M279837 八、新型說明： 【新型所屬之技術領域 係提供一種具有可製作冰 本創作係一種製冰塊模組 塊的模組。 【先前技術】 严現者生活的進步，冰箱的廡田★ 水相的應用亦越來越廣泛，傳統的 冰箱除了保存食物的鮮度外，同丰 u時還可製作冰塊，該冰塊 最主要應用於調理飲品與外出保存食物之用。 而現有的冰箱製冰塊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，料使用， 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 J刀人們於日常生活中僅需要使用冰塊調理飲 。口，而不需冰箱保存食物，所以為了使用冰塊，而購置一 鲁部不易更動设置位置冰箱，實為僅需使用冰塊的人們帶來 不便性。 【新型内容】 本創作者有#於現有的冰箱製冰塊法會製作具有異味 的冰塊’並且部分人們僅需使用冰塊，而不需要冰箱的設 置’於是重新設計一種製冰塊模組，其由散熱風扇、散熱 魚耆片 '致冷晶片與導熱體依序結合而成，導熱體的頂端設 有製冰槽’當液體注入製冰槽後，致冷晶片會使液體結凍 M279837 成冰塊，如此使用者可製造出不具有異味的冰塊，進而安 心使用，並且不需設置冰箱，為其創作目的。 為了達到前述之創作目的，本創作的技術手段在於提 供一種製冰塊模組，其由散熱風扇、散熱鰭片、致冷晶片 與導熱體依序結合而成； 導熱體的頂端設有製冰槽，於製冰槽的底端設有桿 孔； 於桿孔處設有推桿，推桿位於製冰槽的一端形成有端 鲁 部大於桿孔的推抵端，推桿的另端延伸至導熱體外並貫穿 有彈簧，於該端的端部固設有止部。 當液體注入製冰槽内後，致冷晶片的一側面會產生低 溫，該低溫會經由導熱體傳導製冰槽内，而使得冰塊成形， 而本創作僅用於製作冰塊，因此所製作的冰塊不會具有異 味，進而讓使用者安心使用。 另外，使用者可不需冰箱，即可製造出冰塊，所以使M279837 8. Description of the new model: [Technical field to which the new model belongs is to provide a module with an ice making module that can make ice books. [Previous technology] The progress of the life of strict presenters, the Putian of the refrigerator ★ The application of water phase is also becoming more and more extensive. In addition to preserving the freshness of food, traditional refrigerators can also make ice cubes at Tongfeng u. It is mainly used for preparing drinks and preserving food when going out. The existing method for making ice cubes in refrigerators is to inject liquid into the ice cube box, and then put the ice cube box into the freezer of the refrigerator. 'After the ice cubes are formed, they will be used. However, in addition to making ice cubes for domestic refrigerators, It has the function of storing food, 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, J knife people only need to use ice cubes to drink in daily life. It does not require a refrigerator to store food. Therefore, in order to use ice cubes, it is difficult to change the location of the refrigerator, which is inconvenient for people who only use ice cubes. [New content] The creator has #the existing refrigerator ice cube method will make ice cubes with odor, and some people only need to use ice cubes, and do not need the setting of the refrigerator ', so redesign an ice cube module It is composed of a cooling fan and a cooling fish bladder piece. The cooling chip and the heat conductor are sequentially combined. The top of the heat conductor is provided with an ice-making tank. When the liquid is injected into the ice-making tank, the cooling chip will freeze the liquid. M279837 Into ice cubes, so that users can create ice cubes with no odor, and then use them with peace of mind, and do not need to set up a refrigerator for their creative purposes. In order to achieve the above-mentioned creation purpose, the technical means of this creation is to provide an ice-making block module, which is composed of a cooling fan, a cooling fin, a cooling chip and a heat conductor in order; the top of the heat conductor is provided with ice making A rod hole is provided at the bottom end of the ice-making groove; a push rod is provided at the rod hole, and the push rod is located at one end of the ice-making groove and has a pushing end whose end lug is larger than the rod hole, and the other end of the push rod extends A spring is penetrated to the outside of the heat conducting body, and a stopper is fixed at the end of the end. After the liquid is poured into the ice-making tank, a low temperature is generated on one side of the refrigerated wafer, and the low temperature will conduct the ice-making tank through the heat conductor to form the ice cube. This creation is only used to make the ice cube. Ice cubes have no odor, so users can use them with peace of mind. In addition, users can make ice cubes without the need for a refrigerator, so
用者不需購置冰箱’就可使用本創作於任何位置製造冰 塊’如此為使用者帶來便利性。 【實施方式】 本創作係-種製冰塊模組，請配合參考第一圖所示， :由散熱風扇（10)、織片（ΐι)、致冷晶片（ι 與導熱體（1 3)依序結合而成· 請配合參考第一及二圖所示，導熱體（ι3)的頂端 口又有四個略為錐槽（ 7^山 农 4 )，於各製冰槽（1 4 ) 的底^设有桿孔（1 5 )，各椁;^丨f ^ 1 D 杯孔（1 5 )的週緣設有一 M279837 凹槽（1 6 )，凹槽（χ 6 )内設有塾圈（丄7 ); 於各桿孔（1 5 )處設有-推桿（工8 )，推 .8)位於製冰槽（14)的一端形成有端部大於桿： 5)的推抵端（181) ’推桿（18)的另端延 广13)外並貫穿有一彈簧（182)，於該端的端 部固设有"止部（1 8 3 )，以防止彈簧（1 8 2 )由推 桿（1 8 3 )處掉落。 由於致冷晶片（1 2 )具有可產生低溫與高溫的特性， • 亦即致冷晶片（1 2 )的兩側面可分別產生低溫與高溫。 於實際使用時，本創作可設置於一裝置内，該設置方 式為所屬技術領域中具有通常知識者所能輕易完成，故不 贅述。 當液體注入製冰槽（1 4 )内後，致冷晶片（1 2 ) 的一側面會產生低溫，該低溫會經由導熱體（1 3 )傳導 製冰槽（1 4 )内，而使得冰塊（2 0 )成形。 另外’致冷晶片（1 2 )另一側面所產生的高溫會傳 鲁導至散熱鰭片（1 1 )處，並經由散熱風扇（1 〇 )的降 溫’而達到散熱之效果。 當冰塊（2 0 )成形後，推桿（1 8 )會被推動，該 推動方式為所屬技術領域中具有通常知識者所能輕易完 成，故不贅述。 請配合參考第二及三圖所示，推桿（1 8 )的推抵端 (1 8 1 )會將冰塊（2 〇 )由製冰槽（1 4 )内推出， 推桿（1 8 )於推抵冰塊（2 0 )時，被推桿（1 8 )所 M279837 貫穿的彈簧（1 8 2 )會被壓縮，當冰塊（2 Ο )被推出 製冰槽（1 4 )後，先前被壓縮的彈簧（1 8 2 )會迫使 推桿（1 8 )回到其初始位置，以便於進行另一冰塊（2 0 )之製程。 再者，由於製冰槽（1 4 )為錐形，因此當冰塊（2 0 )被推離製冰槽（1 4 )後，冰塊（2 0 )無法在回到 製冰槽（1 4)内，所以不會阻礙另一冰塊（2〇)之製 程0 综合以上所言，本創作可設置於一裝置内，而單獨形 成一製冰機，所以本創作僅用於製作冰塊（2 〇 )，因此 所製作的冰塊（2 0 )不會具有異味，而可讓使用者安心 使用。 另外，由於本創作僅用於製作冰塊（2〇),所以使 用者可不需冰箱就可獲得冰塊（2 〇 )，因此使用者不需 構置冰箱，就可隨時隨地使用本創作製造冰塊（20)， 實為使用者帶來便利性。 • 【圖式簡單說明】 第一圖係本創作之立體外觀圖。 第二圖係位於製冰槽之推桿之局部未動作剖面圖。 第三圖係位於製冰槽之推桿之局部動作剖面圖。 【主要元件符號說明】 (1 0 )散熱風扇 (1 2 )致冷晶片 (1 4 )製冰槽 1 1 )散熱鰭片 13)導熱體 1 5 )桿孔 8 M279837 (16)凹槽 （17)墊圈 (1 8 )推桿 （1 8 1 )推抵端 (182)彈簧 （183)止部 (2 0 )冰塊The user does not need to purchase a refrigerator ', and can use this creation to make ice cubes at any position', which brings convenience to the user. [Embodiment] This creative department is a kind of ice cube module. Please refer to the first figure for reference: the cooling fan (10), the woven sheet (ΐι), the cooling chip (ι, and the heat conductor (1 3)) Combined in sequence. Please refer to the first and second figures. The top port of the heat conductor (ι3) has four slightly tapered grooves (7 ^ shannong 4). The bottom ^ is provided with a rod hole (1 5), each 椁; ^ 丨 f ^ 1 D The periphery of the D cup hole (1 5) is provided with a M279837 groove (1 6), and the groove (χ 6) is provided with a cymbal ring (丄 7); a push rod (work 8) is provided at each of the rod holes (1 5), and 8) is located at one end of the ice-making trough (14) and has a pushing end larger than the rod: 5) ( 181) 'The other end of the push rod (18) extends 13) and a spring (182) is penetrated therethrough. A " stop (1 8 3) is fixed at the end of the end to prevent the spring (1 8 2) Dropped by the push rod (1 8 3). Since the refrigerated wafer (12) has the characteristics of generating low temperature and high temperature, the two sides of the refrigerated wafer (12) can generate low temperature and high temperature, respectively. In actual use, the creation can be set in a device. This setting method can be easily completed by those with ordinary knowledge in the technical field, so it will not be described in detail. After the liquid is poured into the ice making tank (1 4), a low temperature is generated on one side of the refrigerating chip (1 2), and the low temperature will be conducted into the ice making tank (1 4) through the heat conductor (1 3), so that the ice The block (20) is formed. In addition, 'the high temperature generated on the other side of the cooling chip (12) will be conducted to the heat dissipation fins (1 1), and the cooling effect will be achieved by the cooling fan (10) cooling'. When the ice cube (20) is formed, the push rod (18) will be pushed. This pushing method can be easily completed by those with ordinary knowledge in the technical field, so it will not be repeated here. Please refer to the figures 2 and 3 for reference. The pushing end (1 8 1) of the push rod (1 8) will push the ice cube (20) out of the ice making tank (1 4). The push rod (1 8) ) When pushing against the ice cube (20), the spring (1 8 2) penetrated by the M279837 by the push rod (18) will be compressed. When the ice cube (20) is pushed out of the ice-making tank (14) The previously compressed spring (18 2) will force the push rod (1 8) to return to its initial position, so as to facilitate the process of another ice block (20). Furthermore, because the ice-making trough (1 4) is tapered, after the ice cube (20) is pushed away from the ice-making trough (1 4), the ice cube (20) cannot return to the ice-making trough (1). 4), so it will not hinder the production process of another ice cube (20). In summary, this creation can be set in a device and an ice maker can be formed separately, so this creation is only used to make ice cubes. (20), so the ice cube (20) produced does not have an odor, and can be used by the user with peace of mind. In addition, since this creation is only used to make ice cubes (20), users can obtain ice cubes (20) without a refrigerator, so users can use this creation to make ice anytime, anywhere without the need to build a refrigerator. Block (20) really brings convenience to the user. • [Schematic description] The first picture is the three-dimensional appearance of this creation. The second figure is a partially non-acting cross-sectional view of the push rod located in the ice making tank. The third figure is a partial action sectional view of the push rod located in the ice making tank. [Description of main component symbols] (1 0) Cooling fan (1 2) Cooling chip (1 4) Ice-making trough 1 1) Heat-dissipating fin 13) Heat-conducting body 1 5) Rod hole 8 M279837 (16) Groove (17 ) Washer (1 8) Push rod (1 8 1) Pushing against the end (182) Spring (183) Stop (2 0) Ice cube