TWM434645U - Processing and diverting structure for sleeve workpiece - Google Patents
Processing and diverting structure for sleeve workpiece Download PDFInfo
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- TWM434645U TWM434645U TW101204231U TW101204231U TWM434645U TW M434645 U TWM434645 U TW M434645U TW 101204231 U TW101204231 U TW 101204231U TW 101204231 U TW101204231 U TW 101204231U TW M434645 U TWM434645 U TW M434645U
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M434645 五、新型說明： [0001] 【新型所屬之技術領域】 本創作係關於一種加工機，尤指一種套筒工件加工轉向 構造。 [0002] 【先前技術】 套筒主要為筒狀，該套筒係指提供一扳柄套設或固接而 作為套筒扳手用之套筒，而為了方便拆裝不同形式之螺 桿或螺帽，而於該套筒兩個反向段部分別設有不同之内 • • 緣，且分別設有容納該不同形式之螺桿或螺帽之開口。 由於該套筒主要是在兩個内緣段部有所差異，而必須由 開口方向才可以觀察出，而在外觀上不容易看出是否「 倒置」。而一個輸送的轨槽中眾多之套筒工件中難以避 免會有倒置者。而在加工過程，不同段部有其不同之加 工流程，因此在「倒置」過程就使得後續流程出錯，因 此若有「倒置」則必須令其適當反向矯正。 先前技術之矯正，必須藉由操作者適時觀察，並且用人 手操作將其矯正，然而目視之操作除了緩不濟急，操作 繁瑣且效率不佳。 [0003] 【新型内容】 為解決先前技術所述不足之處，本創作者提出一種套筒 工件加工轉向構造，包括一機台，該機台包括一軌道組 ，該執道組包括一波浪狀之©定底座，以及設一移動框 ，該移動框與該固定底座同樣呈波浪狀，且該移動框沿 著該固定底座下方及兩側•對該固定底座形成斷面呈u形 包覆，且該移動框與該固定底座底部保持一可活動之間 10120423^單编號 AQ1()1 ^ 3 1 / λ 27 I 1012013675-0 M434645M434645 V. New description: [0001] [New technical field] This creation is about a processing machine, especially a sleeve workpiece machining steering structure. [0002] [Prior Art] The sleeve is mainly cylindrical, and the sleeve is provided as a sleeve for socket wrench by providing a wrench sleeve or fixing, and for disassembling different types of screws or nuts And the two opposite segments of the sleeve are respectively provided with different inner edges, and respectively provided openings for arranging the different forms of screws or nuts. Since the sleeve differs mainly in the two inner edge sections, it must be observed by the direction of the opening, and it is not easy to see whether it is "inverted" in appearance. It is difficult to avoid inversions in a large number of sleeve workpieces in a transported track groove. In the process of processing, different sections have different processing processes, so the "inversion" process makes the subsequent process error, so if there is "inversion", it must be properly reversed. Prior art corrections must be corrected by the operator at the appropriate time and manually manipulated, however, the visual operation is cumbersome and cumbersome and inefficient. [0003] In order to solve the deficiencies of the prior art, the creator proposes a sleeve workpiece machining steering structure, comprising a machine platform, the machine platform comprising a track group, the road group comprising a wave The fixed base, and a moving frame, the moving frame is wavy like the fixed base, and the moving frame is along the lower side and the two sides of the fixed base. And the moving frame and the bottom of the fixed base are kept movable between 10120423^ single number AQ1()1^3 1 / λ 27 I 1012013675-0 M434645
距；以及設一第一直向壓缸，包括一伸縮桿，該伸縮桿 與該移動框連接，以令該移動框沿該固定底座之高度方 向上下移動；以及設一橫向壓缸，該橫向壓缸包括一伸 縮桿，該伸縮桿與該第一直向壓缸連接，以令該第一直 向壓缸與該移動框可沿固定底座長邊向活動；另設一感 應機組，設於該軌道組一侧方，該感應機組包括一伸縮 觸桿，該伸縮觸桿連接一感應器，該伸縮觸桿得以向套 筒工件之一侧開口進行伸縮；且伸縮受牴觸與否得以由 該感應器感知；以及設一旋轉機組，該旋轉機組設於該 軌道組末段部，包括一齒排，該齒排與該感應器為訊號 連接；以及一第二直向壓缸，該第二直向壓缸與該感應 器為訊號連接，該第二直向壓缸外部設有一圓柱狀殼座 ，該殼座外緣設有與該齒排之凸齒嚅合之凸齒，以令該 齒排得以對第二直向壓缸進行環向掣轉。And a first straight pressure cylinder, comprising a telescopic rod connected to the moving frame to move the moving frame up and down along a height direction of the fixed base; and a lateral pressure cylinder, the lateral direction The pressure cylinder includes a telescopic rod, and the telescopic rod is connected to the first straight cylinder so that the first straight cylinder and the moving frame can move along the long side of the fixed base; and another induction unit is disposed on the One side of the track set, the induction unit includes a telescopic contact bar, and the telescopic contact bar is connected to an inductor, and the telescopic contact bar can be extended and contracted to one side opening of the sleeve workpiece; The sensor senses; and a rotating unit is disposed at the end of the track group, including a tooth row, the tooth row is connected with the sensor for signal; and a second straight cylinder, the first The two direct-direction cylinders are connected to the sensor by a signal, and the second straight-cylinder is provided with a cylindrical shell on the outer side, and the outer edge of the shell is provided with convex teeth that are combined with the convex teeth of the tooth row, so that The tooth row is capable of circumferentially twisting the second straight cylinder .
由於套筒工件主要為筒狀，而為了方便拆裝不同形式之 螺桿或螺帽，而於該套筒工件兩個反向段部分別設有不 同之内緣，且分別設有容納該不同形式之螺桿或螺帽之 開口，例如一端為六邊形，另一端為四邊形，而該伸縮 觸桿可以令其外徑為一個略小於六邊形内接圓，而略大 於四邊形内接圓的圓形，因此該伸縮觸桿可以往復伸縮 ，當可以穿得進去，即顯示其所面臨的是内緣為六邊形 的段部，如果穿不進去而受到阻礙，則顯示其所面臨的 是内緣為四邊形的段部。 藉此，當感應機組之該伸縮觸桿穿不進四邊形的段部， 迫使該伸縮觸桿受到阻礙而產生回退之位移狀態。此時 該感應元件感應到該伸縮觸桿之後端設有一可供偵測之 10120423^單编號 A〇101 第4頁/共27頁 1012013675-0 M434645 對應元件之位移變化。將訊號傳遞至該第二直向壓缸， 以令該第二直向屋缸舉起，而可以將該套筒工件舉起。 ^該訊號也傳遞至該齒排，該齒„第二直向壓缸進行 環向f轉-百八十度，可以將反向之該套筒工件轉向成 正確。然後再反向降下該第二直向壓虹。❿可以提供對 於該套筒X件若有反向時，可以將其反向竭正以利後 續之加工作業順遂。 【實施方式】 _]以下藉㈣^之伽，㈣本_之構造、特點與實施 例，俾使貴審查人員對於本創作有更進一步之瞭解。 請參閱第一圖與第二圖所示，以兩個角度呈現本創作之 一個立體圖。本創作係關於一種套筒工件加工轉向構造 ，该套筒係指提供一扳柄套設或固接而作為套筒扳手用 之套筒’包括一機台（1)，該機台G)包括： 一軌道組（11 ): 該轨道組（11)包括一波浪狀之固定底座（11〇),以及一 移動框（111)，請配合第三圖所示，該移動框（111)與該 固疋底座（110)同樣呈波浪狀，兩者之波浪狀之各個波谷 部位（即凹陷）共同對於套筒工件（A)形成承托。且該移動 框（111)沿著該固定底座（11 〇 )下方及兩側，對該固定底 座（110)形成斷面呈U形包覆，且該移動框（in).與該固 定底座.（110)底部保持一可活動之間距（D)。 一第一直向壓缸（12): 配合第三圖所示，包括一伸縮桿（121)，該伸縮桿（121) 與該移動框（111)連接，如第四圖所示，以令該移動框Since the sleeve workpiece is mainly cylindrical, and in order to facilitate the disassembly and assembly of different types of screws or nuts, the two reverse sections of the sleeve workpiece are respectively provided with different inner edges, and are respectively provided to accommodate the different forms. The opening of the screw or the nut, for example, a hexagon at one end and a quadrilateral at the other end, and the telescopic rod can have an outer diameter of a circle slightly smaller than a hexagonal inscribed circle and slightly larger than a quadrilateral inscribed circle. Shape, so the telescopic rod can reciprocate and retract, when it can be worn in, it shows that it is facing the segment with the inner edge of the hexagon, if it is blocked by wearing it, it shows that it is facing The edge is a quadrilateral segment. Thereby, when the telescopic rod of the induction unit does not penetrate into the segment of the quadrilateral, the telescopic rod is forced to be hindered to generate a retracted displacement state. At this time, the sensing element senses that the rear end of the telescopic rod has a detectable 10120423^ single number A〇101 page 4/27 page 1012013675-0 M434645 The displacement of the corresponding component changes. The signal is transmitted to the second straight cylinder to lift the second straight cylinder, and the sleeve workpiece can be lifted. ^ The signal is also transmitted to the tooth row, the tooth „the second straight cylinder is rotated in the direction of the ring f-eighty-eight degrees, and the workpiece of the sleeve can be reversed to be correct. Then the first step is reversed. Two straight to the pressure rainbow. ❿ can provide for the sleeve X if there is a reverse, it can be reversed to facilitate the subsequent processing operations. [Embodiment] _] below (four) ^ gamma, (four) The structure, features and examples of this _ will enable your reviewers to have a better understanding of the creation. Please refer to the first and second figures to present a perspective view of the creation from two angles. Regarding a sleeve workpiece machining steering structure, the sleeve is a sleeve for providing a wrench sleeve or a socket as a socket wrench, and includes a machine table (1), the machine table G) comprising: a track Group (11): The track group (11) includes a wavy fixed base (11〇) and a moving frame (111), which, as shown in the third figure, the moving frame (111) and the fixed base (110) is also wavy, and the undulating portions of the two waves (ie, depressions) are common to The sleeve workpiece (A) forms a support, and the moving frame (111) is formed in a U-shaped cross section along the fixed base (110) under the two sides of the fixed base (11), and the movement Frame (in). Maintain a movable distance (D) from the bottom of the fixed base. (110). A first straight cylinder (12): as shown in the third figure, including a telescopic rod (121), The telescopic rod (121) is connected to the moving frame (111), as shown in the fourth figure, to make the moving frame
並且 1012013675H (111)可沿該固定底座（110)之高度方向上下移動 10120423^單編號A01〇l 第5頁/共27頁 M434645 由於該套4工件（a)置放時，兩側會形成裸出該固定底座 (110)，因此當該移動框（111)沿該固定底座（11〇)之高 度方向向上移動時，會將該套筒工件（4)舉起如第三圖演 變成第四圖所示。 一橫向壓紅（13): 如第四圖所示，包括一伸縮桿（131)，該伸縮桿（13〇與 該第一直向壓缸（12)連接，以令該第一直向壓缸（12)與 該移動框（111)可沿固定底座（11〇)長邊向活動。當該移 動框（11 Π沿該固定底座（110)之高度方向向上移動後， 再由該橫向壓缸G3)之該伸縮桿（131)凸伸而推動該第 一直向壓缸（12)，即可以如第五圖所示，造成該第一直 向壓缸（12)與該移動框（111)整體行進，並且將所承載 之該套筒工件（A)向第五圖左邊方向移動。 至於退回動作，則如第六圖所示，該第一直向壓缸（12) 降下，該伸縮桿（131 )可以由箭號方向縮回，使該第一直 向壓缸（12)與該移動框（111)整體退回，由此連續使複 數套筒工件（A)向第五圖左邊方向移動。 一感應機組（14): 如第七圖所示，設於該軌道組（11)一側方，包括一伸縮 觸桿（141)，該伸縮觸桿（141)連接一感應器（142)，該 伸縮觸桿（141)得以向套筒工件（A)之一側開口進行伸縮 ，且伸縮受牴觸與否得以由該感應器（142)感知β 更進—步說明，由於套筒工件（Α)主要為筒狀，而為了方 便拆裝不同形式之螺桿或螺肖，而於該料卫件⑴兩個 反向段部分別設有不同之内緣，且分別設有容納該不同 第6頁/共27頁And 1012013675H (111) can move up and down along the height direction of the fixed base (110) 10120423 ^ single number A01〇l page 5 / total 27 pages M434645 Since the set of 4 workpieces (a) placed, both sides will form naked The fixed base (110) is removed, so when the moving frame (111) moves upward in the height direction of the fixed base (11〇), the sleeve workpiece (4) is lifted as shown in the third figure to become the fourth The figure shows. a lateral pressure red (13): as shown in the fourth figure, comprising a telescopic rod (131), the telescopic rod (13〇 is connected with the first direct pressure cylinder (12) to make the first straight pressure The cylinder (12) and the moving frame (111) are movable along the long side of the fixed base (11〇). When the moving frame (11 向上 moves upward along the height direction of the fixed base (110), the lateral pressure is further The telescopic rod (131) of the cylinder G3) protrudes to push the first straight cylinder (12), that is, as shown in FIG. 5, the first straight cylinder (12) and the moving frame are 111) traveling integrally, and moving the carried sleeve workpiece (A) to the left direction of the fifth figure. As for the retracting action, as shown in the sixth figure, the first straight pressing cylinder (12) is lowered, The telescopic rod (131) can be retracted by the arrow direction, so that the first straight cylinder (12) and the moving frame (111) are integrally retracted, thereby continuously making the plurality of sleeve workpieces (A) to the left of the fifth figure. Directional movement. An induction unit (14): as shown in the seventh figure, disposed on one side of the track group (11), including a telescopic rod (141), the telescopic rod (141) is connected The inductor (142) is capable of expanding and contracting to one side opening of the sleeve workpiece (A), and the expansion or contraction is sensed by the sensor (142). Because the sleeve workpiece (Α) is mainly cylindrical, and in order to facilitate the disassembly and assembly of different types of screws or screw shafts, the two opposite sections of the material guard (1) are respectively provided with different inner edges, and are respectively provided. Have accommodated this different page 6 / total 27 pages
形式之螺桿或螺帽之開口，例如-端為六邊形，另-端 1〇12〇423产單編號 Αοιοι 1012013675-0 M434645 為四邊形，而該伸縮觸桿（141)可以令其外徑為—個略小 於六邊形内接圓，而略大於四邊形内接圓的圓形因此 该伸縮觸桿（141)可以往復伸縮，當可以穿得進去（如第 七圖與第人圖所示），即顯示其所面臨的是内緣為六邊形 的段部，如果穿不進去而受到阻礙（如第九圖與第十圖所 示），則顯示其所面臨的是内緣為四邊形的段部。 更進一步說明，請參閱第七圖至第十圖，該感應器（142) 包括一感應元件（143),如第九圖與第十圖所示，因為該 伸縮觸桿（1 41)穿不進四邊形的段部，迫使該伸縮觸桿 (141)受到阻礙而產生回退之位移狀態。該感應元件 (143)感應到第十圖所示於該伸縮觸桿（141)之後端設有 一可供偵測之對應元件（144)之位移變化。 然感應裔以及感應元件為工業界十習知之儀器，前述僅 為例舉，並非設限。且感應器相關之構造與作動細節係 屬習知而容不贅述。又，該伸縮觸桿（141)之局部段抵設 有一彈性元件（145)，可以作為該伸縮觸桿（141)受到阻 礙時退縮之緩衝》 一旋轉機組（15): 請配合參閱第一圖，配合第十一圖所示，設於該軌道組 (11)末段部，包括一具有複數凸齒之齒排（151)，該齒 排（151)與該感應Is (142)為訊號連接；該旋轉機組（15) 設有一第二直向壓缸（152)，且該第二直向壓缸（152)頂 部設有一凹陷檜（155)，該凹陷槽（155)設於該固定底座 (110)之最後一個波谷後方，依序間隔設置。 該第二直向壓缸（152)與該感應器（142)為訊號連接，該 第二直向壓缸（152)外部設有一圓柱狀殼座（152A)，該 1〇腦23产單編號A〇101 第7頁/共27頁 1012013675-0 M434645 殼座（152A)外緣設有與該齒排（151)之凸齒嚆合之凸齒 (152B)，以令該齒排（151)得以對第二直向壓缸（152) 進行環向掣轉。 當感應機組（14)之該伸縮觸桿（141)穿不進四邊形的段 部，迫使該伸縮觸桿（141)受到阻礙而產生回退之位移狀 態。此時該感應元件（143)感應到第十圖所示於該伸縮觸 桿（141)之後端設有一可供偵測之對應元件（144)之位移 變化。將訊號傳遞至該第二直向壓缸（152)，以令該第二 直向壓缸（152)舉起（如十二圖所示），而可以將該套筒工 件（A)舉起。且該訊號也傳遞至該齒排（ι51)，如第十三 圖與第十四圖所示，該齒排（151)對第二直向壓缸（152) 進行環向掣轉一百八十度，可以將反向之該套筒工件（A) 轉向成第十五圖所示之正確》然後再反向如第十六圖所 示降下該第二直向壓缸（152)。 综上所述，本創作確實符合產業利用性，且未於申請前 見於刊物或公開使用，亦未為公眾所知悉，且具有非顯 而易知性，符合可專利之要件，爰依法提出專利申請。 惟上述所陳，為本創作在產業上一較佳實施例，舉凡依 本創作申請專利範圍所作之均等變化，皆屬本案訴求標 的之範疇。 【圖式簡單說明】 [0005]第一圖係本創作之立體圖 第二圖係本創作另一方向之立體圖 一直向壓缸升起示 第二圖係本創作顯示移動框設置與第一 意圖The opening of the screw or nut of the form, for example, the hexagon at the end, the other end is 1〇12〇423, the single number Αοιοι 1012013675-0 M434645 is a quadrilateral, and the telescopic rod (141) can have an outer diameter of a slightly smaller than hexagonal inscribed circle, and slightly larger than the circular shape of the inscribed circle of the quadrilateral. Therefore, the telescopic rod (141) can reciprocate and retract when it can be worn in (as shown in the seventh figure and the first figure) That is, it shows that the segment whose inner edge is hexagonal is obstructed if it is not worn (as shown in the ninth and tenth figures), it shows that the inner edge is quadrilateral. Segment. For further explanation, referring to the seventh to tenth drawings, the inductor (142) includes an inductive element (143), as shown in the ninth and tenth figures, because the telescopic rod (1 41) does not wear. The segment of the quadrilateral shape forces the telescopic rod (141) to be hindered to generate a retracted displacement state. The sensing element (143) senses a displacement change of the corresponding component (144) detectable at the rear end of the telescopic rod (141) as shown in the tenth figure. However, the sensory and inductive components are well-known instruments in the industry. The foregoing is only an example and is not limited. The sensor-related construction and actuation details are not known. Moreover, a part of the telescopic contact rod (141) is provided with an elastic member (145), which can be used as a buffer for retracting when the telescopic rod (141) is obstructed. A rotating unit (15): Please refer to the first figure. As shown in FIG. 11 , the end portion of the track group (11) includes a tooth row (151) having a plurality of convex teeth, and the tooth row (151) is connected to the sensing Is (142). The rotating unit (15) is provided with a second straight cylinder (152), and a top of the second straight cylinder (152) is provided with a recessed cymbal (155), and the recessed groove (155) is disposed on the fixed base Behind the last trough of (110), set in order. The second straight cylinder (152) is connected to the sensor (142), and the second cylinder (152) is provided with a cylindrical housing (152A). A〇101 Page 7 of 271012013675-0 M434645 The outer edge of the housing (152A) is provided with a convex tooth (152B) that is engaged with the convex tooth of the tooth row (151) so that the tooth row (151) The second straight cylinder (152) can be circumferentially twisted. When the telescopic rod (141) of the induction unit (14) does not penetrate the section of the quadrilateral, the telescopic rod (141) is forced to be hindered to generate a retracted displacement state. At this time, the sensing element (143) senses a displacement change of the corresponding component (144) detectable at the rear end of the telescopic contact bar (141) as shown in the tenth figure. Passing the signal to the second straight cylinder (152) to lift the second straight cylinder (152) (as shown in Figure 12), and lifting the sleeve workpiece (A) . And the signal is also transmitted to the tooth row (ι51). As shown in the thirteenth and fourteenth figures, the tooth row (151) cyclically twists the second straight pressure cylinder (152). Ten degrees, the reversed sleeve workpiece (A) can be turned into the correct one shown in Fig. 15 and then reversed as shown in Fig. 16 to lower the second straight cylinder (152). In summary, this creation is indeed in line with the industrial use, and it has not been seen in the publication or public use before the application, nor is it known to the public, and it has non-obvious knowledge, meets the requirements of patentability, and filed a patent application according to law. . However, the above-mentioned statement is a preferred embodiment of the creation of the creation of the creation of the patent, and the equivalent changes made by the scope of the patent application for the creation are all within the scope of the claim. [Illustration of the drawing] [0005] The first picture is the perspective view of the creation. The second picture is the perspective view of the other direction of the creation. The picture is raised to the pressure cylinder. The second picture shows the creation of the moving frame and the first intention.
10120423^單編號 AI 1012013675-0 M434645 第五圖係本創作顯示移動框完 禮環之回退方 第六圖係本創作顯示移動轉備進行=動作不意圖 向示意圖10120423^单号 AI 1012013675-0 M434645 The fifth picture shows the creation of the moving frame. The retreat of the gift ring. The sixth picture shows the creation of the mobile transfer.
第七圖係本創作伸縮觸桿準備推向套筒示意圖 第八圖係本創作伸縮觸桿推進套筒示意圖 第九圖係本創作伸縮觸桿準備推向套筒示意圖 第十圖係本創作伸縮觸桿推不進套筒示意圖 第十-圖係本創作第三直向敍準備升起示意圖 第十二圖係本創作第二直㈣缸已經升起示意圖 第十三圖係本創作齒排開始推動示意圖 第十四圖係本創作齒排已經推動示意圖 第十五圖係本創作第二直向壓缸準備降下示意圖 第十六圖係本創作第二直向壓缸已經降下示意圖 【主要元件符號說明】 [0006] (1).機台 (11) ..轨道組 (11〇).固定底座 (111).移動框 (12) .第一直向壓缸 (121).伸縮桿 (13) .橫向壓缸 (131).伸縮桿 (14) .感應機組 (141) .伸縮觸桿 (142) .感應器 (143) .感應元件 1012013675-0 10120423^單編號A0101 第9頁/共27頁 M434645 (144) .對應元件 (145) .彈性元件 (1 5 ).旋轉機組 (151) .齒排 (152) .第二直向壓缸 (152A).殼座 (152B).凸齒 (155).凹陷槽 (A).套筒工件 (D).間距 101204231^單编號 A〇101 第10頁/共27頁 1012013675-0The seventh figure is the schematic diagram of the telescopic rod ready to push the sleeve. The eighth figure is the schematic diagram of the telescopic rod propulsion sleeve. The ninth diagram of the creation of the telescopic rod is ready to push the sleeve. The tent is not pushed into the sleeve. The tenth-picture is the third straight-line preparation for the rise. The twelfth picture shows the second straight (four) cylinder has been raised. The thirteenth picture shows the creation of the tooth row. Pushing the schematic diagram of the fourteenth figure, the original tooth row has been promoted. The fifteenth figure is the second straight cylinder of the present preparation. The sixteenth figure is the second straight cylinder of the present invention. The main component symbol has been lowered. Description] [0006] (1). Machine table (11).. Track group (11〇). Fixed base (111). Moving frame (12). First straight cylinder (121). Telescopic rod (13) Transverse pressure cylinder (131). Telescopic rod (14). Induction unit (141). Telescopic rod (142). Sensor (143). Inductive element 1012013675-0 10120423^Single number A0101 Page 9 of 27 M434645 (144) . Corresponding element (145). Elastic element (1 5 ). Rotating unit (151). Tooth row (152). Second straight pressure Cylinder (152A). Housing (152B). Convex (155). Depression groove (A). Sleeve workpiece (D). Spacing 101204231^Single number A〇101 Page 10 of 27 1012013675-0
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101204231U TWM434645U (en) | 2012-03-09 | 2012-03-09 | Processing and diverting structure for sleeve workpiece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101204231U TWM434645U (en) | 2012-03-09 | 2012-03-09 | Processing and diverting structure for sleeve workpiece |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM434645U true TWM434645U (en) | 2012-08-01 |
Family
ID=47047187
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW101204231U TWM434645U (en) | 2012-03-09 | 2012-03-09 | Processing and diverting structure for sleeve workpiece |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM434645U (en) |
-
2012
- 2012-03-09 TW TW101204231U patent/TWM434645U/en not_active IP Right Cessation
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