201136707 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種磨刀裴置。 C先前技術] [0002] 多模穴射出成型的鏡片需借助剪切刀將其剪切分開，長 期剪切後，剪切刀發生磨損，導致剪切品質下降，需要 進行研磨。現有的磨刀I置是將刀具固定在一個位置的201136707 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a sharpening device. C Prior Art] [0002] Multi-cavity injection molding lenses need to be sheared apart by means of a shearing knife. After long-term shearing, the shearing knife wears, resulting in a decrease in shear quality and grinding. The existing sharpening I is to fix the tool in one position.
，使得一種磨刀裝置只能對刀鋒傾斜角度相同的刀具進 行研磨’因此使用起來非常不方便Q 【發明内容】 [0003] 有鑒於此，有必要提供一種能夠調整刀具的研磨角度的 磨刀裝置。 [0004] 一種磨刀裝置，用於研磨一個刀具。所述刀具上開設一 個刀鋒。所述磨刀裝置包括一個研磨台、一個角度調整 組件、一個固定組件、一個砂輪及一個驅動組件。所述 研磨台包括垂直設置的一値連接面及广個基準面。所述 角度調整組件固定在所述連接:面:上，其包括一個弧形板 '一個承載板、一個調整螺栓及一個定位柱。所述派形 板上沿其延伸方向開設有一個貫通自身的滑槽。所述承 載板用於承載所述刀具’其包括相對的第一端及第二端 。所述第一端藉由所述調整螺栓滑動設置在所述滑槽内 ，所述第二端藉由所述定位柱旋轉設置在所述滑道的圓 心處。所述固定組件用於將所述刀具固定在所述承載板 上。所述砂輪活動設置在刀鋒的上方’用於研磨刀鋒。 所述驅動組件包括一個旋轉軸及一個機械手臂，所述說 099114009 表單編號A0101 第4頁/共16頁 0992024729-0 201136707 轉軸固定穿設在所述砂輪的軸心孔内，用於帶動所述砂 輪旋轉。所述機械手#驗持所述旋_及砂輪並帶 動所述砂輪研磨所述刀鋒。 剛树明的磨刀裝置，戶斤述角度調整組件將刀具轉動設置 在研磨臺上，藉由調節调整螺栓就能使刀鋒與基準面位 於同一平面上，使得磨刀裝置能夠研磨刀鋒傾斜角度不 同的刀具。 【實施方式】 [0006] 下面將結合附圖，對本發明作進一步的詳細說明。 [0007] 請參閱圖1及圖2，為本發明;實施方式提供的一種磨刀裝 置100，用於研磨一個刀具200。所述刀具200包括第一 面201及與第一面201相背的第二面202，所述刀具200上 開設兩個貫穿所述第一面2〇1及所述第二面202的第一通 槽203。所述第二面202的一端形成有刀鋒204。所述磨 刀裝置100包括一個研磨台10、一個角度調整組件30、一 個固定組件50、一個砂輪60及一個驅動組件70。 [0008] 結合圖3所示，所述研磨台10為一個立方體狀結構，其包 括垂直連接的一個基準面11及一個連接面12。所述連接 面12上開設一個方形的容置槽121。使用時，所述研磨台 10可固定在地面上，也可固定在一個工作臺上。 [0009] 所述角度調整組件30設置在所述容置槽121内，其包括一 個弧形板31、一個承載板32、_個調整螺栓33及一個定 位枉35。所述弧形板31設置於所述連接面12上，其弧度 為90度。所述弧形板31沿其延伸方向開設一個貫通自身 099114009 表單編號A0101 第5頁/共16頁 0992024729-0 201136707 的圓弧狀滑槽3H，所述承載板32包括—個承載面咖、 相對設置的第一端321及第二端奶。所述承载面32〇連 接所述第-及第二端322，謂述承載面32〇上開 设兩個盲孔323。可以理解，所述盲孔323的數目並不局 限於兩個，也可為其他數量。所述第一端32ι的端面沿所 述承載板32的延伸方向開設—個螺孔m。所述調整螺检 33穿過所述㈣311簡人㈣觀⑽，料將所述承 載板32的第-端321滑動設置在所述弧形板⑴内。所述調 整螺栓33包括-個卡合部331及沿所述卡合部331向外延 伸的螺接部332，所述卡合部33丨與所述滑槽311緊密配 合。所述第二端322沿平行於所述承載面,32〇且垂直於所 述螺孔324的方向開設一個通孔325 ^所述定位柱35固定 在所述弧形板31的圓心處，其穿設於所述承載板32的通 孔325中’使得所述承載板32能夠以所述定位柱35為轴進 行旋轉。在本實施方式中，所述定位柱35為圓柱體❶可 以理解’所述定位柱35也可為多邊形枉體，而所述承載 板32上的通孔325的橫截面為所遠多邊形柱體的橫截面的 外接圓。也可將所述定位柱亶表所述承載板32的第 二端322，並將所述弧形板31的圓心處開設一個容置孔， 從而將所述承載板32上的定位柱35插設在所述容置孔内 ’使得所述承載板32能夠圍繞所述定位柱35旋轉。另外 ’其他能夠實現將所述承載板32旋轉設置在所述連接面 12上的結構也可以採用。 [0010] 所述固定組件5 0包括一個墊板51及一個壓合釘52。所述 墊板51的中心開設一個貫穿所述墊板51的第二通槽511。 099114009 表單編號A0101 第6頁/共16頁 0992024729-0 201136707 〇 所述壓合釘52包括一個釘頭521及一個釘尾522，所述釘 頭521的直徑大於所述釘尾522的直徑。所述釘尾522與 所述盲孔323緊密配合。當所述釘尾522依次穿過所述第 二通槽511、第一通槽203及盲孔323時，所述釘頭521能 夠將所述刀具200固定在所述承載板32上。可以理解，也 可在所述壓合釘52的釘尾522設置外螺紋，所述盲孔323 内設置有與所述外螺紋相匹配的内螺紋。若所述壓合釘 52的釘頭521的橫截面積足夠大’能夠卡在刀具2〇〇上的 第一通槽203上，也可不設置所述墊板51，直接將所述廢 合釘52穿過所述第一通槽203及所述盲孔323，將所述刀 具20 0壓在所述承載板32上》所述固定組件50也可為磁性 元件，其設置在所述承載板32與所述刀具200之間，所述 磁性元件能夠同時與所述承載板32與刀具200牢固吸引。 也不設置所述固定組件50，只需所述承栽板32由能夠與 所述刀具200相互吸引的磁性材料製成即可。另外，其他 能夠實現將所述刀具200固定在承載板32上的結構也可採 用。 〇 [0011] 如圖1所示，所述砂輪60用於對所述刀具200進行研磨。 所述砂輪60的軸心開設有一個貫穿所述砂輪6〇的相對兩 個表面的轴心孔（圖未示）。 [0012] 所述驅動組件70包括一個旋轉軸了1及一個機械手臂72。 所述旋轉軸71固定在所述砂輪60的轴心孔内’用於帶動 所述砂輪60高速旋轉。所述機械手臂72活動夾持所述旋 轉軸71的相對兩端，用於帶動所述砂輪6〇移動以研磨所 述刀鋒204。 099114009 表單編號A0101 第7頁/共16頁 0992024729-0 201136707 [0013] 所述磨刀裝置100的使用過程如下：將所述承載板π藉由 所述調整螺栓33及定位柱35固定在所述連接面12的容置 槽121内’將所述刀具200疊放在所述承載板32的承載面 320上，且所述第二面202面向所述基準面11，將所述墊 板51疊放在所述第二面202上，使所述第二通槽511、第 通槽203及所述盲孔323對齊’將所述壓合釘52依次穿 過所述第二通槽511、第一通槽203及盲孔323，使所述 釘尾522壓設在所述墊板51上，從而將所述刀具2〇〇固定 在所述承載板32上。將所述調整螺栓33擰松，調整所述 承載板32相對於所述基準面11的角度，使得所述刀鋒2〇4 與所述基準面11位於同一平面上，然後將所述調整螺栓 33旋入所述螺孔324内，從而實覌對所述刀鋒2〇4相對於 所述基準面11的角度的調整。然後，所述機械手臂72帶 動所述砂輪60與所述刀鋒204相切，所述旋轉軸71帶動所 述砂輪60高速旋轉，從而將所述刀鋒2〇4磨平。研磨完成 後，取出所述壓合釘52，從所述来载板32LL取下所述刀 具200 〇 [0014] 本發明的磨刀裝置，所述角度調整組件將刀具轉動設置 在研磨臺上，藉由調節調整螺栓就能使刀鋒與基準面位 於同一平面上，使得磨刀裝置能夠研磨刀鋒傾斜角度不 同的刀具。 [0015] 另外，本領域技術人員可在本發明精神内做其他變化， 然，凡依據本發明精神實質所做的變化，都應包含在本 發明所要求保護的範圍之内。 【圖式簡單說明】 099114009 表單編號A0101 第8頁/共16頁 0992024729-0 201136707 [0016] 圖1係本發明較佳實施方式之磨刀裝置的結構示意圖； [0017] 圖2係圖1的磨刀裝置的分解圖； [0018] 圖3係圖1的磨刀裝置的剖視圖。 【主要元件符號說明】 [0019] 磨刀裝置 100 [0020] 刀具 200 [0021] ❹ [0022] [0023] [0024] [0025] [0026] [0027] 〇 [0028] [0029] [0030] [0031] [0032] [0033] [0034] 099114009 第一面 第二面 第一通槽 刀鋒 研磨台 基準面 連接面 容置槽 角度調整組件 弧形板 滑槽 承載板 承載面 第一端 表單編號A0101 201 202Therefore, a sharpening device can only grind the tool with the same blade inclination angle. Therefore, it is very inconvenient to use. Q [Invention] [0003] In view of the above, it is necessary to provide a sharpening device capable of adjusting the grinding angle of the tool. . [0004] A sharpening device for grinding a tool. A blade is placed on the tool. The sharpening device includes a polishing table, an angle adjustment assembly, a fixed assembly, a grinding wheel, and a drive assembly. The polishing table includes a vertical connecting surface and a wide reference surface. The angle adjustment assembly is fixed to the connection: face: which includes a curved plate 'one carrier plate, one adjustment bolt and one positioning post. The pie plate is provided with a sliding slot extending through itself along its extending direction. The carrier plate is for carrying the tool 'which includes opposing first and second ends. The first end is disposed in the sliding slot by sliding the adjusting bolt, and the second end is disposed at a center of the sliding track by the positioning post rotating. The fixing assembly is for securing the tool to the carrier plate. The wheel activity is placed above the blade' for grinding the blade. The driving assembly includes a rotating shaft and a mechanical arm, the saying 099114009 Form No. A0101 4th/16 pages 0992024729-0 201136707 The rotating shaft is fixedly disposed in the shaft hole of the grinding wheel for driving the The grinding wheel rotates. The robot #1 holds the rotary _ and the grinding wheel and drives the grinding wheel to grind the blade. Just Shuming's sharpening device, the angle adjustment component is used to set the tool rotation on the grinding table. By adjusting the adjusting bolt, the blade edge can be placed on the same plane as the reference surface, so that the sharpening device can grind the blade with different inclination angles. Tool. [Embodiment] The present invention will be further described in detail below with reference to the accompanying drawings. 1 and 2 illustrate a grinding apparatus 100 for grinding a tool 200 according to an embodiment of the present invention. The cutter 200 includes a first surface 201 and a second surface 202 opposite to the first surface 201. The cutter 200 defines two first through the first surface 2〇1 and the second surface 202. Through slot 203. One end of the second face 202 is formed with a blade edge 204. The sharpening device 100 includes a polishing table 10, an angle adjustment assembly 30, a stationary assembly 50, a grinding wheel 60, and a drive assembly 70. As shown in FIG. 3, the polishing table 10 is a cubic structure including a reference surface 11 and a connection surface 12 which are vertically connected. A square receiving groove 121 is defined in the connecting surface 12. In use, the polishing table 10 can be fixed to the ground or can be fixed to a work table. The angle adjusting component 30 is disposed in the accommodating groove 121, and includes a curved plate 31, a supporting plate 32, an adjusting bolt 33, and a positioning hole 35. The curved plate 31 is disposed on the connecting surface 12 with an arc of 90 degrees. The arcuate plate 31 defines an arcuate chute 3H extending through its own 099114009 form number A0101, page 5/16 pages 0992024729-0 201136707, the carrier plate 32 includes a carrier surface, and a relative The first end 321 and the second end milk are arranged. The bearing surface 32 is connected to the first and second ends 322, and the two bearing holes 32 are opened on the bearing surface 32. It can be understood that the number of the blind holes 323 is not limited to two, and may be other numbers. An end surface of the first end 32i defines a screw hole m along the extending direction of the carrier plate 32. The adjustment screw 33 passes through the (four) 311 (4) view (10), and the first end 321 of the carrier plate 32 is slidably disposed in the curved plate (1). The adjusting bolt 33 includes an engaging portion 331 and a screwing portion 332 extending outwardly along the engaging portion 331, and the engaging portion 33 is closely engaged with the sliding groove 311. The second end 322 defines a through hole 325 in a direction parallel to the bearing surface 32 垂直 perpendicular to the screw hole 324. The positioning post 35 is fixed at a center of the curved plate 31. The through hole 325 of the carrier plate 32 is disposed to enable the carrier plate 32 to rotate with the positioning post 35 as an axis. In the present embodiment, the positioning post 35 is a cylindrical body. It can be understood that the positioning post 35 can also be a polygonal body, and the through hole 325 of the carrier plate 32 has a cross section of a far polygonal cylinder. The circumcircle of the cross section. The positioning post can also be referred to the second end 322 of the carrier plate 32, and a receiving hole is formed in the center of the curved plate 31, thereby inserting the positioning post 35 on the carrying plate 32. Provided in the receiving hole ' enables the carrier plate 32 to rotate around the positioning post 35. Further, other structures capable of rotatably setting the carrier plate 32 on the connecting surface 12 may be employed. [0010] The fixing assembly 50 includes a backing plate 51 and a pressing pin 52. A second through groove 511 penetrating the backing plate 51 is defined in the center of the backing plate 51. 099114009 Form No. A0101 Page 6 of 16 0992024729-0 201136707 〇 The pinch 52 includes a stud 521 and a stud 522 having a diameter greater than the diameter of the stud 522. The tail 522 is closely mated with the blind hole 323. When the nail tail 522 sequentially passes through the second through groove 511, the first through groove 203, and the blind hole 323, the nail head 521 can fix the cutter 200 on the carrier plate 32. It will be understood that external threads may also be provided at the tail 522 of the pinch 52, the internal holes of the blind holes 323 being matched to the external threads. If the cross-sectional area of the nail head 521 of the press-fit nail 52 is sufficiently large to be able to be caught on the first through groove 203 of the cutter 2, the backing plate 51 may not be provided, and the waste nail may be directly 52 passing through the first through groove 203 and the blind hole 323 to press the cutter 20 on the carrier plate 32. The fixing assembly 50 may also be a magnetic component disposed on the carrier plate. Between 32 and the cutter 200, the magnetic element can be firmly attracted to the carrier plate 32 and the cutter 200 at the same time. The fixing member 50 is also not provided, and it is only necessary that the receiving plate 32 is made of a magnetic material capable of attracting the cutter 200 to each other. In addition, other structures capable of fixing the cutter 200 to the carrier plate 32 can also be employed. [0011] As shown in FIG. 1, the grinding wheel 60 is used to grind the cutter 200. The shaft center of the grinding wheel 60 is provided with a shaft hole (not shown) penetrating through the opposite surfaces of the grinding wheel 6〇. [0012] The drive assembly 70 includes a rotating shaft 1 and a robot arm 72. The rotating shaft 71 is fixed in the axial hole of the grinding wheel 60 for driving the grinding wheel 60 to rotate at a high speed. The robot arm 72 is movable to clamp opposite ends of the rotating shaft 71 for driving the grinding wheel 6 to move the blade 204. 099114009 Form No. A0101 Page 7 / Total 16 Page 0992024729-0 201136707 [0013] The use of the sharpening device 100 is as follows: the carrier plate π is fixed by the adjusting bolt 33 and the positioning post 35 in the In the receiving groove 121 of the connecting surface 12, the cutter 200 is stacked on the bearing surface 320 of the carrier plate 32, and the second surface 202 faces the reference surface 11, and the backing plate 51 is stacked Putting on the second surface 202, aligning the second through groove 511, the first through groove 203 and the blind hole 323, and sequentially passing the pressing nail 52 through the second through groove 511, A through slot 203 and a blind hole 323 are pressed against the backing plate 51 to fix the cutter 2 to the carrier 32. Unscrewing the adjusting bolt 33, adjusting the angle of the carrier plate 32 with respect to the reference surface 11 such that the blade 2〇4 is in the same plane as the reference surface 11, and then the adjusting bolt 33 is The screw hole 324 is screwed into it so as to adjust the angle of the blade 2〇4 with respect to the reference plane 11. Then, the mechanical arm 72 drives the grinding wheel 60 to be tangent to the blade 204, and the rotating shaft 71 drives the grinding wheel 60 to rotate at a high speed to smooth the blade 2〇4. After the grinding is completed, the pressing nail 52 is taken out, and the cutter 200 is removed from the loading carrier 32LL. [0014] The sharpening device of the present invention rotates the cutter on the grinding table. By adjusting the adjusting bolts, the blade can be placed on the same plane as the reference surface, so that the sharpening device can grind the tool with different blade inclination angles. [0015] In addition, those skilled in the art can make other changes within the spirit of the invention, and all changes that are made according to the spirit of the invention are included in the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a sharpening device according to a preferred embodiment of the present invention; [0017] FIG. 2 is a schematic view of a sharpening device according to a preferred embodiment of the present invention; 3 is an exploded view of the sharpening device; [0018] FIG. 3 is a cross-sectional view of the sharpening device of FIG. 1. [Main component symbol description] [0019] Sharpening device 100 [0020] Tool 200 [0021] [0023] [0024] [0025] [0027] [0028] [0030] [0033] [0034] [0034] 099114009 First side second side first through slot blade grinding table reference surface connection surface receiving groove angle adjustment component curved plate chute carrier plate bearing surface first end form number A0101 201 202
10 11 30 31 311 32 320 321 第9頁/共16頁 0992024729-0 201136707 [0035] 第二端 322 [0036] 盲孔 323 [0037] 通孔 325 [0038] 螺孔 324 [0039] 調整螺栓 33 [0040] 卡合部 331 [0041] 螺接部 332 [0042] 定位柱 35 [0043] 固定組件 50 [0044] 墊板 51 [0045] 第二通槽 511 [0046] 壓合釘 52 [0047] 釘頭 521 [0048] 釘尾 522 [0049] 砂輪 60 [0050] 驅動組件 70 [0051] 旋轉軸 71 [0052] 機械手臂 72 099114009 表單編號A0101 第10頁/共16頁 0992024729-010 11 30 31 311 32 320 321 Page 9 of 16 0992024729-0 201136707 [0035] Second end 322 [0036] Blind hole 323 [0037] Through hole 325 [0038] Screw hole 324 [0039] Adjusting bolt 33 [0040] engaging portion 331 [0041] screwing portion 332 [0042] positioning post 35 [0043] fixing assembly 50 [0044] backing plate 51 [0045] second through groove 511 [0046] pressing nail 52 [0047] Nail head 521 [0048] Nail tail 522 [0049] Grinding wheel 60 [0050] Drive assembly 70 [0051] Rotary shaft 71 [0052] Robot arm 72 099114009 Form number A0101 Page 10 / Total 16 page 0992024729-0