M443589 口 12,用於進行換刀動作，於該刀庫盤1〇設置有呈圓弧狀 之一第一滑軌13及一設置於該第一滑執13外圍且呈圓弧狀 的第二滑軌14，並於該第一滑執彳3及該第二滑軌μ之間形 成凹陷狀的滑動槽15，於該第一、第二滑轨13、14之缺口 處係開設有一 K長方形之驅動孔16，於該第二滑執14呈軸 向的側面係結合有複數個與該第二滑軌彳4之輪廓相對應且 呈圓弧狀的壓板17,於該刀庫盤1〇的中央係具有一中心軸The M443589 port 12 is configured to perform a tool change operation, and the tool magazine 1 is provided with a first slide rail 13 in the shape of an arc and a second arc disposed on the periphery of the first slide 13 a sliding rail 14 is formed between the first sliding shoe 3 and the second sliding rail 51, and a K-shaped rectangle is formed at the notch of the first and second sliding rails 13, 14. The drive hole 16 is coupled with a plurality of pressure plates 17 corresponding to the contour of the second slide rail 4 and having an arc shape on the side surface of the second slide 14 in the axial direction. Central system has a central axis
部18，該中心軸部18係呈階級狀，並於中央具有一呈貫通 狀的中心轴孔1 81，並於該中心軸孔’ 81的外圍的階級面上 環繞設有複數個接合孔1 82。 如圖2及圖3所示，該定位組2〇係設置於該刀庫盤1〇内 部’該疋位組20係包括有一刀盤底板21、一定位環22及一 壓盤23，該刀盤底板21係結合固定於該刀庫盤iq之中心軸 部18並蓋合於該第一、第二滑執13、14的上方，該刀盤底 板21係為圓板並於中央具有對應於該中心軸部彳8的一開孔 21 1 ’於該開扎21 1的外圍係環繞設有複數個穿孔2彳2，於 各穿孔212的外圍係設置有複數個呈環繞設置的鎖孔21 3， 並於該刀盤底板21鄰近外周緣的表面開設有複數個呈間隔 設置的定位孔214，該刀盤底板21係以該開孔211套合於該 刀庫盤1 0之中心軸部1 8，該定位環22係以螺鎖結合於該刀 盤底板21之各穿孔212處’並於該定位環22之内周係形成 一凹陷狀的定位槽221，於該定位槽221内設有複數個滾珠 222 ’該壓盤23係壓合於該定位槽221上，並係對應地螺鎖 結合於該刀庫盤10之接合孔182，該壓盤23係壓緊固定該 刀盤底板21及該定位環22避免脫出，並藉由該定位環22所 7 M443589 6又置的複數個滾珠222產生滑動效果，使該刀盤底板21及該 定位環22能夠以該刀庫盤1 〇之中心軸部）8作為中心轉動。 如圖2及圖3所示，該複數個刀套單元3〇係沿著該 刀庫盤10之内圓周呈環繞並排設置，並且係能夠沿著該 刀庫盤10之滑動槽15滑移迴轉，該複數個刀套單元3〇 係以工程塑膠製成，各刀套單元3〇之間係以凹凸卡接方 式互相對合定位並以鎖接方式固定，各刀套單元3〇係於 月J側刀別開設有一螺孔31，並於後侧設有一滾動件32， 各滾動件32係包括有一連接柄321及連接於該連接柄 321 —端的一滾輪322,各滾動件32係設置於該刀盤底板 21後側，並以該連接柄321相對應地穿越過該刀盤底板 21之定位孔214，連接至各刀套單元3〇上，使該滾動件 32之滾輪322可滑動地設置於該刀庫盤1〇之滑動槽15 内，並以該複數個壓板17抵靠於各滾動件32之滾輪322 外側。 如圖2及圖3所示，該蓋板40係貼靠並結合於各刀套單 元30之前側，該蓋板40係以螺鎖結合於各刀套單元3〇之螺 孔31及該刀盤底板21之鎖孔213，使蓋板4〇及該定位組2〇 包覆並夹緊各刀套單元30,並於各刀套單元3〇轉動時，該 蓋板40及該刀盤底板21也會隨著轉動。 本創作較佳的實施例如圖2及圖4所示： 該刀庫盤10係連接於一圖未示出之驅動裝置，且該驅 動裝置係可穿出該刀庫盤10之驅動孔16，並抵靠於該複數 個刀套單元30相對應的滾動件32’使該複數個刀套單元2〇 將能夠利用各滾動件32與該刀庫盤1 〇之第一、笛- ^ 矛一濟執1 3 M443589 14相對滑移而產生迴轉動作，並藉由使蓋板4〇及該刀盤 底板21包覆並夾緊各刀套單元3〇,使各刀套單元2〇的結合 更為固。 本創作係以工程塑膠製成之複數個刀套單元20所組裝 而成的輕里化刀庫裝置，並且係，以標準化、輕量化的目的 將f構進行簡化可大幅減少該刀庫盤10與該刀套單元2〇 所而使用的組裝構件及加工’節省生產時間及降低製造成 本並且由於輕量化之設計，使各刀套單元20能夠直接於 該刀庫㈣上滑動迴轉，同時也能夠減少各刀套單元施 =刀庫盤_擦所產生的震動及噪音，也能夠提升使料 平’相當地具有助益。 # 以上所述’僅是本創作的較佳實施例’並非對本創作 壬何形式上的限制，任何所屬技術領域中具有通 =所Γ不脱離本創作所提技術特徵的範圍内，利用本創 =示技術内容所作出局部更動或修飾的等效， 均仍屬於本創作技術特徵的範圍心 【圖式簡單說明】 圖1係本創作較佳實施例的外觀圖。 圖2係本創作較佳實施例的分解圖。 圖3係本創作較佳實施例的局部剖面圖。 圖4係本創作較佳實施例的轉動狀態示意圖 圖5係習用的刀庫裝置的外觀圖。 圖6係習用的刀廛^ _ 庫裝置的轉動狀態示意圖。 【主要元件符號說明】 9 M443589 10 刀庫盤 11 擋緣 12 換刀口 13 第一滑執 14 第二滑軌 15 滑動槽 16 驅動孔 17 壓板 18 中心軸部 181 中心軸孔 182 接合孔 20 定位組 21 刀盤底板 211 開孔 212 穿孔 213 鎖孔 214 定位孔 22 定位環 221 定位槽 222 滾珠 23 壓盤 30 刀套單元 31 螺孔 32 滾動件 321 連接柄 322 滾輪 40 蓋板 80 刀庫裝置 81 刀庫本體 811 轉軸 82 刀庫盤 821 轉軸孔 83 刀套單元 84 滑軌The central portion 18 has a stepped shape and has a central shaft hole 181 formed in a penetrating shape at the center, and a plurality of engaging holes 1 are formed around the outer surface of the central shaft hole '81. 82. As shown in FIG. 2 and FIG. 3, the positioning group 2 is disposed inside the tool magazine 1〇. The clamping group 20 includes a cutter bottom plate 21, a positioning ring 22 and a pressure plate 23, and the cutter The disk bottom plate 21 is coupled and fixed to the central shaft portion 18 of the tool magazine iq and covers the first and second sliding blocks 13 and 14. The cutter bottom plate 21 is a circular plate and has a corresponding center at the center. An opening 21 1 ′ of the central shaft portion 8 is surrounded by a plurality of perforations 2彳2 around the periphery of the opening 21 1 , and a plurality of locking holes 21 are disposed around the periphery of each of the through holes 212 . 3, and a plurality of positioning holes 214 are disposed on the surface of the cutter bottom plate 21 adjacent to the outer periphery, and the cutter bottom plate 21 is sleeved on the central shaft portion of the tool magazine 10 by the opening 211 The positioning ring 22 is coupled to each of the through holes 212 of the cutter head plate 21 by a screw lock, and a concave positioning groove 221 is formed in the inner circumference of the positioning ring 22, and is disposed in the positioning groove 221 a plurality of balls 222 ′′ are pressed onto the positioning groove 221 and are correspondingly screwed to the engaging holes 182 of the tool magazine disk 10 , The disc 23 is pressed and fixed to the cutter bottom plate 21 and the positioning ring 22 to avoid the escape, and the sliding effect is generated by the plurality of balls 222 which are further disposed by the positioning ring 22, and the cutter bottom plate 21 and the cutter head 22 The positioning ring 22 is rotatable about the center shaft portion 8 of the magazine disk 1 . As shown in FIG. 2 and FIG. 3, the plurality of knife sleeve units 3 are arranged side by side along the inner circumference of the magazine disc 10, and are slidable along the sliding groove 15 of the magazine disc 10. The plurality of knife sleeve units 3 are made of engineering plastics, and the sleeves of the knife sleeves are positioned in a concave-convex manner by means of a concave-convex connection and are fixed by a locking manner, and the sleeve units 3 are tied to each month. A screw hole 31 is defined in the J-side cutter, and a rolling member 32 is disposed on the rear side. Each of the rolling members 32 includes a connecting handle 321 and a roller 322 connected to the end of the connecting handle 321 . The rear side of the cutter plate bottom plate 21 is correspondingly passed through the positioning hole 214 of the cutter plate bottom plate 21, and is connected to each knife sleeve unit 3, so that the roller 322 of the rolling member 32 is slidably It is disposed in the sliding groove 15 of the magazine disk 1 and abuts against the roller 322 of each rolling member 32 by the plurality of pressing plates 17. As shown in FIG. 2 and FIG. 3, the cover 40 is abutted against and coupled to the front side of each of the sleeve units 30. The cover 40 is screwed to the screw holes 31 of the respective sleeve units 3 and the cutter. The locking hole 213 of the disc bottom plate 21 causes the cover plate 4 and the positioning group 2 to cover and clamp the respective sleeve unit 30, and when the sleeve unit 3 rotates, the cover 40 and the cutter bottom plate 21 will also rotate with it. The preferred embodiment of the present invention is shown in FIG. 2 and FIG. 4: the magazine disk 10 is connected to a driving device not shown, and the driving device can pass through the driving hole 16 of the tool magazine disk 10, And the rolling element 32' corresponding to the plurality of knife sleeve units 30 enables the plurality of knife sleeve units 2 to be able to utilize the first rolling elements 32 and the first and the flutes of the magazine disc 1 The 1 3 M443589 14 is relatively slipped to generate a turning motion, and by combining the cover 4 〇 and the cutter bottom plate 21 and clamping the respective cutter unit 3 〇, the combination of the respective cutter unit 2 更 is further For solid. This creation is a light-weighted tool magazine device assembled from a plurality of tool holder units 20 made of engineering plastics, and the simplification of the f-structure for standardization and weight reduction can greatly reduce the tool magazine disk 10 The assembly member and the processing used for the tool holder unit 2 save production time and reduce the manufacturing cost, and the lightweight design allows the respective tool unit 20 to slide directly on the tool magazine (4), and can also Reducing the vibration and noise generated by each knife sleeve unit _ knife tray _ wipe can also improve the material leveling 'is quite helpful. # The above description is merely a preferred embodiment of the present invention. It is not a limitation on the form of the present invention. Any of the technical fields in the art do not deviate from the technical features of the present invention. The equivalent of the local modifiers or modifications made by the technical content is still within the scope of the technical features of the present invention. [Fig. 1 is a detailed view of the preferred embodiment of the present invention. Figure 2 is an exploded view of a preferred embodiment of the present invention. Figure 3 is a partial cross-sectional view of the preferred embodiment of the present invention. Fig. 4 is a schematic view showing the state of rotation of the preferred embodiment of the present invention. Fig. 5 is an external view of a conventional magazine device. Fig. 6 is a schematic view showing the state of rotation of a conventional knife _ library device. [Main component symbol description] 9 M443589 10 Tool magazine disk 11 Flange 12 Tool change port 13 First slide 14 Second slide rail 15 Slot groove 16 Drive hole 17 Platen 18 Center shaft portion 181 Center shaft hole 182 Engagement hole 20 Positioning group 21 Cutter plate bottom plate 211 Opening 212 Perforation 213 Locking hole 214 Positioning hole 22 Positioning ring 221 Positioning groove 222 Ball 23 Platen 30 Tool holder unit 31 Screw hole 32 Rolling element 321 Connection handle 322 Roller 40 Cover 80 Tool magazine device 81 Knife Library body 811 shaft 82 knife magazine 821 shaft hole 83 knife unit 84 slide
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