201248045 六、發明說明： 【發明所屬之技術領域】 本發明是揭露一種水平調整用具，尤指—種可更換消 耗性零組件之調整器。 【先前技術】 水平調整用具被應用於夾持一欲加工之物件（如金屬 塊），是利用所述用具將該物件調整出一呈水平的狀熊， 相如放電切割之方式對該物件切削加工，進而能_合 尚精密度的需求。 現有之一種水平調節裝置，如中華民國申請案號第〇 9 ◦ 1 1 4 2 2號之發明專利’其主要之下部機構與上部 機構’上部機構安裝在下部機構上且可對於下 自如，且其内部設有了形彈簧片。_，其缺點_是， 旦使用者將位於上部機構的第一、二調整螺絲過度地調整 :超過T形彈簧片之扭力時，會造成上、下部機構形成毁 無法使_L下部機構間調整出—呈水平的狀態，用以 供欲夾持的物件進行精密 刀，具缺點一疋，一旦出現前 Ί /冑用者必須重新購置全新且價 ㈣裝置’故在經營及成本上可謂是繁重。 如第一圖、第二圖_^、楚_因D _ ^ „ A第一圖-B所示，現有之另一種 tr 含—支撐塊（5)，是可拆組地設置於 一水平表面上，具有 ㈣位於該支撐塊（5 )上方表面之之 (51)載台（6)，是對應地設置於該支撐 201248045 塊（5 )上方，具有四與該支撐塊（5 ) )對應之凹部（61)、四由該載台（ ^ r ^ Λ . ( 6 )下方朝該支撐 尾（5)上方表面凸伸且位於任二凹部 r , 9 , y ( 6 1 )間之螺柱 (6 2)、一位於該載台（6 )表面 + , 两且，口者水平向的長邊 方向設置之頸部（6 3 )、複數個設於該載 且與該頸部（6 3)斜向相對之彈力元件（64);以及 -樞接台（7) ’用以夾持一物件（圖未示），具有一抵 頂於該載台（6)之頸冑（6 3)且罩覆於該載台⑷ 之彈力元件（64)上方的第一平整部（7工），及一間 隔地位於所述頸部（6 3 )後端並與該第一平整部（7 2 )是可拆組地連接之第二平整部（72)，該第一平整部 (71)設有四與該載台（6)之凹部（61)相同方位 且呈連通狀之螺孔（7 11)，及四分別穿設於該等螺孔 (7 1 1 )用以供使用者進行該第一平整部（7丄）之三 向微調的調整螺栓（7 1 2 )。 然而’其缺點分述如下： 1 ·該等調整螺栓（7 1 2 )之應力是直接地作用壓迫於 載σ (6) ’造成載台（6)直接損壞變形’無法再繼續 地以水平狀態設置於支撐塊（5)上方，換言之，即是一 整組之水平調節裝置已報廢，倘重新購置又是所費不貲。 2 · —整組之水平調節裝置之鬆、緊動作，必須依靠老經 驗的人作調整’因此，一旦長時間處於未使用狀態，造成 每一元件間會產生貼合作用而難以鬆開分離。 201248045 【發明内容】 本發明之目的在於提供一種調整器’僅需更換消耗性 $組件，即彳改善先前習知調整器必須重新購置而支出昂 貴成本之缺點。 為達成上揭目的，本發明之一種調整器，包含： 支撐件，可拆組地設置於一水平表面上，具有四位 於該支樓件上方表面之東、西、南、北方位之突出部；一 載台，對應地設置於該支撑件上方，具有四與該支撑件之 突出。P對應跨设之凹部、四由該載台下方朝該支擇件上方 =凸伸且位於柱二凹部間之螺柱、一位於該載台表面且 沿著水平向的長邊方向設置之頸部、複數個設於該載台表 面且與該頸部斜向相對之彈力元件，及一凹設於該載台表 面之承置空間，一緩衝件，可拆組地設置於該載台之承置 二間’且該緩衝件之厚度大於所述承置空間的深度；以及 -樞接台’用以失持—物件，具有—抵頂於該載台之頸部 且罩覆於該緩衝件與載台之彈力元件二者上方的第一平整 部，及-間隔地位於所述頸部後端並與該第一平整部是可 拆組地連接之第二平整部，該第一平整部設有四與該載台 之凹部相同方位且呈連通狀之螺孔，及四分別穿設於該等 螺孔用以供使用者進行該第一平整部之三向微調的調整螺 栓，該等調整螺栓之應力是選擇性地由該第-平整部或; 及該緩衝件吸收用以確保該載台始終不變形。 本發明所形成之功效，是藉由該第一平整部的該等調 整螺栓之應力是由該第一平整部或/及該緩衝件吸收，可 201248045 確保該載台始終不變形，使得緩衝件及樞接台之第一平整 部成為常態的消耗性零組件，故於使用—段時間而變形後 ，使用者僅需將其進行更換即可繼續地使用，故能夠達成 延長調整器使用壽命之經濟上效益。 【實施方式】 承上，茲將配合圖式列舉具體實施例，用以詳細說明 本發明之内容及細節。 請參看第三圖、第四圖、第五圖_八、第五圖—B，本發 明之第-實施例之調整器是包含—支樓件（1)、一載台 (2 )、-緩衝件（3 )，以及一枢接台（4 )。 一如第四圖所示，所述支樓件（1)是可拆組地設置於 一水平表面上’具有四位於該切件（1 )上方表面之東 、西、南、北方位之突出部（丄2 )。 如第三圖、第四圖、第五圖—A、第五圖-B所示，所述 載台（2 )是對應地設置於該切件（丄）上方，具有四 與該支撐件（1 )之突出部（1 2 )對應跨設之凹部（2 1 )、四由該載台（2)下方朝該支撐件⑴上方表面 凸伸且位於任二凹部（21)間之螺柱（22)、一位於 該載台（2)纟面且沿著水平向的長邊方向設置之頸部： 2 3 )、複數個設於該載台（2 )表面且與該„ ( 2 3 )斜向相對之彈力元件（24)，及—凹設於該載台（2 表面之承置空間（2 5 )。在該載台（2)之承置空間 (2 5)的表面環設複數個螺孔（251)，且該緩衝件 201248045 (3)在與該等螺孔（251)相對庙♦ _ , ^相對應處設有複數個穿孔 (3 1 )及具有複數根供該等穿 0 0、 寸牙札Q 3 1 )鎖定之栓體（ ό Δ ) 0 所述緩衝件（3)是可拆組地設置於該載台⑴之 承置空間（2 5)，且該緩衝件（3)之厚度大於所述承 置空間（25)的深度。該緩衝件（3)之該等检體（3 2)是由上而下地穿設該等穿孔（31)，先鎖定該緩衝 件（3)，再深入地鎖定在該載台（2)之承置空間（2 5 )的表面之複數個料（2 5丄）。該緩衝件（3 )中 央設有-螺孔（33)，用以供該主螺栓（414)鎖定 〇 所述樞接台（4)是用以夾持一物件（圖未示），具 有-抵頂於該載台（2 )之頸部（2 3 )且罩覆於該緩衝 件（3 ) #載台（2 )之彈力元件（2 4)二者上方的第 一平整部（4 ι )，及一間隔地位於所述頸部（2 3 )後 :並與該第一平整部（川是可拆組地連接之第二平整 部（4 2 )。該第一平整部（4丄）設有四與該載台（2 )之凹部（2 1 )相同方位且呈連通狀之螺孔（4 1 1) ，及四分別穿設於該等螺孔（4 1 1 )用以供使用者進行 5亥第一平整部（41)之三向微調的調整螺栓（41 2) ，樞接台（4)之第一平整部（41)中央設有一套孔（ 4 1 3 )，及一由上而下地穿設該套孔（4 1 3 )用以與 該緩衝件（3)鎖定之主螺栓（414)。 因此’如第三圖、第四圖、第五圖-A、第五圖所示 201248045 ，本發明第一實施例在該緩衝件（3)之直徑小於該第一 平整部（4 1 )其任二呈對稱之調整螺检（4丄2 )間的 距離時’該第一平整部（41)與該緩衝件（3 )間呈是 接觸狀。該第-平整部（4 1 )的該等調整螺纟（4丄2 )之應力是由該第一平整部（4丄2)或/及該緩衝件（ 3 )吸收，故可確保該載台（2 )始終不變形。 請參看第六圖-A、第六圖_B，本發明之第二實施例之 調整器是包含-支撐件（1)、一載台（2)、一緩衝件 (3)，以及-樞接台（4)。其主要元件皆與第一實施 例相同’僅差異在於該緩衝件（3 )之該等栓體（3 2 ) 是由下而上地穿出於該載台（2)之承置空間（2 5)的 表面之複數個螺孔（25丄），再持續地深入鎖定該等穿 孔（3 1)。該第一平替r/i 1、 登邛（4 1)的該等調整螺栓 12)之應力是由該第一平整部（41) 及該緩衝件 (3 )吸收，故可確保該載台（2)始終不變形。 抑 帛U’本發明之第三實施例之 调整器是包含一支撐件（i )、一 戰σ〔 2 )、一緩衝件 )’以及一樞接台⑷。其僅差異在於該緩衝件（ 之該等栓體（3 2)是由下而上地穿出於 )之承置空間（25)的表面之複數個螺孔（25 再持續輯人鎖定料穿孔（31)。在 :直徑大於該第一平整部(41)其任二呈對 二:412)_離時’該第—平整部（川與該緩 3)間是呈間隔狀。該緩衝件（3)其任二呈對稱 201248045 之栓體（3 2)間的距離是小於兮第 疋』方、这第—平整部（4 1 )其 任=稱之調整螺栓（412)間的距離。因此，該第 二整:丄川的該等調整螺栓（412)之應力是由 = =1)或/及該緩衝件（3)吸收，故可 碟保該載口（2)始終不變形。 請參看第八圖-A、篦A 1¾ B.. + 第、圖-β，本發明之第四實施例之 ,0、 ， （1) 載台（2)、一緩衝件 CJ)，以及一拖接 D(4)。該緩衝件（3 )之該等栓 疋 而上地穿出於該載台（2)之承置空間 (丄5:的表面之複數個螺孔（251)，再持續地深入 孔（31)。在該緩衝件（3)之直徑大於該 、’部（4 1)其任二呈對稱之調整螺栓（4 i 2) 間的距離時，該第—平整 卞登邛（4 1 )與該緩衝件（3 )間 是呈間隔狀。該緩衝件^ q、 汉辦仟〔3 )其任二呈對稱之栓體（3 2 )間的距離是等於該第一 丁！谇（4 1 )其任二呈對稱之 調整螺栓（412)間的距離。因此，該第一平整部" η的該等調整螺栓（412)之應力是由該第一平整部 (4 1 )或/及該緩衡株广q、 衡件（3 )吸收，故可確保該載台（ 2 )始終不變形。 請參看第九圖—A、第九圖-B，本發明之第五實施例之 調整器是包令—支撐件Γ 1、 得件（1 )、一載台（2)、一緩衝件 (3) X及；fg接台（4)。該緩衝件（3)之該等栓 體（3 2)疋由下而上地穿出於該載台（2)之承置空間 (25)的表面之複數個螺孔（251)，再持續地深入 201248045 鎖定該等穿孔（3 1)。在該緩衝件（3)之直徑大於該 第一平整部（4 1 )其任二呈對稱之調整螺栓（4丄 間的距離時，該第一平整部（4丄）與該緩衝件（3 )間 是呈間隔狀。該缓衝件（3 )其任二呈對稱之栓體（3 2 )間的距離是大於該第一平整部（4 i )其任二呈對稱之 調整螺栓（4 1 2 )間的距離。因此，該第一平整部（4 1 )的該等調整螺栓（4 2)之應力是由該第一平整部 (4 1 )或/及該緩衝件（3)吸收，故可確保該載台（ 2 )始終不變形。 請參看第十圖-A、第十圖—B，本發明之第六實施例之 調整器是包含-支撐件（1)、—載台（2)、—緩衝件 (3 )，以及一樞接台（4 )。該緩衝件（3 )之該等栓 體（32)是由上而下地穿出該等穿孔（31)，再持續 地深入於該載台（2)之承置空間（25)(另參第四圖 )的表面之複數個螺孔（2 5 1 )鎖定。在該緩衝件（3 )之直徑大於該第一平整部（4 1 )其任二呈對稱之調整 螺栓（412)間的距離時，該第一平整部（41)與該 緩衝件（3 )間是呈間隔狀。該緩衝件（3 )其任二呈對 稱之栓體（32)間的距離是小於該第一平整部（41) 其任二呈對稱之調整螺栓（4 1 2 )間的距離。因此，該 第一平整部（4 1 )的該等調整螺栓（4 i 2)之應力是 由該第一平整部（4 1 )或/及該緩衝件（3 )吸收，故 可確保該載台（2 )始終不變形。 可提出說明的是，本發明調整器的各實施例之緩衝件 201248045 (、3 )及樞接台（4 )之第一平整部（4丄）可成為常態 的消耗性零組件，於使用一段時間而變形後，使用者僅需 將其進行更換即可繼續地使用，不必如同f知產品般必須 更換整組的調整器，致使花費昂貴之購置成本支出，故能 夠達成經濟上之效益。 本發明雖已藉上述較佳實施例加以詳細說明，惟以上 所述者，僅為使熟悉本㈣者能更㈣了解本發明，並非 限定本發明實施範圍，故凡依本發❹請專利範圍所述之 形狀構造特徵及精神所為之均等變化與㈣，皆仍屬本發 明專利涵蓋之範圍内。 【圖式簡單說明】 第圖.為習知水平調整裝置之立體分解圖。 第一圖-A :為第一圖之組合剖面示意圖。 第一圖-B :為第二圖_A中的載台已變形而無法水平地設置 於支撐件上方之示意圖。 第—圖.為本發明第一實施例之立體外觀圖。 第四圖.為第三圖之立體分解圖。 第五圖-A :為第四圖之前視的剖面示意圖。 第五圖-B.為第五圖-a中的載台未變形而能始終水平地設 置於支撐件上方之示意圖。 第六圖-A :為本發明第二實施例之前視的剖面示意圖。 第/、圖-B .為第六圖_A中的載台未變形而能始終水平地設 置於支撐件上方之示意圖。 12 201248045 第七圖-A :為本發明第三實施例之前視的剖面示意圖。 第七圖-B:為第七圖-a中的載台未變形而能始終水平地設 置於支撐件上方之示意圖。 第八圖-A :為本發明第四實施例之前視的剖面示意圖。 第八圖-B :為第八圖-A中的載台未變形而能始終水平地設 置於支撐件上方之示意圖。 第九圖-A :為本發明第五實施例之前視的剖面示意圖。 第九圖-B :為第九圖-A中的載台未變形而能始終水平地設 置於支撐件上方之示意圖。 第十圖-A :為本發明第六實施例之前視的剖面示意圖。 第十圖-B ·為第圖-A十中的載台未變形而能始終水平地設 置於支撐件上方之示意圖。 【主要元件符號說明】 (本發明部分） (12)突出部 (2 1 )凹部 (2 3 )頸部 (2 5 )承置空間 (3)緩衝件 (3 2 )栓體 (4 )極接台 (4 1 1 )螺孔 (4 1 3 )套孔 (1)支撐台 (2 )載台 (2 2 )螺柱 (2 4)彈力元件 (2 5 1 )螺孔 (3 1 )穿孔 (3 3 )螺孔 (4 1 )第一平整部 (4 1 2 )調整螺栓 13 201248045 (4 1 4 )主螺栓 (習知部分） (5 )支撐塊 (6 )載部 (6 2 )螺柱 (6 4 )彈力元件 (7 1 )第一平整部 (7 1 2 )調整螺栓 (4 2 )第二平整部 (5 1 )突出端 (6 1 )凹部 (6 3 )頸部 (7 )樞接台 (7 1 1 )螺孔 (7 2 )第二平整部 14201248045 VI. Description of the Invention: [Technical Field] The present invention discloses a level adjusting tool, and more particularly, a adjuster for a replaceable consumable component. [Prior Art] The horizontal adjustment tool is applied to hold an object to be processed (such as a metal block), and the object is adjusted by the tool to form a horizontal bear, which is cut like a discharge cutting method. Processing, in turn, can meet the needs of precision. A prior art level adjustment device, such as the invention patent of the Republic of China Application No. 〇9 ◦ 1 1 4 2 2, whose main lower mechanism and upper mechanism are mounted on the lower mechanism and can be freely A spring piece is provided inside. _, its shortcoming _ is that the user will adjust the first and second adjustment screws of the upper mechanism excessively: when the torque of the T-shaped spring piece is exceeded, the upper and lower mechanisms will be destroyed and the lower mechanism of the _L can not be adjusted. Out-to-horizon state, used for precision knives for objects to be clamped. It has the disadvantages. Once the Ί/胄 user has to repurchase the new price (4) device, it can be said to be heavy in terms of operation and cost. As shown in the first figure, the second figure _^, Chu_D D_ ^ „ A first figure-B, another existing tr-support block (5) is detachably assembled on a horizontal surface. The (51) stage (6) having (4) located on the upper surface of the support block (5) is correspondingly disposed above the support 201248045 block (5), and has four corresponding to the support block (5)) The recesses (61) and four are studs which are protruded from the upper surface of the support tail (5) under the stage (^r ^ Λ . ( 6 ) and are located between any two recesses r , 9 , y ( 6 1 ) ( 6 2), a neck (6 3 ) located on the surface of the stage (6) +, two, and the longitudinal direction of the mouth is horizontally disposed, and the plurality is disposed on the load and the neck (6 3) An obliquely opposite resilient member (64); and a pivoting station (7) for holding an object (not shown) having a neck (6 3) that abuts against the carrier (6) and Covering a first flat portion (7) above the elastic member (64) of the stage (4), and spaced apart at a rear end of the neck portion (63) and with the first flat portion (7 2 ) Is a second flat portion (72) that is detachably connected, the first flat The whole part (71) is provided with four screw holes (7 11) which are in the same orientation as the concave portion (61) of the stage (6), and the four holes are respectively inserted through the screw holes (7 1 1 ). For the user to perform the three-way fine adjustment adjustment bolt (7 1 2 ) of the first flat portion (7丄). However, the disadvantages are as follows: 1 · The stress of the adjusting bolt (7 1 2) is direct The ground action is pressed against the load σ (6) 'causing the stage (6) to directly damage the deformation' can no longer be placed horizontally above the support block (5), in other words, an entire set of level adjustment devices has been scrapped, If it is re-purchased, it is costly. 2 · The looseness and tightness of the whole level of the leveling device must be adjusted by the old experience. Therefore, once it is left unused for a long time, each component will be produced. It is difficult to loosen the separation by sticking together. 201248045 SUMMARY OF THE INVENTION It is an object of the present invention to provide a regulator that only needs to replace the consumable $ component, that is, to improve the disadvantages of the prior art that the conventional regulator must be re-purchased and costly. In order to achieve the above object, the present invention An adjuster comprising: a support member, detachably disposed on a horizontal surface, having four protrusions located at east, west, south, and north of the upper surface of the support member; and a loading platform correspondingly disposed on Above the support member, there are four protrusions with the support member. P corresponds to the recessed portion of the straddle, and four studs are protruded from the lower side of the support member toward the upper portion of the support member and are located between the recesses of the two columns. a neck surface of the table surface and disposed along a longitudinal direction of the horizontal direction, a plurality of elastic members disposed on the surface of the stage and obliquely opposed to the neck portion, and a receiving space recessed on the surface of the stage, a buffering member is detachably disposed on the mounting space of the loading platform and the thickness of the buffering member is greater than the depth of the receiving space; and the pivoting platform is used for the holding of the object. a first flat portion overlying the neck of the stage and covering over both the cushioning member and the elastic member of the stage, and spaced apart from the rear end of the neck and being integral with the first flat portion a second flat portion connected to the unpacking ground, the first flat portion is provided with four and the loading platform a screw hole having the same orientation and communicating in the concave portion, and four adjusting bolts respectively disposed on the screw holes for the user to perform three-way fine adjustment of the first flat portion, and the stress of the adjusting bolt is selectively The first flat portion or the buffer member is absorbed to ensure that the stage is not deformed at all times. The effect of the invention is that the stress of the adjusting bolts of the first flat portion is absorbed by the first flat portion or/and the buffering member, and the 201248045 can ensure that the loading platform is not deformed at all times, so that the cushioning member And the first flat portion of the pivoting platform becomes a normal consumable component. Therefore, after being deformed for a period of time, the user only needs to replace it and can continue to use it, so that the service life of the adjuster can be extended. Economically beneficial. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following, specific embodiments will be described in conjunction with the drawings to illustrate the details and details of the present invention. Please refer to the third figure, the fourth figure, the fifth figure _8, the fifth figure-B. The adjuster of the first embodiment of the present invention comprises a branch building (1), a loading platform (2), - a cushioning member (3) and a pivoting station (4). As shown in the fourth figure, the branch member (1) is detachably assembled on a horizontal surface and has four protrusions located at the east, west, south and north of the upper surface of the cutting member (1). Department (丄2). As shown in the third figure, the fourth figure, the fifth figure-A, and the fifth figure-B, the stage (2) is correspondingly disposed above the cutting piece (丄), having four and the supporting piece ( 1) The protruding portion (1 2 ) corresponds to the recessed portion (2 1 ), and the stud protruding from the lower surface of the support member (1) under the loading table (2) and located between the two recesses (21) 22) a neck disposed on the surface of the stage (2) and disposed along the horizontal direction of the horizontal direction: 2 3), a plurality of surfaces disposed on the surface of the stage (2) and the „( 2 3 ) An obliquely opposite elastic member (24), and a recessed space (2 5 ) of the surface of the stage (2). The surface of the receiving space (25) of the stage (2) is provided with a plurality of rings a screw hole (251), and the buffer member 201248045 (3) is provided with a plurality of perforations (3 1 ) corresponding to the screw holes (251) opposite to the temple ♦ _ , ^ and has a plurality of roots for the wearing 0 0, inch tooth Q 3 1) locked body ( ό Δ ) 0 The cushioning member (3) is detachably arranged in the receiving space (25) of the stage (1), and the cushioning member (3) The thickness is greater than the depth of the receiving space (25). The specimens (3 2) of the punching piece (3) are pierced from above to below (31), and the cushioning member (3) is locked first, and then deeply locked in the bearing (2). a plurality of materials (25 丄) of the surface of the space (25). The buffer member (3) is provided with a screw hole (33) at the center for locking the main bolt (414) to the pivoting platform (4) is for holding an object (not shown), having - abutting against the neck (2 3 ) of the stage (2) and covering the cushioning member (3) #台台(2) a first flat portion (4 ι ) above the elastic element (24), and an interval between the neck portion (2 3 ): and connected to the first flat portion (the detachable group is connected a second flat portion (4 2 ). The first flat portion (4 丄) is provided with four screw holes (4 1 1) having the same orientation and communicating with the concave portion (2 1 ) of the loading table (2), And four respectively disposed on the screw holes (4 1 1 ) for the user to perform the three-way fine adjustment adjustment bolt (41 2) of the first flat portion (41), and the pivoting platform (4) a flat portion (41) is provided with a set of holes (4 1 3) in the center, and a top-down portion is provided The hole (4 1 3 ) is used for locking the main bolt (414) with the cushioning member (3). Therefore, as shown in the third figure, the fourth figure, the fifth figure-A, and the fifth figure, 201248045, the present invention In an embodiment, when the diameter of the cushioning member (3) is smaller than the distance between any two of the first flat portions (4 1 ) and the symmetrical adjustment screw inspection (4丄2), the first flat portion (41) and The cushioning member (3) is in contact with each other. The stress of the adjusting screw (4丄2) of the first flat portion (4 1 ) is determined by the first flat portion (4丄2) or/and the The cushioning member (3) absorbs, so that the stage (2) can be kept from being deformed at all times. Referring to FIG. 6A and FIG. 6B, the adjuster of the second embodiment of the present invention comprises a support member (1), a loading platform (2), a buffer member (3), and a pivot. Pick up (4). The main components are the same as in the first embodiment. The only difference is that the plugs (3 2 ) of the cushioning member (3) are placed from the bottom to the bearing space of the loading platform (2). 5) A plurality of screw holes (25 丄) on the surface, and then continue to deeply lock the perforations (3 1). The stress of the first adjusting piece r/i 1 and the adjusting bolt 12) of the register (4 1) is absorbed by the first flat portion (41) and the cushioning member (3), so that the stage can be secured. (2) Always not deformed. The regulator of the third embodiment of the present invention comprises a support member (i), a war σ [ 2 ), a cushioning member, and a pivoting station (4). The only difference is that the plurality of screw holes of the surface of the receiving space (25) of the cushioning member (the plugs (32) are penetrated from bottom to top) (25) (31). The diameter is larger than the first flat portion (41), and any two of them are in a pair of two: 412) _ when the 'the first flat portion (the Sichuan and the slow 3) is spaced apart. The buffer member (3) has a distance between the plugs (32) of the symmetrical 201248045, which is smaller than the 兮 疋 疋 square, the first flat portion (4 1 ), and the adjustment bolt (412) the distance. Therefore, the second integral: the stress of the adjusting bolts (412) of Luanchuan is absorbed by = =1) or / and the cushioning member (3), so that the carrier (2) can be kept from being deformed at all times. Please refer to FIG. 8A-A, 篦A 13⁄4 B.. +, Fig. -β, in the fourth embodiment of the present invention, 0, (1) stage (2), a buffer member CJ), and Drag D (4). The plugs of the cushioning member (3) are threaded up through the mounting space of the loading table (2) (the plurality of screw holes (251) on the surface of the cymbal 5: and then continue deep into the hole (31) When the diameter of the cushioning member (3) is larger than the distance between the two (symmetric adjustment bolts (4 i 2) of the 'portion (4 1), the first flattening file (4 1 ) and the The buffer member (3) is spaced apart. The distance between the buffer member ^q, Hanban 仟 [3) and the symmetrical plug (3 2 ) is equal to the first ding!谇 (4 1 ) The distance between any two of the symmetrical adjustment bolts (412). Therefore, the stress of the adjusting bolts (412) of the first flat portion < η is absorbed by the first flat portion (4 1 ) or/and the weighting unit width q and the weight member (3), so Make sure that the stage ( 2 ) is not deformed at all times. Referring to FIG. 9A and FIG. 9B, the adjuster of the fifth embodiment of the present invention is a package-support member Γ 1, a workpiece (1), a carrier (2), and a buffer member ( 3) X and ; fg pick up (4). The plugs (32) of the cushioning member (3) pass through a plurality of screw holes (251) of the surface of the receiving space (25) of the loading table (2) from bottom to top, and then continue Ground in 201248045 to lock the perforations (3 1). The first flat portion (4丄) and the buffer member (3) when the diameter of the cushioning member (3) is larger than the first adjusting portion (4 1 ) of any two of the symmetric adjusting bolts (the distance between the four turns) The spacers are spaced apart. The distance between the two symmetrical plugs (3 2 ) of the buffer member (3) is greater than the first flat portion (4 i ). The distance between 1 2 ). Therefore, the stress of the adjusting bolts (42) of the first flat portion (4 1 ) is absorbed by the first flat portion (4 1 ) or/and the buffer member (3) Therefore, it can be ensured that the stage (2) is not deformed at all times. Referring to the tenth figure -A, the tenth figure - B, the adjuster of the sixth embodiment of the present invention comprises a support member (1), a stage (2), a cushioning member (3), and a pivoting station (4). The plugs (32) of the cushioning member (3) are pierced from the top and bottom through the perforations (31) and then continue The plurality of screw holes (2 5 1 ) deep in the surface of the receiving space (25) of the stage (2) (see also the fourth drawing) are locked. The diameter of the buffering member (3) is larger than the first The flat part (4 1 ) is symmetrical with respect to any two When the distance between the bolts (412) is spaced apart, the first flat portion (41) and the buffer member (3) are spaced apart. The buffer member (3) has a distance between any two symmetrically shaped plugs (32) Is a distance between the adjustment bolts (4 1 2 ) of the first flat portion (41) which is symmetrical. Therefore, the stress of the adjusting bolts (4 i 2) of the first flat portion (4 1 ) It is absorbed by the first flat portion (4 1 ) or/and the buffer member (3), so that the stage (2) can be ensured without deformation at all times. It can be noted that the embodiments of the adjuster of the present invention are The cushioning member 201248045 (, 3) and the first flat portion (4丄) of the pivoting platform (4) can be a normal consumable component, and after being deformed for a period of time, the user only needs to replace it. Continuing to use, it is not necessary to replace the entire set of adjusters like a product, resulting in costly purchase cost, so that economic benefits can be achieved. The present invention has been described in detail by the above preferred embodiments, but the above In addition, only the person familiar with the present (4) can understand the present invention more, and is not limited to the present invention. The scope of implementation of the Ming Dynasty, the uniformity of the shape and structure and the spirit described in the scope of the patent application, and (4) are still within the scope of the patent of the invention. [Simplified illustration] The three-dimensional exploded view of the horizontal adjustment device. The first figure-A is a schematic sectional view of the first figure. The first figure-B: the stage in the second figure_A has been deformed and cannot be horizontally disposed on the support member. The top view is a perspective view of the first embodiment of the present invention. The fourth figure is an exploded perspective view of the third figure. Fig. 5A is a schematic cross-sectional view of the fourth figure. Figure 5 - B. is a schematic view of the fifth stage - a in which the stage is undeformed and can be placed horizontally above the support. Figure 6 - A is a schematic cross-sectional view of a second embodiment of the present invention. Fig. 4 and Fig. B are schematic views showing that the stage in Fig. _A is not deformed and can be horizontally placed above the support member. 12 201248045 FIG. 7A is a schematic cross-sectional view of a third embodiment of the present invention. Fig. 7-B is a schematic view showing that the stage in Fig. 7a is undeformed and can be horizontally placed above the support member. Figure 8 - A is a schematic cross-sectional view of a fourth embodiment of the present invention. Figure 8 - B: A schematic view of the stage in Figure 8 - A, which is undeformed and can be placed horizontally above the support. Fig. 9A is a schematic cross-sectional view showing a front view of a fifth embodiment of the present invention. Fig. 9-B is a schematic view of the ninth diagram-A in which the stage is undeformed and can be placed horizontally above the support member. Fig. 10-A is a schematic cross-sectional view showing a front view of a sixth embodiment of the present invention. Fig. 10-B is a schematic view in which the stage in Fig.-A is undeformed and can be horizontally placed above the support member. [Description of main component symbols] (Part of the present invention) (12) Projection portion (2 1 ) Concave portion (2 3 ) Neck (2 5 ) Bearing space (3) Buffer member (3 2 ) Plug body (4) Table (4 1 1) screw hole (4 1 3 ) sleeve hole (1) support table (2) stage (2 2 ) stud (2 4) elastic element (2 5 1 ) screw hole (3 1 ) perforation ( 3 3) Screw hole (4 1 ) First flat part (4 1 2 ) Adjusting bolt 13 201248045 (4 1 4 ) Main bolt (conventional part) (5) Support block (6) Carrier (6 2 ) Stud (6 4) elastic element (7 1 ) first flat part (7 1 2 ) adjusting bolt (4 2 ) second flat part (5 1 ) protruding end (6 1 ) concave part (6 3 ) neck (7) pivot Feeder (7 1 1) screw hole (7 2 ) second flat portion 14