200822893 九、發明說明： 【發明所屬之技術領域】 本發明係有關於— 含並填充二種不同調味料之研料：磨器’尤指-種包 第二容室的相對的高低位置研二=:磨器利用第-、 【先前技術Γ ·調味料動作者。 食物:美t食f品嘗時’調味料的添加是添增 會以較大顆粒的;寸=各原味，通常細 器直接磨碎使用。 u要用到時’才以研磨 目前，-般手工研磨器結構，包括一個 =固連接主體上端的㈣操作部分、主體 站 可和旋轉操作部位—起轉動，一個 :傳動軸 牙零件、一個包住内牙的外牙，並賴 調味料是被放在中空的主體，這樣一來，當轉體^， 時，内部牙會轉動相對的外部牙來磨碎調味。㊉部位 然而，使用讀磨研„耗時及耗力，對那 1活的人要很順利的操作這樣的研磨器是有困不 且，先前所發明的研磨器也是只能磨一種或曰忠’而 ，料’而不能磨二種;相對於市 種 種 磨器’而電動研磨器包含一個馬達、一個研磨；：電動研 連接馬達和研磨室的傳動轴、一個可啟動-個 =些研磨器並不报實用，因為只能磨一種或 成為一種的調味料。 夕禋此合 有鑑於此，本發明人即是鑒於上述手動、電動式的研 200822893 磨器於實際製作及實施使社的缺失之處，而加以修正、 改良’同時本著求好之精神及理念，並藉由專業 經^輔助，以及在多方巧思、試驗後，方創設出本發=， 二動調味料研磨器’以改善現有技術達到便利 【發明内容】 ^明係有關於—種電動調味 有一主體、一馬達、一可植从 "土要包含 第二研磨裝置及第馬達電力之電源組、第〜、 設為第-端及第-端、傳動軸’其中於主體兩側分别 及第ιΐ 而弟一端及第二端鄰設有第-容〜 屮灿—谷至’該馬達係置於主體内，且馬達上設有第i 端，且第-、第二輪出轴對===第二 轉〕或第二方向〔反轉〕，續於第體二门為〔正 有第一、第二研磨梦署，、第弟一谷至處分别毁 -JJL t 研磨襄置中設有固定的外研府产 及被轉動的内研磨座，令第一傳動軸：卜：磨座 ::磨裝置中的内研磨座，而第二傳 ；：： 觸裝置，該傾斜接觸裝置可令第-ii: 笛：i—谷至了方時’讓研磨器自動啟動馬達旋轉第一在 ““出一方向〔正轉〕旋轉研磨第-容室内2 肩未料，或使第二容室位於第 :至内之 啟動馬達旋轉第一及第二輸出 ：研磨盗自動 轉研磨調味料者。 一向〔反轉〕旋 【實施方式】 而為令本發明之技術手段能夠更完整且清楚的揭 200822893 露，兹請-併參__式及圖號，並詳細說明 百先，請參閱第一〜四圖所示，係 & 味料研磨n之分解及讀組合剖視示意圖，2 = 體⑴、馬達⑵、電源組(3)、控制開關(;3 傳動軸（5)、及第一、第二研磨裝置，其中： 主體α)在兩端設有第一、第二 /、. 置放調味料，於主體⑴中的第—二☆ ’可對應 連接部⑽’而馬達⑵是安裝在主設有 士 ’馬達⑵兩端設有第一、第二輪出軸(21)、⑵°κ;2，) 當馬達⑵被啟動時，第―、第二輪出轴⑵）、⑵ 方向旋轉’且第-、第二輪出轴⑻、（2 轉方向可料JL轉或反轉，續㈣- 疋 (21)^ (2Γ 組（22)之輸出端與單向棘輪（23)相接。 &^輪 電源組⑶設μ體⑴之連接部⑽内提供馬達⑵ 電力’控制開關⑷同樣也放置在主體⑴的連 裡:以控制從電源組⑶提供電源給馬達⑵，同時也控j 改變馬達(2)上的第一、第二輸出軸(21)、(21。的：轉 方向〔正轉或反轉〕’而該控制開關⑷可為一傾斜接觸 裝置（4 )，其包含一具有高低位置的通道（41)，通道（41) 由中央低點區（411)及兩側分別形成第一、第二高點區 (412) (413)所構成【係可為具高低位置的弧狀通^或: 轉折段與平坦區的〔形通道】，及通道（41)内設有至少一 個可移動的滾動體（42)，如：通道（41)内可設有5個球體， 可多加或減少球體數量，並且非球形可移動、滾動者也可 以使用；另，於第一高點區（412)中設有非接觸狀態的第 200822893 、 一、第二接觸點（4121)、（4122)，而在第二高點區（413) 中T1又有非接觸狀態的弟三、第四接觸點（4131)、。 當傾斜接觸裝置（4，）在平行放置的狀態下如第___ 二、五〜六圖所示〔即第一、第二容室（11)呈水平平放的 狀態〕，如此，可移動的滾動體（42)會在低點區（411)中， 因為引力的關係當可移動的滾動體（42)在低點區（“I) 時，該第一、第二接觸點（4121)、（4122)不會互相接觸， 而第三、第四接觸點（4131)、（4132)也不會互相接觸，所 以，此時馬達（2 )維持不啟動的狀態，而其研磨裝置（6 )也 不會轉動。 續於傾斜接觸裝置（4，）呈直立垂直於水平面的狀態 下如弟一〜二、七〜九圖所示〔即第一、第二容室（11)呈 —上一下的置放狀態，先以第一容室位於第二容室之下方 為例〕，因為重力與引力的關係，該可移動的滾動體（42) 會移動至第一高點區（412)，令滾動體（42)壓迫第一接觸 點（4121)接觸到第二接觸點（4122)〔如第八圖所示為可 \ 移動的滚動體（42)在第一高點區（412)，導致第一接觸點 (4121)與苐一接觸點（4122)形成接觸〕，而第一、第二接 鵠點（4121)、（4122)的接觸則完成一個電路，馬達（2)就 會被啟動，並在第一方向啟動〔正轉〕。 而第一、第二研磨裝置（6)分別在主體（丨）的第一、第 二容室（11)中，且研磨裝置（6)包含有固定的外研磨座（62) 及被轉動的内研磨座（61)，外研磨座（62)包覆於内研磨座 (61)的外部，另，該研磨裝置可被轉動的内研磨座包含一 個有研磨齒的内部零件向外延伸，及固定的外研磨座包含 〜個有研磨齒的外部零件向内延伸，且外部零件包圍相對 8 200822893 二且每個從外部零件向内延伸的研磨齒有-個結 構ί於㈣部零件中向外延伸的研磨齒的結構。而第 一弟—研磨裝置（6)對應靠近容室（11)的出口，僂動 軸⑸是位於容室⑴）中，甘/山知出口而傳動 ,a：& , σ ^ )中並在一端與一個單向棘輪（23) ^合^單向棘輪（23)被轉龍定的杨時，傳動軸 ⑸y、早向棘輪⑽-起轉，傳動軸⑸的另—端斑研磨 裝置（6)的内研磨座（61)相接。 ’、 接、述，#馬達⑵在第一方向被啟動時〔正 轉〕’連接第-輸出軸⑼的單向棘輪⑽轉動，同時所 對動軸⑸也一起轉動’如此，第-研磨裝置⑹的 内1上61)在第-谷室⑴）中會旋轉並與外研磨座（⑻ 一起磨碎調味料。 > =外，單向棘輪（23)所連接第二輸出軸（21，穴目前 在杈局位置）會旋轉，但不會被傳動軸⑸帶動一起旋轉研 磨口此第一研磨裝置（6)(目前在較高位置）不會運作。 反之’於傾斜接觸裝置（4,）呈直立垂直於水平面的 狀Π即第―、第二容室⑴)呈-上-下的置放狀態， 以第二容室位於第一容室之下方為例〕’因為重力與引力 的關係，該可移動的滚動體（42)會移動至第二高點區 (413) ’令滚動體⑽壓迫第三接觸點⑷31)接觸第四接 觸點（4132) ’而第三、第四接觸點（4131)、（4132)的接觸 則完成另-個電路’馬達⑵就會被啟動，並在第二方向 啟動〔、反轉〕，當馬達（2)在第二方向被啟動時〔反 轉〕’連接第二輸出轴（21，）的單向棘輪（23)轉動，同時 所對應的傳動轴⑸也_起轉動，如此，第二研磨裳置⑹ 的内研磨座（61)在第—谷室（11)中會旋轉並與外研磨座 9 200822893 (62)—起磨碎調味料。同樣地，單向棘輪（23)所連接的 一輸出軸（21)(目4在較高位置）會旋轉，不會令傳動軸（ 一起轉動，如此，第一研磨裝置（6)(目前在較高位置）不 會運作。 當第二研磨器置（6)於反向位置，也是第二輸出軸 (2Γ )和第二研磨裝置（6)剛好在第一輸出軸（21)的下方 時，如此，使得傾斜接觸裝置（4,）中之滾動體（42)順著 通道（41)之引力的關係，由低點區（411)往第二高點區 (413)下’滑，使滾動體(42)壓迫第三接觸點（4137)^觸^ 四接觸點（4132)，產生互相接觸，馬達就會相對於第 二個在相反方向開始旋轉，使單向棘輪（23)連接第二輸出 軸（21，）旋轉，導致相關的傳動軸（5)一起轉動，如此， 第二研磨裝置（6)(目前處於較低位置）的内研磨座（μ)， 將會旋轉與外研磨座（62)—起磨碎調味，另外單向棘輪 (23)連接第一輸出軸（21)(目前處於較高位置）會轉動，可 疋無法使傳動軸（5) —起轉動，如此第一研磨裝置（6)(目 前在較高位置）就不會運轉；當將傾斜接觸裝置（4,)平 放，即像滚動體（42)滚回低點區（411)，令接觸點脫離接 觸的狀態，馬達（2)會停止轉動，當第一、第二研磨裝置 (6)處^上述平行位置，則馬達（2)不會啟動。 請再參閱第十、十一圖所示，為該傾斜接觸裝置（4,) 之另-實施狀態，其主要設有具有高低位置的通道⑷）， ，道（41)由中央低點區（4⑴及兩侧分別形成第―、第二 =點區（412)、（413)所構成【係可為具高低位置的弧狀通 k或具轉折段與平坦區的〔形通道】，及通道（41)内設有 至少一個可移動的導電體（44)，該導電體（44)可為滾動的 10 200822893 球f，如騎⑷）内可設有5個賴，可多加或減少球體 數畺、並且非球形可移動、滾動導電體（44)也可以使用， 另通道（41)内之最前、最後的導電體（44)上套設有彈性件 (45)，且於第一焉點區⑷幻中設有平行狀態的第一、第 二，觸= (4121)、（4122)，而在第二高點區⑽）中設有 平行狀態的第三、第四接觸點（4131)、（4132)。當傾斜接 觸裝置（4’）在平行放置下，該導電體(44)係位於通道（41) 之中央低點區（411)，且其第一、第二接觸點（4121)、（4122) 及第三、第四接觸點（4131)、（4132)不會被導通產生研磨 效果；而在傾斜接觸裝置（4,)呈直立垂直於水平面的狀 ^下，第-、第二容室（⑴呈一上一下的置放狀態，以 第一谷至位於第一容室之下方為例〕，該導電體（44)朝位 於下方之第一咼點區（412)移動，同時將位於最前端之彈 性件（45)推壓移動，使其彈性件（45)與其第一、第二接觸 點（4121)、（4122)相互接觸，此時，該第一、第二接觸點 (4121)、（4122)藉由具導電性之彈性件（45)形成電路接 通；反之，另一方向也藉此達到第三、第四接觸點（4131)、 (4132)導通另一電路。 接續上述，該通道（41)内亦可僅設滾動體（42)來作第 一、第二接觸點（4121)、（4122)及第三、第四接觸點 (4131) 、（4132)的導通構件，利用滚動體（42)與第一、第 一接觸點（4121)、（4122)〔或第三、第四接觸點（4131)、 (4132) 〕作點接觸式的導通，而使電路接通進行研磨者。 請再參閱第十二、十三圖所示，又，於該控制開關（4) 中係設有一鎖定環（43)，該鎖定環（43)上設有一凸翼 (431)，於正常的第一、第二研磨裝置（6)的研磨狀能下， 200822893 該鎖定環（43)之凸翼（431)係對應抵觸控制開關（4)盘電 源組（3)之導通端（46)、（31)，使其電路接通；而當運送 f要防止滾動體（42)任意移動而產生研糾，則將該鎖定 %(43)轉動，令其凸翼（431)脫離與控制開關、電源組 (3)之導通端（46)、（31)的接觸而使其斷電，如此，該滾 動體（42)於任意移動的狀態下均不會有電路接通的研^ 動作’形成一播止的之安全措施。 尺寸前^之實f例或圖示並雜定本發明之結構樣態或 ίΓ 術賴中具有財知識者之適當變化或 >飾，皆應視為不脫離本發明之專利範疇。 二 經由以上的實施說明，可知本發明7 — 可各別供二種不同之調味品容置，辦加㈣二有-谷室 性;同時藉由該控制開關控制馬達之;向:二：： 旋轉，使受傳動轴傳動之内研磨 轉方向（研磨方向） 而旋轉’且配合外研磨麵行研 t時機受傳動 與否，使其滾動體在運送過 t控制電源導通 有研磨的現象產生，以保護研磨下，使其不會 之安全措施功能。 防止不當搖晃狀態 綜t所述，本發明實施例確能達 政，又其所揭露之具體構造，不僅 預_之使用功 中，亦未曾公開於申請前，誠已完全符=諸於同類產品 =麦依法提出發明專利之申請，想;2法之規定與 准專利，則實感德便。 〜予審查，並賜 12 200822893 【圖式簡單說明】 第一圖：本發明之立體分解示意圖 第二圖：本發明之立體組合剖視示意圖 第三圖：本發明之組合剖視圖（一） 第四圖：本發明之組合剖視圖（二） 第五圖：本發明之控制開關組動作示意圖（一） 第六圖：本發明之控制開關組動作簡圖（一） 第七圖：本發明之控制開關組動作示意圖（二） 第八圖··本發明之控制開關組動作簡圖（二） 第九圖：本發明之線路簡圖 第十圖：本發明另一實施例動作示意圖（一） 第十一圖：本發明另一實施例動作示意圖（二） 第十二圖：本發明之鎖定環的動作示意圖（一） 第十三圖：本發明之鎖定環的動作示意圖（二） 【主要元件符號說明】 (1) 主體 (11) 容室 (12) 連接部 (2) 馬達 (21) 第一輸出軸 (2Γ ) 第二輸出軸 (22) 減速齒輪組 (23) 單向棘輪 (3) 電源組 (31) 導通端 (4) 控制開關 (41) 通道 (411) 低點區 (412) 第一高點區 (4121) 第一接觸點 (4122) 第二接觸點 (413) 弟二面點區 (4131) 第三接觸點 (4132) 第四接觸點 (42) 滾動體 (43) 鎖定環 (431) 凸翼 13 200822893 (44) (46)(6) (62) 導電體 (45) 彈性件 導通端 (5) 傳動軸 研磨裝置 (61) 内研磨座 外研磨座 (4，） 傾斜接觸裝置 14200822893 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to a material containing and filling two different seasonings: a grinding device, especially a relatively high and low position of a second chamber of a seed package. : Grinding machine uses the first -, [previous technology Γ · seasoning actor. Food: When the food is tasted, the addition of the seasoning is added to the larger granules; the inch = the original flavor, usually used directly for grinding. u should be used when it is used to grind the current, general hand grinder structure, including a (four) operating part of the upper end of the solid body, the main body can be rotated with the rotating operation part, one: the drive shaft part, a package The outer teeth of the inner teeth are placed, and the seasonings are placed in the hollow body, so that when the body is turned, the inner teeth will rotate the opposite outer teeth to grind the seasoning. Ten parts, however, the use of reading and grinding „ time-consuming and labor-intensive, it is difficult for the living person to operate smoothly such a grinder. The previously invented grinder can only grind one kind or loyalty. 'And, 'can't grind two kinds; compared to the city's various types of grinders' and the electric grinder contains a motor, a grinding;: electric drive connecting motor and grinding chamber drive shaft, a startable - a = some grinder It is not reported to be practical, because it can only be ground or become a kind of seasoning. In view of this, the inventor of the present invention is in view of the above-mentioned manual and electric research 200822893 grinding machine in actual production and implementation of the lack of society. Where, but to correct, improve 'at the same time in the spirit and philosophy of seeking good, and through the professional help ^, and after many ingenuity, experiment, create a hair =, two-motion seasoning grinder' To improve the prior art to achieve convenience [Summary of the invention] ^There is a kind of electric seasoning, a main body, a motor, a plantable from the soil, the second grinding device and the motor power group, the first, For the first end and the first end, the drive shaft' is disposed on both sides of the main body and the first end of the first and second ends of the first and second ends of the body, and the motor is placed in the main body, and The motor has an i-th end, and the first and second rounds of the shaft pair ===second turn] or the second direction (reverse), and the second body of the second body is [the first and second grinding Dream Department, the first brother of the valley is destroyed everywhere - JJL t grinding set with fixed external research and production of the rotating inner grinding seat, the first drive shaft: Bu: grinding seat:: grinding device The inner grinding seat, and the second pass;:: the touch device, the tilt contact device can make the -ii: flute: i-valley to the square when 'let the grinder automatically start the motor to rotate the first in the "out direction" [Forward rotation] Rotary grinding of the first chamber of the first chamber is not expected, or the second chamber is located at the first: the starter motor rotates the first and second outputs: the grinding thief automatically rotates the seasoning. 〕[Embodiment] In order to make the technical means of the present invention more complete and clear, 200822893 is exposed, please - and participate in the __ style and figure number, and For a detailed description of the first, please refer to the first to fourth figures, the schematic diagram of the decomposition & reading combination of the & sauce grinding n, 2 = body (1), motor (2), power supply group (3), control switch (3 a transmission shaft (5), and first and second grinding devices, wherein: the main body α) is provided with first and second /, placing seasonings at both ends, and the second to the second body in the main body (1) The connecting portion (10)' and the motor (2) are mounted on both ends of the main stern 'motor (2) with first and second rounds of the shaft (21), (2) ° κ; 2,) when the motor (2) is activated, the first, The second round of the shaft (2)), (2) the direction of rotation 'and the first and second rounds of the shaft (8), (2 the direction of the JL turn or reverse, continued (four) - 疋 (21) ^ (2 Γ group (22) The output is connected to the one-way ratchet (23). &^ wheel power pack (3) is provided with the motor (2) in the connection part (10) of the μ body (1). The power control switch (4) is also placed in the body (1): to control the power supply from the power pack (3) to the motor (2), and also control Changing the first and second output shafts (21), (21: turning direction [forward or reverse]] on the motor (2) and the control switch (4) may be a tilt contact device (4), which includes a channel (41) having a high and low position, the channel (41) is formed by a central low point area (411) and two sides forming a first and a second high point area (412) (413) respectively. The arc-shaped pass or: the [shaped channel] of the turning section and the flat zone, and the channel (41) is provided with at least one movable rolling body (42), for example, five spheres can be provided in the channel (41) , the number of spheres can be increased or decreased, and the non-spherical movable and rolling can also be used; in addition, the first high point area (412) is provided with the non-contact state of the 200822893, the first and the second contact point (4121). (4122), and in the second high point area (413), T1 has a non-contact state of the third, fourth contact point (4131), When the inclined contact device (4,) is placed in parallel, as shown in the first ___ 2, 5 to 6 (that is, the first and second chambers (11) are horizontally laid), thus, The moving rolling body (42) will be in the low point area (411) because of the gravitational relationship. When the movable rolling element (42) is in the low point area ("I), the first and second contact points (4121) ), (4122) will not touch each other, and the third and fourth contact points (4131), (4132) will not touch each other, so that the motor (2) is maintained in a non-starting state, and its grinding device ( 6) It will not rotate. Continued from the state where the inclined contact device (4,) is upright and perpendicular to the horizontal plane, as shown in the figure of the brothers one to two, seven to nine (that is, the first and second chambers (11) are - For the upper placement state, first, the first chamber is located below the second chamber. For example, due to the relationship between gravity and gravity, the movable rolling body (42) moves to the first high point area (412). ), causing the rolling element (42) to press the first contact point (4121) to contact the second contact point (4122) [as shown in the eighth figure, the movable roll can be moved The body (42) is in the first high point region (412), causing the first contact point (4121) to make contact with the first contact point (4122), and the first and second contact points (4121), (4122) The contact completes a circuit, the motor (2) is activated, and starts in the first direction [forward rotation]. The first and second grinding devices (6) are respectively in the first and second parts of the main body (丨). In the chamber (11), and the grinding device (6) comprises a fixed outer grinding seat (62) and a rotating inner grinding seat (61), and the outer grinding seat (62) is covered on the inner grinding seat (61) Externally, the inner grinding seat that can be rotated by the grinding device comprises an inner part with grinding teeth extending outward, and the fixed outer grinding seat comprises an outer part with grinding teeth extending inwardly, and the outer part is surrounded by the outer part. 8 200822893 2 and each of the grinding teeth extending inwardly from the outer part has a structure of the grinding teeth extending outward in the (four) part. The first younger-grinding device (6) corresponds to the outlet close to the chamber (11), and the swaying shaft (5) is located in the chamber (1)), and is driven by the Gan/Shanzhi outlet, a: & σ ^ ) When one end is connected to a one-way ratchet (23) and the one-way ratchet (23) is turned to the yang, the drive shaft (5) y, the early ratchet (10) - is rotated, and the other end spot grinding device of the drive shaft (5) The inner grinding seats (61) of 6) are connected. ', connect, say, # motor (2) when the first direction is activated [forward rotation] 'the one-way ratchet (10) connected to the first output shaft (9) rotates, and the moving shaft (5) also rotates together 'So, the first-grinding device (6) The inner 1 upper 61) rotates in the first-grain chamber (1)) and grinds the seasoning with the outer grinding seat ((8). > = outer, the one-way ratchet (23) is connected to the second output shaft (21, The hole is currently rotated in the position of the yoke, but will not be driven by the drive shaft (5) to rotate the grinding port. The first grinding device (6) (currently at a higher position) will not operate. Conversely, the slant contact device (4, The condition that the erect is perpendicular to the horizontal plane, that is, the first and second chambers (1) are placed in an up-down manner, and the second chamber is located below the first chamber as an example] 'Because of gravity and gravity Relationship, the movable rolling body (42) moves to the second high point area (413) 'so that the rolling body (10) presses the third contact point (4) 31) to contact the fourth contact point (4132)' and the third, The contact of the four contact points (4131) and (4132) completes another circuit 'Motor (2) will be activated and started in the second direction [, reverse], when the motor (2) is activated in the second direction [reverse] 'the one-way ratchet (23) connected to the second output shaft (21,) is rotated, and the corresponding transmission shaft (5) is also _ Rotating, as such, the inner grinding seat (61) of the second grinding skirt (6) rotates in the first-chamber chamber (11) and grinds the seasoning with the outer grinding seat 9 200822893 (62). Similarly, an output shaft (21) to which the one-way ratchet (23) is connected (the head 4 is at a higher position) will rotate without causing the drive shaft to rotate together, thus, the first grinding device (6) (currently at The higher position does not work. When the second grinder is placed (6) in the reverse position, also the second output shaft (2Γ) and the second grinding device (6) just below the first output shaft (21) In this way, the rolling elements (42) in the inclined contact device (4) are slid down from the low point area (411) to the second high point area (413) along the gravitational relationship of the passage (41). The rolling body (42) presses the third contact point (4137) to contact the four contact points (4132) to make contact with each other, and the motor starts to rotate in the opposite direction with respect to the second one, so that the one-way ratchet (23) is connected. The two output shafts (21,) rotate, causing the associated drive shaft (5) to rotate together. Thus, the inner grinding seat (μ) of the second grinding device (6) (currently in a lower position) will rotate and externally grind Seat (62) - grinding and seasoning, and the one-way ratchet (23) connected to the first output shaft (21) (currently at a higher position) will rotate It is impossible to rotate the drive shaft (5) so that the first grinding device (6) (currently at a higher position) does not operate; when the inclined contact device (4,) is laid flat, that is, like a rolling element (42) Roll back to the low point area (411), and the motor (2) will stop rotating when the contact point is out of contact. When the first and second grinding devices (6) are in the above parallel position, the motor (2) Please refer to the tenth and eleventh figures for the other embodiment of the inclined contact device (4,), which is mainly provided with a channel (4) having a high and low position, and the track (41) is centrally The low point area (4 (1) and the two sides form the first -, second = point area (412), (413) respectively. The system can be an arc-shaped pass with a high or low position or a curved channel with a turning section and a flat zone. 】, and the channel (41) is provided with at least one movable electrical conductor (44), the electrical conductor (44) can be rolled 10 200822893 ball f, such as riding (4) can have 5 Lai, can add more Or reduce the number of spheres, and the non-spherical movable, rolling conductor (44) can also be used, and the first and last guides in the other channel (41) The body (44) is sleeved with an elastic member (45), and is provided with first and second parallel states in the first defect region (4), and touches (4121) and (4122), and is at the second highest position. The third and fourth contact points (4131) and (4132) in the parallel state are provided in the dot area (10). When the tilt contact device (4') is placed in parallel, the conductor (44) is located in the central low point region (411) of the channel (41), and its first and second contact points (4121), (4122) And the third and fourth contact points (4131), (4132) are not turned on to produce a grinding effect; and in the case where the inclined contact device (4,) is upright and perpendicular to the horizontal plane, the first and second chambers ( (1) in a state of being placed up and down, taking the first valley to be located below the first chamber, for example, the conductor (44) moves toward the first defect area (412) located below, and will be located at the most The elastic member (45) of the front end is pushed and moved to bring the elastic member (45) into contact with the first and second contact points (4121) and (4122). At this time, the first and second contact points (4121) (4122) The circuit is turned on by the conductive elastic member (45); otherwise, the other direction is used to reach the third and fourth contact points (4131), (4132) to turn on the other circuit. In the channel (41), only the rolling elements (42) may be provided as the first and second contact points (4121), (4122) and the third and fourth contact points (4). 131), (4132) the conduction member is made by the rolling element (42) and the first and first contact points (4121), (4122) [or the third and fourth contact points (4131), (4132)] Point-contact conduction, and the circuit is turned on for grinding. Please refer to the twelfth and thirteenth drawings, and a locking ring (43) is arranged in the control switch (4), the locking ring (43) is provided with a convex wing (431), under the grinding condition of the normal first and second grinding devices (6), 200822893, the convex wing (431) of the locking ring (43) corresponds to the interference control switch ( 4) The conduction terminals (46) and (31) of the disk power supply unit (3) are connected to the circuit; and when the transmission f is to prevent the rolling elements (42) from being arbitrarily moved to cause the correction, the lock %(43) Rotating, causing the convex wing (431) to be disconnected from the control switch, the conduction ends (46), (31) of the power supply group (3) to be powered off, and thus, the rolling element (42) is arbitrarily moved. In the state, there will be no safety measures for the circuit to form a broadcast. The size of the front or the figure and the configuration of the invention or the method of the invention. Appropriate changes or "decoratives of those skilled in the art should be considered as not departing from the scope of the invention. 2. Through the above description, it can be seen that the present invention 7 - can be used for two different condiments, Add (4) two-valley; at the same time, control the motor by the control switch; turn: 2:: rotate, so that the grinding direction (grinding direction) is rotated by the transmission shaft, and the outer grinding surface is studied. t Timing is driven or not, so that the rolling elements are transported through the t-control power supply and the grinding phenomenon occurs to protect the grinding, so that it does not have the safety function. In order to prevent the improper shaking state, the embodiment of the present invention can achieve political success, and the specific structure disclosed therein is not only used in the work, but also has not been disclosed before the application, and has been fully qualified = similar products = Mai applied for an invention patent in accordance with the law, think; 2 law provisions and quasi-patent, it is really sensible. ~ 审 。 。 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 Figure: sectional view of the combination of the present invention (2) Fifth: schematic diagram of the operation of the control switch group of the present invention (1) FIG. 6: Schematic diagram of the operation of the control switch group of the present invention (1) FIG. 7: Control switch of the present invention Schematic diagram of group action (2) Fig. 8 is a schematic diagram of the operation of the control switch group of the present invention (2) FIG. 9 is a schematic diagram of the circuit of the present invention. FIG. 10 is a schematic view showing the operation of another embodiment of the present invention (1) BRIEF DESCRIPTION OF THE DRAWINGS FIG. 12 is a schematic view showing the operation of another embodiment of the present invention. FIG. 12 is a schematic view showing the operation of the locking ring of the present invention. FIG. 13 is a schematic view showing the operation of the locking ring of the present invention (2) [Main component symbol Description] (1) Main body (11) Housing (12) Connection (2) Motor (21) First output shaft (2Γ) Second output shaft (22) Reduction gear set (23) One-way ratchet (3) Power supply Group (31) conduction end (4) Switch (41) Channel (411) Low point area (412) First high point area (4121) First contact point (4122) Second contact point (413) Two-point area (4131) Third contact point ( 4132) Fourth contact point (42) Rolling element (43) Locking ring (431) Lobe 13 200822893 (44) (46)(6) (62) Conductor (45) Elastic member conduction end (5) Drive shaft grinding Grinding seat outer grinding seat (4,) in device (61) inclined contact device 14