TWM595374U - Thin circuitry laser processing device - Google Patents
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Abstract
本創作薄型線路雷射加工裝置,包含:支撐平台、進料機構、雷射機構以及回收機構,進料機構具有三個儲料滾筒,其中兩個儲料滾筒位在支撐平台的一端,並分別捲繞加工物件與黏貼膜,而剩下的儲料滾筒位在支撐平台上方,並捲繞另一個黏性較高的黏貼膜,另外,雷射機構能對加工物件進行雷射加工,使加工物件被切割成兩個成形物件,而回收機構在支撐平台的另一端設有兩個回收滾筒,且每一個回收滾筒能個別同時捲繞加工物件與黏貼膜,藉此,本創作薄型線路雷射加工裝置透過兩個不同黏性黏貼膜而能自動將兩成形物件相互分離來以提高生產效率。This creative thin line laser processing device includes: support platform, feed mechanism, laser mechanism and recovery mechanism. The feed mechanism has three storage rollers, two of which are located at one end of the support platform Wind the processed object and the adhesive film, and the remaining storage roller is located above the support platform, and wind another adhesive film with a higher viscosity. In addition, the laser mechanism can perform laser processing on the processed object to make the processing The object is cut into two shaped objects, and the recovery mechanism is provided with two recovery rollers at the other end of the support platform, and each recovery roller can individually wind the processed object and the adhesive film at the same time, thereby creating a thin line laser The processing device can automatically separate the two shaped objects from each other through two different adhesive films to improve production efficiency.
Description
本創作有關於一種雷射加工裝置,特別是指一種針對薄型電路的雷射加工裝置。This work is about a laser processing device, especially a laser processing device for thin circuits.
雷射加工是利用光學系統聚焦形成高功率的雷射光束,並將雷射光束投射至加工物件,使得雷射光束對加工物件進行如標記、切割、刻劃、刻槽、除料等的雷射加工作業。Laser processing is to use the optical system to focus to form a high-power laser beam, and project the laser beam onto the processed object, so that the laser beam performs laser marking, cutting, scoring, grooving, cutting, etc. on the processed object. Shot processing operations.
其中,目前對薄型加工物件進行雷射加工作業時,先將黏貼膜貼合於薄型加工物件的一側,隨後,薄型加工物件與黏貼膜兩者同步沿著第一方向進行移動,使薄型加工物件位在雷射機構的下方,接下來,雷射機構的切割頭對薄型加工物件投射雷射光束,使雷射光束對薄型加工物件進行雷射切割,進而使加工物件被切割而形成廢料物件與成品物件。Among them, when performing laser processing on thin processed objects, the adhesive film is first attached to one side of the thin processed object, and then the thin processed object and the adhesive film are simultaneously moved in the first direction to make the thin processed The object is located below the laser mechanism. Next, the cutting head of the laser mechanism projects a laser beam on the thin processed object, so that the laser beam performs laser cutting on the thin processed object, and then the processed object is cut to form a waste object With finished objects.
然而,在形成廢料物件與成品物件之後,黏貼膜會沿著方向不同於第一方向的第二方向進行移動,使薄型加工物件與黏貼膜分別沿著第一方向與第二方向進行移動,進而能使廢料物件與成品物件能相互分離,但是,由於廢料物件與成品物件兩者都是由薄型加工物件所形成,而薄型加工物件因為厚度較薄而導致鋼性較低,進而當黏貼膜沿著第二方向進行移動時,廢料物件與成品物件兩者會跟隨著黏貼膜而沿著第二方向進行移動,使廢料物件與成品物件兩者無法相互分離,藉此,操作人員就必須花費時間來將廢料物件與成品物件相互分離,進而會拉長進行雷射加工作業的作業時間,相對就會降低雷射加工作業的生產效率。However, after forming the waste object and the finished object, the adhesive film will move in a second direction different from the first direction, so that the thin-processed object and the adhesive film move in the first direction and the second direction, respectively. It can separate the scrap objects and the finished objects from each other, but because both the scrap objects and the finished objects are formed by thin processed objects, and the thin processed objects have lower rigidity because of the thinner thickness, and then when the adhesive film is along When moving in the second direction, both the waste object and the finished object will follow the adhesive film and move along the second direction, so that the waste object and the finished object cannot be separated from each other, thereby, the operator must spend time To separate scrap objects and finished products from each other, which will lengthen the operation time of laser processing operations, relatively reducing the production efficiency of laser processing operations.
本創作的主要目的改良薄型電路的雷射加工的機構組成,使加工物件透過雷射機構而被雷射切割成兩成形物件時,兩成形物件能彼此分離來以提高生產效率。The main purpose of this creation is to improve the mechanism of laser processing of thin circuits. When the processed object is cut into two shaped objects by the laser through the laser mechanism, the two shaped objects can be separated from each other to improve production efficiency.
為實現前述目的,本創作有關於一種薄型線路雷射加工裝置,上述薄型線路雷射加工裝置能依據一上述除去圖案而對一加工物件進行雷射加工,並主要由一支撐平台、一進料機構、一雷射機構以及一回收機構所構成,上述支撐平台用以支撐上述加工物件,並具有一入料端以及一遠離於上述入料端的出料端,而上述進料機構具有一物件儲料滾筒、一第一貼膜儲料滾筒以及一第二貼膜儲料滾筒,上述物件儲料滾筒與第一貼膜儲料滾筒兩者都靠近於上述入料端,而上述物件儲料滾筒與第一貼膜儲料滾筒兩者分別捲繞上述加工物件與一第一黏貼膜,且上述第二貼膜儲料滾筒位在上述支撐平台的上方,並捲繞一黏性大於上述第一黏貼膜的第二黏貼膜。In order to achieve the foregoing purpose, the present invention relates to a thin-line laser processing device, which can perform laser processing on a processed object according to a removal pattern described above, and is mainly composed of a supporting platform and a feed It is composed of a mechanism, a laser mechanism and a recovery mechanism. The support platform is used to support the processed object, and has a feed end and a discharge end far away from the feed end, and the feed mechanism has an object storage Material roller, a first film storage roller and a second film storage roller, both the object storage roller and the first film storage roller are close to the input end, and the object storage roller and the first Both the film-storage rollers wind the above-mentioned processed object and a first adhesive film respectively, and the second film-storage roller is located above the support platform and winds a second adhesive with a viscosity greater than that of the first adhesive film Adhesive film.
其中,上述雷射機構位在上述支撐平台的上方,並能依據上述除去圖案而對上述加工物件進行雷射加工,使上述加工物件被雷射切割而形成一形狀近乎對應於上述除去圖案的第一成形物件以及一形狀不同於第一成形物件的第二成形物件,並且,上述回收機構具有一第一回收滾筒以及一第二回收滾筒,上述第一回收滾筒與第二回收滾筒兩者靠近於上述出料端,而上述第一回收滾筒用以同時捲繞上述第一黏接膜與第一成形物件,且上述第二回收滾筒用以同時捲繞上述第二黏接膜與第二成形物件。Wherein, the laser mechanism is located above the supporting platform, and can perform laser processing on the processed object according to the removal pattern, so that the processed object is laser-cut to form a shape having a shape nearly corresponding to the removal pattern A shaped object and a second shaped object having a shape different from the first shaped object, and the recycling mechanism has a first recycling roller and a second recycling roller, both the first recycling roller and the second recycling roller are close to The discharge end, and the first recovery roller is used to wind the first adhesive film and the first formed object at the same time, and the second recovery roller is used to wind the second adhesive film and the second formed object at the same time .
於此實施例中,上述薄型線路雷射加工裝置進一步具有一吸附機構以及一清除機構,上述吸附機構位於上述支撐平台的下方,並能產生一由上往下流動的吸附氣流,使上述加工物件透過上述吸附氣流而緊密接觸於上述支撐平台,上述清除機構位在上述雷射機構一側,並能用以除去一碎屑,其中,上述碎屑是上述雷射機構對上述加工物件進行雷射加工時所形成。In this embodiment, the thin-line laser processing device further includes an adsorption mechanism and a removal mechanism, the adsorption mechanism is located below the support platform, and can generate an adsorption air flow flowing from top to bottom, so that the processed objects Close contact with the supporting platform through the adsorption airflow, the cleaning mechanism is located on the side of the laser mechanism, and can be used to remove a debris, wherein the debris is the laser mechanism for the laser processing of the processed object Formed during processing.
於一較佳實施例中,上述清除機構具有一鼓風機以及一吸附單元,上述鼓風機與吸附單元兩者分別位在上述支撐平台的前後兩側,上述鼓風機能產生一流動氣流,而上述流動氣流會夾帶上述碎屑而流向上述吸附單元,且上述吸附單元會抽吸上述流動氣流以收集上述碎屑。In a preferred embodiment, the cleaning mechanism has a blower and an adsorption unit. The blower and the adsorption unit are located on the front and back sides of the support platform. The blower can generate a flowing air flow, and the flowing air flow The debris is entrained and flows to the suction unit, and the suction unit sucks the flowing air flow to collect the debris.
上述雷射機構具有一位置固定的雷射加工機,當上述雷射加工機投射一雷射光束來對上述加工物件進行雷射加工時,上述物件儲料滾筒與第二回收滾筒兩者能共同繼續帶動上述加工物件進行移動,上述雷射機構具有一間隔排列於上述雷射加工機的輔助雷射加工機,而上述雷射加工機與輔助雷射加工機兩者都位在上述第二貼膜儲料滾筒的同一側。The laser mechanism has a laser processing machine with a fixed position. When the laser processing machine projects a laser beam to perform laser processing on the processed object, both the object storage roller and the second recovery roller can share Continue to drive the processed object to move, the laser mechanism has an auxiliary laser processing machine arranged at intervals with the laser processing machine, and both the laser processing machine and the auxiliary laser processing machine are located in the second film The same side of the storage drum.
於此實施例中,上述雷射加工機依據上述除去圖案的輪廓對上述加工物件進行雷射加工,使上述加工物件在對應上述除去圖案輪廓的位置透過上述雷射加工機而去除整體厚度,而上述輔助雷射加工機依據述上述除去圖案的形狀對上述加工物件進行雷射加工,使上述加工物件在對應上述除去圖案形狀的位置透過上述輔助雷射加工機而去除局部厚度,進而上述第一成形物件的厚度小於上述第二成形物件。In this embodiment, the laser processing machine performs laser processing on the processed object according to the outline of the removal pattern, so that the processed object removes the entire thickness through the laser processing machine at a position corresponding to the outline of the removal pattern, and The auxiliary laser processing machine performs laser processing on the processed object according to the shape of the removal pattern, so that the processed object removes a partial thickness through the auxiliary laser processing machine at a position corresponding to the shape of the removal pattern, and then the first The thickness of the shaped object is smaller than the above-mentioned second shaped object.
又一較佳實施例中,上述清除機構具有一第一清除滾筒以及一間隔排列於上述第一清除滾筒的第二清除滾筒,上述第一清除滾筒與第二清除滾筒兩者共同捲繞一黏性小於上述第一黏貼膜的清潔膜。In yet another preferred embodiment, the cleaning mechanism has a first cleaning roller and a second cleaning roller arranged at intervals between the first cleaning roller, and the first cleaning roller and the second cleaning roller both wind together The cleaning film is less than the first adhesive film.
上述雷射機構具有一位置固定的輔助雷射加工機,上述輔助雷射加工機間隔排列於上述雷射加工機,而上述第二貼膜儲料滾筒位在上述雷射加工機與輔助雷射加工機之間,其中,上述雷射加工機與輔助雷射加工機其中之一依據上述除去圖案的輪廓而對上述加工物件進行雷射切割以形成上述第一成形物件與第二成形物件,而另一者依據上述除去圖案的形狀而對上述第二黏貼膜進行照射,使上述第二黏貼膜於對應上述第一成形物件的局部區域黏性小於上述第一黏貼膜。The laser mechanism has an auxiliary laser processing machine with a fixed position, the auxiliary laser processing machine is arranged at intervals between the laser processing machine, and the second film storage roller is located between the laser processing machine and the auxiliary laser processing Between machines, wherein one of the laser processing machine and the auxiliary laser processing machine performs laser cutting on the processed object according to the outline of the removed pattern to form the first shaped object and the second shaped object, and the other One is to irradiate the second adhesive film according to the shape of the removal pattern, so that the local adhesion of the second adhesive film in the local area corresponding to the first shaped object is less than that of the first adhesive film.
本創作的特點在於薄型線路雷射加工裝置會運用兩個黏性不同的黏貼膜來配合雷射機構進行使用,使加工物件透過雷射機構進行雷射加工而形成第一成形物件與第二成形物件時,兩黏貼膜會分別黏合於第一、二成形物件來自動將第一成形物件分離於第二成形物件,藉此,操作人員就不需要花費額外的時間來將第一成形物件分離於第二成形物件,進而就會縮短進行雷射加工作業的作業時間,相對能提高雷射加工作業的生產效率。The characteristic of this creation is that the thin line laser processing device will use two adhesive films with different viscosities to cooperate with the laser mechanism, so that the processed objects are laser processed through the laser mechanism to form the first shaped object and the second shape When the object is formed, the two adhesive films will be respectively adhered to the first and second shaped objects to automatically separate the first shaped object from the second shaped object, thereby, the operator does not need to spend extra time to separate the first shaped object from The second shaped object, in turn, shortens the operation time for performing the laser processing operation, and can relatively improve the productivity of the laser processing operation.
茲為便於更進一步對本創作之構造、使用及其特徵有更深一層明確、詳實的認識與瞭解,爰舉出較佳實施例,配合圖式詳細說明如下:In order to facilitate a deeper and clearer understanding of the structure, use and characteristics of this creation, I will cite the preferred embodiment, which is explained in detail in conjunction with the drawings as follows:
請參閱圖1所示,於第一較佳實施例中,本創作薄型線路雷射加工裝置1主要由一支撐平台10、一進料機構11、一回收機構12、一雷射機構13、一運算機構14、一吸附機構15以及一清除機構16所構成,支撐平台10的相對兩端分別設有一入料端101以及一遠離於入料端101的出料端102,而進料機構11具有彼此間隔排列的一物件儲料滾筒111、一第一貼膜儲料滾筒112以及一第二貼膜儲料滾筒113,其中,物件儲料滾筒111與第一貼膜儲料滾筒112兩者都靠近於支撐平台10的入料端101,而第二貼膜儲料滾筒113位在支撐平台10的上方,如圖所示,回收機構12在支撐平台10的出料端102設有一第一回收滾筒121以及一間隔排列於第一回收滾筒121的第二回收滾筒122。Please refer to FIG. 1, in the first preferred embodiment, the thin-line
如圖所示,雷射機構13具有一位在支撐平台10上方的雷射加工機131,而雷射加工機131位在進料機構11的第二貼膜儲料滾筒113左側,於此實施例中,雷射加工機131的位置固定,進而使雷射加工機131與支撐平台10之間的相對位置不會改變,而運算機構14電性連接於雷射加工機131,其中,吸附機構15位於支撐平台10的下方,而清除機構16位在支撐平台10與雷射機構13之間,於此實施例中,清除機構16具有一吸附單元161以及一鼓風機162,而吸附單元161與鼓風機162兩者分別位於支撐平台10的前後兩側。As shown in the figure, the
於此實施例中,薄型線路雷射加工裝置1配合如圖2的步驟流程來進行雷射加工作業,請參閱圖1與圖3所示,將一長度大於支撐平台10的加工物件20同時捲繞於進料機構11的物件儲料滾筒111與回收機構12的第二回收滾筒122,使得加工物件20位在支撐平台10的上方,進而使支撐平台10來支撐加工物件20,隨後,將一長度大於支撐平台10的第一黏貼膜30捲繞於進料機構11的第一貼膜儲料滾筒112,再將一黏性大於第一黏貼膜30的第二黏貼膜40捲繞於進料機構11的第二貼膜儲料滾筒113,藉此,即完成一備料步驟S1,於此實施例中,加工物件20的厚度小於1mm,於較佳實施例中,加工物件20的厚度小於0.5mm。In this embodiment, the thin-line
請參閱圖1與圖4所示,完成備料步驟S1之後,進料機構11的物件儲料滾筒111與回收機構12的第二回收滾筒122開始進行轉動,使物件儲料滾筒111與第二回收滾筒122兩者共同帶動加工物件20以一移動速度進行移動,進而加工物件20沿著一從入料端101朝向出料端102的移動方向D進行移動,致使進料機構11會成形一對應於上述移動速度的移動訊息,並將上述移動訊息傳遞至運算機構14,藉此,即完成一進料設定步驟S2,其中,在進行進料設定步驟S2時,進料機構11的第一貼膜儲料滾筒112同步進行轉動以帶動第一黏貼膜30進行移動,使得第一黏貼膜30貼合於加工物件20的底面即完成一第一貼合步驟S3。Please refer to FIG. 1 and FIG. 4, after the material preparation step S1 is completed, the
請參閱圖1與圖5所示,當進料機構11的物件儲料滾筒111與回收機構12的第二回收滾筒122兩者共同帶動加工物件20與第一黏貼膜30進行移動時,吸附機構15產生一由上往下流動的吸附氣流F1,而加工物件20與第一黏貼膜30兩者沿著移動方向D進行移動的過程中透過吸附氣流F1而緊密接觸於支撐平台10,讓加工物件20保持平整樣態以完成一吸附步驟S4。Please refer to FIGS. 1 and 5. When both the
請參閱圖1與圖6A所示,將一外觀呈現幾合圖形(如:圓形、方形、多邊形或及其組合)的除去圖案輸入至運算機構14,運算機構14依據上述除去圖案的形狀配合上述移動訊息進行演算以形成一除料資訊,而運算機構14再依據上述除去圖案的輪廓配合上述移動訊息進行演算以形成一切斷資訊,並且,運算機構14再將上述除料資訊與切斷資訊傳遞至雷射機構13,而當雷射機構13接收到上述除料資訊與切斷資訊時,即完成一規劃步驟S5,並能開始準備進行一成形步驟S6,使雷射機構13的雷射加工機131能準備對加工物件20投射一雷射光束131a。Please refer to FIG. 1 and FIG. 6A, a removal pattern with multiple appearances (such as a circle, a square, a polygon, or a combination thereof) is input to the
請參閱圖1與圖6B所示,於進行成形步驟S6時,進料機構11的物件儲料滾筒111與回收機構12的第二回收滾筒122兩者繼續進行轉動,使加工物件20繼續沿著移動方向D進行移動,其中,在加工物件20進行移動的狀態下,雷射機構13的雷射加工機131朝向加工物件20進行第一次投射,使雷射加工機131朝向加工物件20投射雷射光束131a,而雷射加工機131先透過上述除料資訊而改變雷射光束131a的投射方向,使雷射光束131a先依據上述除去圖案的形狀而對加工物件20的局部區塊進行雷射除料以去除加工物件20的局部厚度,致使加工物件20的局部區塊的厚度會減少以讓加工物件20向下凹陷形成一形狀相同於上述標的圖案的凹槽201,隨後如圖6C所示,雷射加工機131朝向已進行雷射加工的加工物件20進行第二次投射,而雷射加工機131會透過上述切斷資訊而改變雷射光束131a的投射方向,使雷射光束131a後依據上述除去圖案的輪廓而對上述加工物件20的凹槽201外圍進行雷射切割以去除加工物件20的整體厚度,進而加工物件20的一部分形成一形狀近乎對應於上述除去圖案的第一成形物件21,而加工物件20的剩餘部分形成一厚度大於第一成形物件21的第二成形物件22,其中,當雷射光束131a對加工物件20進行雷射除料與雷射切割時,第一成形物件21與第二成形物件22兩者依然貼合於第一黏貼膜30,而加工物件20同時會形成複數個碎屑23(如圖7A所示),於此實施例中,第一成形物件21設為要丟棄的廢料,而第二成形物件22設為能進行使用的成品物料,然而,第一成形物件21設為廢料與第二成形物件22設為成品物料僅方便說明之用,亦即第一成形物件21可設為成品物料,而第二成形物件22可設為廢料。Please refer to FIGS. 1 and 6B. During the forming step S6, both the
然而,於進行成形步驟S6時,雷射機構13的雷射加工機131先對加工物件20進行雷射除料,後再對加工物件20進行雷射切割僅方便說明之用,亦如圖6D所示,於另一較佳實施中,雷射加工機131朝向加工物件20進行第一次投射,使雷射加工機131的雷射光束131a投射至加工物件20,而雷射加工機131先透過上述切斷資訊而改變雷射光束131a的投射方向,使雷射光束131a先依據上述除去圖案的輪廓而對加工物件20的局部區塊進行雷射切割,使加工物件20一分為二以形成第一成形物件21與第二成形物件22,隨後如圖6E所示,雷射加工機131朝向第一成形物件21進行第二次投射,使雷射機構13的雷射光束131a投射至第一成形物件21,隨後,雷射機構13再透過上述除料資訊而改變雷射光束131a的投射方向,使雷射光束131a後依據上述除去圖案的形狀而對第一成形物件21的上半部進行雷射除料,使得第一成形物件21的厚度小於第二成形物件22的厚度。However, when performing the forming step S6, the
請參閱圖1與圖7所示,當完成成形步驟S6時,開始進行一清除步驟S7,於進行清除步驟S7時,清除機構16的鼓風機162產生一流動氣流F2,而流動氣流F2朝向第一成形物件21與第二成形物件22進行流動,使得流動氣流F2夾帶著碎屑23而流動至清除機構16的吸附單元161,其吸附單元161抽吸流動氣流F2以收集複數個碎屑23,進而使第二成形物件22的表面不會殘留碎屑23。Please refer to FIGS. 1 and 7. When the forming step S6 is completed, a cleaning step S7 is started. During the cleaning step S7, the
請參閱圖1與圖8所示,完成清除步驟S7之後開始進行一第二貼合步驟S8,複數個碎屑23被清除機構16清除乾淨之後,進料機構11的物件儲料滾筒111與回收機構12的第二回收滾筒122兩者繼續轉動,使第一成形物件21與第二成形物件22兩者繼續沿著移動方向D進行移動,而在第一成形物件21與第二成形物件22兩者同時沿著移動方向D進行移動的狀態下,進料機構11的第二貼膜儲料滾筒113開始進行轉動以帶動第二黏貼膜40進行移動,使第二黏貼膜40貼合於第二成形物件22的頂面,進而第一成形物件21與第二成形物件22兩者都位在第一黏貼膜30與第二黏貼膜40之間,致使第一黏貼膜30與第二黏貼膜40兩者分別貼合於第二成形物件22的底面與第二成形物件22的頂面,此時,因為第二成形物件22的厚度大於第一成形物件21的厚度,使第一成形物件21與第二黏貼膜40之間形成一預留空間R,其中,當第二黏貼膜40貼合於第二成形物件22的頂面時,第二黏貼膜40不會貼合於第一成形物件21。Please refer to FIG. 1 and FIG. 8. After the cleaning step S7 is completed, a second bonding step S8 is started. After a plurality of
請參閱圖1與圖9所示,完成第二貼合步驟S8之後進行一分離步驟S9,第一黏貼膜30朝向回收機構12的第一回收滾筒121進行移動,而第二黏貼膜40朝向回收機構12的第二回收滾筒122進行移動,使第一黏貼膜30與第二黏貼膜40兩者朝向不同的方向進行移動,然而,由於第二黏貼膜40的黏性大於第一黏貼膜30以及第二黏貼膜40只貼合於第二成形物件22,使第二黏貼膜40能將第二成形物件22能分離於第一黏貼膜30,此時,第一黏貼膜30僅只有貼合於第一成形物件21,而第二黏貼膜40僅只有貼合於第二成形物件22,使得第一成形物件21與第二成形物件22相互分離,接下來,第一回收滾筒121同時捲繞於設為廢料的第一成形物件21與第一黏貼膜30,而第二回收滾筒122同時捲繞於設為成品物料的第二成形物件22與第二黏貼膜40。Please refer to FIGS. 1 and 9. After the second bonding step S8 is completed, a separation step S9 is performed. The first
請參閱圖10所示,於第二較佳實施例中,與第一較佳實施例差別在於清除機構16的結構樣態以及清除機構16的設置位置,而支撐平台10、進料機構11、回收機構12、雷射機構13、運算機構14與吸附機構15六者的結構樣態都相同於第一較佳實施例,進而於此實施例中將不再重複描述,如圖所示,清除機構16設置在雷射機構13一側,使得清除機構16位在雷射機構13與進料機溝的第二貼膜儲料滾筒113之間,其中,清除機構16具有一第一清除滾筒163以及一間隔排列於第一清除滾筒163的第二清除滾筒164。Please refer to FIG. 10, in the second preferred embodiment, the difference from the first preferred embodiment lies in the structure of the
請參閱圖11所示,於第二較佳實施例具體應用時,與第一較佳實施例差別在於清除步驟S7,而其他的步驟流程相同於第一較佳實施例,於此實施例中,在進行清除步驟S7時,清除機構16的第一清除滾筒163與清除機構16的第二清除滾筒164兩者會共同捲繞一黏性小於第一黏貼膜30的清潔膜165,隨後,第一清除滾筒163與第二清除滾筒164兩者進行轉動,使得清潔膜165黏貼於第二成形物件22,接下來,清潔膜165會朝向第二清除滾筒164進行移動,而第一黏貼膜30會繼續沿著移動方向D進行移動,使清潔膜165與第一黏貼膜30兩者朝向不同的方向進行移動,此時,由於清潔膜165的黏性小於第一黏貼膜30,使得清潔膜165只會貼合碎屑23(如圖7A所示)而無法貼合第二成形物件22,進而第二成形物件22依然被第一黏貼膜30黏貼住,致使清潔膜165會分離於第二成形物件22,而當清潔膜165分離於第二成形物件22時,因清潔膜165會黏貼住碎屑23而讓第二成形物件22的表面不會殘留碎屑23。Please refer to FIG. 11. In the specific application of the second preferred embodiment, the difference from the first preferred embodiment is the clearing step S7, and the other steps are the same as the first preferred embodiment, in this embodiment When performing the cleaning step S7, both the
請參閱圖12所示,於第三較佳實施例中,與第一較佳實施例差別在於雷射機構13,如圖所示,雷射機構13進一步具有一位置固定的輔助雷射加工機132,使得雷射機構13主要由雷射加工機131與輔助雷射加工機132所構成,其中,輔助雷射加工機132電性連接於運算機構14,並間隔排列於雷射加工機131,如圖所示,雷射加工機131與輔助雷射加工機132兩者都位在第二貼膜儲料滾筒113的同一側(如圖12中的左側)。Please refer to FIG. 12. In the third preferred embodiment, the difference from the first preferred embodiment lies in the
請參閱圖13A與圖13B所示,於第三較佳實施例具體應用時,與第一較佳實施例差別在於成形步驟S6,而其他的步驟流程相同於第一較佳實施例,於第三較佳實施例中,在進行成形步驟S6時,雷射機構13的雷射加工機131朝向進行移動的加工物件20投射雷射光束131a,而雷射加工機131透過上述除料資訊而改變雷射光束131a的投射方向,使雷射光束131a先依據上述除去圖案的形狀而對加工物件20的局部區塊進行雷射除料以去除加工物件20的局部厚度,致使加工物件20的局部區塊的厚度會減少以讓加工物件20向下凹陷形成一形狀相同於上述標的圖案的凹槽201,隨後如圖13B所示,加工物件20繼續進行移動而移動至輔助雷射加工機132的下方,接下來,輔助雷射加工機132朝向已進行雷射加工的加工物件20投射一輔助雷射光束132a,而輔助雷射加工機132會透過上述切斷資訊而改變輔助雷射光束132a的投射方向,使輔助雷射光束132a依據上述除去圖案的輪廓而對上述加工物件20的凹槽201外圍進行雷射切割以去除加工物件20的整體厚度以形成第一成形物件21與第二成形物件22。Please refer to FIGS. 13A and 13B. In the specific application of the third preferred embodiment, the difference from the first preferred embodiment is the forming step S6, and the other steps are the same as the first preferred embodiment. In the third preferred embodiment, when the forming step S6 is performed, the
然而,雷射機構13的雷射加工機131依據上述除料資訊而對加工物件20進行雷射加工以及雷射機構13的輔助雷射加工機132依據上述切斷資訊而對加工物件20進行雷射加工僅方便說明之用,亦即雷射加工機131能依據上述切斷資訊而對加工物件20進行雷射加工,相對地,輔助雷射加工機132就依據上述除料資訊來對加工物件20進行雷射加工。However, the
請參閱圖14所示,於第四較佳實施例中,與第一較佳實施例差別在於雷射機構13,於此實施例中,雷射機構13如同第三較佳實施例具有一位置固定的輔助雷射加工機132,使得雷射機構13主要由雷射加工機131與輔助雷射加工機132所構成,其中,輔助雷射加工機132電性連接於運算機構14,並間隔排列於雷射加工機131,如圖所示,雷射加工機131與輔助雷射加工機132兩者分別位在第二貼膜儲料滾筒113的相對兩側,使得第二貼膜儲料滾筒113位在雷射加工機131與輔助雷射加工機132之間。Please refer to FIG. 14. In the fourth preferred embodiment, the difference from the first preferred embodiment lies in the
於此實施例中,薄型線路雷射加工裝置1配合如圖15的步驟流程來進行雷射加工作業,當薄型線路雷射加工裝置1具體應用時,薄型線路雷射加工裝置1依序進行備料步驟S1、進料設定步驟S2、第一貼合步驟S3與吸附步驟S4,並且,於此實施例中,備料步驟S1、進料設定步驟S2、第一貼合步驟S3與吸附步驟S4四者相同於第一較佳較實施例,使進料機構11的物件儲料滾筒111與回收機構12的第二回收桶兩者共同拉緊加工物件20,讓加工物件20能保持在平整狀態下持續沿著移動方向D進行移動。In this embodiment, the thin-line
請參閱圖15與圖16所示,完成吸附步驟S4之後,開始規劃步驟S5,將上述除去圖案輸入至運算機構14,運算機構14依據上述除去圖案的輪廓配合上述移動訊息進行演算以形成上述切斷資訊,而運算機構14上述除去圖案的形狀進行演算以形成一照射資訊,並且,運算機構14再將上述切斷資訊與照射資訊傳遞至雷射機構13,而當雷射機構13接收到上述切斷資訊與照射資訊時,切斷資訊與照射資訊會分別傳給雷射加工機131與輔助雷射加工機132,藉此完成一規劃步驟S5,並能開始準備進行一成形步驟S6。15 and 16, after the adsorption step S4 is completed, the planning step S5 is started, and the removal pattern is input to the
請參閱圖15與圖17所示,於進行成形步驟S6時,在加工物件20進行移動的狀態下,雷射機構13的雷射加工機131朝向加工物件20投射雷射光束131a,而雷射加工機131透過上述切斷資訊而改變雷射光束131a的投射方向,使雷射光束131a後依據上述除去圖案的輪廓而對加工物件20進行雷射切割來以形成第一成形物件21與第二成形物件22,然而,於完成成形步驟S6之後,能進行如同第一較佳實施例的清除步驟S7,讓第一、二成形物件21、22兩者的頂面不會殘留有碎屑23。15 and FIG. 17, when the forming step S6 is performed, the
請參閱圖15與圖18所示,完成清除步驟S7之後開始進行第二貼合步驟S8,進料機構11的物件儲料滾筒111與回收機構12的第二回收滾筒122兩者繼續轉動,使第一成形物件21與第二成形物件22兩者繼續沿著移動方向D進行移動,而在第一成形物件21與第二成形物件22兩者同時沿著移動方向D進行移動的狀態下,進料機構11的第二貼膜儲料滾筒113開始進行轉動以帶動第二黏貼膜40進行移動,使第二黏貼膜40同時貼合於第一成形物件21的頂面與第二成形物件22的頂面,使第一成形物件21與第二成形物件22兩者都位在第一黏貼膜30與第二黏貼膜40之間,進而使第一黏貼膜30與第二黏貼膜40兩者分別貼合於第一、二成形物件21、22的底面與第一、二成形物件21、22的頂面。Referring to FIGS. 15 and 18, after the cleaning step S7 is completed, the second bonding step S8 is started. Both the
請參閱圖15與圖19所示,接下來進行一變質步驟S10,在第一、二黏貼膜兩者都貼合於第一、二成形物件21、22的狀態下,第一、二成形物件21、22兩者繼續沿著移動方向D進行移動,使第一、二成形物件21、22靠近於雷射機構13的輔助雷射加工機132,接下來,輔助雷射加工機132依據上述照射資訊而對第二黏貼膜40投射輔助雷射光束132a,而第二黏貼膜40於對應第一成形物件21形狀的局部區域受到輔助雷射光束132a的照射而降低黏性或失去黏性,使得第二黏貼膜40對應第一成形物件21形狀的局部區的黏性小於第一黏貼膜30。Please refer to FIGS. 15 and 19. Next, a modification step S10 is performed. In the state where both the first and second adhesive films are attached to the first and second shaped
請參閱圖15與圖20所示,完成變質步驟S10之後進行分離步驟S9,第一黏貼膜30朝向回收機構12的第一回收滾筒121進行移動,而第二黏貼膜40朝向回收機構12的第二回收滾筒122進行移動,使第一黏貼膜30與第二黏貼膜40兩者朝向不同的方向進行移動,然而,由於第二黏貼膜40於黏性小於第一黏貼膜30的局部區域黏貼於第一成形物件21以及第二黏貼膜40於黏性大於第一黏貼膜30的局部區域黏貼於第二成形物件22,使第二黏貼膜40能將第二成形物件22能分離於第一黏貼膜30,此時,第一黏貼膜30僅只有貼合於第一成形物件21,而第二黏貼膜40僅只有貼合於第二成形物件22,使得第一成形物件21與第二成形物件22相互分離,接下來,第一回收滾筒121同時捲繞於設為廢料的第一成形物件21與第一黏貼膜30,而第二回收滾筒122同時捲繞於設為成品物料的第二成形物件22與第二黏貼膜40。15 and 20, after the modification step S10, the separation step S9 is performed. The first
以上所舉實施例,僅用為方便說明本創作並非加以限制,在不離本創作的範疇,熟悉此一行業技藝人士依本創作申請專利範圍及新型說明所作之各種簡易變形與修飾,均仍應含括於以下申請專利範圍中。The above-mentioned embodiments are only for the convenience of explaining that this creation is not a limitation. Without departing from the scope of this creation, those skilled in the industry who are familiar with this industry should apply for various simple deformations and modifications based on the scope of patent applications and new descriptions of this creation. Included in the following patent applications.
1:薄型線路雷射加工裝置
10:支撐平台
101:入料端
102:出料端
11:進料機構
111:物件儲料滾筒
112:第一貼膜儲料滾筒
113:第二貼膜儲料滾筒
12:回收機構
121:第一回收滾筒
122:第二回收滾筒
13:雷射機構
131:雷射加工機
131a:雷射光束
132:輔助雷射加工機
132a:輔助雷射光束
14:運算機構
15:吸附機構
16:清除機構
161:吸附單元
162:鼓風機
163:第一清除滾筒
164:第二清除滾筒
165:清潔膜
20:加工物件
201:凹槽
21:第一成形物件
22:第二成形物件
23:碎屑
30:第一黏貼膜
40:第二黏貼膜
D:移動方向
F1:吸附氣流
F2:流動氣流
R:預留空間
S1:備料步驟
S2:進料設定步驟
S3:第一貼合步驟
S4:吸附步驟
S5:規劃步驟
S6:成形步驟
S7:清除步驟
S8:第二貼合步驟
S9:分離步驟
S10:變質步驟
1: Thin line laser processing device
10: Support platform
101: feeding end
102: Discharge end
11: Feeding mechanism
111: Object storage drum
112: The first film storage roller
113: Second film storage roller
12: Recycling agency
121: The first recycling roller
122: second recycling roller
13: Laser mechanism
131:
圖1為本創作薄型線路雷射加工裝置於第一較佳實施例的示意圖; 圖2為圖1具體應用的步驟流程圖; 圖3為圖2中備料步驟的示意圖; 圖4為圖2中進料設定步驟與第一貼合步驟的示意圖; 圖5為圖2中吸附步驟的示意圖; 圖6A為圖2中進行規劃步驟的示意圖; 圖6B與圖6C為圖2中進行成形步驟時先除料後切斷的示意圖; 圖6D與圖6E為圖2中進行成形步驟時先切斷後除料的示意圖; 圖7為圖2中清除步驟的示意圖; 圖8為圖2中第二貼合步驟的示意圖; 圖9為圖2中分離步驟的示意圖; 圖10為本創作薄型線路雷射加工裝置於第二較佳實施例的示意圖; 圖11為第二較佳實施例進行清除步驟的示意圖; 圖12為本創作薄型線路雷射加工裝置於第三較佳實施例的示意圖; 圖13A與圖13B為第三較佳實施例進行成形步驟的示意圖; 圖14為本創作薄型線路雷射加工裝置於第四較佳實施例的示意圖; 圖15為圖14具體應用的步驟流程圖; 圖16為圖15中進行規劃步驟的示意圖; 圖17為圖15中進行成形步驟的示意圖; 圖18為圖15中進行第二貼合步驟的示意圖; 圖19為圖15中進行變質步驟的示意圖;以及 圖20為圖15中進行分離步驟的示意圖。 FIG. 1 is a schematic view of a first preferred embodiment of a thin-line laser processing device; FIG. 2 is a flowchart of steps of the specific application of FIG. 1; Figure 3 is a schematic diagram of the material preparation step in Figure 2; 4 is a schematic diagram of the feeding setting step and the first laminating step in FIG. 2; 5 is a schematic diagram of the adsorption step in FIG. 2; 6A is a schematic diagram of the planning steps in FIG. 2; 6B and 6C are schematic diagrams of cutting and cutting after the forming step in FIG. 2; 6D and 6E are schematic diagrams of cutting and then cutting when performing the forming step in FIG. 2; 7 is a schematic diagram of the removal step in FIG. 2; 8 is a schematic diagram of the second bonding step in FIG. 2; 9 is a schematic diagram of the separation step in FIG. 2; 10 is a schematic view of a second preferred embodiment of a thin-line laser processing device; FIG. 11 is a schematic diagram of the cleaning step of the second preferred embodiment; 12 is a schematic diagram of a third preferred embodiment of a thin-line laser processing device; 13A and 13B are schematic diagrams of forming steps in the third preferred embodiment; 14 is a schematic view of a fourth preferred embodiment of a thin line laser processing device; 15 is a flowchart of steps of the specific application of FIG. 14; 16 is a schematic diagram of the planning steps in FIG. 15; 17 is a schematic diagram of the forming step in FIG. 15; 18 is a schematic diagram of performing the second bonding step in FIG. 15; 19 is a schematic diagram of the modification step in FIG. 15; and FIG. 20 is a schematic diagram of the separation step in FIG. 15.
1:薄型線路雷射加工裝置 1: Thin line laser processing device
10:支撐平台 10: Support platform
101:入料端 101: feeding end
102:出料端 102: Discharge end
11:進料機構 11: Feeding mechanism
111:物件儲料滾筒 111: Object storage drum
112:第一貼膜儲料滾筒 112: The first film storage roller
113:第二貼膜儲料滾筒 113: Second film storage roller
12:回收機構 12: Recycling agency
121:第一回收滾筒 121: The first recycling roller
122:第二回收滾筒 122: second recycling roller
13:雷射機構 13: Laser mechanism
131:雷射加工機 131: laser processing machine
14:運算機構 14: computing mechanism
15:吸附機構 15: Adsorption mechanism
16:清除機構 16: Clear the organization
161:吸附單元 161: Adsorption unit
162:鼓風機 162: Blower
20:加工物件 20: Processed objects
30:第一黏貼膜 30: First adhesive film
40:第二黏貼膜 40: Second adhesive film
Claims (10)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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TW108215865U TWM595374U (en) | 2019-11-28 | 2019-11-28 | Thin circuitry laser processing device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW108215865U TWM595374U (en) | 2019-11-28 | 2019-11-28 | Thin circuitry laser processing device |
Publications (1)
Publication Number | Publication Date |
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TWM595374U true TWM595374U (en) | 2020-05-11 |
Family
ID=71897591
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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TW108215865U TWM595374U (en) | 2019-11-28 | 2019-11-28 | Thin circuitry laser processing device |
Country Status (1)
Country | Link |
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TW (1) | TWM595374U (en) |
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2019
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