201038378 六、發明說明： 【發明所屬之技術領域】 本發明係關於膠片切條機具，尤指該膠片切條機具中 用以自動控制各切條刀依序改變位置之控制模組。 【先前技術】 如鞋底、…4膠片於成形加工過程，概係使用膠片切 條機具先將大面積的膠片裁切成預定的寬度的長條狀膠 片將該些長條狀膠片分別導入成形機具中，裁切或沖切 〇成預定形狀，由於鞋底等膠片會因不同型號之大小尺寸， 而須將膠片分割成適當的寬度，以節省材料，因此，現有 的膠片切條機具中，其設於同一驅動軸上的複數切條刀大 都結合-組調整機構，使切條刀間之間距具有可調整之功 ::膠片切條機具之切條刀調整機構’主要係設計成 切條刀之位置，…：整須逐一調整定位 致在切條刀的調整作業上，須花t # f U 的工作時間，有操作不挣I 士故 /貝化費較夕 、 负獬作不便、費時費工之缺點。 為了改善前述切條刀手動 太發明人*m 于動凋整機構之操作不便問題， 日。又计出如我國公告第220187 調整刀具之塑（椟μ I & 說之了同步自動 穿置之驅動鈾 刀條機，該切條機主要係於其切條 裝置之動軸所設置之數組 由該些調整裝置分別帶― 上各5又有調整裝置，藉 條機於調整切條刀時， 4差&向移位，使切 離。 條刀間可以同步調整一定之距 惟前述可同步自 動調整刀具之塑 (橡）膠片切條機設 3 201038378 計，僅能帶動連接各刀具組之調整裝置產生等差移位，使 各刀具調整後之位差均相同’不具有自動調整刀具組間間 距不等之功能，亦即該膠片切條機每—次僅能一片大面積 的膠片切割出複數條相同寬度的長條狀膠片，無201038378 VI. Description of the Invention: [Technical Field] The present invention relates to a film cutting machine, and more particularly to a control module for automatically controlling each cutting blade to change position in the film cutting machine. [Prior Art] If the sole, ... 4 film is used in the forming process, the film cutting machine is first used to cut a large area of film into a strip of film of a predetermined width, and the strips of film are respectively introduced into the forming machine. Medium, cutting or punching into a predetermined shape, because the film such as the sole will be divided into appropriate widths due to the size of different models, to save material, therefore, in the existing film cutting machine, it is set The plurality of cutting knives on the same drive shaft are mostly combined with the group adjustment mechanism, so that the distance between the cutting knives has an adjustable work: the cutting knife adjustment mechanism of the film cutting machine is mainly designed as a cutting knife. Position,...: The whole position must be adjusted one by one. The adjustment work of the cutting knife must be used for the working time of t # f U, and there is no operation for the operation of the priest/beihua, the inconvenience, and the time-consuming fee. The shortcomings of work. In order to improve the aforementioned cutting knife manual, the inventor *m is inconvenient to operate the moving mechanism, day. It is also counted as the Chinese version of the 220187 adjustment tool (椟μ I & said the synchronous automatic wear-driven uranium knife machine, the cutting machine is mainly based on the array set by the moving axis of the cutting device The adjustment devices respectively carry the upper and lower adjustment devices, and when the strip cutter is used to adjust the cutting knife, the 4 differential & shifts to make the separation. The knife can be adjusted synchronously with a certain distance. Synchronous automatic adjustment tool plastic (rubber) film cutting machine set 3 201038378 meter, can only drive the adjustment device connected to each tool group to produce equal displacement, so that the position difference of each tool is the same 'does not have automatic adjustment tool The function of unequal spacing between groups, that is, the film slitter can cut a plurality of long strips of film of the same width every time only one large area of film, no
等寬度切割膠片方式，使大面積膠 J 不必要的餘料浪卜 積膠…充分利用而減少 【發明内容】 本發明之主要目的在於提供一 〇 少桃座丨松4 ’、 了自動調整切條刀位置 u 之控制模組，希藉此設計，改盖 切條刀不同間距之缺點。 〃無法自動調整 為達成前揭目的’本發明所設計之可 位置之控制模組係包含一控制組 ° u刀 以及一驅動機組，所、 組刀具位移帶動器 勒伐，，且，所述控制組件包 制、行程偵測及運算處理功 刀‘』入、驅動控 序直線排列而分別連接一相對廣的=刀具位移帶動器依 控於該控制組件及捭m 條刀’該驅動機組受 〇 程偵測’用以驅動該數组刀且命 置。 其相對應的切條刀依序位移至指定位 本發明藉由前述可自動調 計，當其應用於塑（橡）#g + &条刀位置之控制模組設 供操作者設定每調整切條刀位置時，可 母一相鄰切條刀間距，日立_ 距不一定要相等，Λ h 母一相鄰切條刀間 奶δ又疋完成德， 化控制手段配合行 Ρ可由控制組件以自動 σ仃鈿偵測手段，冻 動器帶動每一切條 '°母—組刀具位移帶 T J J 万向位罢/ 刀具位移帶動器置位移’再依序令各組 對之切條刀到達預定位置後定位， 201038378 如此，讓操作本 當規割，以 可對待分條切割的塑（橡）膠片面積而作適 浪費。、刀使用塑（橡）耀·片材料，避免不必要的材料 【貫施方式】 本發明$ -r ώ * ™ ^ μ 了自動調整切條刀位置之控制模紅係用以設 二刀條機中’對該切條機之驅動軸⑴上的數切條刀（？) 人動化綱整位置之功能’該控制模組之組成主要係包 〇⑶，：制且件、數組刀具位移帶動器⑷以及-驅動機組 八具體可行構造可設計成以下數種較佳實施例，盆 中： ’、 士第、—圖所示，係揭示本發明可自動調整切條刀 位置之控制模組之第一較佳實施例應用於膠片切條機中具 有數切條刀(2)之驅動軸⑴上方之使用狀態圖，由圖中可 以見及，該可自動調整切條刀位置之控制模組第一較佳實 施例包含一驅動機組（3)、數組刀具位移帶動器（4)以及-控 g 制組件，其中： 該驅動機組（3)係包含二傳動軸（3A)及二驅動組件 (3C)，該二驅動組件（3C)各包含一驅動馬達（3d)，該二傳 動軸（3A)平行設置，該二驅動馬達（3D)分別以其心轴連接 相對應之傳動軸（3A)-端，用以分別驅動該二傳動轴（3a) 旋轉，該二驅動組件（3C)中之一驅動組件（3C)作為正轉驅 動組件，用以驅動傳動軸（3A)正向旋轉功能，另一驅動組 件（3C)則作為逆轉驅動組件’用以驅動傳動轴_逆向旋 轉功能。 該數組刀具位移帶動器（4)各包含一組離合式傳動套件 201038378 ()及’卫刀具推移件（41)，該刀具推移件（41)設於該離合 式傳動套件（40)下方，該數組刀具帶動器（4)係依序間隔排 列’且各以其離合式傳動套件（4〇)分別提供該二驅動組件 (3C)的傳動軸（3A)穿設其中，所述的離合式傳動套件（4〇) 中可k擇性叉控連接該二傳動軸（3A)中之一傳動軸（3A)而 被帶動，以及令另一傳動軸（3A)於其中空轉，或是與該二 傳動轴（3A)皆不連動而呈空轉等離合狀態，該刀具推移件 ()用以連接s又於該驅動軸（1)上相對應的一切條刀（2)。 〇 該控制組件包含一控制器（5)以及數個行程量測構件， "亥控制器（5)包含資料輸入、驅動控制及運算處理功能，該 ^制器（5)且電連接該些離合式傳動套件（4〇)以及該二驅動 且件（3C)，該數個行程量測構件分別設置於該些離合式傳 動套件（40)上，並電連接該控制器（5)，用以取得刀具位移 π動器（4)於該二傳動軸（3A)上的位移行程資料傳送至控制 （5)，所述的打程量測構件可選用旋轉編碼器，用以取得 ◎ * ^ I式傳動套件（4Q)於該三傳動轴（3A)上直線位移的行 辛-貝料使忒控制器（5)可以選擇性啟動該二驅動馬達（3D) ^之作正（逆）轉，以及依據分設於該數組刀具位移帶動 2 (4)上之仃程1測構件所提供之位移行程資料，而依序決 定該數組刀具位移帶動器⑷之離合式傳動套件(40)於該二 傳動軸（3A)上的離合時機。 刖揭可自動調整切條刀位置之控制模組之第一較佳實 加=應用於膠片切條機時’操作者可於控制器（5)中依序輸 入每，相鄰切條刀(2)間的間距數值，之後，於切條機停機 ' “、下由拴制器（5)命令該正轉或逆轉驅動組件（3C)中 6 201038378 =:馬達Π)驅動其連接的傳動軸(3α)旋轉，如第二 以:糸―令每—組刀具位移帶動II (4)帶動所_ 的切條刀(2)朝同一方向同時位移， 丄)帶動·所對應 帶動器⑷上之行程量測構件偵測到達：定位置移 ㈣離與該旋轉之傳動轴（3Α)之連動狀態 先 對應的切條刀⑺於驅動轴⑴上定位，之後一二立，所 Ο ο :具位移帶動器(4)上之行程量測構件偵測到：二= 夺，再自❺先行脫離與該旋轉 I 置 序進行，直至設於最後一=動二⑴t定位，依此次 測構件偵測到達設定位置時自τ動盗(4)上之行程量 動轴⑽)螺接Lrr 行脫離與該旋轉之傳 =旋轉傳動轴叫藉此利用先驅動所有刀具位； :=(4)位移，再令該些刀具位移帶動器⑷依序位移至 =位置後自動定位方式，使其可以達到個別控 =(?間距之目的，並可有效避免該些刀具位移帶動器 (4)位移日守發生互撞的情事。 第五圖所不，係揭示本發明可自動調整切條刀 位置之控制模組之第二較佳實施例應用於膠片切條機中具 有數切條刀（2)之驅動軸⑴上方之使用狀態圖，該可自動 調整切條刀位置之控制模組第二較佳實施例包含一驅動機 組（3)、數組刀具位移帶動器（4)以及一控制組件，其中： 該驅動機組（3)係包含：一傳動軸（3Α)、一導桿（36)以 及數個驅動組件（3C)，該傳動軸（3Α)及該導桿（3日）係平行 又置於°亥驅動軸（1)上方，該數個驅動組件（3C)各包含一嚙 201038378 合傳動軸（3A)且能沿傳動軸（3A)位移的傳動元件以及一連 接傳動元件的驅動馬達1 … 該數組刀具位移帶動器（4)係依序間隔排列於傳動軸 (3A)及導桿（3B)上，該數組刀具位移帶動器（4)各包含一套 接組件（40A)及一刀具推移件（41)，所述套接組件（4〇a)係 提供該傳動軸（3A)及導桿（3B)平行穿設其中，且分別提供 一組驅動組件（3C)組設其上，所述刀具推移件（41)設於驅 動組件（3C)下方，用以連接相對應的切條刀（2)。 該控制組件包含一控制器（5)以及數個行程量測構件， 該控制器（5〉包含資料輸入、驅動控制及運算處理功能，該 控制器（5)且電連接該些驅動組件（3C)，該數 件分別設置於該些套接組件（5GA)上，並電連接該控^ (5) ’用以取得刀具位移帶動器（4)於該傳動軸（3八）上的位移 行程資料傳送至控制器（5)，所述的行程量測構件可選用旋 轉編碼壽’帛以取得# —驅動組件（3C)㈣沿傳動軸（3a) 位移的轉矩資料，進而由控制器（5)以運算處理手段換算為 刀具位移帶動器（4)直線位移的行程資料，該控制器可分別 控制該數組驅動組件（3C)是否啟動沿傳動軸（3A)位移以 及依據所述行程量測構件所提供之位移行程資料，而依序 決定該數組刀具位移帶動器（4)沿該傳動軸（3A)移動及停止 的時機。 前述可自動調整切條刀位置之控制模組第二較佳實施 例應用於塑（橡）膠片切條機調整切條刀位置時，操作者可 於控制器(5)中依序輪入每二相鄰切條刀(2)間的間距數 值，之後，於切條機停機的狀態下，如第七、八圖所示， 201038378 = = (5)命令每一組驅動組件(3c)分別帶動其刀具位移 同時位移，待設於第-組刀具位移帶動器(4)上丄= 構件偵測到達設定位置時，“ τ止°又置其上的驅動組件 (3C)而於該傳動軸（3Α)定位， (1)上定#，+ ^ ^應的切條刀（2)於驅動軸 程量χί槿株'’设於第二組刀具位移帶動器⑷上之行 耘量測構件偵測到達設定位置時 ο 件⑽而於該傳動軸(3Α)定 二广、上驅動組 軸上宗#分 所對應的切條刀（2)於驅動 ㈣)γ立’依此次序進行，直至設於最後一組刀具位移 :()之行程量測構件_到達設定位置時，自奸止 其驅動組件（3C)而於該傳動轴（3A)定 動k止 驅動所有刀具位移帶動器⑷位 八；，藉此利用先 _序位移至預定位置後自:停=:具=動 = =::，刀(2—，並二 二刀具位移帶動器⑷位移時發生互撞的情事。 ο 本發明藉由前揭可自動調整切條刀位 =較佳實施例設計，當其應用於塑(橡)膠 ：:： 條刀位置作業時，確可達到 ：：調整切 的功能，而使二相鄰切條刀間距不—：「相鄰切條刀間距 待分條切割的塑(橡)勝片面穑“—疋相等，讓操作者可 t琢J膠片面積而作適當規 塑（橡）膠片材料，避免a充/刀使用 確可提供一項極 / ，疋故，本發明 控制模組設計。㈣^值的自動調整切條刀位置之 【圖式簡單說明】 第一圖係本發明可自動 自動調正切條刀位置之控制模組第 9 201038378 —較佳實施例應用於切條刀 圖。. , 的驅動軸上方之側視平面示意 第二圖係本發明 一較佳實施例應用於 圖。 第三圖係本發明 —較佳實施例帶動切 圖（一)0 可自動調整切條刀位置之控制模組第 切條刀的驅動軸上方之俯視平面示意 可自動調整切條刀位置之控制模組第 條刀於驅動軸上位移之使用狀態參考The method of equal-width cutting film makes the large-area glue J unnecessary unnecessary material to be fully utilized and reduced. [Inventive content] The main purpose of the present invention is to provide a 桃 桃 桃 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 The control module of the knife position u is designed to change the disadvantages of the different spacing of the cutting knife. 〃 can not be automatically adjusted to achieve the pre-existing purpose of the present invention, the design of the positionable control module includes a control group and a drive unit, the set of tool displacement drives, and the control Component package, stroke detection and calculation processing function knife '』in, drive control line is linearly arranged and connected to a relatively wide = tool displacement actuator according to the control component and 捭m knives' Detect 'to drive the array of knives and set them. The corresponding slitting knife is sequentially displaced to the designated position. The present invention is automatically adjusted by the foregoing, and is applied to the control module of the plastic (oil) #g + & knife position for the operator to set each adjustment. When cutting the position of the knife, the spacing between the adjacent cutting blades and the Hitachi _ distance is not necessarily equal, Λ h the mother and the adjacent cutting knife between the milk δ and the completion of the German, the control means can be used to control the components With the automatic σ仃钿 detection method, the freezing device drives every piece of the '° mother-group tool displacement belt TJJ universal position stop/tool displacement actuator displacement' and then causes each group to reach the predetermined cutting knife. Positioning after positioning, 201038378 In this way, let the operation be cut, and waste the plastic (rubber) film area that can be cut into strips. The knife uses plastic (rubber) ray material to avoid unnecessary materials. [The method of the invention] $-r ώ * TM ^ μ The control die for automatically adjusting the position of the cutting blade is used to set the second blade. In the machine, the function of the number of slitting knives (?) on the drive shaft (1) of the cutting machine is as follows: 'The composition of the control module is mainly package 〇 (3),: the part and the array tool displacement The actuator (4) and the drive unit are specifically designed in the following several preferred embodiments. In the basin: ', 士, 、, the figure shows that the control module can automatically adjust the position of the cutting blade. The first preferred embodiment is applied to a state of use of a drive shaft (1) having a plurality of slitting blades (2) in a film slitter, as can be seen from the figure, the control mode capable of automatically adjusting the position of the cutting blade The first preferred embodiment includes a drive unit (3), an array of tool displacement actuators (4), and a control unit, wherein: the drive unit (3) comprises two drive shafts (3A) and two drive assemblies (3C), the two drive assemblies (3C) each include a drive motor (3d), the two The drive shafts (3A) are arranged in parallel, and the two drive motors (3D) are respectively connected by their spindles to corresponding drive shaft (3A) ends for respectively driving the two drive shafts (3a) to rotate, the two drive assemblies ( 3C) one of the drive components (3C) as a forward drive assembly for driving the drive shaft (3A) forward rotation function, and the other drive assembly (3C) as a reverse drive assembly for driving the drive shaft _ reverse rotation Features. The array tool displacement actuators (4) each comprise a set of clutch transmission kits 201038378 () and a 'tool shifting member (41), the tool shifting member (41) being disposed under the clutch transmission kit (40), The array cutter actuators (4) are sequentially arranged in a row and each of the clutch shafts (3A) of the two drive assemblies (3C) are provided with their clutch transmission kits (4), wherein the clutch transmissions are provided therein. The kit (4〇) is operatively coupled to one of the two transmission shafts (3A) to be driven, and the other transmission shaft (3A) is idling therein, or The drive shaft (3A) is in an idling and disengaged state, and the tool shifting member () is used to connect all the knives (2) corresponding to the drive shaft (1). The control component comprises a controller (5) and a plurality of stroke measuring components, and the controller (5) comprises a data input, a drive control and an arithmetic processing function, and the controller (5) is electrically connected to the controller a clutch transmission kit (4〇) and the two driving components (3C), the plurality of stroke measuring members are respectively disposed on the clutch transmission kits (40), and electrically connected to the controller (5), The displacement travel data of the tool displacement π actuator (4) on the two transmission shafts (3A) is transmitted to the control (5), and the stroke measuring component can select a rotary encoder for obtaining ◎ * ^ The I-type transmission kit (4Q) linearly shifts the line-spinning material on the three transmission shafts (3A) so that the cymbal controller (5) can selectively activate the two-drive motor (3D) for positive (reverse) rotation. And determining, according to the displacement stroke data provided by the range 1 measuring member disposed on the array tool displacement 2 (4), sequentially determining the clutch transmission actuator (40) of the array tool displacement actuator (4) Clutch timing on the second drive shaft (3A). The first preferred addition of the control module that automatically adjusts the position of the cutting blade = when applied to a film cutting machine, the operator can sequentially input each adjacent cutting knife in the controller (5) ( 2) The value of the spacing between the two, after which, the cutting machine is stopped, '", the lowering or reversing drive assembly (3C) commanded by the controller (5) 6 201038378 =: motor Π) drives the connected transmission shaft (3α) Rotation, such as the second: 糸 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令 令Stroke measuring member detection arrival: fixed position shift (4) The cutting knife (7) corresponding to the linkage state of the rotating transmission shaft (3Α) is first positioned on the driving shaft (1), and then one or two standing, Ο ο: with displacement The stroke measuring component on the actuator (4) detects: two = capture, and then the first departure and the rotation I are sequenced until the last one is set to the second (1) t position, according to the detection of the component When the set position is reached, the stroke measuring shaft (10) on the turbulence (4) is screwed to the Lrr line and the rotation is transmitted. This uses all the tool positions first; :=(4) displacement, and then the tool displacement actuators (4) are sequentially displaced to the position and then automatically positioned so that the individual control = (? spacing) can be achieved. It is effective to avoid the collision of the displacement of the tool displacement actuators (4). The fifth figure shows that the second preferred embodiment of the control module for automatically adjusting the position of the cutting blade of the present invention is applied. The film cutting machine has a use state diagram above the drive shaft (1) of the plurality of slitting blades (2), and the control module capable of automatically adjusting the position of the cutting blade comprises a driving unit (3), an array a tool displacement actuator (4) and a control assembly, wherein: the drive unit (3) comprises: a drive shaft (3Α), a guide rod (36) and a plurality of drive assemblies (3C), the drive shaft (3Α) And the guide (3 days) is parallel and placed above the drive shaft (1), each of the drive assemblies (3C) includes a 201038378 drive shaft (3A) and can be along the drive shaft (3A) Displaced transmission element and a drive motor 1 connected to the transmission element ... the array The displacement actuator (4) is sequentially arranged on the transmission shaft (3A) and the guide rod (3B). The array tool displacement actuators (4) each comprise a set of joint assemblies (40A) and a tool shifting member (4). 41) The sleeve assembly (4〇a) provides the drive shaft (3A) and the guide rod (3B) disposed in parallel, and respectively provides a group of drive assemblies (3C) disposed thereon, the cutter The pushing member (41) is disposed under the driving component (3C) for connecting the corresponding slitting blade (2). The control component comprises a controller (5) and a plurality of stroke measuring members, the controller (5) 〉including data input, drive control and arithmetic processing functions, the controller (5) is electrically connected to the drive components (3C), and the plurality of components are respectively disposed on the socket components (5GA) and electrically connected to the control ^ (5) 'The displacement travel data for obtaining the tool displacement actuator (4) on the transmission shaft (3) is transmitted to the controller (5), and the stroke measuring member can be selected by rotary coding. To obtain the torque data of the displacement of the drive component (3C) along the drive shaft (3a), and then calculate by the controller (5) The processing means is converted into the stroke data of the linear displacement of the tool displacement actuator (4), and the controller can respectively control whether the array driving component (3C) starts displacement along the transmission shaft (3A) and is provided according to the stroke measuring component. The travel data is displaced, and the timing of the movement and stop of the array tool displacement actuator (4) along the drive shaft (3A) is sequentially determined. The second preferred embodiment of the control module capable of automatically adjusting the position of the cutting blade is applied to the position of the plastic (rubber) film cutting machine to adjust the cutting blade. The operator can sequentially insert each in the controller (5). The value of the spacing between two adjacent cutting knives (2), then, in the state where the cutting machine is stopped, as shown in the seventh and eighth figures, 201038378 = = (5) command each group of driving components (3c) respectively Drive the displacement of the tool at the same time, and be placed on the first set of tool displacement actuators (4) 丄 = when the component detection reaches the set position, "τ ° ° and then the drive assembly (3C) is placed on the drive shaft (3Α) positioning, (1) the fixed #, + ^ ^ cutting knife (2) in the driving shaft amount χί槿 '' set on the second group of tool displacement actuator (4) When the detection reaches the set position, the workpiece (10) is fixed on the transmission shaft (3Α), and the cutting knife (2) corresponding to the stencil #2 on the upper drive group axis is driven in the order of (4) γ 立. Until the last set of tool displacement: () the stroke measuring member _ reaches the set position, the driver assembly (3C) is fixed and the drive shaft (3A) is fixed. k stops all the tool displacement actuators (4) bit eight; thereby using the first-order displacement to the predetermined position since: stop =: with = motion = =::, the knife (2 -, and two two tool displacement actuator (4) The collision occurs when the displacement occurs. ο The invention can automatically adjust the cutting blade position by the prior disclosure = the preferred embodiment design, when it is applied to the plastic (rubber) glue::: knife position operation, it can be achieved ::Adjust the cutting function, so that the distance between the two adjacent cutting blades is not -: "The plastic cutting edge of the adjacent cutting knife to be cut into strips is equal to "疋", so that the operator can t琢J Film area and appropriate plastic (rubber) film material, to avoid a charge / knife use can provide a pole /, therefore, the control module design of the present invention. (four) ^ value of the automatic adjustment of the knife position Brief Description of the Drawings] The first figure is a control module capable of automatically adjusting the position of the cutting blade automatically according to the present invention. 9 201038378 - The preferred embodiment is applied to the cutting blade diagram. The side view plane above the driving shaft indicates the second BRIEF DESCRIPTION OF THE DRAWINGS A preferred embodiment of the invention is applied to the drawings. The third diagram is the invention - a preferred embodiment Drive the cutting diagram (1) 0 The control module can automatically adjust the position of the cutting knife. The top plane of the driving shaft of the cutting knife can automatically adjust the position of the cutting blade. The first knife is displaced on the driving shaft. Use status reference
第四圖係本發明 較佳貫施例帶動切 圖（二）。 可自動調整切條刀位置之控制模組第 條刀於驅動軸上位移之使用狀態參考 第五圖係本發明 二較佳實施例應用於 圖。 可自動調整切條刀位置之控制模組第 切條刀的驅動軸上方之側視平面示意The fourth figure is a preferred embodiment of the present invention to drive the cut (2). The control module for automatically adjusting the position of the cutting blade is used in the state of displacement of the driving shaft. The fifth embodiment is applied to the drawing. A control plane that automatically adjusts the position of the cutting blade. The side view plane above the drive shaft of the cutting blade
第六圖係本發明 較佳實施例應用於 可自動調整切條刀位置之控制模組 切條刀的驅動軸上方之俯視平面示 第 意 第七圖係本發明 二較佳實施例帶動切 圖（一)。 可自動調整切條刀位置之控制模組第 條刀於驅動軸上位移之使用狀態參考 第八圖係本發明 二較佳實施例帶動切 圖（二）。 可自動調整切條刀位置之控制模組第 條刀於驅動軸上位移之使用狀態參考 【主要元件符號說明】 (1)驅動軸 (2)切條刀 201038378 (3) 驅動機組 (3 A)傳動轴 (3 C)驅動組件 (4) 刀具位移帶動器 (40) 離合式傳動套件 (41) 刀具推移件 (5) 控制器 (3B>導桿 (3D)驅動馬達 (40A)套接組件6 is a top plan view of a preferred embodiment of the present invention applied to a control module of a cutting blade capable of automatically adjusting the position of a cutting blade. FIG. 7 is a second embodiment of the present invention. (One). The control module that can automatically adjust the position of the cutting blade is used. The eighth embodiment of the present invention drives the cutting (2). The control module that can automatically adjust the position of the cutting knife. The state of the displacement of the first knife on the drive shaft. [Main component symbol description] (1) Drive shaft (2) Cutting knife 201038378 (3) Drive unit (3 A) Drive Shaft (3 C) Drive Assembly (4) Tool Displacement Actuator (40) Clutch Drive Kit (41) Tool Shift (5) Controller (3B> Guide Rod (3D) Drive Motor (40A) Socket Assembly
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