M344208 八、新型說明： •【新型所屬之技術領域】 本創作係涉及一種刀具套筒，特別是指 取出刀具功能之創新結構型態設計者。 【先前技術】 • 按’本創作所指的刀具套筒，是一種應 •加工機具結構上的零件，更具體而言，所述 籲裝排列於自動切削加工機具之刀庫機構上， 組定位者。 習知刀具套筒ίο結構型態如第丨圖所开 端具有一刀具插槽12，該刀具插槽12中央具 13，该金屬筒芯13 —側組設有一定位珠14， 13及筒體11中央並穿組有一金屬滑桿15，該 端組配有一彈簧16以使其滑動具有復位彈性 15 —端設有一凹形導槽17能夠控制該定位珠 • 或内縮釋放狀態者；惟，此種習知刀具套筒 • 際使用經驗甲發現仍存在下述之問題點： • 該習知刀具套筒10於實際使用過程中， 出该刀具套筒10之刀具插槽12時，雖然自動 設計上會有一制動機構自動將該金屬滑桿15 定位珠14呈内縮釋放狀態，然而，由於該刀 具之間為錐度緊迫配合狀態，縱使該定位珠 態，刀具實際上仍舊與該刀具插槽12緊密配 切削加工機具的取刀手臂要從該刀具套筒1〇 一種具有輔助 .用於自動切削 ;刀具套筒係組 藉以供刀具插 ;，其筒體11 一 -有一金屬筒芯 又該金屬筒芯 :金屬滑桿15外 .，該金屬滑桿 14呈外凸定位 結構型態於實 當欲將刀具取 切削加工機具 頂推以令所述 具插槽12與刀 14已呈釋放狀 合，因此自動 取下刀具時， 5 M344208 均得承受前述因刀具插槽12與刀具之間錐度緊迫配 •所造成的強大反作用力，如此而導致該取刀手臂因 大而容易產生變形、動作準確度喪失甚至損壞而縮 壽命、影響工作安全性之問題及缺弊。 是以，針對上述習知刀具套筒結構所存在之問 如何開發一種更具理想實用性之創新結構，實為相 '須再努力研發突破之目標及方向。 • 有鑑於此，創作人本於多年從事相關產品之製 籲與設計經驗，針對上述之目標，詳加設計與審慎評 終得一確具實用性之本創作。 合狀態 負荷過 短使用 題點， 關業者 造開發 估後， 【新型内容】 本創作之主要目的， 之刀具套筒’其所欲解決 使用上仍舊存在取刀手臂 作準確度喪失甚至損壞而 之問題點加以改良突破； 槽’該筒體内部對應該刀 以令刀具之插組狀態獲得 本創作解決問題之技 處並設有一取出構件容置 中該取出構件容置部具一 另具一第二開口端與該刀 括一受動端及抵推端，該 該抵推端則可穿出該第二 係在提供一種具有輔助取 之問題點，係針對習知刀 因負荷過大而容易產生變 縮短使用壽命、影響工作 所述刀具套筒之筒體具— 具插槽部位並設有刀具定 定位； ，特點，主要在於該筒體 邰以供組設一輔助取出構 第〜開口端貫通該筒體後 /、插槽相通；該辅助取出 &重力端係凸伸出該第一 開u *山丄 汗 1 而而伸入該刀具插槽 出功能 具套筒 形、動 安全性 刀具插 位構件 一偏側 其 端部， 構件包 °端， 中；藉 6 M344208 此創新獨特設計，使本創作對照先前技術而言，當自動切 肖J力機具之取刀機構欲從所述刀具套筒之刀具插槽取出 刀具日寸，將可藉由所述輔助取出構件之作動對刀具產生強 制向外抵推之作用力，令刀具與刀具插槽之間的緊迫配合 狀〜肖b夠確貫鬆脫解除，以降低取刀機構之負荷，達到輔 助取^ 77 g 士 ”、保護機構、提昇工作安全性以及延長機構使 用哥命之音·田、a 焉用進步性及較佳產業利用效益者。 【實施方式】 士未- /、 %參閱第2 、3 、4圖所示，係本創作具有輔助取出 功能之刀且农& /、贫_之較佳實施例，惟此等實施例僅供說明之 用，々車 利申請上並不受此、结構之限制。所述刀具套筒A 係包含下述構成： 筒體20，其具有一組設部21、一刀具插組端22以及 一後端部23 ; 一刀具掠槽30，設於該筒體20之刀具插組端22呈〆内 門型恶’該刀具插槽3〇之周壁係設成錐狀型態者； 刀具定位構件40，設於該筒體20内部之對應該刀具 插槽3〇部位，該刀具定位構件40包括有一筒座41、一定位 珠42以及一彈性頂推構件43，其中該定位珠42係組設於該 筒座41 —侧所設一穿孔410中，該彈性頂推構件43則玎藉 以將该定位殊42向外頂出成外凸之定位刀具狀態者； —取出構件容置部5〇，設置於該筒體20 —偏側處，所 述取出構件容置部50具有一第一開口端51貫通該筒體之後 7 M344208 端52與該刀具插槽3〇相通； 可為一柱體型態，係呈可限位活 容置部50，該輔助取出構件60包 端62，該受動端61係凸伸出該第 則可穿出該第二開口端52而伸入 將插組於該刀具插槽30中之刀具 向外抵推而連到輔助取出刀具之M344208 VIII. New description: • [New technical field] This creation relates to a tool sleeve, in particular to an innovative structural type designer who takes out the tool function. [Prior Art] • According to the tool sleeve referred to in this creation, it is a part of the structure of the processing tool, and more specifically, the appeal is arranged on the tool magazine of the automatic cutting machine, group positioning By. The conventional tool sleeve ίο structural type has a cutter slot 12 at the beginning of the first drawing, the cutter slot 12 has a center 13 and the metal core 13 is provided with a positioning bead 14, 13 and a cylinder 11 The center and the wearing group have a metal sliding rod 15 which is provided with a spring 16 to make it slide with a returning elasticity 15 - a concave guiding groove 17 is provided at the end to control the positioning bead or the retracted state; however, this A conventional tool sleeve has been found to have the following problems: • The conventional tool sleeve 10 is automatically designed during the actual use of the tool slot 10 of the tool sleeve 10 There is a brake mechanism that automatically releases the metal slider 15 positioning bead 14 in a retracted state. However, due to the taper pressing state between the cutters, the tool actually remains with the tool slot 12 even though the positioning bead is in position. The cutter arm of the close-fit machining tool should have an auxiliary from the cutter sleeve. It is used for automatic cutting; the tool sleeve system is used for tool insertion; the cylinder 11 has a metal core and Metal core: metal The metal slider 14 is in a convex positioning structure type, and is actually intended to push the tool to the cutting tool so that the socket 12 and the blade 14 are released, and thus automatically removed. When the tool is used, the 5 M344208 has to withstand the above-mentioned strong reaction force caused by the tight taper between the tool slot 12 and the tool. As a result, the arm is easily deformed due to its large size, and the motion accuracy is lost or even damaged. Life expectancy, problems affecting work safety and shortcomings. Therefore, in view of the above-mentioned problems of the conventional tool sleeve structure, how to develop an innovative structure with more ideal and practicality is really the goal and direction of the research and development. • In view of this, the creators have been engaged in the design and design experience of related products for many years, and the design and careful evaluation of the above objectives have resulted in a practical and practical creation. The state load is too short to use the inscription, after the establishment of the developer to estimate, [new content] The main purpose of this creation, the tool sleeve 'there is still the use of the knife arm for accuracy loss or even damage The problem point is improved and improved; the groove 'the inside of the cylinder corresponds to the knife to obtain the tool insertion state to obtain the skill of the creation to solve the problem and is provided with a take-out member. The take-up member receiving portion has an additional The two open ends and the cutter include a receiving end and a pushing end, and the pushing end can pass through the second line to provide a problem with assisting the picking, which is easy for the conventional knife to be changed due to excessive load. The utility model has the advantages of shortening the service life and affecting the working tool sleeve of the tool sleeve - the slot portion and the positioning of the cutter; the main feature is that the cylinder body is configured to provide an auxiliary take-up structure - the open end penetrates the The rear of the cylinder/the slot is open; the auxiliary extraction & gravity end protrudes out of the first open u*Hawthorn sweat 1 and protrudes into the cutter slot to function as a sleeve-shaped, dynamic safety cutter The position of the member is on the side of the member, the end of the member is in the middle, and the innovative design of the 6 M344208 makes the creation of the automatic cutting machine J from the tool holder. The tool slot of the cylinder takes out the tool day, and the force of the tool can be forced outwardly by the action of the auxiliary take-out member, so that the tight fit between the tool and the tool slot is sufficient. The release is released, so as to reduce the load of the knife-cutting mechanism, to achieve the auxiliary access of 77 g," to protect the mechanism, improve the safety of work and extend the use of the voice of the body, Tian, a, use progress and better industrial utilization. [Embodiment] [Shift] - /, % See the pictures shown in Figures 2, 3, and 4, which are the preferred embodiments of the tool for assisting the removal function, and the agricultural & /, poor _, but these The embodiment is for illustrative purposes only, and is not limited by this structure. The tool sleeve A comprises the following structure: a cylinder 20 having a set of parts 21 and a cutter insert End 22 and a rear end 23; a cutter sweeping slot 30, The tool insertion end 22 of the cylinder 20 is in the inner door type. The peripheral wall of the tool slot 3 is configured to be tapered. The tool positioning member 40 is disposed inside the cylinder 20. The tool positioning member 40 includes a sleeve 41, a positioning bead 42 and an elastic pushing member 43. The positioning bead 42 is disposed on a side of the sleeve 41. In the 410, the elastic pushing member 43 is configured to eject the positioning member 42 outwardly into a convex positioning tool state; the removal member receiving portion 5 is disposed at the side of the cylindrical body 20, The take-out member accommodating portion 50 has a first open end 51 extending through the cylindrical body. The M 344208 end 52 is in communication with the cutter slot 3 ;; it can be a cylindrical type, and is a limitable movable accommodating portion. 50, the auxiliary take-up member 60 is wrapped at the end 62, and the driven end 61 is protruded from the second open end 52 and protrudes into the tool that is inserted into the cutter slot 30. And connected to the auxiliary tool
端部’另具有一第二開口 一輔助取出構件60， 動狀態組設於該取出構件 括一受動端61以及一抵推 一開口端51，該抵推端62 該刀具插槽30中；藉以可 80 (如第5圖所示）強制 功能者。 其中’該筒體20之後端部23中央係可形成一内凹槽％ A内凹；^ 24内端並形成一内縮壁緣25，以使該刀具定位 構件40之筒座41内端形成一内端壁411抵靠於該内縮壁緣 25 又所述彈性頂推構件43可由一彈簧431以及一頂塊4 32所構成’該頂塊432對應所述定位珠42之該端並設有一 錐緣部433 ，該彈簧431則頂撐於該頂塊432與該内端壁 411之間者。 其中，該輔助取出構件60臨近該受動端61部位係可設 有 凸環緣63 ’以使該取出構件容置部50之第一開口端51 對應組設有一擴槽段53以供該凸環緣63導動配合，並於該 擴槽段53之開口端組設一擋環54以阻擂該凸環緣63，藉此 而能達到限位該辅助取出構件60，防止其脫出之目的。 藉由上述之結構、組成設計，茲就本創作之使用作動 情形說明如下： 如第5圖所示，本創作主要核心設計是在於該筒體2〇 增設有一取出構件容置部50以供組設一輔助取出構件60之 技術特點，藉此，所述刀具套筒A實際應用上，該輔助取 8 M344208 出構件60凸伸出該第— 箱宗外六T ! Γ 而51之又動端61，將可透過一 預疋外力L1 (可為自 其向内抵推，藉此將…： 所設之抵i構件）將 矛曰此將構成該辅助取出 出該第二開D端52而- 出構件60之抵推端62穿 而52而伸入該刀具插槽3〇 時若該刀具插梓3〇中杯一 T之抵推狀悲，此 田子日川中插組有刀具80，則兮刀s 〇Λ 被該輔助取出I 4 則忒刀具8〇將會因為 π屯構件60之抵推端62所 該刀具80與該刀具 -推’而能確實令 止該刀具80鱼刀且杆：相脫分開’藉此而能防 、刀具插槽30之間因錐度緊 取刀機構負荷過重之情況發生。 。-口狀恶而造成 請再參第6圖所示，該 之間並可再纟且 < 右 衣緣63與該擴槽段53内端壁 、、且叹有一頂撐彈箬7〇，麩 人 6〇能夠常態朝爷受動、 曰7该辅助取出構件 we X勠端方向彈姓指 所示）。 评性復位者（如該圖之箭號L2 補充說明的是，所述刀且 配合的刀具型式可為多·，例tj :刀具插槽30可插組 為業界所稱的「HSK」型式者.二所揭之刀具8°，係 〇Β , # ^ Φ ^ ，另如弟7圖所揭之刀具8The end portion has a second opening and an auxiliary take-up member 60. The movable member is disposed on the take-up member to include a driven end 61 and an anti-pushing open end 51. The abutting end 62 is in the tool slot 30; Can be 80 (as shown in Figure 5) to force the function. Wherein the center of the rear end portion 23 of the tubular body 20 can form an inner recess % A concave; the inner end of the 24 is formed and an inner retracting wall edge 25 is formed to form the inner end of the base 41 of the cutter positioning member 40. An inner end wall 411 abuts against the inner retracting wall edge 25. The elastic pushing member 43 can be formed by a spring 431 and a top block 432. The top block 432 is corresponding to the end of the positioning bead 42. There is a tapered edge portion 433, and the spring 431 is supported between the top block 432 and the inner end wall 411. The auxiliary extraction member 60 may be provided with a convex ring edge 63 ′ adjacent to the receiving end 61 such that the first open end 51 of the take-up member receiving portion 50 is correspondingly provided with a slotted section 53 for the convex ring. The rim 63 is operatively engaged, and a retaining ring 54 is disposed at the open end of the slotted section 53 to block the protruding rim 63, thereby achieving the purpose of limiting the auxiliary take-up member 60 to prevent it from coming out. . With the above structure and composition design, the following is a description of the use of the present creation: As shown in Fig. 5, the main core design of the present invention is that the cylinder 2 is provided with a take-out member accommodating portion 50 for grouping. A technical feature of the auxiliary take-up member 60 is provided, whereby the tool sleeve A is actually applied, and the auxiliary take-up 8 M344208 out member 60 protrudes out of the first box of the outer six T! Γ and the 51 end of the moving end 61, will be able to pass through a pre-existing external force L1 (which can be pushed inwardly from it, thereby: ... is set to the i-component), the spear will constitute the auxiliary to take out the second open D-end 52 - When the ejector end 62 of the member 60 is worn and 52 is inserted into the cutter slot 3 〇, if the cutter is inserted into the 〇 3 〇 〇 一 T , , , , , , , , , , , , , 此 此The file s 〇Λ is taken out by the auxiliary I 4 and the tool 8 〇 will be able to surely stop the tool 80 and the rod due to the tool 80 and the tool-pushing of the π 屯 member 60 : Separation of the phases can be prevented by this, and the tool slot 30 can be over-loaded due to the excessive tapping of the knife mechanism. . - The mouth is evil, please refer to Figure 6 again, and between the right and the left edge 63 and the inner end wall of the expansion section 53, and a slap, 7 〇, Bran 6 〇 can be normally moved to the lord, 曰 7 the auxiliary take-up member we X 戮 direction direction bullet name). The grading resetter (as indicated by the arrow L2 in the figure, the tool can be matched with the tool type. For example, tj: the tool slot 30 can be inserted into the industry as the "HSK" type. The second tool is 8°, the system is 〇Β, # ^ Φ ^, and the other tool 8 is shown in the figure 7
糸為業界所稱的「SANDV 之刀i R」型式者，又如第8圖所揭 <刀具80C ，係為業界 此項拮術 >酉料 兵勺KM」型式者；當然，熟悉 貝技術領域之人士當可知、蓄 槽亦可插…复 所述刀具套筒八之刀具插 插組配合其它特殊型式之刀具者。 X力致說明： 本創作功效増進之事實如下·· 能之刀具套筒」主要藉 部以供組設一輔助取出 本創作所揭「具有輔助取出功 由該筒體並増⑨有-取出構件容置 M344208 構件之創新獨特設、 習知結構而言，a 、、本創作對照【先前技術】所权 刀具套筒之刀14 削加工機具之取刀機構欲從所述 構件之抵推動作，、： 〃、時，將可藉由所述輔助取出 刀具與刀呈插# S刀具產生強制肖外抵推之作用力，令 /、插槽之間的緊迫配人 進以降低取刀機構之 “广夠確實鬆脫解除， 、提昇工作安入w 、° 到輔助取出刀具、保護機構 下女王性以及延長機構 較佳產業利用效益者。 义w可卩之實用進步性及 本創作可產生之新功效如下： 藉由該彈性頂推構件由一 彈簧頂撐於該頂塊與該筒座：貝塊所構成，令該 於【先前技術】所提習知結：：:之=結構設計，相較 中之金屬滑桿構件，進而達到精簡構件、H亥習知結構 較佳產業經濟效益者。 、降低材料成本之 上述實施例所揭示者係藉以且 I# t# ^ 5兄明本創作，且女中 雖透過特定的術語進行說明，者 且文τ 之專利範圍.1# 田不月匕以此限定本新型創作 π〜靶固，热悉此項技術領域之人 之精神肖#H # 1切解本創作 士楚h 更與修改而達到等效目的，而 此寻變更與修改m蓋& ^文目的而 定之範疇中。 后所述申清專利範圍所界 10 M344208 【圖式簡單說明】 第1圖：係習知刀具套筒結構之平面剖視圖。 第2圖：本創作刀具套筒較佳實施例之立體外觀圖。 第3圖··本創作刀具套筒較佳實施例之局部構件分解立體 圖。 第4圖：本創作刀具套筒較佳實施例之平面局部剖視圖。 第5圖：本創作之輔助取出構件抵推刀具之作動狀態圖。 第6圖··本創作之輔助取出構件增設有頂撐彈簧之實施例 圖。 第7圖：本創作之刀具型式另一實施例圖。 第8圖：本創作之刀具型式又一實施例圖。 【主要元件符號說明 習知部份： 刀具套筒 10 筒體 11 刀具插槽 12 金屬筒芯 13 定位珠 14 金屬滑桿 15 彈簧 1 6 凹形導槽 17 本創作部份： 刀具套筒 A 筒體 2 0 組設部 2 1 刀具插組端 2 2 後端部 2 3 内凹槽 2 4 内縮壁緣 2 5 刀具插槽 〇 11 M344208 刀具定位構件 4〇 穿孔 4 10 定位珠 42 彈簧 4 3 1 錐緣部 433 取出構件容置部5 0 - 第二開口端 52 - 擋環 5 4 ®輔助取出構件60 抵推端 62 頂撐彈簧 70 刀具 8 0、 筒座 4 1 内端壁 4 11 彈性頂推構件 4 3 頂塊 4 3 2 第一開口端 5 1 擴槽段 5 3 受動端 6 1 凸環緣 6 3糸 For the industry's "SANDV knives i R" type, as shown in Figure 8 < knives 80C, is the industry's tactics > 酉 兵 兵 勺 K K K K type; of course, familiar with It is known to those skilled in the art that the sump can also be inserted into the tool insert of the tool sleeve eight to cooperate with other special types of cutters. X force description: The fact that the creative effect is advanced is as follows: · The tool sleeve" is mainly used for the assembly of an auxiliary take-out. The "extracting work is carried out by the cylinder and the 9-extracting member In terms of the innovative unique design and the conventional structure of the M344208 component, a, and the creation of the tool prior to the prior art, the tooling mechanism of the tooling tool 14 is to be pushed from the member. :, 〃, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , "Guangzhou is really loose and relieved, and it is necessary to improve the work, and to assist in the removal of the knives, to protect the queen under the mechanism, and to extend the benefits of better industrial use." The practical advancement of the meaning of w/w and the new effect that can be produced by the present creation are as follows: The elastic push-pushing member is supported by a spring on the top block and the base: the block, so that the prior art 】The knowledge of the knot::: = structural design, compared to the metal slide member, and then to achieve a streamlined component, H Hai well-known structure better industrial economic benefits. The above embodiments of the material cost reduction are based on the creation of the I# t# ^ 5 brothers, and the females are explained by specific terms, and the patent scope of the text τ.1# 田不月匕In this way, the novel creation π~target solid is defined, and the spirit of the person in the technical field is well-known. #H #1Cut the creation of the creator, and the equivalent purpose is modified, and the change and modification are covered. & ^ in the category of the text. The scope of the patent scope is as follows: 10 M344208 [Simple description of the drawing] Fig. 1 is a plan sectional view showing the structure of the conventional tool sleeve. Figure 2: A perspective view of a preferred embodiment of the present tool sleeve. Fig. 3 is a partially exploded perspective view of the preferred embodiment of the present tool sleeve. Figure 4: A plan partial cross-sectional view of a preferred embodiment of the present tool sleeve. Figure 5: The active state of the tool for the extraction of the tool. Fig. 6 is a view showing an embodiment in which an auxiliary take-out member of the present invention is provided with a top stay spring. Fig. 7 is a view showing another embodiment of the tool type of the present creation. Fig. 8 is a view showing still another embodiment of the tool type of the present creation. [Main component symbol description Conventional part: Tool sleeve 10 cylinder 11 Tool slot 12 Metal core 13 Positioning beads 14 Metal slider 15 Spring 1 6 Concave guide groove 17 Creation part: Tool sleeve A barrel Body 2 0 Set part 2 1 Tool insert end 2 2 Rear end 2 3 Inner groove 2 4 Retracted wall edge 2 5 Tool slot 〇 11 M344208 Tool positioning member 4 〇 Perforation 4 10 Positioning bead 42 Spring 4 3 1 Cone edge portion 433 Take-out member accommodating portion 50 - Second open end 52 - Retaining ring 5 4 ® Auxiliary take-up member 60 Push-in end 62 Top strut spring 70 Tool 80, Cylinder block 4 1 Inner end wall 4 11 Elastic Pushing member 4 3 top block 4 3 2 first open end 5 1 expanded slot 5 3 driven end 6 1 convex rim 6 3
8 0 B 、8 0 C 128 0 B , 8 0 C 12