipe (41) and the water outlet (1 5) are connected to each other, and the free end of the water outlet pipe (4 2) and the water inlet (3 2) are connected to each other;
-製冰模組（5 0 )，其由散熱風扇（5丄）、散熱 續片（5 2 )、致冷晶片（5 3 )與導熱體（5 4 )依序 結合而成，導熱體（5 4 )係設置於置入口（ 3 3 )處， 導熱體（5 4)的頂端相對於下容器（3 〇)的出水口（3 2 )之位置處設有四個錐形製冰槽（5 5 )，於製冰槽（5 5 )的底端且相對於孔（3 4 )的位置處設有桿孔（5 6 )， 於各桿孔（5 6 )處設有一推桿（5 7 )，推桿（5 7 ) 位於製冰槽（5 5 )的-端形成有端部大於桿孔（5 6 ) 的推抵*而（5 7 1 ) ’推桿（5 7 )的另端穿過孔（3 4 )， 並位於下谷裔（3 0)的外部，該端貫穿有一彈簧（5 7 =)，於該端的端部固設有一止部（5 7 3 )，以防止彈 簧（5 7 2 )由推桿（5 7 )處掉落； 推動裝置（8 〇 )，其係與推桿（5 7 )設有止部 (5 7 3 )的一端相互推抵，該推動裝置（8 〇 )可為電 磁閥或馬達等裝置； 隔熱層（6 〇)，其係將上容器（1 〇)、下容器 (3 〇 )與推動裝置（8 0 )包覆於其内，而注水口（ χ L )、止水閥（j 4 )與出冰口（ 3工）、水流控制裝置 M272959 r. (4 〇 )與推桿（5 7 )設有彈簧（5 7 2 )的一端係位 ； 於隔熱層（6 0 )的外部； 一蓋體（7 〇 )，其係設於上容器（1 〇 )的注水口 (1 1 )處，並與注水口（ 1 1 )相互蓋合。 由於致冷晶片（2 3 )( 5 3 )具有可產生低溫與高 溫的特性，亦即致冷晶片（2 3 ) ( 5 3 )的兩側面可分 別產生低溫與高溫。 於貫際使用時，請在配合參考第三圖所示，可將液體 .由庄水口（1 1)注入上容器（1〇)内部，當上容器（1 0 )内的液體達到一定容量時，可將蓋體（7 〇 )與注水 口（ 1 1 )相互蓋合，藉此封閉注水口（丄丄）。 致冷模組（2 〇 )的致冷晶片（2 3 )的一側面會產 生低溫，該低溫會經由導熱磚（2 4 )傳導至上容器（1 〇 )内邛，使得上容器（1 〇 )内的液體溫度降低，使用 者可直接開啟止水閥（1 4 )飲用或使用該低溫液體，而 致冷晶片（2 3 )另-側面所產生的高熱會傳至散熱縛片 (2 2 )處，並由散熱風扇（2丄）所散熱。 當水流控制裝置（4 0 )開啟時，位於上容器（丄〇 ) 内的低溫液體會經由進水管（4工）與注水管（4 2 )流 入位於下容器（3 〇 )内的製冰槽（5 5 )内，而製冰模 組（5 〇 )的制冷晶片（5 3 )所產生的低溫會傳導至製 冰槽（5 5 )内，而使液體康成冰塊，由於下致冷模組（2 〇)先將液體降溫，因此冰塊僅需較短的時間就可成形， 而致冷晶片（53)的散熱方式，如同前述，故不贅述。 9 M272959 ▲冰塊製成後’推桿（5 7 )會受到來自推 〇)的推抵，推桿（57)之推抵端（571)會: 推離製冰槽（55) ’由於製冰槽（55)為錐形：因： 當冰塊離開製冰槽（5 5 )後’就無法回到製冰槽 内’推桿（5 7 )於推抵冰塊時，彈簧（5 7 2 )會被壓 縮’而被壓縮的彈簧（5 7 2 )會迫使推桿（5 7二 初始位置。 ° ^ 使用者可由出冰口（ 3 i )取得以成形之冰塊使用， •而其餘的冰塊可保存於下容器（30)内部，使用者可於 隨後取用位於下容器（3 〇 )内之冰塊。 、 练合U上所言，上容器（丄〇 )可提供低溫之液體， 而下谷时（3 0 )可提供冰塊，因此本創作僅使用降低液 體/m度與製作冰塊，所以冰塊與液體不會具有異味的問 題，並可同時提供低溫液體與冰塊供使用者使用，實為使 用者帶來不少便利之處。 另外’本創作可使使用者免於購置冰箱的困擾，使用 _者可使用本創作，即可製作冰塊，而使使用者的生活更加 便利。 【圖式簡單說明】 第一圖係本創作之局部立體分解圖。 第二圖係本創作之立體外觀圖。 第二圖係本創作之剖面圖。 【主要元件符號說明】 (1 〇 )上容器 （1 1 )注入 M272959 (12) (14) (20) (22) (24) (31) (33) (40) • (41) (50) (52) (54) (56) (571 (5 7 3 (70) 3 )管體 5 )出水口 1)散熱風扇 3 )致冷晶片 0 )下容器 2 )入水口 4 )孔 2 )出水管 1)散熱風扇 3 )致冷晶片 5 )製冰槽 7 )推桿 7 2 )彈簧 0 )隔熱層 0 )推動裝置 排水口 (1 止水閥 (1 致冷模組 (2 散熱鰭片 (2 導熱磚 (3 出冰口 (3 置入口 (3 水流控制裝置 進水管 (4 製冰裝置 (5 散熱鰭片 (5 導熱體 (5 桿孔 (5 )推抵端 (5 )止部 (6 蓋體 (8 11-An ice-making module (50), which is composed of a heat dissipation fan (5 丄), a heat sink continuous piece (5 2), a cooling chip (5 3), and a heat conductor (5 4), and the heat conductor (5 5 4) is arranged at the inlet (3 3), and the top of the heat conductor (5 4) is provided with four cone-shaped ice-making troughs (3 2) at a position opposite to the water outlet (3 2) of the lower container (30). 5 5), a rod hole (5 6) is provided at the bottom end of the ice-making groove (5 5) and a position opposite to the hole (3 4), and a push rod (5) is provided at each rod hole (5 6) 7), the push rod (5 7) is located at the-end of the ice-making trough (5 5) and has a push end with an end larger than the rod hole (5 6) *, and (5 7 1) 'the other of the push rod (5 7) The end passes through the hole (3 4) and is located outside the lower valley (30). A spring (5 7 =) is penetrated through the end, and a stop (5 7 3) is fixed at the end of the end to prevent the spring. (5 7 2) is dropped by the push rod (5 7); the pushing device (80) pushes against the end of the push rod (5 7) provided with a stop (5 7 3), the pushing device (80) may be a device such as a solenoid valve or a motor; and a heat insulation layer (60), which is an upper container (10) and a lower container (30) and the pushing device (80) are enclosed therein, and the water injection port (χL), the water stop valve (j4) and the ice outlet (3 workers), and the water flow control device M272959 r. (4〇 ) And the push rod (5 7) are provided with one end of a spring (5 7 2); located outside the heat insulation layer (60); a cover (70), which is arranged on the upper container (10) The water injection port (1 1) and the water injection port (1 1) are covered with each other. Because the cooling chip (2 3) (5 3) has the characteristics of generating low temperature and high temperature, that is, both sides of the cooling chip (2 3) (5 3) can generate low temperature and high temperature, respectively. For continuous use, please refer to the third figure to refer to the figure. The liquid can be injected from the water inlet (1 1) into the upper container (10). When the liquid in the upper container (1 0) reaches a certain capacity, , The cover body (70) and the water injection port (11) can be closed to each other, thereby closing the water injection port (丄 丄). A low temperature is generated on one side of the cooling chip (2 3) of the cooling module (20), and the low temperature is conducted to the inner container of the upper container (10) through the thermal conductive brick (2 4), so that the upper container (1 0) The temperature of the liquid inside is reduced, and the user can directly open the water stop valve (1 4) to drink or use the low temperature liquid, and the high heat generated on the other side of the cooling chip (2 3) will be transferred to the heat sink (2 2) , And is radiated by a cooling fan (2 丄). When the water flow control device (40) is turned on, the low-temperature liquid located in the upper container (丄 〇) will flow into the ice-making tank located in the lower container (30) through the water inlet pipe (4 workers) and the water injection pipe (42). (5 5), and the low temperature generated by the cooling chip (5 3) of the ice-making module (50) will be conducted into the ice-making tank (5 5), so that the liquid will form an ice cube. The group (20) first cools the liquid, so that the ice cube can be formed in a relatively short time, and the cooling method of the cooling chip (53) is the same as above, so it is not described in detail. 9 M272959 ▲ After the ice cube is made, the putter (5 7) will be pushed by the pusher 0), and the pusher end (571) of the pusher (57) will: push away from the ice making tank (55) The ice trough (55) is conical: because: when the ice cube leaves the ice trough (5 5), it cannot return to the ice trough. When the push rod (5 7) pushes against the ice cube, the spring (5 7 2) will be compressed 'and the compressed spring (5 7 2) will force the push rod (5 7 2 initial position. ° ^ The user can obtain it from the ice outlet (3 i) to use the formed ice cube, and the rest The ice cubes can be stored inside the lower container (30), and the user can then retrieve the ice cubes located in the lower container (30). As mentioned in the above, the upper container (丄 〇) can provide low temperature Liquid, while the lower valley (30) can provide ice cubes, so this creation only uses reducing the liquid / m degree and making ice cubes, so the ice cubes and liquids do not have the problem of odor, and can provide low temperature liquids and ice cubes at the same time For users to use, it brings a lot of convenience to users. In addition, 'this creation can save users from the trouble of purchasing a refrigerator, users can use this You can make ice cubes to make your life more convenient. [Simplified illustration of the drawing] The first picture is a partial three-dimensional exploded view of the creation. The second picture is the three-dimensional appearance of the creation. The second picture is A cross-sectional view of this creation. [Description of the main component symbols] (10) The upper container (1 1) is filled with M272959 (12) (14) (20) (22) (24) (31) (33) (40) • ( 41) (50) (52) (54) (56) (571 (5 7 3 (70) 3) Pipe body 5) Water outlet 1) Cooling fan 3) Cooling chip 0) Lower container 2) Water inlet 4) Hole 2) Outlet pipe 1) Cooling fan 3) Cooling chip 5) Ice-making tank 7) Push rod 7 2) Spring 0) Thermal insulation layer 0) Pushing device drainage port (1 Water valve (1 Cooling module ( 2 heat dissipation fins (2 heat conductive bricks (3 ice outlets (3 inlets) (3 water flow control water inlet pipes (4 ice making devices) (5 heat radiating fins (5 heat conductors (5 rod holes (5)) pushed against the end (5 ) Stop (6 Cover (8 11