M290023 八、新型說明： 【新型所屬之技術領域】 本新酬於—種研磨蔬果_汁機研磨盤及綱磨盤的金屬 刀片。 【先前技術】 , 傳_汁_人料口為_大孔，且無磨健偏心設置； •設置的理由是因為研磨盤上有多排#減㈣能對蔬果進 行研磨，由於中央區域範圍小，研磨面積不大，所以愈接近研磨 盤中央、’研磨效果就愈差，反之，愈遠離中央則研磨效果更佳； 口此榨斤機的人料σ不設在正巾央，反而與研磨盤呈偏心設置， 唯如此-來，將使榨賴_觀大。 自=^1·機體積大’使得重量加重、空間增大，材料及成本 ί提Γ~ϊ ’因此，即有業者將研磨盤表面設置二研磨區，分別 為位在中央的第—研舰（為㈣舰）、及醜在第-研磨區外 圍的第一研磨區（為外研磨區）；其中，第一研磨區設置三或四片 • 纽射狀排列的弧形切刀或棘齒排，並以其中-支較長的切刀或 棘齒=超越過中心點，以避免中心點產生研磨死角；致於外研磨 ' _5又置多排放射狀的小縣。由於榨汁機的人料口能與研磨盤 位在同了中心，所以榨汁機的體積得以縮小，關於此方面的實施 案例可參考下列專利文獻1〜3所示。 專J文獻1 ·國内2002/7/1日專利公告第493417號「 汁機之改良結構」。 ^ 專利文獻2·國内2004/9/1日專利公告Μ242148號「榨汁機」。 5 M290023 專利文獻3 :國内2005/3/21日專利公告M259563號「榨汁機 之刀具結構改良」。 【新型内容】 一、所欲解決的問題點·· 丽述專利文獻1〜3的問題點在於蔬果入料時仍會產生困難， 原因在於研雜㈣—魏（㈣舰）_刀或触排是對蔬 果進仃大切削，所以是粗研磨，而第二研磨區（外研磨區）的多 排小尖齒排是對蔬果進行細研磨，因此第—研磨區的摩擦阻力大 於外研磨區，當整個絲(如蘋果)人料後首先與第-研磨區及部 伤第一伤研磨區接觸，當蔬果研絲—半時，也就是蔬果與研磨 =觸面積取大的時候，由於第—研磨區面的棘齒排或切刀的齒 ^會產生積屑，所以研磨效果會逐漸降低，這時產生的屑料又因 _研磨盤外緣’再加上蔬果的壓擠，所以不容易排出，即使有 ^心力侧也仍舊無法_排解，因此在輕未能完全排出的狀 =二後續_果職難人料，因此造成阻塞，尤其是在慢速研 磨或是整個果實研磨至一半時最易發生。 ^傳統研雜赠述專敝獻卜3 _趣面積較以大面積 二:果=面直徑約在12cm左右’目的在於藉由加大面積以拉加 2果研磨的時間，但相對地卻在製造上使用更多的材料及提高 又實施結果發現，研磨盤面積增大對研磨效果並益太大 ’反而是對齡補盤上端顧定权料管釘的均 =對研磨盤在研磨方面幫雌大。如果傳統的研磨盤面積不再 、、、小，那麼欲使榨汁機體積縮小的機會就不大。 6 M290023 二、本新型的技術手段： 本新型的主要目的在於，使研磨盤的第一研磨區產生的屑料 能迅速排出，避免有積屑及排屑不良問題，更不致造成中央研磨 死角產生，使蔬果入料正常不致造成困難。 本新型的次一目的在於，使研磨盤的面積縮小，此不但使材 料量減少，成本也更降低，同時也使榨汁機的體積也得以縮小。 本新型的再一目的在於，榨汁機體積縮小後，入料口卻不需 要縮小，仍可保持原有圓形大孔以供蔬果整顆或大塊入料。 為解決前述問題點，本新型技術手段是這樣實施的，為一種 具有排渣功能的榨汁機研磨盤卜其包括：一上層金屬刀片2，刀 片表面至少具有二研舰’分縣财巾央㈣-研舰21及圍 繞在第區外圍的第二研磨區22，而所述第—研磨區是設置 鋸齒排23或切刀，而所述第二研磨區是設置小尖齒排24或切刀； 在第-研磨區的棘齒排23或切刀的研磨端231側設置具 朝下排出的排屑孔25 ; ’、 一下層_刀座3 ’底部能與榨汁機的雜軸套51相互卡 合，而表面設置數根凸出蚊柱32讀前述刀片2敢的穿 ^配合後闕卵定元件加關定，使刀片2與刀座間 出排屑空間A。 <门把t、 片^據上述的榨汁機研磨盤，其中，刀座3的面積大於金屬刀 根據上述的榨汁機研賴，其中，在刀座 數個定位孔33以供清㈣产此^ 緣位置汉置 i、l周8底盤下的疋位栓82對稱嵌入後固定， M290023 又濾'網8内部底面為大於刀片2面積的中空圓孔8 能供刀片2置__部巾央。 T二圓孔 根據上述的榨汁機研魅’射，蚊元件為金屬螺絲4， 而刀座2的支柱内埋人螺帽34以供螺絲4螺入固定。M290023 VIII. New description: [New technical field] This new reward is a kind of metal blade for grinding fruits and vegetables _ juice machine grinding disc and class grinding disc. [Prior Art], the _ juice _ human mouth is _ large hole, and there is no grinding and eccentric setting; • The reason for the setting is because there are multiple rows on the grinding disc # minus (four) can grind the fruits and vegetables, due to the small area of the central area The grinding area is not large, so the closer to the center of the grinding disc, the worse the grinding effect is. On the contrary, the farther away from the center, the grinding effect is better; the person σ of the pumping machine is not located in the center of the towel, but instead The disc is eccentrically set, and only so - will make the _ _ view big. Since the size of the ^^1·machine is large, the weight is increased, the space is increased, the material and the cost are improved. 因此 'Therefore, the manufacturer sets the surface of the grinding disc with two grinding zones, which are the central (for (4) ship), and the first grinding zone (which is the outer grinding zone) outside the first-grinding zone; wherein the first grinding zone is provided with three or four pieces • a curved cutter or ratchet arranged in a neon arrangement Row, and with the longer - longer cutter or ratchet = over the center point to avoid the grinding point of the center point; to the outer grinding ' _ 5 and set the discharge of the small county. Since the mouth of the juicer can be centered with the grinding disk, the volume of the juicer can be reduced. For the implementation example of this, reference can be made to the following Patent Documents 1 to 3. Special J Document 1 · Domestic 2002/7/1 Patent Announcement No. 493417 "Improved Structure of Juice Machine". ^ Patent Document 2: Domestic Patent Publication No. 242148, "Juicing Machine", 2004/9/1. 5 M290023 Patent Document 3: Domestic Patent Publication No. M259563, No. 2005/3/21, "Improvement of Tool Structure of Juicer". [New content] First, the problem to be solved. · The problem with the patent documents 1 to 3 of Lizhao is that the fruit and vegetables are still difficult to be fed, because the research is complicated (four) - Wei ((four) ship) _ knife or row It is a large cutting of the fruits and vegetables, so it is coarse grinding, and the rows of small sharp tooth rows of the second grinding zone (outer grinding zone) are finely grinding the fruits and vegetables, so the frictional resistance of the first grinding zone is larger than that of the outer grinding zone. When the whole silk (such as apple) is firstly contacted with the first-grinding area and the first wound-grinding area of the wound, when the fruit and vegetable are ground-semi-time, that is, when the fruits and vegetables and the grinding=the touch area are large, due to the first The ratchet row of the grinding zone or the teeth of the cutter will produce accumulated debris, so the grinding effect will gradually decrease. At this time, the scrap material generated by the outer edge of the grinding disc plus the pressing of the fruits and vegetables will not be easily discharged. Even if there is a side of the heart, it still can't be dispelled, so the light is not completely discharged. The second follow-up is difficult for the person, so it causes blockage, especially in slow grinding or when the whole fruit is ground to half. Easy to happen. ^Traditional research and gift descriptions dedicated to the special 3 _ interesting area is larger than the two areas: fruit = surface diameter of about 12cm' purpose is to increase the area to pull the 2 fruit grinding time, but relatively The use of more materials in manufacturing and improvement and implementation results found that the increase in the area of the grinding disc is too great for the grinding effect. Instead, it is the upper end of the age-adjusting plate. . If the traditional grinding disc area is no longer small, small, then the chances of reducing the size of the juicer are small. 6 M290023 II. Technical means of the new model: The main purpose of the novel is to enable the scraps generated in the first grinding zone of the grinding disc to be quickly discharged, to avoid the problem of chipping and chipping, and not to cause the central grinding dead angle. To make the feeding of fruits and vegetables normal without causing difficulties. The second object of the present invention is to reduce the area of the grinding disc, which not only reduces the amount of material, but also reduces the cost, and also reduces the size of the juicer. A further object of the present invention is that after the volume of the juicer is reduced, the inlet port does not need to be reduced, and the original circular large hole can be maintained for the whole or the bulk of the fruit and vegetable. In order to solve the foregoing problems, the novel technical means is implemented as a juicer grinding disc having a slagging function, comprising: an upper metal blade 2, the blade surface having at least two research ships' (d) - the research ship 21 and the second grinding zone 22 surrounding the periphery of the first zone, and the first grinding zone is provided with a sawtooth row 23 or a cutter, and the second grinding zone is provided with a small sharp tooth row 24 or cut Knife; on the side of the ratchet row 23 of the first grinding zone or the grinding end 231 of the cutter, a chip hole 25 with a downward discharge is provided; ', the bottom layer_the base 3' can be mixed with the juicer's miscellaneous bushing 51 is engaged with each other, and the surface is provided with a plurality of protruding mosquito rods 32. The aforementioned blade 2 is dare to wear and fit, and the sputum egg fixing member is fixed, so that the chip space A is formed between the blade 2 and the blade holder. <door handle t, piece according to the above-mentioned juicer grinding disc, wherein the area of the knife seat 3 is larger than that of the metal knife according to the above juicer, wherein a plurality of positioning holes 33 are provided in the holder for cleaning (4) Produce this ^ edge position Han set i, l week 8 under the chassis of the clamp bolt 82 symmetrically embedded and fixed, M290023 and filter 'net 8 internal bottom surface is larger than the blade 2 area of the hollow hole 8 can be used for the blade 2 __ Towels. T two round holes According to the juicer described above, the mosquito element is a metal screw 4, and the nut 34 of the holder 2 is embedded with a nut 34 for screwing and fixing.
關於金屬刀片方面，本新奴這樣實施的，—種榨汁機研磨 屬刀片2,該金屬刀片表面至少具有二研磨區，分別為位 在中央的第-研磨區21及圍繞在第—研磨區外圍的第二研磨區 22 :而所述第—研輕是設置棘#排23或切刀，而所述第二研磨 ，是没置小尖齒排24或切刀；其特徵在於：第—研舰21 _ 回排23或切刀的研磨端231侧設置具有將屑料朝下排出的排屑孔 25。 根據上述榨汁機研磨盤的金屬刀片，其中，制孔25的長度 大於棘齒排23或切刀的長度。 三、對照先前技術之功效： 在金屬刀片2的第-研磨區21設置棘齒排23(或切刀）及盘 棘齒排對稱設置的排屑孔25後，能藉由棘餘23對蔬果進行研 ^產生的雜由排屑孔25朝下排出，即使第—研磨區Μ的齒尖 造成積屑，也不會有排潰困難等問題發生，進而使蔬果的 常化。 在金屬刀片2與塑鋼刀座3結合後，兩者之間保留有足夠的 排屬工間Α以使上述排屬孔25排出的屬料能順利排出，使得研磨 盤1的排屑功能正常化。 當金屬刀片2的面積縮小後，並不會使研磨效果降低，而且 8 M290023 刀片材料的使用比傳統節省，所以成本也能降低。 在金屬刀片2的面積縮小後，研磨盤！縮小面積後 梓汁機7的體積也得以縮/j、，如此一來，榨汁機7的材料及制告 成本也得以明顯降低，同時也減少了空間的使用。 衣以 在榨汁機7縮小後，因入料管71與研磨盤j的中心呈上 正配合，所狀料管71的口徑無需縮小，故仍鱗縣圓形大孔 徑，所以說果能整顆或大塊入料，節省入料時間。 【實施方式】 以下依據圖面所示之實施例詳細說明如後·· (實施例1) 如圖1及圖2所示，分別為本新型研磨盤的立體分解及心 圖，圖中揭示研磨盤丨是由上層的獨鋼金屬刀片2的: 鋼刀座3減，翻定方式是藉由 ^^ 等加以固定。 ㈣螺絲4或鉚釘(未揭） 再參圖咖，相林馳爾丨的俯視 剖面圖，圖中揭示前述出刀片2為圓形，表面 _ _二研磨區22(參圖4)，所述第一研磨區a是： =為軸心的小_ ’表面上設置放射狀分佈的棘齒排23 ;而所述 第-研磨區22疋_在第—研磨區21外_大面積，表面上抓 置多排呈放餘分佈科雜排24。又前= 齒排24也能以切刀（未揭）實施，作 mm丨，㈤… 為了便於敘述，僅說明棘 齒排23及小大齒排24，不詳揭切刀内容。 前繼排23與小尖齒排24都是由刀片2沖出的齒，但棘 9 M290023 :排23是由刀片2底面朝上沖出的斜齒，而小尖齒排％的齒則 疋由刀片2表面沖出的突齒；兩者最大不同處在於棘齒排23的多 個斜齒是串連接在一起，而小尖齒排24的多個突齒則是等間距設 置；又棘嵩排23的-邊是具有研磨及切削作用㈣磨端23ι，另 邊則是平滑下斜不具研磨切削作用的非研磨端。 至於切刀（未揭）則是由刀片2底面朝上沖出的凸刃，凸刀的 ^緣具有研磨_作用，另邊緣财具研磨__，而形狀 ”、、=或孤形，频的實施例可參閱專利文獻1所示。 面籍』述刀片2的第—研磨區21為小面積，第二研磨區22為大 積’兩者之_比侧係可由下列比較可知： a·第-研磨區21的半徑r=1· 5cm，面積疋r 2=7· 〇w 匕金屬刀片2的半徑r=4· 5cm，面積；r r 2=63· 62cn]2 C•第—研磨區22的面積為b-a=56· 55 cm2 a.b.c^:9:8 ’由比例可知，第一研磨區21僅占刀片2面積 虛 而—研磨區22則占刀片2面積的8/9,而第-盥第-研 地_鋪_唯:犧 1-5-:4. 5〇,-1：3^ , 上，其^以^的第一研磨區21設置的棘齒排23至少為一排以 特《於，關面揭示為四排呈十字形分佈，其 屑孔25是透⑽1細設麵孔㈣ 大於棘齒排23為佳，’ L束齒排23的研磨端231，長度以 …，所以研磨時被研磨端231刮削出的屑料就能 M290023 由透空的排屑孔25往下排出，使第-研磨區21自此即不再有積 屑或不易=非屑的問題點發生，關於此方面的作用原理請容後說 月唯别述的棘齒排23中有一支棘齒排2加的長度較長，此一 長棘齒排孤侧端位於中心點或超越過中心點，而與長棘齒排23a 呈_設_卜概25a則是财觸孔25巾最大的—個透孔。 目t揭示it}塑鋼刀座3底部具有—與榨汁機的旋轉軸套 51(®^5有揭)相互卡合的底罩31，而表面則設置數根凸出支柱犯 ❿d述刀片2預&的穿孔26對稱配合後再藉賴定元件如螺絲 4加以螺鎖狀，使得刀片2與刀座3之間因支柱32的存在而產 生排屑空間A，此排屑空間A就是用來使屑料排出的走道。其次， 刀座3的支柱32内埋人金屬螺帽34以供固定元件如螺絲4螺入 固定，以使刀片2不得脫離刀座3。再者，刀座3的面積以大於 1片+ 2為佳’因為由排屑孔25朝下排出的雜在離心力作用下能 μ著刀座3向外緣排出，而且大面積的刀座3也適合與_(未揭） 鲁 。5此由以下第-實施形態會有進-步的介紹。 如圖5所示，為本實施形態的使用示意圖，當馬達5啟動後 使軸套51⑥速；^轉，進而也使研磨盤1同步旋轉，這時蔬果^如 _ 蘋果)人於榨汁機7的人料管71内，受擠壓棒72的下壓作用，而 使跋果6與研磨盤1產生研磨，由於蔬果6與金屬刀片2的第一 及第研磨區21、22同時接觸，所以第二研磨區22產生的屑料 在離。作用下能輕易地朝外迅速排出，❿第一研磨區21產生的屑 料則朝排屑孔25下方排出，由於沒有濾網(未揭)將屑料的渣與汁 刀離’所以這時排出的屑料是果泥，可以作為果醬使用。 11 M290023Regarding the metal blade, the new type of juicer is a blade 2, and the surface of the metal blade has at least two polishing zones, respectively being the central first grinding zone 21 and surrounding the first grinding zone. a second grinding zone 22 at the periphery: and the first grinding light is a set of rows #23 or a cutter, and the second grinding is a small sharp tooth row 24 or a cutter; characterized in that: The grinding ship 21 _ the rear row 23 or the grinding end 231 side of the cutter is provided with a chip evacuation hole 25 for discharging the scrap material downward. According to the metal blade of the above-mentioned juicer grinding disc, the length of the hole 25 is larger than the length of the ratchet row 23 or the cutter. 3. In comparison with the effects of the prior art: after the ratchet row 23 (or the cutter) of the metal blade 2 is provided with the ratchet row 23 (or the cutter) and the chip ratchet row symmetrically disposed with the chip evacuation hole 25, the vegetable and fruit can be obtained by the spine 23 The debris generated by the grinding is discharged downward, and even if the tip of the first grinding zone causes chipping, there is no problem such as difficulty in arranging, and the vegetable and the fruit are normalized. After the metal blade 2 is combined with the steel blade holder 3, a sufficient row of work chambers is left between the two to ensure that the material discharged from the row of holes 25 can be smoothly discharged, so that the chip removal function of the grinding disk 1 is normalized. . When the area of the metal blade 2 is reduced, the grinding effect is not lowered, and the use of the 8 M290023 blade material is lower than the conventional one, so the cost can be reduced. After the area of the metal blade 2 is reduced, the disk is ground! After the area is reduced, the volume of the juicer 7 is also reduced/j, so that the material and the manufacturing cost of the juicer 7 are also significantly reduced, and the use of space is also reduced. After the juicer 7 is shrunk, the diameter of the feed tube 71 and the grinding disc j are positively matched, and the diameter of the tube 71 does not need to be reduced, so the scale has a large circular diameter, so that the whole can be finished. Filling or bulk feeding saves material feeding time. [Embodiment] Hereinafter, the following is a detailed description of the embodiment shown in the drawings. (Embodiment 1) As shown in Fig. 1 and Fig. 2, respectively, the three-dimensional decomposition and the heart diagram of the novel grinding disc are disclosed. The cymbal is made up of the upper single-metal metal blade 2: the steel knife seat 3 is reduced, and the retreading method is fixed by ^^ or the like. (4) Screw 4 or rivet (uncovered) Referring again to Fig., a top cross-sectional view of the Liner, showing that the blade 2 is circular, and the surface _ _ 2 grinding zone 22 (refer to Figure 4) The first grinding zone a is: = is a small axis of the axis _ 'the surface is provided with a radially distributed ratchet row 23; and the first grinding zone 22 疋 _ outside the first grinding zone 21 _ large area, on the surface Grab multiple rows of surplus distribution. Front = tooth row 24 can also be implemented with a cutter (not uncovered), for mm 丨, (5)... For the convenience of description, only the ratchet row 23 and the small large tooth row 24 are explained, and the contents of the cutter are not disclosed. Both the front row 23 and the small tines 24 are teeth that are punched out by the blade 2, but the ratchet 9 M290023: the row 23 is a helical tooth that is punched upward by the bottom surface of the blade 2, and the teeth of the small sharp tooth row are 疋a protruding tooth that is punched out by the surface of the blade 2; the biggest difference between the two is that the plurality of helical teeth of the ratchet row 23 are connected together, and the plurality of protruding teeth of the small tooth row 24 are equally spaced; The side of the tantalum 23 has a grinding and cutting action (4) the grinding end 23ι, and the other side is a non-grinding end which is smooth and has no abrasive cutting action. As for the cutter (uncovered), it is a convex edge which is punched upward by the bottom surface of the blade 2. The edge of the convex knife has a grinding effect, and the edge edge is ground __, and the shape is "," or orphan, and the frequency is For the embodiment, reference can be made to Patent Document 1. The first grinding zone 21 of the blade 2 is a small area, and the second grinding zone 22 is a large product. The ratio of the two sides can be known by the following comparison: a· The radius of the first-grinding zone 21 is r=1·5cm, the area 疋r 2=7· 〇w 半径 the radius of the metal blade 2 r=4·5cm, the area; rr 2=63·62cn]2 C• the first grinding zone The area of 22 is ba=56·55 cm2 abc^:9:8 'from the scale, the first grinding zone 21 only accounts for the area of the blade 2 is imaginary - the grinding zone 22 accounts for 8/9 of the area of the blade 2, and the first -盥第-研地_铺_唯: sacrifice 1-5-:4. 5〇,-1:3^, upper, the ratchet row 23 of the first grinding zone 21 of ^ is at least one row In particular, the closed surface is revealed as a four-row cross-shaped distribution, the chip hole 25 is transparent (10) 1 finely arranged face (four) is better than the ratchet row 23, the grinding end 231 of the 'L-beam row 23, the length is ... Therefore, the scraped material scraped by the grinding end 231 during grinding can be M290023 The chip evacuation hole 25 is discharged downward, so that the first grinding zone 21 no longer has accumulated chips or is not easy to be a problem of non-dusting. The principle of action in this respect is to say that the ratchet of the moon is only described. There is a ratchet row 2 in the row 23 which has a long length. The solitary side of the long ratchet row is located at the center point or beyond the center point, and is opposite to the long ratchet row 23a. The largest through hole of the contact hole 25. The bottom of the steel knife seat 3 has a bottom cover 31 which is engaged with the rotating sleeve 51 of the juicer, and the surface is The plurality of protruding struts are arranged to be symmetrical with respect to the perforation 26 of the blade 2 pre-amplifier, and then screwed by the sizing element such as the screw 4, so that the arranging between the blade 2 and the seat 3 due to the presence of the strut 32 is generated. The chip space A, the chip evacuation space A is the aisle for discharging the scraps. Secondly, the metal nut 34 is embedded in the strut 32 of the seat 3 for screwing and fixing the fixing member such as the screw 4, so that the blade 2 is not allowed. The knife seat 3 is separated from the knife holder 3. Further, the area of the knife holder 3 is preferably greater than 1 piece + 2 'because the impurities discharged downward from the chip evacuation hole 25 can be used under the centrifugal force. The seat 3 is discharged to the outer edge, and the large-area seat 3 is also suitable for the _ (uncovered) Lu. 5 This will be described in the following first embodiment. As shown in Fig. 5, this embodiment Schematic diagram of the use, when the motor 5 is started, the sleeve 516 speed; ^ turn, and then the grinding disc 1 is also rotated synchronously, when the fruits and vegetables such as _ apples are squeezed in the human tube 71 of the juicer 7 The pressing action of the rod 72 causes the capsule 6 to be ground with the grinding disc 1. Since the vegetable 6 is in simultaneous contact with the first and first grinding zones 21, 22 of the metal blade 2, the scrap generated by the second grinding zone 22 is from. Under the action, it can be quickly discharged outwards, and the scrap generated by the first grinding zone 21 is discharged toward the bottom of the chip evacuation hole 25, and since there is no filter (uncovered), the slag of the chip is separated from the juice knife, so that it is discharged at this time. The crumb is a puree and can be used as a jam. 11 M290023
如圖6所示，為第-研磨區22的排屬過程示意圖，圖 =2的第一_區21與蔬果6產生研磨時，棘齒排 Z如箭頭所指方向對蔬果6進行_性的研磨，產生的屑料 排屑孔25朝下排出，排出的範圍在Θ角範圍内；如果沒有 排屬孔25，那麼棘齒排研磨端231刮削出的屑料須藉由刀片2的 離心力向外緣移動，但是棘齒排23與小尖齒排24的齒尖常會積 屬’所以雜擾排使雜不諸㈣積留在刀片2上，、 演變成屑料被擠壓在蔬果6及刀片2之間，造成蔬果6入料困難 及產生阻礙。唯，齡本實施形態，就能使第—研磨區21產生的 屑料順利地朝排屑孔25排出’避免因積屑造成蔬果人料困難或產 生阻礙。 (實施例2) ^如圖7及圖8所示’為本新型的第二實施形_研磨盤立體 分解圖及組合圖，圖中揭示的研磨盤丨與前述第一實施形態不同 處在於增設了錐形濾網8，此濾網8底下外緣具有水平徑向凸出 的底盤81，底盤81與刀座3同面積，且在底盤81近刀緣位置設 置數個定位孔33以供底盤81下對稱設置的定位栓82嵌入固定； 又濾網8内部底面為中空圓孔83，其孔徑大於刀片2的面積，所 以刀片2能置入濾網8内且設置在圓孔82中央。 如圖9所示，為本實施形態的使用示意圖，當馬達5啟動後 使軸套51高速旋轉，進而也使研磨盤1及濾網8同時旋轉，這時 馬果6(如I員果)入於榨汁機7的入料管71後，受擠壓棒72的下 壓作用’而使蔬果6與研磨盤1產生研磨作用，由於蔬果6同時 12 M290023 與金屬刀片2的第-及第二研磨區2卜22同時接觸，所以第二研 磨區22產生的屬料受離心作用能朝外迅速排出，而第一研磨區 21產生的屑料則朝排屑孔25下方排出，由於具有雜形遽網8，; 以能將屬料分離成潰與汁，其中，殘渣是由榨汁機7右上方的出 口 73排出，崎液則由榨汁機7左下方的出口 ^排出。故由本 實施形態可知，在第一實施形態的研磨盤卫上增設滤網8後，就 能使原本製造果泥的形態轉變成汁、逢分離，所以本新型具有兩As shown in FIG. 6 , which is a schematic diagram of the process of arranging the first grinding zone 22 , when the first _ zone 21 of FIG. 2 and the vegetable 6 are ground, the ratchet row Z is _ sex according to the direction indicated by the arrow. Grinding, the generated chip removing holes 25 are discharged downward, and the discharge range is within the corner angle; if there is no row hole 25, the scraping scraped by the ratchet row grinding end 231 has to be centrifugally driven by the blade 2 The outer edge moves, but the tip of the ratchet row 23 and the small tines 24 often accumulates 'so the disturbances cause the miscellaneous (four) to remain on the blade 2, and the chip is squeezed into the fruit and vegetable 6 and Between the blades 2, the vegetable and fruit 6 are difficult to feed and hinder. Only in the embodiment of the present invention, the chips generated in the first grinding zone 21 can be smoothly discharged toward the chip evacuation holes ‘to avoid difficulty or hinder the production of fruits and vegetables due to accumulated chips. (Embodiment 2) ^ As shown in Fig. 7 and Fig. 8, the second embodiment of the present invention is a three-dimensional exploded view and a combined view of the grinding disc, and the grinding disc disclosed in the drawing differs from the first embodiment in that it is added. A tapered filter screen 8 having a bottom horizontal outer edge of the screen 8 has a horizontally convex chassis 81. The chassis 81 has the same area as the seat 3, and a plurality of positioning holes 33 are provided at the proximal edge of the chassis 81 for the chassis. The positioning pin 82 symmetrically disposed at 81 is embedded and fixed; and the inner bottom surface of the filter screen 8 is a hollow circular hole 83 having a larger aperture than the area of the blade 2, so that the blade 2 can be placed in the filter screen 8 and disposed in the center of the circular hole 82. As shown in Fig. 9, in the schematic diagram of the use of the embodiment, when the motor 5 is started, the sleeve 51 is rotated at a high speed, and the grinding disc 1 and the screen 8 are simultaneously rotated. At this time, the horse 6 (such as the member) enters After the feeding tube 71 of the juicer 7 is pressed by the pressing rod 72, the vegetable 6 and the grinding disc 1 are ground, since the vegetable 6 is simultaneously 12 M290023 and the second and second of the metal blade 2 The grinding zone 2 is simultaneously contacted, so that the material produced by the second grinding zone 22 can be quickly discharged outward by the centrifugal action, and the scraps generated by the first grinding zone 21 are discharged toward the bottom of the chip removing hole 25 due to the presence of the The mesh 8 is separated into a crush and a juice, wherein the residue is discharged from the outlet 73 at the upper right of the juicer 7, and the liquid is discharged from the outlet at the lower left of the juicer 7. Therefore, according to the present embodiment, after the filter 8 is added to the polishing pad of the first embodiment, the original form of the puree can be converted into juice and separated, so the present invention has two
種實施形態可供消費者使用，比較起傳統棒汁機的單一功能 新型具有新穎及進步性。 如圖10所不，為本新型研磨盤的金屬刀片2與傳統金屬刀片 2A以1:1等比例繪製的面積比較圖，由於金屬刀片2面積比傳統 縮小’所以榨賴7 _積也得以縮小，其比侧係可由比 較獲知·· A:本新型金屬刀片2的半徑r=45cm，面積η%-B:傳統式金屬刀^的半徑_，面積 A:B士 1.8，由前述比較可知，本新型研磨盤丨的面積僅 ^磨盤的1/L8,所以金屬刀片2的材料得以料並能降低許多 J 屬刀片2面積縮小，相對地，研磨盤1的面積也會縮 :，導致榨汁機7的體積也得以縮小，此由圖u所示可以發現， 上述中已得知傳統金屬刀片2A的面積大於本新型金屬刀片2的 面^ ’所以傳統研磨盤1A與濾網8A面積必需大於本新型研磨般！ 及慮網8，因此傳統榨汁機？A的體積也必大於本新型的榨汁機7。 13 M290023 因此，本新型在金屬刀片2在面積縮小後，相對就能使研磨盤1 及榨汁機7都得以縮小，因此減少了使用材料及降低了製造成本， 也減少了空間的使用，而且入料管71的口徑無需縮小，仍然保持 原有口徑，故不需蔬果切塊後再入料。 - 以上，是依據圖面實施例說明了本新型技術特徵及作用效 - 果，唯從事此項技術的人員能由本新型揭露的技術手段中加以修 飾及改變，因此舉凡經由本新型專利範财所衍纽變的修飾性 • 設計，只要在解效果要旨的顧内，都應涵屬於本新型專利範 圍0The embodiment can be used by consumers, compared with the single function of the traditional juice machine. The novelty is novel and progressive. As shown in Fig. 10, the area comparison diagram of the metal blade 2 of the new type of grinding disc and the conventional metal blade 2A is drawn in a ratio of 1:1, since the area of the metal blade 2 is smaller than the conventional one, so the squeeze 7 _ product is also reduced. It can be known by comparison. A: The radius of the new metal blade 2 is r=45cm, the area η%-B: the radius of the conventional metal knife ^, the area A: B ± 1.8, as can be seen from the above comparison, The area of the new type of grinding disc is only 1/L8 of the grinding disc, so the material of the metal blade 2 can be materialized and the area of many J-type blades 2 can be reduced. In contrast, the area of the grinding disc 1 is also reduced: The volume of the machine 7 is also reduced, which can be found from the figure u. It is known that the area of the conventional metal blade 2A is larger than that of the new metal blade 2, so the area of the conventional grinding disk 1A and the screen 8A must be larger than This new type of grinding! And consider the net 8, so the traditional juicer? The volume of A must also be greater than the juicer 7 of the present invention. 13 M290023 Therefore, the present invention can relatively reduce the grinding disc 1 and the juicer 7 after the metal blade 2 is reduced in size, thereby reducing the use of materials, reducing the manufacturing cost, and reducing the use of space. The diameter of the feed pipe 71 does not need to be reduced, and the original diameter is still maintained, so that the vegetables and fruits are not required to be cut and then fed. - The above is a description of the technical features and effects of the present invention in accordance with the embodiments of the drawings. Only those skilled in the art can be modified and changed by the technical means disclosed in the present invention, and therefore, the novel patents are The modification of the design of the dynasty and the design, as long as it is within the scope of the solution, should belong to the scope of this new patent.
14 M290023 【圖式簡單說明】 圖1:本新型第一實施形態研磨盤的立體組合圖。 圖2:本新型第一實施形態研磨盤的使用示意圖。 圖3:本新型第一實施形態研磨盤的俯視圖。 圖4:本新型第一實施形態研磨盤的全剖視圖。 圖5:本新型第一實施形態研磨盤的使用示意圖。 圖6:本新型金屬刀片的第一研磨區排屑過程示意圖。 圖7:本新型第二實施形態研磨盤的立體分解圖。 圖8:本新型第二實施形態研磨盤的立體組合圖。 圖9:本新型第二實施形態研磨盤的使用示意圖。 圖10 :為本新型金屬刀片與傳統金屬刀片的面積比較圖。 圖11 :為本新型榨汁機與傳統榨汁機的體積比較圖。 【主要元件符號說明】 A 排屑空間 1 研磨盤 2 金屬刀片 21 第一研磨區 22 第二研磨區 23 棘齒排 231 研磨端 24 小尖齒排 25 排屑孔 23a 長棘齒排 15 M290023 25a 大排屑孔 26 穿孔 3 塑鋼刀座 31 底罩 32 § 支柱 4 螺絲 5 馬達 51 軸套 • 蔬果 6 7 榨汁機 71 入料管 72 擠壓棒 73 排屑出口 74 排汁出口 8 錐形濾網 • 81 底盤 82 定位栓 • 83 中空圓孔 1A 傳統研磨盤 2A 傳統金屬刀片 7A 傳統榨汁機 8A 傳統濾網14 M290023 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective assembled view of a grinding disc according to a first embodiment of the present invention. Fig. 2 is a schematic view showing the use of the grinding disc of the first embodiment of the present invention. Figure 3 is a plan view of a grinding disc according to a first embodiment of the present invention. Figure 4 is a full cross-sectional view of a grinding disc according to a first embodiment of the present invention. Fig. 5 is a schematic view showing the use of the grinding disc of the first embodiment of the present invention. Figure 6: Schematic diagram of the chip removal process in the first grinding zone of the novel metal blade. Figure 7 is an exploded perspective view of a grinding disc according to a second embodiment of the present invention. Fig. 8 is a perspective assembled view of a grinding disc according to a second embodiment of the present invention. Fig. 9 is a schematic view showing the use of the grinding disc of the second embodiment of the present invention. Figure 10: Comparison of the area of the new metal blade and the conventional metal blade. Figure 11: Comparison of the volume of the new juicer and the conventional juicer. [Main component symbol description] A Chip space 1 Grinding disc 2 Metal blade 21 First grinding zone 22 Second grinding zone 23 Ratchet row 231 Grinding end 24 Small sharp tooth row 25 Chip removal hole 23a Long ratchet row 15 M290023 25a Large chip removal hole 26 Perforation 3 Plastic steel seat 31 Under cover 32 § Pillar 4 Screw 5 Motor 51 Bushing • Fruit and vegetable 6 7 Juicer 71 Feeding pipe 72 Extruding rod 73 Chip discharge outlet 74 Juice outlet 8 Cone filter Net • 81 Chassis 82 Positioning bolt • 83 Hollow round hole 1A Traditional grinding disc 2A Traditional metal blade 7A Traditional juicer 8A Traditional strainer