五、新型說明： 【新型所屬之技術領域】 椒 本新型是有關於一 鹽粒等粗粒狀調味 種研磨器，特別是指一種用於將胡 研磨成微小粉末狀的胡椒研磨器 【先前技術】V. New description: [New technical field] The new type of pepper is a coarse-grained seasoning grinder, such as a salt, especially a pepper grinder used to grind the ground into a tiny powder. 】
胡椒研磨器主要是藉由一 A 疋设置的母研磨座，以及 一可相對該母研磨座轉動的公 ㈣A研磨座互相配合，達成將胡 椒粗顆粒研磨成胡椒細顆粒 t a 4々 柄祖炙目的，而且為了因應使用者 :食用習，償，該等研磨座之間的一個研磨空間的大小是被 成。十成可作調整，藉由調整後之空間大小來決定研磨後的 胡椒顆粒大小β η中口一種如英國專利GB2412616號專利案所提供之胡 椒研磨器’便可調整前述公、母研磨座之間的空間大小， 此研磨器之調整結構主要是具有位於底部且互相嚙合之一 外環座與-内環座，所述内、外環座皆具有一個彼此互相 配合的螺紋部，轉動該外環座時，即可透過螺紋部的配合 而帶動該内環座軸向上下移動，該内環座因此帶動上方的 一個母研磨座相對一個公研磨座軸向上下移動，如此即可 調整公、母研磨座之間的研磨空間的大小。 而胡椒研磨器使用之後，經常會有胡椒顆粒殘留 在該研磨空間中，亦即，容易有胡椒顆粒卡置於公、母研 磨座之間，在此情形下，將導致甚難使公、母研磨座可彼 此相對上下移位調整，必須再度驅轉公研磨座使其可相對 M376248 母研磨座轉動，迫使卡置於公、母研磨座之間顆粒掉落， 此時，公、母研磨座便可順利進行上下相對位移而調整彼 此之間的空間大小。 而前述習知構造之内、外環座及母研磨座的組裝結構 設計，將迫使外環座轉動之後，一定會造成内環座及母研^ 磨座的上升或下降’此時如果要轉動該外環座使該研磨空 間由大變小，將因為胡椒顆粒的卡固而使該内環座與母研 磨座無法下降，因此轉動該外環座會明顯受到阻力而無法 轉動’使用者就必須先停止調整動作，並轉動一個位於上鲁 方之蓋體，以透過一支上下延伸之作動軸來帶動該公研磨 座轉動並研磨胡椒，將卡住的胡椒顆粒磨細而解除卡固狀 態之後’才能進行下方外環座之轉動調整步驟，如此造成 該胡椒研磨器在調整使用上相當不方便。 【新型内容】 因此，本新型之目的，即在提供一種可以順暢地調整 研磨空間大小且結構創新的胡椒研磨器。 於是’本新型胡椒研磨器，包含：一界定出一容裝空籲 間的容裝單元、一研磨單元、一調整座，以及一底座單元 〇 該研磨單元包括一個受該容裝單元帶動而可繞自身轴 線轉動的連動轴、一個連動地結合在該連動轴之底段的内 研磨座’以及一個環繞該内研磨座並與内研磨座共同界定 出一研磨空間的外研磨座。該調整座安裝在該外研磨座之 下方而可帶動該外研磨座上下移動，該調整座包括一個朝 4 向下方的調整面，該調 a, S. y 徊斜面部，該斜 ^包括-個位於最低處的低點，以及一 ^ 點。該底座簟亓敢阿處的尚 底座早k可相對轉動地安裝在 ’並包括至少一個向m 衮早凡之底部 底座早兀可相對該調整座 ._.^ 該 於該低騎動，使該卡塊沿該斜面部移動 -，."^呵點之間，進而使該調整座 對該内研磨座上下敕叙^ 「叫磨座相 下移動’並改變該研磨空間之大小。 【實施方式】 、有關本新型之前述及其他技術内容、特點與功效，在 =下配σ參考圖式之：個較佳實施例的詳細說明中，將可 /月楚的呈現。在本新型被詳細描述之前，要注意的是，在 以下的說明内容中’類似的元件是以相同的編號來表示。 參閱圖1、2、 包含：一容裝單元 本新型胡椒研磨器之第一較佳實施例 —研磨單元2、一調整座3，以及一 底座單元4。The pepper grinder is mainly composed of a female grinding seat provided by an A , and a male (four) A grinding seat which is rotatable relative to the female grinding seat, thereby achieving grinding of the coarse particles of pepper into fine particles of pepper ta 4 々 炙 炙And in order to respond to the user: consumption, reimbursement, the size of a grinding space between the grinding seats is made. Ten percent can be adjusted, and the size of the pepper particles after grinding is determined by the size of the adjusted space. η. A kind of pepper grinder provided in the patent of GB2412616 can adjust the above-mentioned male and female grinding seats. The size of the space, the adjusting structure of the grinder mainly has an outer ring seat and an inner ring seat at the bottom and intermeshing, and the inner and outer ring seats have a threaded portion that cooperates with each other, and rotates the outer portion When the ring seat is engaged, the inner ring seat can be moved up and down by the cooperation of the threaded portion, and the inner ring seat thus drives the upper one of the female grinding seats to move up and down with respect to a male grinding seat. The size of the grinding space between the female grinding seats. After the pepper grinder is used, there are often pepper particles remaining in the grinding space, that is, it is easy to have the pepper particles stuck between the male and female grinding seats. In this case, it will be difficult to make the male and female The grinding seats can be displaced up and down relative to each other, and the male grinding seat must be driven again to rotate relative to the M376248 female grinding seat, forcing the card to fall between the male and female grinding seats. At this time, the male and female grinding seats It is possible to smoothly perform the relative displacement of the upper and lower sides and adjust the size of each other. However, the assembly structure design of the inner and outer ring seats and the female grinding seat of the prior art structure will force the outer ring seat to rotate, which will cause the inner ring seat and the female grinding seat to rise or fall. The outer ring seat makes the grinding space from large to small, and the inner ring seat and the female grinding seat cannot be lowered because the pepper particles are stuck. Therefore, the outer ring seat is obviously resisted and cannot be rotated. The adjustment action must be stopped first, and a cover body located on the upper Lufang side is rotated to drive the male grinding seat to rotate and grind the pepper through an upper and lower extending actuating shaft to grind the stuck pepper particles and release the stuck state. After that, the rotation adjustment step of the lower outer ring seat can be performed, which makes the pepper grinder quite inconvenient in adjusting the use. [New content] Therefore, the object of the present invention is to provide a pepper grinder which can smoothly adjust the size of the grinding space and has an innovative structure. Thus, the novel pepper grinder comprises: a receiving unit defining a space-filling space, a grinding unit, an adjusting seat, and a base unit, wherein the grinding unit comprises a unit driven by the receiving unit. An interlocking shaft that rotates about its own axis, an inner grinding seat that is coupled to the bottom section of the linking shaft, and an outer grinding seat that surrounds the inner grinding seat and defines a grinding space together with the inner grinding seat. The adjusting seat is mounted under the outer grinding seat to drive the outer grinding seat to move up and down. The adjusting seat comprises an adjusting surface facing downwards downwards, the adjusting a, S. y inclined surface, the oblique ^ includes - The lowest point at the lowest point, and one point. The base 簟亓 阿 阿 尚 尚 早 早 早 早 k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k k The block moves along the inclined surface between -,., and the point of the ^, so that the adjusting seat moves up and down the inner grinding seat to "move the grinding seat to move down" and change the size of the grinding space. Embodiments, the foregoing and other technical contents, features and effects of the present invention are presented in the detailed description of a preferred embodiment in the following: a detailed description of a preferred embodiment will be presented in the present invention. Before the detailed description, it should be noted that in the following description, 'similar elements are denoted by the same reference numerals. Referring to Figures 1 and 2, including: a container unit, the first preferred embodiment of the novel pepper grinder For example, the grinding unit 2, an adjustment seat 3, and a base unit 4.
該容裝單元1包括一中空的瓶體11，以及一個可相對 轉動地安裝在該瓶體U的頂部的蓋體12。其中，該瓶體U 包括一個繞一中心軸線並且約呈葫蘆狀的瓶壁m，該瓶壁 ill具有三個自底面向上貫穿並且等角度間隔的組裝孔ιΐ2 。該蓋體12與該瓶體u共同界定出一供胡椒顆粒放置的容 裝空間10，該容裝空間1〇可供該研磨單元2等構件安裝。 該研磨單元2包括：一個受該蓋體12帶動而可繞自身 轴線轉動的連動軸21、一個連動地結合在該連動轴21之底 段的内研磨座22、一個環繞該内研磨座22的外研磨座23 M376248 ，以及三個設置在該瓶體u與外研磨座23之間的彈簣μ 0 其中，該連動軸21為一支上下長向延伸的直立中空管 件，其外觀之截面呈方形，其頂段向上伸入該蓋體12中而 可受該蓋體12帶動而轉動。 該内研磨座22包括數個斜向且不規則排列的内研磨齒 221。該外研磨座23不會轉動，但可相對該内研磨座22上 下移動，該外研磨座23包括一個包覆在該内研磨座22之 外周的外環壁231、數個設置在該外環壁231之内周且斜向 而不規則排列的外研磨齒232,以及三個等角度間隔地向上 突出的組裝柱233。其中，該等外研磨齒232與内研磨齒 221之間存有縫隙，因而界定出一個用於研磨胡椒的研磨空 間20〇該等組裝柱233是各別對應瓶體u之組裝孔而 伸入，而且組裝柱233各別供該等彈簧24套設。 參閱圖1、3、4’該調整座3安裝在該外研磨座23之 下方，並包括一個環形且直立的調整圍壁31，以及二個彼 此間隔並自該調整圍壁31向上伸入該外研磨座23的結合 柱30。 其中，該調整圍壁31包括一個水平並朝上的頂面32， 以及一個與該頂面32間隔而朝向下方的調整面幻，該調整 面33包括二個間隔的斜面部331，以及二個連接在該等斜 面部331之間的擋面部332。該等斜面部331皆是繞同一方 向而由下往上逐漸傾斜，而且該等斜面部331皆包括一個 位於最低處的低點333、一個位於最高處的高點334，以及 6 —個位於該等低點333與高點334之間並向上凹設的定位 槽335。該等擋面部332皆是自與斜面部331的連接處向下 大出’撐面部332之最低處是低於斜面部33丨的低點333。 該底座單元4是可相對轉動地安裝於該容裝單元1的 下方，並包覆在該調整座3、内研磨座22及外研磨座23的 外圍，所述底座單元4包括一個外底座41，以及一個連動 轉動地安裝在該外底座41中的内底座42,該内底座42包 括一個裱形且水平的基壁421、一個自該基壁421之外周緣 向上延伸的底座圍壁422,以及二個等角度間隔地自該底座 圍壁422上向突出的卡塊423，每一個卡塊423皆是可選擇 地卡固於每一個斜面部331之三個定位槽335中的任一個 〇 本新型使用時，轉動該瓶蓋12可帶動該連動軸21、内 研磨座22相對該外研磨座23轉動，進而研磨位於該研磨 空間20中的胡椒顆粒。而且本新型可調整内、外研磨齒 221、232的間距而改變研磨空間2〇的大小，如此可以改變 研磨後的胡椒顆粒大小，其使用方式如下：在一般使用狀 態下，内底座42的二個卡塊423是對應卡合在調整座3的 其中二個定位# 335, 3是以卡合在二個鄰近斜面部331 之高點334的定位槽335為例。 要調整研磨空間2G大小時，如圖3箭頭轉動該外底座 41而帶動該内底座42轉動，此時該調整座3、外研磨座23 並不會轉動，而該内底座42則因為相對該調整座3轉動而 使其卡塊423脫離原本卡合的定位槽335，卡塊沿著調 7 M376248 整座3的斜面部331移動而逐漸往低點333方向移動，而 且移動過程中逐漸將調整座3往上頂推，調整座3之頂面 32亦頂推該外研錢23相對該内·座22向上，最後卡 塊423如圖5所示’ ^位於最遠離該高點335的定位槽奶 ，調整座3與外研磨座23的位置相對於圖3略微升高，進. 而改變研磨空間20之大小。 胡椒研磨器位於圖5狀態時，該等彈簧24受到壓縮之 程度變大’蓄積更大的彈性復位力，所以當再度轉動底座 皁元4而使卡塊423回到圖3位置時，彈簧24之恢復力將# 外研磨座23與調整座3往下推，進而回到圖3研磨空間2〇 較小之狀態。 當然， 另一調整， 卡塊423也可以卡固於中間的定位槽335，以作 因此本新型的斜面部331設置三個定位槽奶， 可以作三段不同大小之調整。而擋面部 332之設計使内底The container unit 1 includes a hollow body 11 and a cover 12 that is rotatably mounted on the top of the bottle U. Wherein, the bottle body U includes a bottle wall m about a central axis and having a gourd shape, and the bottle wall ill has three assembly holes ι 2 which are penetrating upward from the bottom surface and equiangularly spaced. The cover body 12 and the bottle body u define a housing space 10 for the placement of the pepper particles, and the housing space 1 is for mounting the member such as the polishing unit 2. The grinding unit 2 includes: a linking shaft 21 driven by the cover body 12 to be rotatable about its own axis, an inner grinding seat 22 coupled to the bottom portion of the linking shaft 21, and a surrounding grinding seat 22 The outer grinding seat 23 M376248, and three magazines 0 0 disposed between the bottle body u and the outer grinding seat 23, wherein the linking shaft 21 is an upright hollow pipe member extending vertically upward and downward, and the appearance of the cross section The square portion has a top portion extending upward into the cover body 12 and is rotatable by the cover body 12. The inner grinding seat 22 includes a plurality of inner grinding teeth 221 that are obliquely and irregularly arranged. The outer grinding seat 23 does not rotate, but can move up and down relative to the inner grinding seat 22. The outer grinding seat 23 includes an outer ring wall 231 covering the outer circumference of the inner grinding seat 22, and a plurality of outer ring walls 231 are disposed on the outer ring. The outer grinding teeth 232 are circumferentially and obliquely arranged irregularly, and three assembly columns 233 projecting upward at equal angular intervals. Wherein, there is a gap between the outer grinding teeth 232 and the inner grinding teeth 221, thereby defining a grinding space 20 for grinding the peppers. The assembly columns 233 are respectively assembled into the corresponding holes of the bottle body u. And the assembly columns 233 are each provided for the springs 24 to be sleeved. Referring to Figures 1, 3, and 4', the adjustment seat 3 is mounted below the outer grinding seat 23 and includes an annular and upright adjustment wall 31, and two spaced apart from each other and extending upwardly from the adjustment wall 31. The binding post 30 of the outer grinding seat 23. The adjustment enclosure 31 includes a horizontal and upwardly facing top surface 32, and an adjustment surface that is spaced apart from the top surface 32 and faces downward. The adjustment surface 33 includes two spaced apart slope portions 331 and two A blocking surface portion 332 is connected between the inclined faces 331. The inclined faces 331 are gradually inclined from the bottom to the top in the same direction, and the inclined faces 331 each include a low point 333 at the lowest point, a high point 334 at the highest point, and 6 A positioning groove 335 is defined between the low point 333 and the high point 334 and is recessed upward. The stop faces 332 are all downward from the junction with the inclined face portion 331. The lowest point of the support face portion 332 is a lower point 333 lower than the slope portion 33A. The base unit 4 is rotatably mounted under the accommodating unit 1 and covers the periphery of the adjusting seat 3, the inner grinding seat 22 and the outer grinding seat 23. The base unit 4 includes an outer base 41. And an inner base 42 rotatably mounted in the outer base 41, the inner base 42 includes a dome-shaped and horizontal base wall 421, and a base surrounding wall 422 extending upward from the outer periphery of the base wall 421. And two blocks 423 protruding from the base surrounding wall 422 at equal angular intervals, each of the blocks 423 being selectively affixed to any one of the three positioning grooves 335 of each of the inclined faces 331 When the present invention is used, rotating the cap 12 can drive the linkage shaft 21 and the inner grinding seat 22 to rotate relative to the outer grinding seat 23, thereby grinding the pepper particles located in the grinding space 20. Moreover, the novel can adjust the spacing of the inner and outer grinding teeth 221, 232 to change the size of the grinding space 2〇, so that the size of the pepper particles after grinding can be changed, and the usage is as follows: in the general use state, the inner base 42 The plurality of blocks 423 are correspondingly positioned in the two positioning positions 335 of the adjusting base 3, and are exemplified by the positioning grooves 335 which are engaged with the high points 334 of the two adjacent inclined surface portions 331. When the size of the grinding space 2G is adjusted, the arrow rotates the outer base 41 as shown in FIG. 3 to drive the inner base 42 to rotate. At this time, the adjusting seat 3 and the outer grinding base 23 do not rotate, and the inner base 42 is opposite thereto. The adjusting seat 3 rotates to disengage the block 423 from the originally engaged positioning groove 335, and the block moves along the inclined surface portion 331 of the whole seat 3 M376248 and gradually moves toward the low point 333, and gradually adjusts during the movement. The seat 3 pushes up, and the top surface 32 of the adjustment seat 3 also pushes the outer research money 23 upward with respect to the inner seat 22, and finally the block 423 is as shown in Fig. 5 ' ^ is located farthest from the high point 335 The position of the grooved milk, the adjustment seat 3 and the outer grinding seat 23 is slightly increased relative to that of Fig. 3, and the size of the grinding space 20 is changed. When the pepper grinder is in the state of Fig. 5, the springs 24 are compressed to a greater extent to accumulate a greater elastic restoring force, so when the base soap element 4 is rotated again to return the block 423 to the position of Fig. 3, the spring 24 The restoring force pushes the outer grinding seat 23 and the adjusting base 3 downward, and returns to the state in which the grinding space 2 is smaller. Of course, in another adjustment, the block 423 can also be locked in the middle positioning groove 335, so that the inclined portion 331 of the present invention is provided with three positioning groove milks, which can be adjusted in three different sizes. The design of the blocking face 332 makes the insole
座42僅能相對調整座3轉動接近議。，當卡塊423轉動到 擋面部332之-側即會受到阻撐，表示達到極限而不能再 轉動’此時則可以反向轉動。因此，本新型之内底座42可 以正向轉動也可以逆向轉動，轉動極限皆為接近且小於⑽ 需要說明的是’該等彈簧24抵壓在瓶壁ηι底緣與外 研磨座23之外環壁231之間，用於提供外研磨座23 一個 怪向下的推力，避免外研磨座23上下晃動，並可作為外研 磨座23向上移動時的緩衝，使外研磨座23受到向上頂推 之力量時，不會直接碰撞該瓶體Π。而且彈簧24之數目不 8 以三個為限制，本新型實施時也不以設置該等彈簧24為必 要，因為省略設置彈簧24時，外研磨座23還是可受帶動 而上下移動。而該外研磨座23的外環壁231與調整座3亦 可—體成型，不以分開設置為必要。 值得一提的是，本新型外研磨座23與調整座3之間並 非固定結合，當欲調整該調整座3下降時，如果有胡椒顆 卡在該研磨空間2〇中，外研磨座便不會同步隨之下 降時’此時該底座單元4仍可㈣地被轉動且僅帶動調整 f 3同步向下移動。故接著當使用者轉動該蓋體12以研磨 叔時卡住的胡椒顆粒被研磨而變細，不但可直接排除 月〗述卡置於研磨空間2〇内之胡椒顆粒，而此時外研磨座Μ 亦曰藉由彈簧24提供之彈力或者自動向下移動而與該調整 座3抵合，該研磨空間20即變成原先預定調整之大小，此 乃因為該調整座3與外研磨座23為分離式設計。 斤、本新型之結構設計不會受該等内、外研磨座2 2 的卡固而衫響轉動順暢性。亦即，由於該外研磨座Μ ”調正座3非緊固結合，所以即使胡椒顆粒卡在該研磨空 間20中，也不會影響底座單元4的轉動順暢性，直到進行 研磨胡椒的動作時，外研磨座23即可自動掉落到預定位置 〇 综上所述，藉由底座單元4轉動而利用其卡塊423帶 調正座3上下移動，進而使外研磨座a相對内研磨座22 下移動而調整研磨空間20大小，達到改變胡椒研磨顆粒 目的而且本新型調整轉動過程順暢，不會受到殘 M376248 留在研磨^間2G中的胡椒顆粒所影響。本新型上述構造使 用方便，僅㈣轉動作科能相目$，並且為創新結構 設計，可以提供消費大眾不同選擇。 ，閱圖6’本新型胡椒研磨器之第二較佳實施例與該第 一較佳實施例大致相同，不同之處在於：本實施例之調整 座3的斜面部331省略設置該等定位槽335㈤&因為該 内底座42受帶動而轉動到任—位置之後，只要調整座^ 身重量以及彈簧24向下推抵力量足夠時，内底座42皆可 定位住而不會再任意轉動，所以本新型不以設置定位槽335 為必要。本新型之精神在於：該内底座42之卡塊423能沿 耆斜面部331在低點333與高點334之間移動，即可達到 改變該外研磨座23之高度的目的。 △准以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型中請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 "疋一立體分解圖，顯示本新型胡椒研磨器之一第 —較佳實施例之部分構件； 弟 圖2是該第—較佳實施例之未完整的剖視圖； 圖3是取自圖2的局部放大圖； 圖4疋Α體分解圖，主要顯示該第一較佳實施例之 —調整座與一内底座； 圖5是該第—較佳實施例的局部剖視圖，且圖中之一 10 M376248 研磨空間的大小相對於圖3較大；及 圖6是本新型胡椒研磨器之一第二較佳實施例之局部 剖視圖。The seat 42 can only be rotated relative to the adjustment seat 3. When the block 423 is rotated to the side of the face portion 332, it will be blocked, indicating that the limit is reached and cannot be rotated again. Therefore, the inner base 42 of the present invention can be rotated in the forward direction or in the reverse direction, and the rotation limit is close to and smaller than (10). It should be noted that the springs 24 are pressed against the outer edge of the bottle wall ηι and the outer grinding seat 23 Between the walls 231, a strange downward thrust is provided for the outer grinding seat 23 to prevent the outer grinding seat 23 from shaking up and down, and can be used as a buffer when the outer grinding seat 23 moves upward, so that the outer grinding seat 23 is pushed upward. When it is strong, it will not directly hit the bottle. Further, the number of the springs 24 is not limited to three, and it is not necessary to provide the springs 24 in the present invention. Since the springs 24 are omitted, the outer grinding seats 23 can be driven to move up and down. The outer ring wall 231 of the outer grinding seat 23 and the adjusting seat 3 can also be formed integrally, and it is not necessary to provide separate parts. It is worth mentioning that the outer grinding seat 23 and the adjusting seat 3 of the present invention are not fixedly combined. When the adjusting seat 3 is to be lowered, if the pepper is stuck in the grinding space 2, the outer grinding seat is not When the synchronization is subsequently lowered, the base unit 4 can still be rotated (four) and only the adjustment f 3 can be synchronously moved downward. Therefore, when the user rotates the lid body 12 to grind the pepper particles which are stuck in the grinding time to be fine, not only the pepper particles which are placed in the grinding space 2〇 can be directly excluded, and the outer grinding seat is at this time.曰 Also with the elastic force provided by the spring 24 or automatically moving downward to abut the adjustment seat 3, the grinding space 20 becomes the size of the original predetermined adjustment, because the adjustment seat 3 is separated from the outer grinding seat 23. Design. Jin, the structural design of the new type is not subject to the locking of the inner and outer grinding seats 2 2 and the rotation of the shirt is smooth. That is, since the outer grinding seat "adjusting seat 3" is not tightly coupled, even if the pepper particles are caught in the grinding space 20, the rotation smoothness of the base unit 4 is not affected until the action of grinding the pepper is performed. The outer grinding seat 23 can be automatically dropped to the predetermined position, and the base unit 4 is rotated to move the upright seat 3 up and down by the block 423, thereby moving the outer grinding base a downward relative to the inner grinding seat 22. The size of the grinding space 20 is adjusted to achieve the purpose of changing the abrasive particles of the pepper, and the novel adjustment of the rotation process is smooth, and is not affected by the pepper particles remaining in the grinding 2G between the M376248. The above-mentioned structure is convenient to use, only (four) turning action According to the design of the innovative structure, it can provide different choices for the consumer. The second preferred embodiment of the novel pepper grinder is substantially the same as the first preferred embodiment, and the difference is the same. The slanting surface portion 331 of the adjusting base 3 of the present embodiment omits the positioning grooves 335 (f) & because the inner base 42 is rotated and rotated to any position, When the weight of the seat body and the spring 24 are pushed downward enough, the inner base 42 can be positioned without any rotation, so the present invention is not necessary to provide the positioning groove 335. The spirit of the present invention lies in: the inner base The block 423 of 42 can move between the low point 333 and the high point 334 along the inclined surface portion 331 to achieve the purpose of changing the height of the outer grinding seat 23. △ The above is only the comparison of the present invention. The preferred embodiments are not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made in the scope of the invention and the description of the invention are still within the scope of the present patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a partial cross-sectional view of the first preferred embodiment of the present invention; FIG. 2 is an incomplete cross-sectional view of the first preferred embodiment; 3 is a partial enlarged view of FIG. 2; FIG. 4 is an exploded view of the first preferred embodiment of the first preferred embodiment; FIG. 5 is a partial cross-sectional view of the first preferred embodiment; And one of the figures 10 M376248 The size of the grinding space is larger than that of Figure 3; and Figure 6 is a partial cross-sectional view of a second preferred embodiment of the present pepper grinder.
11 M376248 【主要元件符號說明】 1…… •…容裝單元 3…… •…調整座 10·.·.· •…容裝空間 30…, 11 •.… …·瓶體 31 "… …·調整圍壁 111 ·· •…瓶壁 32 —頂面 112… …·組裝孔 33 ….· •…調整面 12…. …·蓋體 331… —斜面部 2 ·....· …·研磨單元 332… …·擋面部 20…· …·研磨空間 333… •…低點 21 ····. —連動軸 334 ··· ----尚點 22·.·.· •…内研磨座 335… ----定位槽 221… —内研磨齒 4…… …底座單元 23-··，. •…外研磨座 41 •.… •…外底座 231… •…外環壁 42 …·内底座 232… •…外研磨齒 421… •…基壁 233… •…組裝柱 422… •…底座圍壁 24•.… …·彈簧 423… 卡塊11 M376248 [Description of main component symbols] 1... •...Container unit 3... •...Adjustment seat 10·.·.·•...Containment space 30..., 11 •....··Bottle body 31 "... Adjusting the surrounding wall 111 ···...the bottle wall 32—the top surface 112...the assembly hole 33 ........the adjustment surface 12....the cover body 331...the slant face 2 ·....·...· Grinding unit 332 ... ... ... face part 20 ... · ... · grinding space 333 ... • ... low point 21 ····. — interlocking axis 334 ··· ---- still point 22·.·.·... Seat 335... ----Positioning groove 221... - Inner grinding tooth 4... Base unit 23-··,.... External grinding seat 41 •.... •...Outer base 231... •...Outer ring wall 42 ...· Inner base 232... •...Outer grinding teeth 421... •...Base wall 233... •...Assembly column 422... •...Base wall 24•....··Spring 423... Block
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