M342254 八、新型說明： 【新型所屬之技術領域】 本案與封雜《，更詳㈣之，係—觀姆的龜崎前後修齊的裝 置。 【先前技術】 -種全自觸邊機之基本讀序和雜纽包括：減輸送祕和邊條輸 送系統將減及邊個步輸送；_纽聽較講化_佈在板材的 待封邊表面；貼合傭邊條與姆料；錢修錄置紐材雜端的邊條修 齊’上下修齊裝置將邊條的上下邊修齊；緣角侧；滅輪精飾邊條。 與本案有關者係該前後修齊裝置，本案提出新的前後修齊方案，於板材的 一次移動行程中完成其邊條的前後修齊。 【新型内容】 本案係提供-種應用於全自動封邊機之邊條前後修齊裝置，裝置主要對 緊貼於板材側邊的邊條進行前後修齊之自動作業。 -種封邊機之1Γ後修齊裝置’該封邊機以—輸送裝置輸送—板材直線移 動，該板材以其舰之邊條減-前娜錄置；财祕齊裝置包括：一前 修刀組，設於該板材行進方向義邊，姉於該邊條，並且依循該板材前端之 移動方向而斜向往復移動就距離，該前修刀組以—仿形輪接觸該板材之前 端以與5亥邊條呈垂直相父的動力式前修刀沿著該板材的前端裁切該邊條； —後修刀組，-設職滅行進方向_邊，姆於該邊條，並且依循該板材 後端之移财向讀摊復移_歧離，該娜刀纟m雜制該板材 之後端，以-與該邊條呈垂直相交_力式後修刀沿著該板材的後端裁切該邊 5 M342254 條0 本案封邊機4後修齊裝置之功效，係使前修刀及後修刀分別以前修從動模 式及後修追轉式對—被輸勒統所輸送的板材進行雜之前後修齊。 【實施方式】 為便於說明本案於上述新型内容一攔中所表示的中心思想，茲以具體實施 例表達。實施例中各種不同物件及其變形量或位移量係按適於例舉說明之比 例，而非按實際元件的比例予以繪製，合先敘明。 如第一圖、第二圖、第三圖、第四圖，一已完成封邊程序的板材彳被輸送裝 置依4頭A方向輸送通過本案之前後修齊裝置，以便進行邊條5之前後修齊。該 前後修齊裝置包括： 一固定基座10，設立於該板材1行進方向的側邊； 一傾斜滑執11，具有一第一端1彳彳以及相對的第二端112，以第一端m高 於第二端112的方式傾斜固定於該固定基座1〇; 一前修刀滑台12及一後修刀滑台 13設於該傾斜滑軌彳彳上，該後修刀滑台13位於該前修刀滑台12的上方。 一月il修刀驅動器20，用以驅動該前修刀滑台12沿著該傾斜滑軌Μ往復移 動，在本案中，该鈾修刀驅動器20係以動力缸21實現，其伸縮缸車由22連結於該 前修刀滑台12。 後修刀驅動器25，用以驅動該後修刀滑台12沿著該傾斜滑軌μ往復移 動；在本案中，該後修刀驅動器20係以動力缸26實現，其伸縮缸軸27連結於該 後修刀滑台13 〇 一前修刀組30，包括設於上述前修刀滑台12上的動力源31及一仿形輪32， 上述仿形輪32可接觸該板材1的表面，並依循該板材1的移動方向而滾動；該動 6 M342254 力源32驅動一前修刀34旋轉，該前修刀34與該邊條5呈垂直； 一後修刀組40，包括設於上述後修刀滑台13上的動力源41及一仿形輪42， 上述仿形輪42可接觸該板材彳的表面，並依循該板材1的移動方向而滾動；該動 力源41驅動一後修刀44旋轉，該後修刀44與該邊條5呈垂直。 一感測器50，係設在該板材彳之移動行程中一位在該後修刀組4〇之仿形輪42 之月ίι的行程位置上，用以感測該板材彳的移動行程。當板材彳的前端及後端通過 該感測器50時，該感測器50分別輸出一特定訊號予該前修刀驅動器2〇及後修刀 驅動器25，使兩者分別於一個特定時點啟動。 接下來以第五圖至第九圖說明本案的動作模式。 如第五圖，上述前修刀組30及後修刀組4〇的原始位置，係位在該傾斜滑執 11的第一端111，該前修刀組30的仿形輪32相對於板材彳的前端2，該後修刀組 40的仿形輪42則接觸該板材1的上表面。 如第六圖，板材1的前端2通過上述之感測器5〇，其前端2推抵該仿形輪32 的輪緣’移動的板材1_前修刀組30形成-側向推力，該前修刀組3〇從第五圖 所示之原始位置開始沿著該傾斜滑執11往下移動，該前修刀驅動獅之伸縮缸 軸22被動的被該前修刀滑台12牵動而往外延伸，形成該前修刀組3峨動該板材， 之移動模式(簡稱前修從動模式），在此前修從動模式巾，該前修刀34持續的往下 移動，進而沿著該板材1的前端2向下裁切該邊條5。 如第七圖，該板材1移動配合該前修刀組30之前修從動模式持續動作，該前 修刀34即可完全裁斷該邊條5 ’完成邊條5前修。至此，該前修刀組獅仿形輪 32已相對於該板的前端2下方’該前修刀驅動器2〇之伸縮缸轴22保持在延伸 的狀態，使前修刀組30暫時定位在該傾斜滑轨”的第工端⑽。該板⑽仍持續 7 M342254 移動，以其底面接觸仿形輪32的輪緣。 如第八圖，該板材1移動使其後端3脫離該感測器5〇，該後修刀驅動器25啟 動’其動力缸軸27向内縮動，使該後修刀組4〇從第五圖所示之原始位置開始沿 著該傾斜滑執11往下移動，形成該後修刀組4〇追蹤該板材1之移動模式(簡稱後 修追縱模式），在此後修追蹤模式中，該後修刀44持續的往下移動，進而沿著該 板材1的後端3向下裁切該邊條5。 如第九圖’該板材1移動配合該後修刀組40之後修追蹤模式持續動作，該後 修刀44即可完全裁斷該邊條5，完成邊條5後修。至此，該後修刀組4〇的仿形輪 42已相對於該板材1的後端3下方。 復如第五圖’完成該邊條5之後修，該後修刀驅動器25之伸縮缸軸27向外延 伸，使该後修刀組40復位至上述原始位置。緊接著，該前修刀驅動器2〇之伸縮 缸軸22向内縮動，使該前修刀組30復位至上述原始位置。 綜上所述，本案前後修齊裝置可控制前修刀34及後修刀44分別以前修從動 模式及後修追蹤模式對—持續被輸送系統所輸送的板材進行邊條之前後修齊。 雖然本案是以-個最佳實施讎制，但精於此㈣者能在不脫離本案精 神與崎下做各種不同形式的改變。以上所舉實施例僅肋說明本案而已，非 用以限制本案之細。舉凡*違本雜神所從事_讎改賴化，倶屬本案 申請專利範圍。 【圖式簡單說明】 第一圖係本案之立體外觀圖。 第二圖係本案之前視圖。 第三圖係本案之後視圖。 M342254 第四圖係第一圖中箭頭4方向所表現之側視圖。 第五圖係本案之前修齊動作示意圖之一。 第六圖係本案之前修齊動作示意圖之二。 第七圖係本案之前修齊動作示意圖之三。 第八圖係本案之後修齊動作示意圖之一。 第九圖係本案之後修齊動作示意圖之二。 【主要元件符號說明】M342254 VIII. New description: [New technical field] This case is related to the installation of the book, which is more detailed (4). [Prior Art] - The basic reading sequence and miscellaneous button of the all-automatic edge-trimming machine include: the reduction of the conveying secret and the side strip conveying system will be reduced to the side-step conveying; _ Newton listening is more _ cloth in the sheet to be sealed Surface; fit the side of the maid and the material; the money repairs the side of the new material miscellaneous side trimming 'up and down repairing device to trim the upper and lower sides of the side strip; edge side; The person concerned with this case is the front and rear trimming device. In this case, a new pre-and-repair plan is proposed to complete the trimming of the side strips in one movement of the sheet. [New content] This case provides a kind of trimming device for the side strips of the automatic edge banding machine. The device mainly performs the automatic work of trimming the side strips closely attached to the side of the sheet. - 1 Γ 修 修 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' a knife set, disposed on the right side of the traveling direction of the sheet, hooked on the side strip, and diagonally reciprocatingly moving according to the moving direction of the front end of the sheet, the front dressing group contacting the front end of the sheet with a contour wheel A power type front repairing knife that is perpendicular to the 5th edge strip cuts the side strip along the front end of the sheet; - a rear trimming set, - sets the direction of travel, _ side, and the side strip, and follows The rear end of the sheet is transferred to the reading and re-distributing _ dissection, the Na's knife 杂m miscellaneously splicing the rear end of the sheet, and - perpendicularly intersecting the side strip _ force type rear trowel along the rear end of the sheet Cut the side of the 5 M342254 0 The effect of the rear trimming device after the edge banding machine 4 is to make the front repairing knife and the rear repairing knife separately repair the slave mode and the rear repair chase type - the transported by the system The plates are trimmed before and after the mixing. [Embodiment] In order to facilitate the explanation of the central idea expressed in the above-mentioned novel content, the present invention is expressed by a specific embodiment. The various items and their amounts of deformation or displacement in the embodiments are drawn to the proportions exemplified in the description and not to the proportions of the actual elements. As shown in the first figure, the second figure, the third figure, and the fourth figure, a sheet material that has been subjected to the edge-sealing procedure is conveyed by the conveying device in the direction of the four heads A before and after the passage of the apparatus, so as to perform the side strip 5 before and after Repair. The front and rear trimming device comprises: a fixed base 10 disposed at a side of the traveling direction of the sheet material 1; a tilting slide 11 having a first end 1彳彳 and an opposite second end 112 at the first end The m is higher than the second end 112 and is fixed to the fixed base 1〇; a front trim slide 12 and a rear trim slide 13 are disposed on the inclined slide rail, and the rear trim slide 13 is located above the front trim slide 12. The January il repair driver 20 is configured to drive the front trim slide 12 to reciprocate along the inclined slide rail. In the present case, the uranium cutter drive 20 is realized by a power cylinder 21, and the telescopic cylinder is driven by 22 is coupled to the front blade slide 12. a rear blade driver 25 for driving the rear blade slide 12 to reciprocate along the inclined rail 51; in the present case, the rear blade driver 20 is realized by a power cylinder 26, and the telescopic cylinder shaft 27 is coupled to The rear trowel slide 13 includes a power source 31 and a contour wheel 32 disposed on the front trowel slide 12, and the contour wheel 32 can contact the surface of the sheet 1. And rolling according to the moving direction of the sheet 1; the moving 6 M342254 power source 32 drives a front repairing blade 34 to rotate, the front repairing blade 34 is perpendicular to the side strip 5; a rear trimming set 40, including the above a power source 41 and a contour wheel 42 on the rear blade slide 13, the contour wheel 42 can contact the surface of the sheet metal and roll according to the moving direction of the sheet 1; the power source 41 drives a rear repair The knife 44 rotates, and the rear blade 44 is perpendicular to the side strip 5. A sensor 50 is disposed in a travel position of the sheet 彳 in a stroke position of the crease wheel 42 of the rear trowel set 4 to sense the movement stroke of the sheet 彳. When the front end and the rear end of the sheet pass through the sensor 50, the sensor 50 outputs a specific signal to the front repair driver 2 and the rear repair driver 25, respectively, so that the two start at a specific time point respectively. . Next, the operation mode of the present case will be described with reference to the fifth to ninth figures. As shown in the fifth figure, the original positions of the front blade set 30 and the rear blade set 4 are at the first end 111 of the inclined slide 11, and the contour wheel 32 of the front blade set 30 is opposite to the sheet. The front end 2 of the crucible, the contour wheel 42 of the rear knife set 40 contacts the upper surface of the sheet material 1. As shown in the sixth figure, the front end 2 of the sheet material 1 passes through the above-mentioned sensor 5〇, and the front end 2 thereof is pushed against the rim 'moving plate 1 of the contour wheel 32 to form a lateral thrust. The front blade set 3〇 moves downward along the inclined slide 11 from the original position shown in the fifth figure, and the front cutter drive lion's telescopic cylinder shaft 22 is passively moved by the front blade slide 12 And extending outward to form a movement mode (hereinafter referred to as a slave follower mode) in which the front blade set 3 is moved, and the front mode blade 34 is continuously moved downward, and then the The front end 2 of the sheet 1 cuts the side strip 5 downward. As shown in the seventh figure, the sheet 1 is continuously moved in the follow-up mode before being moved to match the front blade set 30, and the front blade 34 can completely cut the side strip 5' to complete the side strip 5 front repair. So far, the front trowel group writhing wheel 32 has been maintained in an extended state with respect to the lower end of the front end 2 of the board, the front trowel drive unit 2, and the front trowel set 30 is temporarily positioned at the front The working end (10) of the inclined rail". The plate (10) continues to move 7 M342254 with its bottom surface contacting the rim of the contour wheel 32. As shown in the eighth figure, the sheet 1 is moved such that its rear end 3 is disengaged from the sensor 5〇, the rear blade driver 25 activates its power cylinder shaft 27 to be inwardly retracted, so that the rear blade group 4〇 moves downward along the inclined shoe 11 from the original position shown in FIG. Forming the rear repairing tool set 4 to track the movement mode of the sheet material 1 (referred to as the rear repair tracking mode). In the subsequent tracking mode, the rear repairing blade 44 continues to move downward, and further along the back of the sheet 1. The end 3 cuts the side strip 5 downward. As shown in the ninth figure, after the sheet 1 moves and cooperates with the rear knife set 40, the tracking mode continues to operate, and the rear blade 44 can completely cut the side strip 5, and the finished side is completed. The strip 5 is repaired. At this point, the contour wheel 42 of the rear blade set 4 has been lowered relative to the rear end 3 of the sheet 1. After the completion of the side strip 5, the telescopic cylinder shaft 27 of the rear trimming drive 25 extends outwardly to reset the rear trimming unit 40 to the original position. Then, the front trimming driver 2 is telescopic cylinder The shaft 22 is inwardly retracted to reset the front blade set 30 to the original position. In summary, the front and rear trimming device can control the front repairing blade 34 and the rear repairing blade 44 to respectively repair the slave mode and the rear repair. The tracking mode is to continue to be trimmed before and after the edge of the sheet conveyed by the conveyor system. Although the case is based on a best implementation, but the four (4) can do differently from the spirit of the case. The change of the form. The above examples are only for the purpose of limiting the case. They are not used to limit the details of the case. Anyone who violates this idiot _ 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖The first picture is the front view of the case. The second picture is the front view of the case. The third picture is the rear view of the case. M342254 The fourth picture is the side view of the first figure in the direction of arrow 4. The fifth picture is before the case One of the schematic diagrams of the repair action The sixth picture is the second schematic diagram of the action before the case. The seventh picture is the third schematic diagram of the action before the case. The eighth picture is one of the schematic diagrams of the action after the case. The ninth picture is the schematic diagram of the action after the case Second. [Main component symbol description]
1 -板材 13-後修刀滑台 32-仿形輪 2-前端 20-前修刀驅動器 34-前修刀 3-後端 21-動力缸 40-後修刀組 5-邊條 22-伸縮缸軸 41-動力源 10-固定基座 25-後修刀驅動器 42-仿形輪 11-傾斜滑執 26-動力缸 44-後修刀 111-第一端 2 7-伸縮缸轴 50-感測器 112-第二端 30-前修刀組 12-前修刀滑台 31-動力源 91 - Plate 13 - Rear trowel slide 32 - Copy wheel 2 - Front end 20 - Front trowel drive 34 - Front trowel 3 - Rear end 21 - Power cylinder 40 - Rear trowel set 5 - Side strip 22 - Telescopic Cylinder shaft 41 - power source 10 - fixed base 25 - rear knife driver 42 - contour wheel 11 - inclined slip 26 - power cylinder 44 - rear knife 111 - first end 2 7 - telescopic cylinder shaft 50 - sense Detector 112 - second end 30 - front trowel set 12 - front trowel slide 31 - power source 9