200918218 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種螺帽的内螺紋加工梦 利用形成在絲轉前端的雜加卫有χ。軸涉及一種 述絲錐棒移動時，使黏附在所述螺帽上^'、、文的螺帽沿著所 帽相分離，並使螺帽能夠不零散地離‘t切屑同所述螺 内螺紋加工裝置。 斤吨、、、糸錐棒的螺帽的 Ο ί. 【先前技術】 通常，用於對螺帽的内面上加工内 加工梦罟，如〜、紋的螺帽的内螺紋 把螺巾目連續軸及套摘賴轉 「精 加工内螺紋。圖7和圖8表示此種結構。Φ而在螺帽的内4 圖7是習知螺帽的内螺紋加工裝 断絲錐棒的設置狀態示賴。裝_結構痛，圖8是 ^圖^示’習知螺帽的内螺紋加工裝置（⑹由絲錐棒 丄“夾具（12)、旋轉裳置⑴）及推動裝置⑼組 成。所核錐棒⑴）的前端設有驗加工_紋的絲錐 二後端设有曲折部⑴b)。而且，所述旋轉裝置⑴） ^ S (13a)，絲錐棒（11)被套在所述套管（13a)内 並與之相隔一定距離。 如上所述習知螺帽的内螺紋加工裝置（1〇)的作業程序 、里過如下步驟完成：首先，在所述夾具（12)上放置尚未加 ^内螺紋的螺帽（16 )。該夾具（12 )利用所述推動裝置（14 ) 向所述絲轉（11)的前端滑行。 而且’所述絲錐棒（11)利用所述旋轉裝置（13)高速 200918218 (16)^π) 的、'糸錐（lla)的同時’在内表面上形成内螺紋。 另外，通過所述絲錐棒（11)的絲錐（1 ==)，沿著所述絲錐棒⑴）移動後 棒（11)末端的曲折部（lib)排出。 他麟 此時，經過所述絲錐棒（11)的.彎曲的曲折 出的螺帽（16) ’在所述絲錐棒（11) ^』 個方向，導致産品碰撞機械框架而其外觀受無向各 【内容】 本發明的目的是提供—種螺帽_觀加 ，夠使藉由絲錐棒前端上的絲錐加工完内螺紋:J俨；:裝 者所述絲錐棒移動時，同黏附在其相= =螺地離開所述絲錐棒，從而 = 錐被磨壞時，能夠迅速且簡單地更換絲 爲實現如上崎㈣，本發贿供 =置並把尚未加工内螺紋的螺帽從芯 :?r述絲錐在所述螺帽上加== 絲錐棒，其被構成爲長棒體，复 括. 出螺帽的後端處於同一個水平線上，所述 :向=倾的卡寧部;套管，其套二 ’並錯由所_動輪傳遞_力而 =工：提供沿著所述絲錐棒移動的移動= 棒婦體，_述套餘結合，具有料卡賴述絲錐棒卡 200918218 =、且上下貫通的油及排出用凹槽，t與所述套管 轉BJ ’所述絲錐棒旋轉體給所述鱗棒提供胁加工内螺纹 的婦力’同時使加工内螺紋時黏附在螺帽上的油和切屑受 離心力作用而同所述螺帽相分離。 f2月進步包括開閉板，所述開閉板接於所述絲錐棒 方疋轉體的-侧以便更換所述絲錐棒，同時具有—輸 ，沿著所述絲錐棒移動的、形成有内螺紋的 齊地離開所述絲錐棒。 令舣阳正 本發明進—步包括固定裝置，所述©定裝置設置在所述 絲錐棒旋轉體上’並通獅簧張力卡_述開閉板。 本發明中’所_定裝置的_最好具有傾斜面。 根據本發明’加玉完___從 下離開4錐棒，從而防止産品（螺帽）外觀受到損傷。 而且，加玉内螺紋時_在螺帽上的油和切肩，能夠在 所述螺帽沿著所述雜棒移動的過財， 形成的離心力作用而從所述螺帽分離。 ’ J霜向200918218 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an internal thread processing dream of a nut which utilizes a miscellaneous reinforcement formed at the front end of the wire. The shaft is related to a movement of the taper rod, so that the nut adhered to the nut is separated along the cap, and the nut can be separated from the 't chip and the screw thread. Processing device.先前 、 、 、 、 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 The shaft and the sleeve are rotated to "finish the internal thread. Figure 7 and Figure 8 show this structure. Φ is in the inner part of the nut. Figure 7 is the setting state of the threaded rod of the conventional nut. Fig. 8 is a schematic view showing the internal thread processing device of the conventional nut ((6) is composed of a tap bar 丄 "clamp (12), a rotating skirt (1)) and a pushing device (9). The front end of the core taper rod (1) is provided with a tap of the inspection and patterning, and the rear end of the core taper is provided with a meandering portion (1)b). Moreover, the rotating device (1)) ^ S (13a), the tap bar (11) is nested within the sleeve (13a) and at a distance therefrom. The working procedure of the internal thread processing device (1〇) of the conventional nut is completed as follows: First, a nut (16) to which the internal thread has not been added is placed on the jig (12). The jig (12) is slid to the front end of the wire turn (11) by the pushing device (14). Further, the taper rod (11) is internally threaded on the inner surface by the "turning cone (lla) of the high speed 200918218 (16)^π) of the rotating device (13). Further, the meandering portion (lib) at the end of the rear rod (11) is discharged along the taper rod (1) by the tap (1 ==) of the tap rod (11). At this time, the bent nut (16) 'curved by the taper rod (11) in the direction of the tap rod (11) ^ causes the product to collide with the mechanical frame and its appearance is undirected. [Contents] The object of the present invention is to provide a nut-capable view, which is sufficient for machining the internal thread by a tap on the tip end of the taper rod: J:; when the taper rod is moved by the wearer, the same is adhered thereto Phase = = screw away from the tap bar, so = when the cone is worn, the wire can be changed quickly and simply to achieve the above (4), this bribe = set and put the nut of the unmachined internal thread from the core: The tap is provided with a == taper bar on the nut, which is formed as a long rod, and the rear end of the nut is on the same horizontal line, the: Casing, the sleeve 2' is wrongly transmitted by the _ moving wheel _ force = work: providing movement along the tap roller movement = rod body, _ said sleeve combination, with material card 赖丝丝棒棒卡200918218 =, and the oil penetrating up and down and the groove for discharge, t and the casing turn BJ 'the tap bar rotating body provides the scale bar Adhesion on the nut within the work force Fu 'screw threading while the internal oil phase separated from the swarf and the nut by centrifugal force. The f2 month advancement includes an opening and closing plate connected to the side of the taper bar to replace the tap bar, and at the same time having a transmission, an internal thread formed along the tap bar Leave the tap bar in unison. In the present invention, the present invention further includes a fixing device which is disposed on the rotating body of the taper rod and which is opened and closed by a lion spring tension card. Preferably, the _ of the device of the present invention has an inclined surface. According to the present invention, the addition of the 4 taper rods from below allows the appearance of the product (nut) to be damaged. Moreover, the oil and the cutting shoulder on the nut when the internal thread is added can be separated from the nut by the centrifugal force generated by the nut moving along the rod. ‘ J Frost Direction
J =且’當^錐被磨壞時，能夠迅紅簡單地更換絲錐棒。 Τ以j F ί^使用在加工過程中由螺帽分離出的油， 可以即4裝置的運饤所需要的油費。 【實施方式】 下面奸、附圖洋細說明本發明的一個 及的螺帽的㈣紋加;η裝置。 H蝴所夕 圖，圖2疋本發明的螺帽的内螺紋加工裝置中絲錐棒的設置 200918218 狀態不意圖’圖3是圖2的側視圖，圖4是圖3中I-Ι線剖面圖， 圖5f表示本發明的螺帽的内螺级加工裝置中 ，用於給絲錐 棒^供旋轉力的絲錐棒雜體的設置狀態的分解立體圖，圖 6是圖5中絲錐棒旋轉體的另-方向立體圖。 如圖所不，本發明之螺帽的的内螺紋加工裝置（100)具 ίί地板上受到支_機體⑽）。所述機體⑽）的ΐ 部設置料斗（104)，用於容納尚未加工内雜的螺帽（17〇)。 斤述料斗（1G4)上⑦置供應執道（⑽），用於依次供應容 、、’内於所述料斗（1G4)内的螺帽（HG)。另外還設置有由氣 爲了在藉由所述推動裝置（1〇8)推到一側的螺帽（17〇) 上加工内螺紋’本發明的内螺紋加i *砲矣趟此J = and 'When the cone is worn out, the tap bar can be changed quickly and simply. ΤUse j F ί^ to use the oil separated by the nut during the machining process, which can be used for the operation of the 4-unit. [Embodiment] The following is a description of the (four) pattern of the nut of the present invention; Figure 2 is a view of the taper rod in the internal thread processing device of the nut of the present invention. 200918218. The state is not intended. FIG. 3 is a side view of FIG. 2, and FIG. 4 is a cross-sectional view of the I-Ι line of FIG. Fig. 5f is an exploded perspective view showing the installation state of the taper rod body for supplying a rotational force to the tap bar in the inner screw level processing device of the nut of the present invention, and Fig. 6 is another view of the tap bar rotating body of Fig. 5. - Stereoscopic view of the direction. As shown in the figure, the internal thread processing device (100) of the nut of the present invention has a support body (10) on the floor. The crotch portion of the body (10) is provided with a hopper (104) for accommodating a nut (17〇) which has not been processed. The hopper (1G4) is provided with a supply ((10)) for sequentially supplying the nut (HG) inside the hopper (1G4). Further, there is provided a gas for machining the internal thread on the nut (17〇) pushed to the side by the pushing device (1〇8). The internal thread of the present invention plus the i* cannon
的推崎置（⑽），所述推絲置⑽）用於將通 k以共應，道（106)依次供應的螺帽（17〇)推向一側。 後端部被水平架設， 的卡掣部（】1 4、 =絲錐（112)的前端部和麟排出螺帽的 又1^在其中間部位設有向某一側突出曲折Push-up ((10)), the push-wire (10) is used to push the nut (17〇), which is supplied in turn by the common line, to the side. The rear end portion is horizontally erected, and the front end portion of the click portion (14), the tap portion (112), and the collar of the collar discharge nut are provided with a meandering to one side at a middle portion thereof.
如圖所示，本 套管(120)。所述J 200918218 成-個供所述加工完内螺紋的螺帽沿著所述絲錐棒（ιι〇) 移動的移祕徑’而崎移祕魏是供所魏轉（ιι〇) 被套入的孔眼（122)。這樣的孔眼（122)要具有比沿著所 述絲轉（110)移動的螺帽（17〇)的直徑更大的内徑，而 所述絲錐棒(110)套人所述孔眼（122)内並與之相隔預定距 个贫自的内螺紋加工裝置（100)上嗖 := 機⑽驅動的驅動輪(134)，其用於轉；斤述 套s (120)。而所述驅動輪（134 )上設置有輪穀（ 於夾固所14套管(120)。該輪毂（13〇)的外周面上設置 過軸承（13⑹旋轉及支撐該輪毂（13〇)的轴承殼（136)， 連接固技所述機體⑽）上設置的 如圖所示，本發明之螺帽的内螺紋加工裳 絲錐棒旋轉體⑽）’所述絲轉旋轉體（⑽）往人㈣ 用所述驅動輪（m)可旋轉地設置的套管⑽)上;^ 所述套管⑽）旋轉。所述絲錐棒旋轉體（⑽）有= Ϊ錐提供旋轉力的作用’爲此，所述絲錐棒旋轉 _ ( δ又有供所述絲錐棒（11G)的卡掣部（114) ，的同時，能夠使加工完的螺帽⑽）排出的油及 出=的凹槽（、142)、、。所述油及切屑排出用的凹槽 下貝通地形成在所述絲錐棒旋轉體⑽)上，並且 端被設ί成開口狀。所述油及切屑排出用的凹槽 外直徑綱。 ）嶋賴轉體⑽)内 如上所述絲錐棒旋髓⑽）料栓（144)結合到套 200918218 並且與套管(12G)—同旋轉，從而給絲錐棒（no) 所逑絲錐棒（_由於其卡掣部⑽)5 槽(14Q) -同旋轉時，二:絲錐棒旋轉體（14〇)隨所述套管⑽） 切屬·棒（11G)藉由所述卡設在所述油及 凹槽（142)内的卡掣部（114)—同旋轉。 的卡f部^)絲上錐，轉體_轉動的絲錐棒 沾、在加工内螺紋的過程中黏附到螺帽上 在所帽相分離:即^ :=ϊ。而且’在加工過。産:的部::屑 k斤U附在螺帽上的油而黏附到螺帽上。 作爲刀離黏附在螺帽上的油和切屬的方法，習 另：f置的脫油機脫除黏附在加工完的螺帽上的油 生産程序。但是，本發明利用所述絲錐棒 出，因此可以序細綱帽上㈣切屑分離 本發明中，在所述絲錐棒（110)的卡掣部（114)上分 上的油和切屑的原理如下：當所述絲錐棒 "⑴〇)轉動時，所述卡掣部（114)會形成大的旋轉半徑， 攸而使較大的離心力作用於所述卡掣部（114)。而且，此 於沿著所述絲錐棒⑽）移動的螺帽上， 作用下，黏附在螺帽上的油和切屑同所述 螺巾目相S離’並通過所述油及切㈣出用的凹槽㈤）向 外，出。即’在所述絲錐棒_的卡掣部⑴4)上分離的油及 切屑’通過在所述絲錐棒旋轉體⑽)的上下側貫通的油及切 200918218 屑排出用的凹槽⑽㈣。並且，通過所述卡掣部(ιι4)的 螺帽(170)，由於在此卡掣部(114)上的移 能夠更簡單地排出油和切屑。 了 ]文长 如圖所示本發明之螺帽的内螺紋加工裝置〇〇所 述絲轉旋轉體（140)的一侧設置有開閉板（15〇)。所述 開閉板⑽）彻_ (154)結合在絲錐棒旋轉體（14〇) 的油及切屑排出用的凹槽（142)並用於堵住絲錐棒旋轉體 的後端’且可向外轉動。因此可以更換絲錐棒。而且，所述 Γ 輪出孔（152) ’因此能夠使沿著絲錐 的、加工完内螺紋的螺帽能夠 地排出絲錐棒（U0)外。 ’爲了使所述嶋反⑽）能夠在關閉狀態 棒旋轉體（14G)上可設置有固定裝置 所述固定裝置⑽）可藉由彈簧⑽）具有一 ) ’彻所述蚊裝置⑽）_所述開閉 =圖標記164表和於騎_定敍⑽）支撐絲錐 棒_體（14G)的卡片，關標記15 定 裝置⑽）的操作更爲簡便的凹槽。㈣使所这固疋 利用=，Γ要關閉所述開閉板(15G)，固定裝置(160) m )醜力，可啸方便地進行酬動作。即， ^把所賴絲置〇⑻㈣端設置成 / V板㈤）時，將裝置⑽）推向^ 側’ (162)受到壓迫，從而也能夠簡單操作。 r _、、如上所述結構之本發明的螺帽的内螺紋加工裝置 ，與所述驅動輪（134)相結合的輪轂（130)通過 200918218 軸承（136a)可旋轉地結合於輛承殼（136)，並且， 動輪^4)和藉由電動機⑽）驅動的皮帶⑴2〇 =連 接而南速_。另外，藉由卡在絲錐棒旋轉體（刚 及切屑排出㈣凹槽（142)内、從而與同所述驅動輪（134 一起轉動的絲錐棒旋轉體（140) —起旋轉的絲錐棒（11〇), 在所述螺帽（170)上加工内螺紋。即，當絲錐棒（11〇)旋 轉時，向所述絲錐棒（110)推動尚未加工内螺紋的螺帽， 從而在經過所述絲錐（112)的螺帽（170)上加工内螺紋。 此時，爲了使加工變得容易，通常供應油，而如此供應的油 會黏在螺帽上，並且由於所述黏在螺帽上的油，加工過程中 産生的部分切屑也會黏附到螺帽上。 此外，爲了在螺帽上加工内螺紋而供應尚未加工内螺紋 的螺帽時’容納於設置在機體（1〇2)上部的料斗（1〇4)中 的螺帽，就會沿著供應軌道（106)依次供應，並且，如此 被供應的螺帽就會通過推動裳置（108)朝向旋轉的絲錐棒 (110)的前端推，從而在螺帽上加工内螺紋。 經過如上過程形成内螺紋的螺帽(i7〇)套在絲錐棒(no) 上並移動’從而依次經過套管〇2〇)的孔眼(122)和絲錐棒旋轉 體(140)中上下貫通形成的油及切屑排出用的凹槽（142)後， 通過所述開閉板（150)的輸出孔(152)輸出。此時，沿著所述 絲錐棒(110)移動的螺帽(Π〇)就會在所述絲錐棒(Π〇)的卡掣 部(114)上分離出黏附在其身上的油及切屑，而被分離的油及 切屑就會通過所述絲錐棒旋轉體(140)中上下貫通的油及切 屬排出用的凹槽(142)後輸出。其原理是，當所述絲錐棒(110) 轉動時，所述卡掣部(114)受到離心力的作用而分離螺帽和黏 附在螺帽上的油及切屑，而分離出的所述油及切屑就通過油 13 200918218 及切屑排出用的凹槽(142)輪出。As shown, the casing (120). The J 200918218 is a moving path for the inner threaded nut to move along the tap bar (ιι〇) and the sifting secret is for the wei wei (ιι〇) to be nested Eyelet (122). Such an eyelet (122) has an inner diameter that is larger than the diameter of a nut (17〇) that moves along the wire turn (110), and the taper bar (110) covers the eyelet (122) Within and separated from the inner thread processing device (100) by a predetermined distance, the drive wheel (134) driven by the machine (10) is used for turning; The drive wheel (134) is provided with a volute (the sleeve (120) of the clamp 14. The outer peripheral surface of the hub (13 〇) is provided with a bearing (13 (6) rotating and supporting the hub (13 〇)) The bearing shell (136) is connected to the solid body (10), as shown in the figure, the internal thread of the nut of the present invention is processed by the threaded rotating rod body (10)) (4) The sleeve (10) rotatably disposed on the drive wheel (m); the sleeve (10) is rotated. The tap bar rotating body ((10)) has a function of a rotating force provided by the taper cone. For this purpose, the tap bar rotates _ (the delta has a click portion (114) for the tap bar (11G) simultaneously The oil (and 142) that can discharge the processed nut (10)). The oil and chip discharge grooves are formed on the tap bar rotating body (10), and the ends are provided in an open shape. The outer diameter of the groove for discharging the oil and chips. The taper rod (10) in the swivel body (10)) is coupled to the sleeve 200918218 and rotated with the sleeve (12G) to give the tap rod (no) a taper rod (_ Since the latching portion (10)) has 5 slots (14Q) - the same rotation, the second: taper rod rotating body (14〇) follows the sleeve (10)) and the rod (11G) is attached by the card The oil and the snap portion (114) in the groove (142) are rotated together. The card f part ^) the wire cone, the rotating body _ rotating tap bar stick, adhered to the nut in the process of processing the internal thread in the cap phase separation: ie ^ := ϊ. And 'has been processed. Production: Part:: Chips k kg U attached to the nut and adhered to the nut. As a method of removing the oil and cutting from the nut on the nut, the other: the de-oiler of the f-removal machine removes the oil production process adhered to the finished nut. However, the present invention utilizes the tap rod to be ejected, so that it can be separated from the chip (4). In the present invention, the principle of oil and chip on the click portion (114) of the tap bar (110) is as follows: When the tap bar "(1)〇) is rotated, the click portion (114) forms a large radius of rotation, so that a large centrifugal force acts on the latch portion (114). Moreover, on the nut moving along the taper bar (10), under the action, the oil and the chip adhered to the nut are separated from the screw and passed through the oil and cut (four). The groove (five) is outward and out. That is, the oil and the chips "separated from the click portion (1) 4 of the tap bar" pass through the oil penetrating the upper and lower sides of the tap bar rotating body (10), and the grooves (10) (4) for cutting the chips 1818218. Further, by the nut (170) of the latch portion (1), oil and chips can be discharged more easily due to the movement on the latch portion (114). The inner thread processing device of the nut of the present invention is provided with an opening and closing plate (15) on one side of the wire rotating body (140). The opening and closing plate (10) is _ (154) coupled to the oil and chip discharge groove (142) of the tap bar rotating body (14 〇) and used to block the rear end of the tap bar rotating body and can be rotated outward . Therefore, the tap bar can be replaced. Moreover, the rim wheel hole (152)' can thus enable the threaded, internally threaded nut to be discharged out of the tap bar (U0). 'The fixing device (10) can be provided with a fixing device in the closed state bar rotating body (14G) in order to enable the said (10)) to have a) 'the mosquito device (10)) by means of the spring (10) The opening and closing = the drawing mark 164 table and the riding support _ stipulation (10)) support the tap bar _ body (14G) card, the closing mark 15 fixed device (10)) easier to operate the groove. (4) Make use of this solid state =, close the opening and closing plate (15G), the fixing device (160) m) ugly force, and can easily perform the remuneration. That is, when the (8) (four) end is set to the /V plate (f), the device (10) is pushed toward the side (162) and pressed, so that it can be easily operated. r _, the internal thread processing device of the nut of the present invention structured as described above, the hub (130) combined with the drive wheel (134) is rotatably coupled to the hull through the 200918218 bearing (136a) ( 136), and, the moving wheel ^4) and the belt (1) 2 〇 = connected by the motor (10) are connected to the south speed _. In addition, by tapping the taper rod rotating body (just in the chip discharge (four) groove (142), and thus rotating with the tap wheel rotating body (140) rotating with the driving wheel (134) (11) 〇), the internal thread is machined on the nut (170). That is, when the tap bar (11〇) rotates, the nut of the unthreaded internal thread is pushed toward the tap bar (110), thereby The internal thread is machined on the nut (170) of the tap (112). At this time, in order to facilitate the processing, oil is usually supplied, and the oil thus supplied adheres to the nut, and since the stick is stuck to the nut The oil, some of the chips generated during the process will also adhere to the nut. In addition, in order to supply the internal thread of the nut and supply the nut with the internal thread not yet processed, it is accommodated in the upper part of the body (1〇2). The nuts in the hopper (1〇4) are sequentially supplied along the supply rail (106), and the nut thus supplied is pushed toward the rotating taper rod (110) by pushing the skirt (108). Push the front end to machine the internal thread on the nut. The threaded nut (i7〇) is placed on the tap bar (no) and moved to “through the casing 〇2〇), and the oil and chip discharge are formed by the upper and lower through holes (122) and the tap bar rotating body (140). After the groove (142) is used, it is output through the output hole (152) of the opening and closing plate (150). At this time, the nut (Π〇) moving along the tap bar (110) is in the The squeezing portion (114) of the tap bar (分离) separates oil and chips adhering to the body, and the separated oil and chips pass through the oil flowing up and down in the tap bar rotating body (140) and The groove is discharged after being discharged (142). The principle is that when the tap bar (110) rotates, the click portion (114) is subjected to centrifugal force to separate the nut and adhere to the nut. The oil and chips are separated, and the separated oil and chips are taken out through the oil 13 200918218 and the groove (142) for chip discharge.
C 而且’沿著所述絲錐棒⑽）移動的螺帽，通 過，所述開閉板⑽）的輸出孔（間輸出，此時螺帽 =迸濺四方’從而不零散而整齊地排成—列，並經過絲錐 二出。即’由於所述絲錐棒（議）的後端保持水平狀態， 累^過絲錐棒時不會迸如方而不零散地、整齊地排成一 歹’别出’因此’曰能夠解決螺帽碰到機械而損壞外觀這一問題。 义另外’大量加工内螺紋後，就會磨耗所述絲錐棒⑴〇) =端的絲錐（112) ’此時f要更換所述絲轉⑴〇)。而 旋ϋ換ίΐί雜棒（11G)，s要先把設置麵述絲錐棒 )一側的開閉板（150)向外侧轉動後，更換絲 把所述開閉板⑽）向外侧轉動時，只需把所述 =置⑽）推向-侧’固定裝置⑽）就會在壓縮彈 丄動的同時被壓住，從而可以把所述開閉板⑽)向 絲^此’將所述開閉板（15G)向外側旋轉時，通過把所述 側；r链^A1C))的後端向前方推動的動作，可以方便地向外 開閉板⑴0)。即，由於所 =1述開閉板（15G)的輸出孔（152)處，當把所述開 (、〇)向外侧旋轉時會被絲錐棒（110)卡住。因此通 奉(11〇) _端向前方推動而避免絲錐棒後 輪出孔（152)中，從而使開閉板⑽）能夠向 輪HI把所述賴板⑽）向外側旋轉後，可以通過 j錐棒旋轉體⑽）的油及⑽排㈣㈣槽（ ^ 述絲錐棒（m)的後端’從而很方便地更換新的絲錐棒 14 200918218 述開閉)板奐新:絲錐棒(11〇)後，只需旋轉及關閉所 核。即，所遠固定裝置（160) ^二广 向一側，而在完全 戶4;=(:(162) 一 根據本發明，在前端具有絲錐的絲錐 Ο 加工内螺紋。 囬上 而且，當形成有内螺紋的螺帽沿著所述絲錐棒移動昉， 本發明能夠使黏附在所述螺帽上的油和切屑受離心力^， 而分離出’同時讓螺帽不零散地離開所述絲錐棒。 用 15 200918218 【圖式簡單說明】 圖1是本發明的螺帽的内螺紋加工裝置的整體系統結構 圖。 圖2是本發明的螺帽的内螺紋加工裝置中絲錐棒的設置 狀態示意圖。 圖3是圖2的側視圖。 圖4是圖3中I-Ι線剖面圖。 圖5是表示本發明的螺帽的内螺紋加工裝置中，用於向 絲錐棒賦予轉動力的絲錐棒旋轉體的設置狀態的分解立體C and the nut that moves along the taper rod (10) passes through the output hole of the opening and closing plate (10) (inter-output, at this time, the nut = splashing square) so that it is neatly arranged in a row-column, And through the tap two out. That is, 'because the back end of the tap bar is kept horizontal, it will not be as if it is too loose, neatly arranged in a row. '曰 can solve the problem that the nut hits the machine and damages the appearance. In addition, 'the thread tap (1) is worn after a large amount of internal thread is machined) = the tap (112) at the end 'At this time, the wire is to be replaced Turn (1) 〇). For the ϋ ϋ ΐ 杂 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 Pushing the = (10)) to the - side 'fixing device (10)) is pressed while the compression projectile is being moved, so that the opening and closing plate (10) can be turned toward the wire to open the closed plate (15G) When rotating to the outside, the plate (1) 0) can be easily opened and closed by pushing the rear end of the side; r chain ^A1C)) forward. That is, at the output hole (152) of the opening and closing plate (15G), when the opening (, 〇) is rotated outward, it is caught by the tap bar (110). Therefore, the (11〇) _ end is pushed forward to avoid the tappet rear wheel exit hole (152), so that the opening and closing plate (10) can rotate the upper plate (10) to the outer side of the wheel HI, and then pass the j The oil of the cone rotating body (10) and the (10) row (four) (four) groove (^ the back end of the tap bar (m)' is very convenient to replace the new tap bar 14 200918218 opening and closing) plate new: after the tap bar (11〇) Just rotate and close the core. That is, the far fixing device (160) ^ is wide to one side, and in the complete household 4; = (: (162) according to the invention, the tap thread having the tap at the front end processes the internal thread. Back up and when formed The internally threaded nut moves along the taper bar, and the present invention enables the oil and chips adhering to the nut to be subjected to centrifugal force to separate 'while the nut is not scattered away from the tap bar BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing the overall system configuration of a screw threading device of a nut according to the present invention. Fig. 2 is a view showing a state in which a taper bar of an internal thread processing device of a nut according to the present invention is installed. Fig. 3 is a side view of Fig. 2. Fig. 4 is a cross-sectional view taken along line I-Ι of Fig. 3. Fig. 5 is a view showing a taper rod for imparting a rotational force to a tap bar in the internal thread processing device of the nut of the present invention. Decomposed stereoscopic shape of the body
圖6是圖5中絲錐棒旋轉體的另一方向立體圖。 圖7是習知螺帽的内螺紋加工裝置的結構示意圖。 圖8是圖7中絲錐棒的設置狀態示意圖。 【主要元件符號說明】 100 螺帽的的内螺紋加工裝置 102 機體 104 料斗 106 供應執道 108 推動裝置 110 絲錐棒 112 絲錐 114 卡掣部 120 套管 16 200918218 122 孔眼 130 輪轂 132 電動機 134 驅動輪 136 軸承殼 140 絲錐棒旋轉體 142 油及切屑排出用的凹槽 144 螺栓 150 開閉板 152 輸出孔 154 才區軸 160 固定裝置 162 彈簧 164 卡片 170 螺帽 102a 托架 132a 皮帶 136a 軸承 150a 凹槽 17Fig. 6 is a perspective view showing the other direction of the taper rod rotating body of Fig. 5. Fig. 7 is a schematic structural view of an internal thread processing device of a conventional nut. Fig. 8 is a schematic view showing the arrangement state of the taper rod of Fig. 7. [Main component symbol description] 100 nut internal thread processing device 102 Body 104 Hopper 106 Supply channel 108 Push device 110 Tap bar 112 Tap 114 Clamping portion 120 Sleeve 16 200918218 122 Hole 130 Hub 132 Motor 134 Drive wheel 136 Bearing housing 140 Tap rod rotating body 142 Oil and chip discharge groove 144 Bolt 150 Opening plate 152 Output hole 154 Area shaft 160 Fixing device 162 Spring 164 Card 170 Nut 102a Bracket 132a Belt 136a Bearing 150a Groove 17