M438879 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種果汁調理機，尤指—種可產生混 合、搜拌功能，且不會破壞固體食材的果汁調理機。 【先前技術】 • 果汁機為現今社會中，店家及家庭皆相當常見的器 .具’其可將冰德、水果...等食材授碎並混合成泥狀或液狀。 籲又1¾著製k商的改良，現有技術的果汁機已逐漸發展出 各種用途，例如更換適當的刀具後可將黃豆磨成豆渡、將 冰塊打成冰沙或雪泥、將各式毅物…等食材打成醬汁，甚 至將該刀具更㈣奶泡盤後，還可將牛奶㈣成奶泡。 然而，上述現有技術之果汁機在作動時，主要可藉其 内部所設的刀具對該等冰塊、水果、穀物等食材產生^ 的破壞效果，但卻無法單純授掉、混合該I汁機内的液體 與固體食材，產生俗稱「雪克」的效果，或者當於該果汁 ’機内倒水及放置茶葉時，進行沖泡茶飲的動作，故仍有待 進一步改良之處。 【新型内容】 有鑑於前述現有技術所存在的問題，本創作設計—種 果汁調理機，其利用圓盤取代傳統刀具，以充分攪拌、混 合並萃取該果汁調理機内的食材，且不會破壞固體食材。 為了達到上述的創作目的，本創作所採用的技術手段 為設計一種果汁調理機，其包括： 一機台，其具有一機殼，該機殼内設有一驅動裝置， 3 M438879 該驅動裝置之一驅動桿貫穿並突伸於該機殼之頂面； 一袖心組’其係可拆卸地裝設於該機台之機殼的頂 面，該軸心組具有一軸外殼與一轉轴，該轉軸沿轴向貫穿 該軸外殼，該轉軸之一底端與該機台之驅動裝置的驅動件 相捿； 一杯體，其係置於該機台之頂面，該杯體套設並結合 於該轴心組之韩外殼； 一圓盤，其係固接於該軸心組之轉軸的一頂端，該圓 盤具有一頂板、一下環壁與複數擾動凸肋，該頂板與該轉 軸之頂端相互固# ’該頂板貫穿成型有複數頂穿孔，該下 %壁裱繞成型於該頂板的外周緣，並朝該頂板之底面的方 向向下f折延伸，該下環壁上形成有複數下側穿孔，該擾 動凸肋相間隔地成型於該頂板上。 上述圓盤之頂板的外周緣處可進一步朝該頂板之頂面 方向向上彎折延伸而環繞成型有一上環壁，該上環壁上形 成有複數上側穿孔。 上述圓盤之各頂穿：?丨、交-^加，# 芽孔各下側穿孔與各上側穿孔中均 可設有細網。 上述轴心組之轉軸的頂端處可環設有外螺纹，該軸 組可進-步包括-螺帽，該螺帽螺合固定於該轉軸之 端’上述圓盤之頂板的令央可進一步成型有一套接部， 套接部為h且具有—下開σ，該套接部之内壁面和該 帽之外壁面均為非圓形且相互配合，該圓盤之套接部套 並固定於該螺帽上V - 一… 上述螺帽可為六㈣帽，上述圓盤之套接部的内部 M438879 相應形成一六面體空間。 上述圓盤之每一擾動凸肋可呈片體狀。 上述圓盤之擾動凸肋可成型於該頂板之底面。 上述圓盤之擾動凸肋可成型於該頂板之頂面。 上述圓盤之擾動凸肋可沿該圓盤之頂板的徑向延伸。 上述圓盤中，該頂板的各頂穿孔可呈圓形，且沿該頂 板之徑向呈放射狀排列，該下環壁可包括一環框與複數框 條’各框條呈弧形且相間隔設置，每一框條的兩端分別連 接該頂板與該環框，該下環壁之下側穿孔形成於兩相鄰的 框條之間。 上述圓盤中，該頂板與下環壁可相互垂直，該頂板之 各頂穿孔可呈沿該頂板之徑向延伸的狹長孔狀該下環壁 之下側穿孔可貫穿成型於該下環壁上。 上述圓盤中，該下環壁可朝該頂板之底面斜向外延 伸，該頂板之各頂穿孔可為沿該頂板之徑向延伸的狹長孔M438879 V. New description: [New technical field] This creation is about a kind of juice conditioning machine, especially a juice conditioning machine that can produce mixing and searching functions without destroying solid ingredients. [Prior Art] • Juice machines are very common in today's society, both in stores and in households. They can be used to crush and mix ingredients such as ice, fruit, etc. into a muddy or liquid form. The company has gradually developed various applications. For example, after changing the appropriate tools, the soybeans can be ground into beans, and the ice can be made into smoothies or slush. If you want to make the sauce into a sauce, you can even make the milk (four) into a milk foam. However, in the above-mentioned prior art juice machine, the damage of the ice cubes, fruits, grains and the like can be mainly caused by the tools provided in the above-mentioned juice machine, but it is impossible to simply impart and mix the inside of the juice machine. The liquid and solid ingredients produce the effect commonly known as "Snow", or when the juice is poured into the machine and the tea leaves are placed, the action of brewing the tea is carried out, so further improvement is needed. [New content] In view of the problems of the prior art mentioned above, the present invention is a juice conditioner which replaces a conventional cutter with a disc to fully stir, mix and extract the ingredients in the juice conditioner without destroying the solid. Ingredients. In order to achieve the above-mentioned creative purpose, the technical means adopted in the present invention is to design a juice conditioning machine, which comprises: a machine having a casing, a driving device in the casing, 3 M438879 one of the driving devices a driving rod penetrating and protruding from a top surface of the casing; a sleeve group detachably mounted on a top surface of the casing of the machine, the shaft group having a shaft housing and a rotating shaft, The shaft extends axially through the shaft housing, and one of the bottom ends of the shaft is opposite to the driving member of the driving device of the machine; a cup is placed on the top surface of the machine, and the cup is sleeved and coupled a Korean housing of the axial group; a disc fixed to a top end of the shaft of the shaft group, the disc having a top plate, a lower ring wall and a plurality of disturbing ribs, the top plate and the top end of the rotating shaft The top plate is formed by a plurality of top perforations, and the lower wall is formed around the outer periphery of the top plate and extends downwardly toward the bottom surface of the top plate. The lower ring wall is formed with a plurality of lower walls. Side perforations, the perturbed ribs are formed at intervals in the Board. The outer peripheral edge of the top plate of the disc may be further bent upwardly toward the top surface of the top plate to form an upper ring wall, and the upper ring wall is formed with a plurality of upper side perforations. Each of the above-mentioned discs may be provided with a fine mesh in each of the lower perforations of the bud holes and the perforations of the upper side. The top end of the shaft shaft of the shaft group may be provided with an external thread, and the shaft group may further include a nut, and the nut may be screwed and fixed to the end of the rotating shaft. Forming a set of joints, the sleeve portion is h and has a lower opening σ, the inner wall surface of the sleeve portion and the outer wall surface of the cap portion are non-circular and cooperate with each other, and the sleeve portion of the disc is fixed and fixed The nut may be a six (four) cap, and the inner portion M438879 of the sleeve portion of the disc correspondingly forms a hexahedral space. Each of the perturbation ribs of the disc may be in the form of a sheet. The disturbing rib of the disc may be formed on the bottom surface of the top plate. The disturbing rib of the disc can be formed on the top surface of the top plate. The disturbing rib of the disc may extend in the radial direction of the top plate of the disc. In the above disc, each of the top perforations of the top plate may have a circular shape and be radially arranged along a radial direction of the top plate, and the lower ring wall may include a ring frame and a plurality of frame strips each of which is curved and spaced apart The two ends of each of the frame strips are respectively connected to the top plate and the ring frame, and the lower side of the lower ring wall is formed between two adjacent frame strips. In the above disc, the top plate and the lower ring wall may be perpendicular to each other, and each of the top perforations of the top plate may have an elongated hole shape extending in a radial direction of the top plate, and a lower side of the lower ring wall may be formed through the lower ring wall. on. In the above disc, the lower ring wall may extend obliquely toward the bottom surface of the top plate, and the top perforations of the top plate may be elongated holes extending in the radial direction of the top plate.
狀，該下環壁之下側穿孔可貫穿成型於該下環壁上。 上述圓盤中，該下環壁之下側穿孔可進一步貫穿該 環壁之底緣。 / 握持部 上述圓盤中，該套接部之外壁面可成型有 握持可為複數凸塊或為一粗链的表面。 上述果汁調㈣中，g杯體之内壁面突出成型有複 個固定凸緣，該固定凸緣相間隔且環繞該杯體之内壁面 ^排列設置，該果汁調理機可進_步包括—罩體，該 體肷。於杯體中，^位於該圓盤上方，該罩體具有，環壁 -環底緣與一隔板’該環壁呈圓筒狀，兩端分別為一上 /y & : m下開口，且該環壁上貫穿成型有複數側貫孔，該環. 處：％,成型於該環壁的外壁面，且位於該環壁的底端 八’該環底緣之周緣間隔凹設成型複數固定槽，該固定槽 :別與該杯體之固定凸緣嵌合固$，該隔板徑向成型於該 壁之内壁面，且該隔板上貫穿成型有複數底貫孔。 本創作之果汁調理機利用圓盤取代傳統刀具，在使用 中要將叙末、糖褒、液體、冰塊...等食材直接倒入杯體 接著啟動該機台之驅動裝置，即可令該圓盤之擾動凸 子i杯體内的各種食材產生攪拌的效果，不會破壞固體 =’甚至當在該杯體内倒水及置入茶葉時，利用啟動機 。驅動问速運轉時產生之離心力，肖間將茶色及茶香萃取 出來進行衝泡茶飲的動作，使用上相當簡便、安全，且 不會有零件脫^或生鏽的疑慮，特別適合個人、居家使用。 【實施方式】 以下配合圖式及本創作之較佳實施例，進一步闡述本 創作為達成預定創作目的所採取的技術手段。 參見圖1A、圖2及圖3所示，本創作之果汁調理機包 括一機台1 〇、一軸心組2〇、一杯體3〇 ' 一圓盤4〇A、一 翠體60及一杯蓋50。 该機台10具有一機殼彳1，該機殼彳]内部設有一驅動 裝置，例如馬達，該驅動裝置之一驅動件12貫穿並突伸於 該機殼11之頂面。 配合參見圖4所示，該軸心組2〇係可拆卸地裝設於該 機σ 1 〇之機殼11的帘面「該軸' 心組2 〇具有一轴外殼21 與一轉轴22，該轉軸22沿軸向貫穿該轴外殼21，該轉軸 M438879 22之一底端221與一頂端222均突伸出該軸外殼21，且該 轉軸22之底端221與該機台10之驅動裝置的驅動件 相接，使該驅動裝置可進一步帶動該轉軸22轉動。 該杯體30置於該機台10之頂面，該杯體30之頂部形 成為-上開口，使用者可將食封由該上開口投入該杯疆γ〇 ._，該杯體30之底面貫穿成型有一軸孔31,該輛孔31套 設該轴心組20之轴外殼21，使該軸外殼21與該杯體3〇 籲相互結合固定’該杯體3〇之内壁面突出成型有複數個固定 凸緣32,該固定凸緣32相間隔且環繞該杯體3〇之内壁面 的方式排列設置。 配合參見圖5所示，該圓盤40Α固接於該轴心組2〇之 轉轴22的頂端222,該圓盤40Α具有一頂板41Α、一下環 壁42A與複數擾動凸肋43A ^該頂板41A與該轉軸22之 頂端222相互固接，該頂板41 a貫穿成型有複數頂穿孔 411A。該下環壁42A環繞成型於該頂板41八的外周緣並 • 朝該頂板41A之底面的方向向下彎折延伸而環繞於該軸心 • 組20之軸外殼21的周圍，該下環壁42A上形成有複數下 側穿孔421A，各下側穿孔421A沿縱向延伸且相間隔地排 列設置。該擾動凸肋43A相間隔地成型於該頂板41A上， 各擾動凸肋43A係沿該頂板41A之徑向延伸。 該罩體60嵌合於杯體30中，且位於該圓盤40A上方’ 該罩體60具有一環壁61、一環底緣62與一隔板63,該環 2 61呈圓请狀，兩端分別為一上開口與一下開口，且該環 壁61上貫穿成型有複數側貫孔6.1彳_，部分側貫孔611鄰接 該環壁61之上開口’部分側貫孔鄰接該環壁61之下開口， M438879 =底緣62環繞成型於該環壁61的外壁面，且位於該環 :的底端處，該％底緣62之周緣間隔凹設成型複數固 疋槽，該固定槽分別與該杯體3〇之固定⑽32嵌合固定， ，63徑向成型於該環壁61之内壁面，且該隔板上 貫穿成型有複數底貫孔631。 該杯蓋50蓋設於該杯體3〇之上開口。 在本創作之具體實施例中，該轉轴22之頂端222處環 设有外螺紋’該軸心組20進-步包括-螺帽23,該螺帽 23螺合固定於該轉軸22之頂端如。該㈣4〇a之頂板 41=的中央進一步成型有一套接部桃該套接部*从為 中空且具有—下開口，該套接部44A之内壁面和該螺帽23 之外壁面均為非圓形且相互配合，使得該圓盤概之套接 部44Α可套設並固定於該螺帽23上。 較佳地，該螺帽23可為六角螺帽，該圓盤40Α之套接 β 44Α的内部則相應地形成一六面體空間，而可與該螺 23相互嵌合固定。 又’在如圖4及圖5所示的圓盤40Α之第-實施例中， ^圓盤40Α之頂板41Α的各頂穿孔41】Α係呈圓形且沿 η亥頂板41Α之徑向呈放射狀排列。該下環壁42Α包括一環 =422二與複數框條423Α，各框條423α呈弧形且相間: 。又置，每一框條423Α的兩端分別連接該頂板41Α與該環 框422Α，該下環壁42Α之下侧穿孔42Μ即形成於兩相鄰 的框條423Α之間。此外，該擾動凸㈤43八則成型於該頂 板41Α之底面'。，· ., ^_ >見圖6至圖8所示，在本創作之第二實施例+，言亥 M438879 圓盤40B之頂板41B與下環壁42B相互垂直，該頂板41B 之各頂穿孔411B呈沿該頂板41B之徑向延伸的狹長孔 狀，該下環壁42B之下側穿孔421B係貫穿成型於該下環 壁42B上，每一擾動凸肋43B係呈片體狀且成型於該頂板 41 B之底面，且各頂穿孔411 B與各下侧穿孔421 3中均設 有細網45B。 參見圖9所示，在本創作之第三實施例中，該圓盤4〇c 之下環壁42C係朝該頂板41 C之底面斜向外延伸，使該圓 盤40C呈短錐狀，該頂板41C之各頂穿孔411C亦為沿該 頂板41C之徑向延伸的狹長孔狀，該下環壁42c之下側穿 孔421C係、貫穿成型於該下環壁42C上，又，該擾動凸肋 43C係成型於該頂板41C之頂面，且各頂穿孔411〇與各 下侧穿孔421C中均設有細網45C。 參見圖18、圖10及圖n所示，在本創作之第四實施 例中，該圓盤4GD之頂板41 D的外周緣處進—步朝該頂板 41 D之頂面方向向上彎折延伸而環繞成型有一上環壁 46D ’該上環壁46D上形成有複數上側穿孔如d，每一擾 動凸肋43D係呈片體狀且成型於該頂板41D之底面，且各 頂穿孔411D、各下側穿孔421D與各上側穿孔461〇中均 設有細網45D。 參見圖12所示，在本創作之第五實施例中， 之下環壁似係朝該頂板叩之底面延伸，該頂板41E之 各頂穿孔411E為沿該頂板41E之徑向延伸的狹長孔狀， 該下環壁42E之下側穿孔421E進一步貫穿該下環壁狐 之底緣，該擾動凸肋43E成型於該頂板41E之頂面，該套 M438879The lower side of the lower ring wall can be formed through the lower ring wall. In the above disc, the lower side perforation of the lower ring wall may further penetrate the bottom edge of the ring wall. / Grip In the above disc, the outer wall surface of the socket portion may be formed with a surface that can hold a plurality of bumps or a thick chain. In the above juice adjustment (4), the inner wall surface of the g cup body is protruded and formed with a plurality of fixing flanges, and the fixing flanges are spaced apart and arranged around the inner wall surface of the cup body, and the juice conditioning machine can further include a cover Body, the body. In the cup body, ^ is located above the disc, the cover body has a ring wall-ring bottom edge and a partition plate. The ring wall has a cylindrical shape, and the two ends are respectively an upper /y & m opening And a plurality of side through holes are formed in the ring wall, wherein the ring is formed on the outer wall surface of the ring wall, and is located at a bottom end of the ring wall. The plurality of fixing grooves are not fitted to the fixing flange of the cup body. The partition plate is radially formed on the inner wall surface of the wall, and a plurality of bottom holes are formed through the partition plate. The juice conditioner of the present invention uses a disc to replace the traditional cutter, and in the course of use, the ingredients such as the end of the season, the syrup, the liquid, the ice, etc. are directly poured into the cup body and then the driving device of the machine is started. The various disturbances in the vibrating convex i cup of the disc produce a stirring effect without damaging the solid = ' even when the water is poured into the cup and the tea leaves are placed, the starter is used. It drives the centrifugal force generated during the speed-on-speed operation, and extracts the brown color and the tea fragrance for brewing tea. It is quite simple and safe to use, and there is no doubt that parts can be removed or rusted. It is especially suitable for individuals. Use at home. [Embodiment] The following is a description of the preferred embodiment of the present invention and the preferred embodiment of the present invention, further illustrating the technical means by which the creation is intended to achieve the intended purpose of creation. Referring to FIG. 1A, FIG. 2 and FIG. 3, the juice conditioning machine of the present invention comprises a machine 1 〇, a shaft group 2 〇, a cup body 3 〇 'a disc 4 〇 A, a 翠 60 and a cup Cover 50. The machine bed 10 has a casing 彳1, and the casing 内部 is internally provided with a driving device such as a motor, and a driving member 12 of the driving device penetrates and protrudes from the top surface of the casing 11. Referring to FIG. 4, the shaft group 2 is detachably mounted on the curtain surface of the casing 11 of the machine σ 1 「 "The shaft" core group 2 has a shaft housing 21 and a shaft 22 The shaft 22 penetrates the shaft housing 21 in the axial direction. One end 221 and a top end 222 of the shaft M438879 22 protrude from the shaft housing 21, and the bottom end 221 of the shaft 22 and the machine 10 are driven. The driving member of the device is connected, so that the driving device can further drive the rotating shaft 22. The cup body 30 is placed on the top surface of the machine table 10. The top of the cup body 30 is formed as an upper opening, and the user can eat The shaft is inserted into the cup γ〇._, and the bottom surface of the cup body 30 is formed with a shaft hole 31, and the hole 31 is sleeved with the shaft housing 21 of the shaft group 20, so that the shaft housing 21 and the shaft housing 21 The cup body 3 is embossed and fixed to each other. The inner wall surface of the cup body 3 is protruded and formed with a plurality of fixing flanges 32 which are arranged at intervals and surround the inner wall surface of the cup body 3. As shown in FIG. 5, the disc 40 is fixed to the top end 222 of the shaft 22 of the shaft group 2, and the disc 40 has a top plate 41 Α and a lower ring. The top wall 41A and the top end 222 of the rotating shaft 22 are fixed to each other, and the top plate 41a is formed with a plurality of top perforations 411A. The lower ring wall 42A is formed around the outer periphery of the top plate 41. And extending downwardly in the direction of the bottom surface of the top plate 41A to surround the shaft casing 21 of the shaft group 20, the lower ring wall 42A is formed with a plurality of lower side perforations 421A, and each lower side perforation 421A The ribs 43A are circumferentially formed on the top plate 41A, and the perturbation ribs 43A extend in the radial direction of the top plate 41A. The cover 60 is fitted to the cup 30. The cover body 60 has a ring wall 61, a ring bottom edge 62 and a partition plate 63. The ring 2 61 has a circular shape, and the two ends are respectively an upper opening and a lower opening, and The ring wall 61 is formed with a plurality of side through holes 6.1彳, and a portion of the side through holes 611 abuts the opening of the ring wall 61. The partial side holes are adjacent to the lower opening of the ring wall 61. M438879 = bottom edge 62 is formed around On the outer wall surface of the ring wall 61, and at the bottom end of the ring: the bottom edge 62 A plurality of solid grooved grooves are formed in the peripheral space, and the fixing groove is respectively fixedly fixed to the fixing portion (10) 32 of the cup body 3, 63 is radially formed on the inner wall surface of the ring wall 61, and the partition plate is formed through the inner wall a plurality of bottom holes 631. The cup cover 50 is capped over the cup body 3. In the specific embodiment of the present invention, the top end 222 of the rotating shaft 22 is provided with an external thread 'the axis group 20 The step-by-step includes a nut 23 that is screwed and fixed to the top end of the rotating shaft 22. For example, the center of the top plate 41= of the (four) 4〇a is further formed with a set of joints. The socket portion is hollow and The inner wall surface of the sleeve portion 44A and the outer wall surface of the nut portion 23 are non-circular and cooperate with each other, so that the sleeve portion 44 of the disc can be sleeved and fixed to the nut 23 on. Preferably, the nut 23 can be a hex nut, and the inside of the sleeve 44 Α Α 相应 相应 相应 相应 相应 相应 相应 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Further, in the first embodiment of the disk 40 shown in FIGS. 4 and 5, each of the top perforations 41 of the top plate 41 of the disk 40 is circular and is formed along the radial direction of the top plate 41. Radial arrangement. The lower ring wall 42A includes a ring=4222 and a plurality of frame strips 423Α, and each of the frame strips 423α is curved and spaced: Further, the two ends of each of the frame strips 423 are connected to the top plate 41A and the ring frame 422, respectively, and the lower side wall 42 is formed between the two adjacent frame strips 423A. In addition, the perturbation convex (five) 43 is formed on the bottom surface of the top plate 41. , as shown in FIG. 6 to FIG. 8, in the second embodiment of the present invention, the top plate 41B and the lower ring wall 42B of the Yanhai M438879 disk 40B are perpendicular to each other, and the tops of the top plate 41B are The perforation 411B has an elongated hole shape extending in the radial direction of the top plate 41B. The lower side wall 421B of the lower ring wall 42B is formed through the lower ring wall 42B. Each of the perturbation ribs 43B is formed in a sheet shape and formed. On the bottom surface of the top plate 41 B, a fine mesh 45B is disposed in each of the top through holes 411 B and each of the lower side through holes 421 3 . Referring to FIG. 9, in the third embodiment of the present invention, the ring wall 42C of the disc 4〇c extends obliquely outward toward the bottom surface of the top plate 41 C, so that the disc 40C has a short taper shape. The top perforations 411C of the top plate 41C are also elongated holes extending in the radial direction of the top plate 41C, and the lower side wall 421C of the lower ring wall 42c is formed through the lower ring wall 42C, and the perturbation convex The rib 43C is formed on the top surface of the top plate 41C, and each of the top perforations 411 and each of the lower perforations 421C is provided with a fine mesh 45C. Referring to Figures 18, 10 and n, in the fourth embodiment of the present invention, the outer periphery of the top plate 41D of the disc 4GD is bent upwardly toward the top surface of the top plate 41D. The upper ring wall 46D is formed with a plurality of upper side perforations such as d, and each of the perturbation ribs 43D is formed in a sheet shape and formed on the bottom surface of the top plate 41D, and each of the top perforations 411D and the lower side A fine mesh 45D is provided in each of the through holes 421D and each of the upper side through holes 461. Referring to FIG. 12, in the fifth embodiment of the present invention, the lower ring wall extends toward the bottom surface of the top plate, and the top through holes 411E of the top plate 41E are elongated holes extending in the radial direction of the top plate 41E. The lower side wall 421E of the lower ring wall 42E further penetrates the bottom edge of the lower ring wall fox, and the disturbing rib 43E is formed on the top surface of the top plate 41E. The sleeve M438879
接部44E之外壁面成型有—握持部441E，該握持部441E 可為複數凸塊或為—粗糙的表面，俾供使用者可從該套接 部44E處穩疋地拿取此圓盤4〇e。 在使用本創作之果汁調理機時，使用者只要將粉末、 糖漿、液體、冰塊...等食材直接倒入杯體3〇中，接著置入 該罩體60,再啟動該機纟1〇之驅動裝置，讓㈣動裝置之 驅動件12帶動該軸心組2〇之轉軸22與該圓盤4〇a、彻、 40C、40D、40E轉動，即可令該圓#嫩、4〇b、4〇c、 40D、4GE 之擾動凸肋 43A、43β、43c、43D ' 43£ 對該杯 體30内的各種食材產生㈣的效果，，甚至#在該杯體内 倒水及置入茶葉時，還可使該水與茶葉充分的進行交互作 用，進而沖泡成茶，充分萃取出各種食材中的養分，且不 會破壞固體食材。而該圓盤40A、40b、4〇c' 4()d、4qe 之頂穿孔州日^心川口⑷心下侧穿孔“仏似已、 421C、421D、421E與上側穿孔461D，以及其間所設的細 網45B、45C、45D，除了可允許該液體流通之外，更可將 所產生的氣泡細分為綿細的泡沫，提升食用時的口感。 其中，當使用圖1 0及圖11所示之第四實施例的圓盤 40D時’該圓盤40D之頂板41D與上環壁46D間可用以設 置茶葉’藉由該圓盤40D轉動時帶動液體流動的效果，可 使茶葉與液體快速且充分的交互作用，進而達到「沖泡 成茶類飲品的效果。 而當使用圖6至圖8所示之第二實施例的圓盤4〇b 時，該圓盤40B·之擾動凸-肋43B則可攪動該沖泡成茶的液 體，將加入該液體中的糖漿等添加物攪拌均勻，產生俗稱 10 M4J8879 雪克」的效果。 當使用圖12所示之第三實施例的圓盤4〇E時由於該 衣壁42E之下側穿孔421 E係貫穿該下環壁42E之底緣， 使得該下環壁42E的下半部形成有複數相間隔的肋條以 進一步擾動該杯體30内各式食材，加俠攪拌的動作進面 縮短所需的時間。 以上所述僅是本創作的較佳實施例，並非對本創作作 _任何形式上的限制’雖然本創作已以較佳實施例揭露如 上，然而並非用以限定本創作，任何熟悉本專業的技術人 員i在未脫離本創作技術方案的範圍内，依據本創作的技 術實質對以上實施例所作的任何簡單修改、等同變化與修 飾，均仍屬於本創作技術方案的範圍内。 【圖式簡單說明】 圖1A為本創作之果汁調理機的立體分解圖其中杯體 内設有圓盤的第一實施例。 · | 圖1B為本創作之果汁調理機的立體分解圖其中杯體 内設有圓盤的第四實施例。 •圖2為本創作的果汁調理機之立體外觀圖。 圖3為本創作的果汁調理機之部分元件剖面側視，其 中杯體内設有罩體。 八 圖4為本創作之圓盤的第—實施例與軸心組的立 解圖。 刀 圖5為本創作之圓盤的第一實施例的立體外觀圖。 圖6…為本’創作之圓盤的第二實·施例的立體外觀圖.。一. 圖7為本創作之圓盤的第二實施例的另一立體外觀圖。 11 M438879 圖8為本創作之圓盤的第二實施例的側視剖面圖 圖9為本創作之圓盤的第三實施例的立體外觀圖 圖10為本創作之圓盤的第四實施例的立體外觀圖 圖11為本創作之圓盤的第四實施例的側視剖面圖 圖1 2為本創作之圓盤的第五實施例的立體外觀圖 【主要元件符號說明】 10機台 11機殼 12驅動件 20軸心組 21軸外殼 22轉軸 221底端 222頂端 23螺帽 3 0杯體 31軸孔 32固定凸緣 40A、40B、40C、40D、40E 圓盤 41A、41B、41C、41D、41E 頂板 411A、411B、411C、411D、41 1 E 頂穿子匕 42A、42B、42C、42E 下環壁 421A、421B、421C、421D、421E 下側穿孔 422A環框 423A框條 43A、43B、43C、43D、43E 擾動凸肋 44A套接部 44ΊΕ握持部 45B、45C、45D 細網 46D上環壁 461D上側穿孔 50杯蓋 60罩體 61環壁— 61 1側貫孔· 6 2環底緣 63隔板 12 M438879 631底貫孔The outer wall surface of the joint portion 44E is formed with a grip portion 441E, which may be a plurality of bumps or a rough surface for the user to take the circle from the sleeve portion 44E. Disk 4〇e. When using the juice conditioner of the present invention, the user simply pours the ingredients such as powder, syrup, liquid, ice, etc. directly into the cup 3, and then inserts the cover 60, and then starts the machine. The drive device of the 四 让 让 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 # # # , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , b, 4〇c, 40D, 4GE of the disturbance ribs 43A, 43β, 43c, 43D ' 43 £ produces the effect of (4) on the various ingredients in the cup 30, and even # poured and placed in the cup In the case of tea leaves, the water can be fully interacted with the tea leaves, and then brewed into tea to fully extract the nutrients in the various ingredients without damaging the solid ingredients. And the discs 40A, 40b, 4〇c' 4 () d, 4qe top perforation state day ^ heart Chuankou (4) subcardiac perforation "仏 已, 421C, 421D, 421E and upper perforation 461D, and between them The fine meshes 45B, 45C, and 45D, in addition to allowing the liquid to circulate, can further subdivide the generated bubbles into fine foams, thereby improving the taste during eating. Among them, when using the figures 10 and 11 In the disc 40D of the fourth embodiment, the space between the top plate 41D of the disc 40D and the upper ring wall 46D can be used to set the tea leaves to drive the liquid flow when the disc 40D rotates, so that the tea leaves and the liquid can be quickly and fully The interaction, in turn, achieves the effect of brewing into a tea drink. When the disc 4〇b of the second embodiment shown in Figs. 6 to 8 is used, the disturbing convex-rib 43B of the disc 40B· Then, the liquid brewed into tea can be agitated, and the additive such as syrup added to the liquid can be stirred evenly to produce the effect commonly known as 10 M4J8879 Xueke. When the disk 4〇E of the third embodiment shown in Fig. 12 is used, since the lower side opening 421E of the wall 42E penetrates the bottom edge of the lower ring wall 42E, the lower half of the lower ring wall 42E is made. A plurality of spaced ribs are formed to further disturb the various ingredients in the cup 30, and the action of adding the stirring action to the face is shortened. The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Although the present invention has been disclosed above in the preferred embodiments, it is not intended to limit the present invention, and any technique familiar to the art. Any simple modification, equivalent change, and modification of the above embodiments in accordance with the technical essence of the present invention are still within the scope of the present technical solution. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is an exploded perspective view of the juice conditioner of the present invention, in which a first embodiment of a disk is provided in the cup. Fig. 1B is an exploded perspective view of the juice conditioner of the present invention, in which a fourth embodiment of a disk is provided in the cup. • Figure 2 is a three-dimensional appearance of the juice conditioner. Fig. 3 is a side cross-sectional view showing a part of the components of the juice conditioner of the present invention, in which a cover body is provided in the cup body. 8 Figure 4 is an exploded view of the first embodiment of the disc of the present invention and the axis group. Knife Figure 5 is a perspective view of the first embodiment of the disc of the present invention. Figure 6 is a perspective view of the second embodiment of the disc of the creation. Figure 7 is another perspective view of the second embodiment of the disc of the present invention. 11 M438879 FIG. 8 is a side cross-sectional view showing a second embodiment of the disc of the present invention. FIG. 9 is a perspective view showing a third embodiment of the disc of the present invention. FIG. FIG. 11 is a side cross-sectional view showing a fourth embodiment of the disc of the present invention. FIG. 12 is a perspective view showing a fifth embodiment of the disc of the present invention. [Main component symbol description] 10 machine 11 Case 12 Drive member 20 Shaft group 21 Shaft housing 22 Rotary shaft 221 Bottom end 222 Tip 23 Nut 3 0 Cup body 31 Shaft hole 32 Fixing flange 40A, 40B, 40C, 40D, 40E Disc 41A, 41B, 41C, 41D, 41E top plate 411A, 411B, 411C, 411D, 41 1 E top piercing 匕 42A, 42B, 42C, 42E lower ring wall 421A, 421B, 421C, 421D, 421E lower side perforation 422A ring frame 423A frame strip 43A, 43B , 43C, 43D, 43E Disturbing rib 44A Socket portion 44 ΊΕ Grip portion 45B, 45C, 45D Fine mesh 46D Upper ring wall 461D Upper side perforation 50 Cup cover 60 Cover body 61 Ring wall - 61 1 Side through hole · 6 2 Ring bottom Edge 63 partition 12 M438879 631 bottom hole