M366446 五、新型說明： 【新型所屬之技術領域】 本創作隸屬-種套筒磁吸體之固定技術，具體而成係 一種易於製造、且不致鬆脫的套筒磁吸體定位 型模具，藉以降低製造組裳之成本，並能延長其使用壽命 【先前技術】 按’ -般套筒係用於鎖緊或釋放具螺紋之螺帽 、火星塞等工作物，其主要構成係於太 '、 、 有-套合段及一嫩，其中端：別形成 内部Ϊ ”除了外緣形成多角狀外，其 ^更先成有-多角狀之套掣孔，供配合驅動 放工作物，而現有套筒為了便於在移動過程中 磁:體：物用通常會於套合孔内設定彈性夾、彈性鋼珠或 磁及體等，用以選擇性卡掣工作物； 而財創作欲探討之磁性體技術為例，由於磁性體無 筒太二二次加工，因此其無法以螺鎖等其他方式固定於套 ^，傳統上套筒係於本體套合孔内部形有一對應磁 If1之較小捏貫孔’再利用黏著劑將該磁性體黏固於 首先装j套合孔處。但這樣的作法，存在有諸多的問題， 5不、二孔内緣與磁性體外緣的配合尺寸需較為準確，間 針有無法置入或壓破磁性體的問題，間隙太大會有 順利黏固的現象；再者長時間使用後，可能因 淹巧等外力因素’使磁性體在使用過程中鬆脫 办曰用的便利性；更甚者，當磁性體在安裝後略為突 3 M366446 入套合孔時’可能會造成工作物不當的碰撞，造成磁性體 破裂，而縮短其使用壽命。 換言之’現有套筒中磁性體的定位方式，存在有製造 組裝不易、易鬆脫影響使用便利性及易碰撞而縮短使用壽 命等問題’不符產業之需求，有待進一步的開發與改良。 - 緣是’本創作人乃藉由多年從事相關產業的開發經驗 ’針對現有套筒内磁性體在定位方面所面臨的問題深入探 »寸，並積極尋求解決之道，經過長期努力之研究與發展， • 終於成功的創作出一種套筒磁吸體定位結構及其成型模具 ，藉以克服現有製造組裝不易及易鬆脫的不便與困擾。 【新型内容】 因此，本創作之主要目的係在提供一種套筒磁吸體定 位結構，藉以使磁性體能穩固設置於套筒内，不致任意鬆 脫’且能避免工作物直接碰撞磁性體。 套 為此，本創作主要係透過下列的技術手段，來具體實 現上述的各項目的與效能：該套筒係由一柱狀本體所構成 本體兩端分別形成有一套合段及一套掣段，其中套合段 端面形成有一供嵌套工作物之多角狀套合孔，且套合^各 才目鄰切關形成有擴A之賴，而套掣段可供驅動工具後 +又套筒於本體之套合孔内形成有一較小徑之貫孔，該 貝孔與套合孔_成有—階級緣，且貫孔鄰近套合孔處置 =-磁性體，再者貫孔於階級緣上—體成形有複數壓扣 凸塊，壓扣凸塊並可突伸壓抵於磁性體頂緣。 又’本創作之另-主要目的係在提供一種套筒磁吸體 M366446 定位結構之成型模具，藉以迅速將磁性體固設於套筒内， 達到省時、省力之目的，並可提升製造組裝之良率，而能 降低其成本。 而關於本創作為達成上述目的，主要係透過下列的技 術手段來具體實現；其係用於一對應之套筒套合孔内形成 壓抵磁性體之壓扣凸塊，該成型模具係由一柱狀之沖頭本 體所構成’該沖頭本體對應套筒一端形成有一供伸入套合 - 孔之多角狀插合段，且插合段的端面形成有複數可形成前 Φ 述壓扣凸塊之沖壓凸塊。 藉此’透過前述技術手段的具體實現，使得本創作能 利用成型模具以沖壓技術於套筒本體上形成壓掣磁性體之 壓扣凸塊，而能大幅簡化其製造組裝之流程，達到省時、 省，之目的，且能有效防止磁性體任意鬆脫，讓本創作之 套筒在「易於組裝、使用便利性及使用壽命」等方面 有者更具功效增進。 為使貴審查委員能進一步了解本創作的構成、特 •及其他目的，以下乃舉本創作之若干較佳實施例，並配: 、【洋細說明如后’同時讓熟悉該項技術領域者能夠具; 【實施方式】 創作Γ系—種套筒之磁吸體定位結構，隨附圖例矛 :構:中’所有關於前與後、左與右、、頂:與^ …下部、以及水平與垂直的參考 上 並非限制本創作’亦非將其構件限制於任何以: M366446 與1f明書中所指定的尺寸，當可在不離開本創作 吻利範圍内，根據本創作之具體實施例的設計與需 求而進行變化。 、而 本創作係一種套筒磁吸體定位結構及其成型模具，如 、二、一圖所顯示者，套筒係由一柱狀本體（1〇)所構成 /亥本體（10)兩端分別形成有—套合段（⑴及一套擎 ^ (15) ’其中套合段（11)端面形成有一供嵌套工作物 50)【如第四圖所示】之多角狀套合孔（12)，且套合 φ 孔（12)各相鄰切面間形成有擴大之避槽（120)，減少 與工作物（50)相鄰切面外角的磨損，而套掣段（15)之 外緣係呈可供驅動工具嵌套多角狀，且套擎段⑴）端面 並幵>/成有-多角狀之套掣孔，亦可供驅動工具嵌套，使驅 =工具可透過套筒本體（1〇)鎖緊或釋放工作物（5〇)， 前述套筒之結構及其動作原理與現有者相同、且非本創 之特徵所在，容不再贅述； 本創作的特色結構，則係如第一、二及三圖所揭示者 • +套筒於本體（10)之套合孔（12)内形成有一較小徑之 貫孔（13)，讓套合孔（12)與貫孔（13)間形成有一階 ' ，緣（14)，且貫孔（13)鄰近套合孔（12)處置設有一 環狀磁性體（20)【如第三圖所示】或塊狀磁性體（25) 【如苐五圖所示】，並利用一成型模具（3〇)於貫孔（μ )之階級緣（14) 一體成形有複數壓扣凸塊（“ο)，壓 扣凸塊（140)並可突入貫孔（13)内緣，使壓扣凸塊（ 140)能壓抵於該環狀磁性體（2〇)或塊狀磁性體（25) 的頂緣，以防止環狀磁性體（20)或塊狀磁性體（25)任 意鬆脫，且壓扣凸塊（140)適對於對應套筒套合孔（12 .M366446 )各避槽（120)處，以加大可形成壓扣凸塊（14〇)的面 積’提高壓扣凸塊（140)的構造強度； 而前述之成型模具係由一柱狀之沖頭本體（3〇)所構 成，該沖頭本體（30)對應套筒一端形成有一端插合段（ 31)，插合段（31)外緣適對應套筒套合孔（12)之内緣 ，讓冲頭本體（30)穿入套合孔（12)時，不致破壞套合 孔（12)形狀，又沖頭本體（3〇)於插合段（31)的端面 f成有複數沖壓凸塊（35)，各沖壓凸塊（35)適對應套 # 琦本體（1〇)之貫孔（13)階級緣（14)處，且沖壓凸塊 ^35)並能對應插合段（31)各相鄰切面之外角，而能於 貝孔（13)階級緣（14)上形成對應套合孔（丨2)避槽（ 120)之壓扣凸塊（140); 藉此，讓套筒能利用成型模具於本體（1〇)環狀磁性 體（20)或塊狀磁性體（25)頂緣形成一體狀之壓扣凸塊 (H0)，而組構成一易於製造、且不致任意鬆脫之套筒 磁吸體定位結構及其成型模具者。 鲁而關於本創作之實際運用，則係如第三、四圖所顯示 者，由於本創作之環狀磁性體（20)或塊狀磁性體（25) 係利用貫孔（13)階級緣（14)之壓扣凸塊（14〇)來壓 • 抵，故環狀磁性體（20)或塊狀磁性體（25)係以套筒本 體（1〇)的一體構造所固定，相較於習式利用著 心其尺寸精度要求較低，故製造較為容易，且不致因夕卜; 影響而任意鬆脫，增進使用之便利性； 再者，環狀磁性體（20)或塊狀磁性體（25)受到壓 2塊⑽）下壓的設計，使環狀磁性體（2())或塊狀 體（25)與套合孔（12)形成適當間隙，不致突入套 7 M366446 合孔（12)内，如此可避免受到工作物（5〇)的不當碰撞 而破裂，可大幅延長其使用壽命。 又’套涛套合孔（12)内的壓扣凸塊（14〇)係利用 成型模具之沖頭本體（30)沖壓凸塊（35) —體成型，其 襄心及組裝極為谷易，具有省力、省時之效，而能降低其 製造與組裝的成本，符合產業之實際需求。 藉此，可以理解到本創作為一創意極佳之新型創作，M366446 V. New description: [New technical field] This creation belongs to the fixed technology of the sleeve magnetic body, which is a kind of sleeve magnetic body positioning mold which is easy to manufacture and does not loosen. Reduce the cost of the manufacturing team and extend its service life [Prior Art] According to the '--the sleeve is used to lock or release the threaded nut, spark plug and other work items, the main components of which are Having a sleeve and a tender one, the end: not forming an internal Ϊ ” In addition to the outer edge forming a polygonal shape, the ^ first becomes a multi-angled boring hole for the purpose of driving the work, and the existing sleeve In order to facilitate the magnetic process during the movement: the body usually uses elastic clips, elastic steel balls or magnets and bodies in the nesting holes to selectively clamp the work objects; For example, since the magnetic body has no secondary processing of the cylinder, it cannot be fixed to the sleeve by other means such as screw lock. Traditionally, the sleeve is formed inside the body sleeve hole with a small pinch hole corresponding to the magnetic If1. 'Reuse the adhesive to The body is glued to the first set of j-holes. However, there are many problems in this method. The size of the inner edge of the two holes and the outer edge of the magnetic hole needs to be more accurate, and the needle cannot be placed or pressed. The problem of breaking the magnetic body, the gap is too large, there will be a smooth sticking phenomenon; in addition, after a long time of use, the external force factor such as flooding may make the magnetic body loose and easy to use during use; even worse When the magnetic body is slightly protruding after installation 3 M366446 into the hole, it may cause improper collision of the work object, causing the magnetic body to rupture and shorten its service life. In other words, the positioning method of the magnetic body in the existing sleeve exists. There are problems such as difficulty in manufacturing and assembly, easy release and ease of use, and easy collision and shortened service life. 'There is no need for industry. It needs further development and improvement. - The reason is that the creator has been engaged in the development of related industries for many years. The experience 'investigate the problems faced by the magnetic body in the existing sleeve in the positioning, and actively seek solutions, after long-term research and development, Finally, a sleeve magnetic body positioning structure and a molding die were successfully created, thereby overcoming the inconvenience and trouble of the existing manufacturing assembly and being easy to loose. [New content] Therefore, the main purpose of the creation is to provide a sleeve. The magnetic body positioning structure, so that the magnetic body can be stably set in the sleeve, so as not to loosen arbitrarily, and can avoid the workpiece directly colliding with the magnetic body. For this purpose, the present invention mainly implements the above through the following technical means. The purpose and efficiency of the assembly: the sleeve is formed by a column-shaped body, and a set of a plurality of segments and a set of segments are respectively formed on the two ends of the body, wherein the end faces of the sleeve segments are formed with a polygonal sleeve for nesting work objects. The hole, and the sleeves are formed by the extension of the A, and the sleeve is adapted to drive the tool and the sleeve is formed in the sleeve of the body to form a smaller diameter through hole. The hole and the sleeve hole _ have a class edge, and the through hole is disposed adjacent to the sleeve hole =- magnetic body, and the through hole is on the edge of the class - the body is formed with a plurality of pressing buckles, and the pressing buckle can be protruded Stretching pressure against the top of the magnetic body . In addition, the main purpose of this creation is to provide a molding die for the positioning structure of the sleeve magnetic body M366446, thereby quickly fixing the magnetic body in the sleeve, thereby saving time and labor, and improving manufacturing assembly. The yield can be reduced. In order to achieve the above purposes, the present invention is mainly realized by the following technical means; it is used for forming a pressing buckle of a magnetic body in a corresponding sleeve sleeve hole, and the molding die is composed of a The column-shaped punch body is formed. The punch body is formed with a polygonal insertion section for extending into the sleeve-hole at one end of the sleeve, and the end surface of the insertion section is formed with a plurality of front Φ. Stamped bumps of the block. By means of the specific realization of the above-mentioned technical means, the present invention can form a pressing buckle of the pressing magnetic body on the sleeve body by using a molding die, thereby greatly simplifying the process of manufacturing and assembling, and saving time. The purpose of the province, the purpose, and the ability to effectively prevent the magnetic body from loosening, so that the sleeve of the creation is more effective in terms of "easy assembly, ease of use and service life". In order to enable your review board to further understand the composition, special features and other purposes of this creation, the following are some of the preferred embodiments of this creation, together with: [foreign descriptions as follows] and familiar with the technical field [Embodiment] The creation of the Γ--the magnetic body positioning structure of the sleeve, with the example of the spear: structure: all about the front and back, left and right, top: and ^ ... lower, and horizontal And the vertical reference does not limit the creation 'and does not limit its components to any of the dimensions specified in: M366446 and 1f, and may be within the scope of this creation, according to a specific embodiment of the present creation. The design changes with the needs. The present invention is a sleeve magnetic body positioning structure and a molding die thereof, as shown in Fig. 2 and Fig. 1, the sleeve is composed of a columnar body (1 〇) / HM body (10) Forming a sleeve portion ((1) and a set of engine (15) 'where the end of the sleeve segment (11) is formed with a nested workpiece 50) [as shown in the fourth figure] a polygonal sleeve hole ( 12), and the φ hole (12) is formed with an enlarged sluice (120) between each adjacent cutting surface to reduce the wear of the outer corner of the adjacent cutting surface of the working object (50), and the outer edge of the ferrule section (15) The utility model is characterized in that the driving tool is nested in a polygonal shape, and the end face of the casing section (1) is 幵 / / 成 成 多 多 多 多 , , , , , , , , , , , , 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动 驱动(1〇) Locking or releasing the work (5〇), the structure of the above sleeve and its action principle are the same as those of the existing ones, and the characteristics of the non-invasive ones are not repeated here; the characteristic structure of this creation is As disclosed in the first, second and third figures, the sleeve is formed in the sleeve hole (12) of the body (10) with a smaller diameter through hole (13) for the sleeve hole. 12) Forming a step '' with the through hole (13), the edge (14), and the through hole (13) is disposed adjacent to the sleeve hole (12) to be provided with a ring-shaped magnetic body (20) [as shown in the third figure] Or a bulk magnetic body (25) [as shown in Fig. 5], and a plurality of press-buckling bumps ("o) are integrally formed in the cross-hole (μ) class edge (14) by a molding die (3). , the pressing buckle (140) can protrude into the inner edge of the through hole (13), so that the pressing protrusion (140) can be pressed against the top of the annular magnetic body (2〇) or the bulk magnetic body (25) The edge prevents the annular magnetic body (20) or the bulk magnetic body (25) from being loosened arbitrarily, and the pressing buckle (140) is adapted to the corresponding sleeve sleeve hole (12. M366446). Wherein, the structural strength of the pressing buckle (140) is increased to increase the structural strength of the pressing buckle (140); and the forming mold is composed of a cylindrical punch body (3〇) The punch body (30) is formed with one end insertion section (31) corresponding to one end of the sleeve, and the outer edge of the insertion section (31) is adapted to correspond to the inner edge of the sleeve sleeve hole (12), so that the punch body (30) ) When the sleeve hole (12) is inserted, the sleeve is not damaged. The shape of the hole (12), and the punch body (3〇) is formed with a plurality of stamping lugs (35) on the end face f of the mating section (31), and each stamping lug (35) is adapted to the sleeve #琦体(1〇) ) at the hole (13) of the class edge (14), and stamping the bumps ^35) and corresponding to the outer corners of the adjacent sections of the insert section (31), and can be in the shell hole (13) class edge (14) Forming a pressing button (140) corresponding to the sleeve (丨2) to avoid the groove (120); thereby, the sleeve can be formed on the body (1〇) annular magnetic body (20) or block by using a molding die The top edge of the magnetic body (25) is formed into a single press-fitting projection (H0), and the set constitutes a sleeve magnetic body positioning structure which is easy to manufacture and does not loosen arbitrarily and a molding die thereof. Lu's practical application of this creation is as shown in the third and fourth figures, because the circular magnetic body (20) or the bulk magnetic body (25) of the present creation utilizes the through-hole (13) class edge ( 14) The crimping lug (14〇) is pressed and pressed, so the annular magnetic body (20) or the bulk magnetic body (25) is fixed by the integral structure of the sleeve body (1〇), as compared with The use of the heart is less demanding in terms of dimensional accuracy, so it is easier to manufacture, and it is not easy to be used. It is easy to loosen and influence the convenience of use. Furthermore, the ring-shaped magnetic body (20) or the bulk magnetic body (25) Pressed under the pressure of 2 pieces (10)), so that the annular magnetic body (2()) or the block body (25) forms a proper gap with the sleeve hole (12), and does not protrude into the sleeve 7 M366446. 12), so as to avoid rupture caused by improper collision of the work (5〇), which can greatly extend the service life. In addition, the pressing buckle (14〇) in the sleeve hole (12) is formed by punching the punch (35) with the punch body (30) of the forming die, and the centering and assembly thereof are extremely easy. It has the effect of saving labor and time, and can reduce the cost of manufacturing and assembly, which is in line with the actual needs of the industry. In this way, it can be understood that this creation is a creative new creation.
除了有效解決習式者所面臨的問題，更大幅增進功效，且 在相同的技術領域中未見相同或近似的產品創力或公開 用’同時具有功效的增冑，故本創作已符合新型專 「新穎性」與「進步性」的要件，乃依法提出申請^ 利。 号 【圖式簡單說明】 第-圖：本創作套筒魏體定位結構與成型模具的 意圖，其揭不本創作的構成態樣。 不 第二圖：本創作套筒磁吸體定位結構與成型模具 一、 角立體外觀示4圖，供朗其構絲樣。一視 第二圖：本創作套筒磁吸體定位結構的剖面示意圖。 第四圖··本創^套筒觀蚊位結構於實際應^時的 示意圖。 面 第五圖：本創作套筒磁吸體定位結構另—實 意圖。 J W面示 8 M366446 【主要元件符號說明】 (10) 本體 (11) 套合段 (12) 套合孔 (120) 避槽 (13) 貫孔 (14) 階級緣 (140) 壓扣凸塊 (15) 套掣段 (16) 套掣孔 (20) 環狀磁吸體 (25) 塊狀磁吸體 (30) 沖頭本體 (31) 插合段 (35) 沖壓凸塊 (50) 工作物In addition to effectively solving the problems faced by the practitioners, the effect is greatly enhanced, and the same or similar product creation or public use is not seen in the same technical field. The requirements for "novelty" and "progressiveness" are based on the law. No. [Simple description of the figure] The first picture: the intention of the positioning structure and molding die of the sleeve of the creation of the sleeve, which reveals the composition of the creation. No. Fig. 2: The positioning structure and molding die of the magnetic core of the creation sleeve. The three-dimensional appearance of the angle is shown in Fig. 4, which is used for the silk. One view The second picture: a schematic cross-sectional view of the positioning structure of the sleeve magnetic body. The fourth picture······································· The fifth picture: The creation of the sleeve magnetic body positioning structure is another. JW face 8 M366446 [Description of main component symbols] (10) Body (11) Fitting section (12) Fitting hole (120) Slot (13) Through hole (14) Class edge (140) Pressing lug ( 15) Threading section (16) boring hole (20) Annular magnetic body (25) Block magnetic body (30) Punch body (31) Inserting section (35) Stamping projection (50) Working object