212768 Λ6 B6__ 五、發明説明（1 ) (^屯""背而>/"-尽項再塡寫本頁) 本發明偽渉及一種帶有螵紋切削部和排料桿部的溢出 排料絲錐（tiberlau f.__g ewindebohi^er,),其偽用以加工螺母 或、之大董生.産成型件（!!33361^01*以611)之内蠼纹，這 些大量生産成型件被單件的、防止轉動的推套到處於溢出 排料絲錐的進料端部位之螺纹切削部上，隨後經過後部之 光滑的排料捍部将其排出。同時，本發明邇涉及裝用溢出 排料絲錐的螺紋切削装置》 在使用這種溢出排料絲錐時，首先把要設有内螺紋的 大量生産成型件推套到螺紋切削部上并同時將其不可轉動 的把持住。在切過螺纹之後，具有内螺纹的大量生産成型 件在溢出排料絲錐的捍部上移至該桿部的尾端并在該尾端 被排出。而渣種在現有技術中公開的溘出排料絲錐的切削 速度為75米/分，其轉速；例如對Μ8的螺紋而言為3000轉 /分。雖然切削速度本來可以提高，但迄今没有超過3000 轉/分此一轉速極限，其原因在於，造蘊藏著一種很大的 "------. ... 經濟部中央標準局負工消費合作社印製 危險，亦即在排料時，從桿部排出的、特別是甩出的螺母 會受到損傷。在現有技術中公開了溢出排料絲錐不同形式 的桿部。現今，大部分溢出排料絲錐具有直角彎曲的捍部 ，其存在缺餘在於，絲錐的桿部不是與待攻絲件的中心線 同心旋轉，而是，因為由裝有這種溢出排料絲錐的螺紋切 削機提供的力只能從薄曲的絲錐的最外端傳入，故絲錐桿 部在轉動時所描繪出的軌跡是一値圖錐面，其角度和其大 小與絲錐的桿部直徑和内螺纹部分的芯部孔徑兩者之間的 差別以及内螺紋部分的外徑和装滿經過攻絲的工件之絲錐 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） Λ 6 Β6 212768 五、發明説明（2 ) (-1^-^而 ν/:;£'δρ·,(!再塡寫本頁) 的導引構件（如支承套）的内徑兩者之間的差別有闢。這 樣加工出的蠼纹總要大於絲錐的直徑。這樣，很難確保駸 格的螺纹公差。這種絲錐的另一缺點在於，從彎曲的絲錐 桿部只能排出其厚度被限制在約為螺纹直徑的1.5倍以下 的工件。此外，在從絲錐捍部排出具有内螺紋的大量生産 成型件時，有一値軸向反作用力作用在坐落螺紋切削部上 的大量生産成型件上，由此，在螺纹切削部造成很大的側 面壓力，從而導致比較大的刀具磨損。在由髯曲的絲錐捍 部把加工好的帶内螺紋之大置生産成型件在徑向排出時， 其速度很高，為了避免損傷螺紋切削機的集料箱内已排出 的大量生産成型件或將此類的損傷減到最小，故必須採取 相應的措施。而且，機用溢出排料絲錐必須進行軸向移動 來排出大量生産成型件的成品，因此這就要求絲錐具有較 長的前進和後退行程，而這對生産率有很不利影蜜。 經濟部中央標準局貝工消費合作社印製 還有其它公開的湓出排料絲錐，其桿部在其尾段先是 徑向外彎，然後再徑向内彎。但是這種形式的溢出排料絲 錐在現有技術中從未经受過考驗，其原因是，這些絲錐需 要引入附加的力，以致使帶螺纹的成型件克服離心力而退 到半徑較小的排料部位。這對刀具磨損和螺纹的尺寸精密 度産生了不利的作用。因此，現今實際上不再使用這種形 式的絲錐。 以本案開頭所述的現有技術為出發點，本發明的目的 在於提供一種能夠使刀具在磨損較小的情況下加工出精密 度高的内螺纹，并且在排出帶有内螵紋的大量生産成型件 本紙張又度適用中國國家標準（CNS)甲4規格（2tO X 297公釐） 212^68 .Λ 6 Β6 經濟部中央標準局g工消費合作社印黎 五、發明説明（3 ) 時可不撗傷大置生産成型件的溢出排料絲錐〇本發明的S 一目的在於提供一種装用上述溢出排料絲錐，以實現上述 絲錐加工的所有優點的螺纹切削裝置β 為了實現以上的目的，本發明建議的技術方案像在於 溘出排料絲錐的捍部是為折彎的，與螺紋切削部鄰接的首 先是一個與螺紋切削部同心的桿部區段，該桿部區段過渡 到一個傾斜折罨的捍部區段，該傾斜折螬的捍部區段又過 渡到一値與同心的桿部匾段轴向平行走向的桿部區段。 通過道種機構設計可確保在對處於絲錐的螺紋切削部 的大董生産成型件在不施加倒面整力或僅施加少許側面壓 力的情況下從絲錐捍部排出具有内螺纹的大量生産成型件 ,以達到減少刀具磨損的效果。另外，通過和螺紋切削部 鄰接的捍部區段與絲錐捍部尾段的軸向平行走向，就有可 能在螺紋切削裝置中對溢出排料絲錐進行雙重導向，其结 果是，在絲錐旋轉時避免絲錐出現攞動，這就有可能在大 置生産成型件上加工出精密度高、公差小的内螺紋。其在 通過桿部中段的傾斜折彎，使之確保處於絲錐捍部上的大 量生産成型件在離心力的作用下被輸往絲錐桿部的尾段， 由於絲錐的捍部尾段與絲錐的旋轉軸心線軸向平行，故大 悬生産成型件可簡單的、并可在不出現大的離心力的情況 下從桿部尾段排出，從而在排料區段可不用採取待別的措 施，其原因在於，已被排出的大量生産成型件能夠承受住 排料過程，而不致出現損傷的情況。由於絲錐的捍部中段 是傾斜轉折折狀，也可能在該絲錐上加工出其厚度約為螺 本·紙張尺度適用中國國家標準（CNS)甲.1規格（210 X 297公釐） 212768 Λ6 B6 五、發明説明（4 ) -·'先".,1订而之;15声1(!再塡寫本頁) 紋直徑的3倍的大量生産成型件。此外，本發明的絲錐桿 部長度大大短於具有折彎狀捍部尾段的傳统絲錐捍部長度 ，這在雞的加工切削材料須傳《大的扭矩時有其巨較大的 镘點。 此外，本發明的絲錐结構允許採用高於15Q米/分的 高切削速度，例如在加工M8螺紋時，轉速可高達60QQ轉/ 分，而在從絲錐桿部排料時亦不會損傷大置生産成型件β 另外，通過本發明的結構，在把這種溢出排料絲錐裝 在螺紋切削裝置上時，能從絲錐的桿部尾端排出大量生産 成型件，而絲錐不一定為此必須軸向移動。，因此，使通過 它把大量生産成型件送至絲錐螺纹切削部之送料裝置的前 進和後退行程得以缩短，從而可提高大董生産成型件的生 産率。 一種較佳的結構發展在於，其折彎角約為20°至30° ,最佳為22°至25° 。 經濟部中央標準局員工消費合作社印製 此外，本發明還涉及一種螺纹切削裝置，該裝置具有 一痼用於待攻内螺紋的大量生産成型件的單件上料裝置、 一値湓出排料絲錐、一個用以把大量生産成型件單件的送 至媒紋切削部并防止轉動的把大量生産成型件推套到螺紋 削部上的送料装置、一镳旋轉傳動機構，該旋轉傳動檐具 切有一個與溢出排料絲錐的桿部形狀相適配，且為裝滿大 量生産成型件的絲錐桿部而設的導引通道，而裝滿大量生 産成型件的絲錐桿部可被推入該導引通道，該螺紋切削装 置還具有一値為從絲錐桿部落下的大置生産成型件而設的 本紙張尺度適用中國國家標準（CNS)甲4规格（210 X 297公) 212768 Λ6 B6 五、發明説明（5 ) (--閉--许而之注-戸^再填寫本頁> 排料口，螺紋切削装置中的湓出排料絲錐的结構是按本發 明的結構特戡所設計的结構。 為了資現上述目的，本發明建議的技移方案在於，其 '-…>... 上装滿大董生産成型件的絲錐桿部以其與螺纹切削部鄰接 并與螺紋切削部同心的匾段置入嫘紋切削装置的一値與其 完金適配之同心的導引通道内，其傾斜折彎區段和與該區 段鄰接并與同心區段軸向平行的區段置入與絲錐縱向軸線 同軸線旋轉之旋轉傅動機構的一個與其完全適配并具有相 應構形的通道内，舆同心區段軸向平行的區段軸向通入一 値腔室内，該腔室具有一艏為大量生産成型件而設的徑向 排料口，待別是折彎的溢出排料絲錐的軸向蓮動間際僅為 少許幾値毫米，最好是约為4至8毫米，尤其是約為5毫 米。 此外運有利的設定，在容纳裝滿大量生産成型件之溢 出排料絲錐的傾斜折彎匾段之通道部分的直徑設計成大於 溢出排料絲錐其上裝滿大量生産成型件之傾斜折彎區段的 最大直徑，從而産生溢出排料絲錐大約5毫米的軸向蓮動 間隙》 經濟部中央標準局貝工消費合作社印焚 通過在絲錐桿部的傾斜折彎區段把導引通道的直徑最 好增大約為5毫米，俥能使絲錐沿軸向向前和向後蓮動約 5毫米，這對把其上裝滿大量生産成型件的溢出排料絲雜 置入導引通道内實已足夠，并為需要的加工過程提供足夠 的蓮動間陳。 在附圖中顯示出了本發明的兩傾實施例，下面對此做 本紙張尺度適用中國國家標準（CNS)甲.1规格（210 X 297公穿） 212768 Λ 6 Bfi 經濟部中央標準局w工消費合作社印製 五、發明説明（6 ) 進一步描述β在附園中，其中； _ 一是装有溢出排料絲錐的螺纹切削裝置的锢視圖， 及部份切開示意圈，及； 圔二是一値衍生结構的同樣視·。 如圖所示，在螺紋切削装置上顯示出了待切削内螺紋 的大置生産成型件2 、例如螺母用的單件上料裝置1。大 量生産成型件2借助送料装置3被單件的送至溢出排料絲 錐的螺紋切削部4 。送料裝置3通過一値推桿或與此類似 的構件與一値凸輪相接，借肋該凸輪控制送料裝置并沿箭 頭5的方向做前進和倒退蓮動β如圖所示的是該凸輪的展 開狀況并用樣號6來表示其展開曲線。在該展開曲線上顯 示出了各値的工作位置。位置7相當於圖一所示的實際位 置。在凸輪8轉動時，送料装置3首先蓮動到曲線6上的 位置9 ，然後把工件推套到螺纹切削部4上并由位置1 0前 移至位置11,此時，待切削螺紋的大童生産成型件2坐落 在溢出排料絲錐的螺纹切削部上并通過一裝置（螺母導引 裝置）12夾持住，以防止其轉動。此時，絲錐的前部通過 螺母在導引裝置内定中心。在溢出排料絲錐旋轉時，大量 生産成型件被攻出内螺纹并且随後進入絲錐、與螺紋切削 部4鄰接的捍部匾段，而送料装置3隨後退回起始位置， 同時相應的推捍或執行機構到達凸輪上的位置1 3。 在圖1所示的實施例中，防止大量生産成型件轉動的 装置是透過一個螺母導引装置12構成的，其藉助推桿3把 大置生産成型件推入該螺母導引装置12中防止轉動，直至 f^t5?.-.!w·而 >/;t.ftp.Ji!再場寫本頁)212768 Λ6 B6__ Fifth, the description of the invention (1) (^ tun " " back-to-back > / " -please write this page again) The invention falsely relates to a cutting part with a ridge pattern and a discharge rod part The overflow discharge tap (tiberlau f .__ g ewindebohi ^ er,), which is used to process nuts or large Dongsheng. Produced molded parts (!! 33361 ^ 01 * with 611), these mass production The molded part is pushed onto the thread cutting part at the feed end of the overflow discharge tap by a single piece of anti-rotation pusher, and then discharged through the smooth discharge protection part at the rear. At the same time, the present invention relates to a thread cutting device equipped with an overflow discharge tap. When using such an overflow discharge tap, first, a mass-production molded part to be provided with an internal thread is pushed onto the thread cutting part and simultaneously Hold it non-rotatably. After cutting the thread, the mass-produced molded part with the internal thread is moved to the trailing end of the shank on the retaining portion of the overflow discharge tap and discharged at the trailing end. The cutting speed of the discharge tap disclosed in the prior art for the slag species is 75 m / min, and its rotation speed; for example, for the thread of M8, it is 3000 rpm. Although the cutting speed could have been increased, so far the speed limit of 3,000 rpm has not been exceeded, the reason is that there is a large amount of " ------.... The danger of printing by consumer cooperatives is that the nut that is ejected from the shaft, especially the nut that is thrown out, will be damaged during the discharge. In the prior art, different types of shafts of overflow discharge taps are disclosed. Nowadays, most overflow discharge taps have right-angled bends. The disadvantage is that the tap's shank does not rotate concentrically with the centerline of the piece to be tapped, but because the overflow discharge tap is equipped with The force provided by the thread cutting machine can only be transmitted from the outermost end of the thin curved tap, so the trajectory of the tap shank when it is turned is a graph of the taper surface, its angle and its size and the tap shank The difference between the diameter and the core hole diameter of the internal thread part, as well as the external diameter of the internal thread part and the tap filled with the tapped workpiece. The paper size is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm ) Λ 6 Β6 212768 V. Description of the invention (2) (-1 ^-^ and ν / :; £ 'δρ ·, (! Then write this page) the inner diameter of the guide member (such as support sleeve) both There is a difference between them. In this way, the corpuscles processed are always larger than the diameter of the tap. In this way, it is difficult to ensure the thread tolerance of the thimble. Another disadvantage of this tap is that it can only be discharged from the curved tap shank The thickness of the workpiece is limited to about 1.5 times the diameter of the thread. This , When the mass-produced molded parts with internal threads are discharged from the tap guard part, a large axial reaction force acts on the mass-produced molded parts located on the thread cutting part, thereby causing a great lateral pressure on the thread cutting part , Which leads to relatively large tool wear. When the processed parts with large internal thread produced by the tapped part of the beard are discharged radially, the speed is very high, in order to avoid damage to the aggregate of the thread cutting machine The mass-produced molded parts that have been discharged from the box or to minimize such damage, must take corresponding measures. Moreover, the machine overflow discharge tap must move axially to discharge the finished products of mass-produced molded parts, so this It requires a long forward and backward stroke of the tap, which has a negative impact on productivity. The Central Standardization Bureau of the Ministry of Economic Affairs printed by Beigong Consumer Cooperative also has other public discharge taps whose rods are located in their The tail section is bent radially outwards and then radially inwards. However, this form of overflow discharge tap has never been tested in the prior art. The reason is that this The tap requires additional force to cause the threaded molded part to overcome the centrifugal force and retreat to the discharge site with a smaller radius. This has an adverse effect on tool wear and thread dimensional precision. Therefore, it is no longer practical today This type of tap is used. Starting from the prior art described at the beginning of this case, the object of the present invention is to provide a tool that can produce a high-precision internal screw thread with less wear and has an internal Mass production of girdle pattern This paper is again applicable to the Chinese National Standard (CNS) A 4 specifications (2tO X 297 mm) 212 ^ 68 .Λ 6 Β6 Ministry of Economic Affairs, Central Standards Bureau, g-consumer cooperative cooperative, India, and the invention description (3) Overflow discharge taps that can be used to produce molded parts without overwhelming. S One object of the present invention is to provide a thread cutting device equipped with the above overflow discharge taps to achieve all the advantages of the above tap processing. In order to achieve the above The purpose of the present invention is that the technical solution proposed by the present invention is that the supporting part of the discharge tap is bent, and the first is adjacent to the thread cutting part. A shank section concentric with the thread cutting portion, the shank section transitions to an obliquely folded guard section, and the obliquely folded guard section transitions again to a concentric rod plaque section A shaft section running parallel to the axis. Through the design of the channel mechanism, it can be ensured that the large-scale production of molded parts with internal threads is discharged from the tap retaining part without applying the inverted face rectification force or only a little side pressure to the big Dong production molded parts at the thread cutting part of the tap. To achieve the effect of reducing tool wear. In addition, it is possible to double-direct the overflow discharge tap in the thread cutting device by the axial direction of the taper section adjacent to the thread cutting section and the tail section of the tap guard section. As a result, when the tap rotates To avoid the tapping of taps, it is possible to machine high-precision, small-tolerance internal threads on large-scale production moldings. The oblique bending of the middle part of the rod part ensures that the mass production molded parts on the tap part are transported to the tail part of the tap part of the tap part under the action of centrifugal force, due to the rotation of the tail part of the tap part and the tap The axis of the axis is parallel to the axis, so that the large suspension production molded parts can be simple and can be discharged from the tail section of the rod without a large centrifugal force, so that no other measures need to be taken in the discharge section. The reason is that the mass-produced molded parts that have been discharged can withstand the discharging process without damage. Since the middle section of the tap is inclined and twisted, it may be processed on the tap to have a thickness of approximately snails. The paper size is applicable to the Chinese National Standard (CNS) A.1 specifications (210 X 297 mm) 212768 Λ6 B6 Fifth, the description of the invention (4)-· 'first "., 1 set it; 15 sounds 1 (! Then write this page) 3 times the diameter of the mass production of molded parts. In addition, the length of the tap shank of the present invention is much shorter than the length of the traditional tap shank with a bent tail section, which has a huge trowel point when the processing and cutting material of the chicken must transmit large torque. In addition, the tap structure of the present invention allows the use of high cutting speeds higher than 15Qm / min. For example, when machining M8 threads, the speed can be as high as 60QQ rpm, and it will not damage the large set when discharging from the tap part Production of molded parts β In addition, with the structure of the present invention, when this overflow discharge tap is mounted on a thread cutting device, mass-produced molded parts can be discharged from the tail end of the tap part of the tap, and the tap does not necessarily have to be a shaft for this To move. Therefore, the forward and backward strokes of the feed device that sends mass-produced molded parts to the tap thread cutting part through it can be shortened, so that the productivity of molded parts produced by Dadong can be improved. A preferred structural development is that its bending angle is about 20 ° to 30 °, and most preferably 22 ° to 25 °. Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs In addition, the present invention also relates to a thread cutting device, which has a single-piece feeding device for mass-produced molded parts of internal threads to be tapped, and a discharge discharge A tap, a feeding device for feeding the mass-produced molded parts to the medium cutting part and preventing rotation, pushing the mass-produced molded parts onto the thread cutting part, a rotative transmission mechanism, the rotary transmission eaves There is a guide channel that is adapted to the shape of the rod portion of the overflow discharge tap and is filled with the tap rod portion of the mass-produced molded part, and the tap rod portion filled with the mass-produced molded part can be pushed into The guide channel, the thread cutting device also has a value for the production of molded parts from the large set under the tap rod tribe. This paper standard is applicable to the Chinese National Standard (CNS) A 4 specifications (210 X 297) 212768 Λ6 B6 V. Description of the invention (5) (--Closed--Xu Erzhi's note- 戸 ^ Fill in this page> The discharge port, the structure of the discharge tap in the thread cutting device is according to the structure of the invention. Designed structure In order to achieve the above purpose, the technical shift solution proposed by the present invention lies in that its taper rod part filled with moldings produced by Dadong is adjacent to the thread cutting part and is concentric with the thread cutting part. The segment is inserted into a concentric guide channel that matches the value of the wire cutting device, and its inclined bending section and the section adjacent to the section and axially parallel to the concentric section are placed into the tap One of the rotating Fu mechanism which rotates on the longitudinal axis coaxially is completely adapted to it and has a corresponding configuration, the axially parallel section of the concentric section leads axially into a chamber, the chamber has a bow The radial discharge opening for mass-produced molded parts, and the axial discharge interval of the overflow discharge tap, which is not bent, is only a few millimeters, preferably about 4 to 8 mm, especially about It is 5 mm. In addition, it is advantageous to set the diameter of the channel part of the inclined bending plaque section that accommodates the overflow discharge tap filled with mass production moldings to be larger than that of the overflow discharge tap filled with mass production moldings. The maximum of the inclined bending section Diameter, resulting in an axial discharge clearance of about 5 mm for the overflow discharge tap. "The Ministry of Economic Affairs, Central Standards Bureau, Beigong Consumer Cooperative Printing and Increasing Increasing the diameter of the guide channel by the inclined bending section of the tap rod part is preferably increased by about It is 5 mm, so that the tap can move forward and backward about 5 mm in the axial direction, which is enough for mixing the overflow discharge wire filled with mass-produced molded parts into the guide channel, and for The required processing process provides sufficient lotus time. The drawings show the two-tilted embodiment of the present invention. The paper size is applied to the Chinese National Standard (CNS) A.1 specifications (210 X 297 (Published) 212768 Λ 6 Bfi Printed by the Central Standards Bureau of the Ministry of Economics and Industry and Consumer Cooperatives V. Description of invention (6) Further description of β in the attached garden, where; _ One is the thread cutting device equipped with an overflow discharge tap The view, and part of the cut-out circle, and; the second is the same view of a derivative structure. As shown in the figure, the thread cutting device shows a large-scale production molded part 2 for cutting internal threads, such as a single-piece feeding device 1 for nuts. The mass-produced molded parts 2 are fed by the feeding device 3 to the thread cutting part 4 of the overflow discharge tap in a single piece. The feeding device 3 is connected to a cam through a push rod or similar member, and the cam controls the feeding device and advances and reverses in the direction of arrow 5 by the cam. As shown in the figure, the cam is Unfold the situation and use sample number 6 to indicate its unfolding curve. The working position of each value is displayed on the expansion curve. Position 7 corresponds to the actual position shown in Figure 1. When the cam 8 rotates, the feeding device 3 first moves to the position 9 on the curve 6, and then pushes the workpiece onto the thread cutting part 4 and moves forward from position 10 to position 11, at this time, the thread to be cut is large. The child-made molded part 2 sits on the thread cutting part of the overflow discharge tap and is clamped by a device (nut guide device) 12 to prevent it from rotating. At this time, the front of the tap is centered in the guide by the nut. When the overflow discharge tap rotates, the mass-produced molded part is tapped out of the internal thread and then enters the plaque section of the defending section adjacent to the tap and the thread cutting section 4, and the feeding device 3 is then retracted to the starting position, and the corresponding Or the actuator reaches the position 1 3 on the cam. In the embodiment shown in FIG. 1, the device for preventing the rotation of mass-produced molded parts is constituted by a nut guide 12, which pushes the large-scale production molded part into the nut guide 12 by means of the push rod 3 to prevent Turn until f ^ t5? .-.! W · while> /; t.ftp.Ji! Write this page again)
Jk .裝- *ΤΓ. 衣紙張尺度迺用中0國家標準（CN、S)甲4规格（210 X 297公釐） 經讲部中央標準局员工消費合作社印製 212768 a6 _B6_ 五、發明説明（7 ) 大量生産成型件離開導引装置12為止β 在画2所示的實施例中，把大董生産成型件2裝入一 個具有導引段的夾持器14内，通遇該夾持器把大量生産成 型件推套到溢出排料絲錐的螺纹切削部4上。該送料蓮動 也是藉助與圖1右側所顯示的凸輪類似的一艟凸輪來實現 的。此時，絲錐的前部通過導引通道15内的螺母來定中心 。溢出排料絲錐以其傾斜折彎的桿部匾段1 6和其排料桿部 區段17坐落在一値繞軸線18轉動的傳動機構中，該傳動機 構具有導引通道19、 20,這兩艏導引通道與溢出排料絲錐 的捍部（區段16和17)的形狀相適配。導引通道19、20的 尺寸設計成使裝滿大置生産成型件的溢出排料絲錐可從導 引通道19、 20的孔口 21被推入導引通道19、20<»整體做為 旋轉傳動機構22的機器構件與一値傅動軸23固定連 <並藉 承2 5可繞H 18旋轉f並支撐在機座24 ΐ ,在標號2 6處 -----....................... 有一個做為旋轉傳動構件22轉動的深槽形結構的排料口， 該深槽徑向朝外是敞開的並且在沿箭頭27的方向上有一個 出口，俾使加工好的大量生産成型件可從該出口落下》 溢出排料絲錐沿其縱向折彎，其與螺紋切削部4鄰接 的是與螺紋切削部同心的桿部區段28,該同心桿部區段2 8 過渡到傾斜折彎的捍部區段16,此桿部區段16又過渡到桿 部尾段17,桿部尾段17與同心的捍部區段28軸向平行伸展 。其折簿角α約為22°至25° ^在絲錐繞軸線18旋轉時， 在尾段17和與此軸向平行的匾段28對裝滿大量生産成型件 絲錐的導引機構可使溢出排料絲錐得到精確的導引，使切 本紙張尺度適用中國國家標準（CNS)甲4規格（210 X 297公釐） (^也間‘，1许而之-£戸,?!再塡寫本頁) -裝- -1Τ. 212768 五、發明説明（8 ) ---------------^------{-------裝------訂-----^¥------ ('"-閲-,-;'ι:Ή而 >/注^戸,!!再塥寫本頁) 、 紋，上的産稍置側行蓮的的為， 發 組 螺出際傷生僅裝左的轉部 34 本 和 出排實損置僅料中要旋削置部 ， 戡 削段時服大或送圆需的切裝削 内 待 切區出遭 C 動，由所 4 纹料切 圍 個 使的排不出移搛件止部螺送紋 範 單 可彎，在排不逭型為削向，螺 的 的 - 折出以向向，成部切件中的 開 新 且過排可方縱的的削紋型例錐 公 有 而通行品的的行紋切螺成施絲 在 所 。 。部進成2718進螺紋過産實料 ’ 的徹 度捍17件頭線下内螺通生的排 例 開待 密錐段型箭軸況無的，量示出 施。公要 精^絲尾成沿繞情尚錐中大所溢 實化中主 寸從的，裡沿的把絲例的 2 過 些變圖的 尺品展是那錐 } 到開施上圖越 這的附明 的成伸果從絲米制離實部在到 於樣或發 离件行结並是毫限到的削而行 限多 \本 很型平其26出 5 可移示切 ，進 受或和為 有成向。室排多動推所紋動直 不種書視 具産軸力出的最蓮置 1 螺蓮一 明多明被 纹生在心輸 料位· 在向動 發作說均 螺置是離入件動送的在套方蓮 本可在激 的大後有排型移的示 C 使端給。一 的 待 出的最沒被成許 3 所程動後進止' 明 合 經濟部中央標準局员工消费合作社印製 本紙張尺度通用t國國家標準（CN.S)甲4規格（210 X 297公货）Jk. 装-* ΤΓ. The size of clothing paper is in the national standard of 0 (CN, S) A 4 specifications (210 X 297 mm). Printed by the Ministry of Education, Central Standards Bureau, Staff Consumer Cooperative 212768 a6 _B6_ V. Description of invention ( 7) Mass-produced molded parts leave the guide device 12 β. In the embodiment shown in FIG. 2, the Dong Dong produced molded parts 2 are installed in a holder 14 with a guide section, which meets the holder Push the mass-produced molded part onto the thread cutting part 4 of the overflow discharge tap. The feeding motion is also realized by a cam similar to the cam shown on the right side of FIG. 1. At this time, the front part of the tap is centered by the nut in the guide channel 15. The overflow discharge tap with its obliquely bent rod plaque section 16 and its discharge rod section 17 sits in a transmission mechanism rotating around an axis 18, which has guide channels 19, 20, which The two bow guiding channels are adapted to the shape of the retaining portion (sections 16 and 17) of the overflow discharge tap. The dimensions of the guide channels 19, 20 are designed so that overflow discharge taps filled with large-scale production moldings can be pushed into the guide channels 19, 20 from the orifice 21 of the guide channels 19, 20 The machine component of the transmission mechanism 22 is fixedly connected with a Fu axis 23 and can be rotated around H 18 by f 25 and supported on the machine base 24 l at the reference number 26 -----... ................... There is a discharge opening as a deep groove-shaped structure that the rotary transmission member 22 rotates, the deep groove is open radially outward and is There is an outlet in the direction of arrow 27, so that the processed mass-produced molded parts can fall from the outlet. The overflow discharge tap is bent in its longitudinal direction, and the thread cutting portion 4 is concentric with the thread cutting portion. The shank section 28, the concentric shank section 28 transitions to the obliquely bent guard section 16, the shank section 16 transitions to the shank tail section 17, the shank tail section 17 and the concentric guard The section 28 extends axially parallel. The folding angle α is about 22 ° to 25 °. ^ When the tap rotates around the axis 18, the guide mechanism filled with the taps of the mass-produced molded parts in the tail section 17 and the plaque section 28 parallel to this axis can overflow The discharge taps are accurately guided so that the size of the cut paper is in accordance with the Chinese National Standard (CNS) A 4 specifications (210 X 297 mm) (^ 也 间 ', 1 promised-£ 戸,?! This page) -installation- -1Τ. 212768 V. Description of the invention (8) --------------- ^ ------ {------- installation-- ---- book ----- ^ ¥ ------ ('"-read-,-;' ι: Ή 而 > / note ^ 戸, !! write this page again), grain For the production of the side-lined lotus, the hair snail injury is only equipped with the left turn part 34 and the solid discharge is only expected to rotate the part. When the cutting section is served, it is large or sent. The circle needs to be cut and trimmed in the area to be cut, and the pattern is cut by the 4 materials so that the row of the moving parts can not be bent. The screw pattern can be bent, and the line is not cut in the row. Spiral-Folded out in the direction, the new cut in the part of the cut piece and the vertical and horizontal cutting pattern of the cone is common and the thread of the line is cut into the wire. . Part of the progress of 2718 into the thread over the production of the material's thorough protection of 17 pieces of thread under the head line of the common example of open and close the dense cone-shaped arrow shaft condition is not available, the amount shows the implementation. Gongyao Jing ^ Siwei Chengcheng is around the Qingshang cone, which is overflowing from the main dimension, and the inner edge of the silk example is the cone. The attached Cheng Cheng fruit from the silk metric system to the sample or the delivery part is bound to the cut and the limit is many. This is very flat, its 26 out of 5 can be moved and cut, into Accepting or reconciling has a direction. The movement of the ventricular row hyperdynamic push is not the most lotus set for the axial force of the book. 1 snail lotus is bright and bright. The pattern is born at the heart feeding position. The sent lotus root lotus could have a row-shaped shift to the end after the shock. One of the most pending is not completed by Xu Xu. The process has to be started and stopped. The Minghe Ministry of Economic Affairs, Central Standards Bureau, Employee and Consumer Cooperative printed this paper standard. General National Standard (CN.S) A 4 specifications (210 X 297 goods)