1378854 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種用以模壓衝切加工諸如：瓦楞紙板、厚 紙板、膜片及其類似物等板片材料之平板衝切加工裝置。 【先前技術】 以往’使用特定衝剪模具以衝切加工如瓦楞紙板、厚紙板 等板片材料，然後將該經衝切成型板片材料之製品部件頂出模 具之平板衝切加工裝置，已為眾所周知。典型的，此種平板衝 切加工裝置，如同歐洲專利£?1733855 A1所揭示，包括一用 以將擬予衝切加工之板片材料從堆疊之板片材料，即工件，間 ，的逐饋送至輸送單元(機組)之工件(材料)供給器；此輸送單 兀依次設置有：使㈣當之打印(壓印)模以在—板片材料上塵 預相型之壓印部，用峨該6壓印之板片材料脫去非產 品部^之啊，訂產品部分及供夾制祕邊之脫模部，用 品部分使之與夾持邊分離之頂料部，及用以收容並載 入給…^部頂ΐ之產品部分之移送部；而其中由工件供給器载 m早7〇之母-板片材料係依次行徑上述四個工作部分。 之一傳統之平板衝壓加卫裝置…旦堆疊之板片材料 從送人輸送單树，該被送人之板片材料之 即被i定因=至3之移送部全過程之各個操作部分之定位 ，母一張板片材料在裝載於輸送單元之前，必 =讀帅軸_心嗽職置上是非常 另一方面 為了提问生產性是有必要增加輸送裝置之輸送 3 ^度’唯在此情形時’爾統型平板衝切加工裝置係從堆疊在 ，料供給器之板片材料疊每次拉出一張板片材料逐一载於輸送 ^之入D部’自必需大福提高將糾材料從材料供給器供入 元之速度。因此’在從供給器拉出—張板片材料裝載於 ^早70之人口部之間，該板片材料相對於所定之裝載位置容 易發生位置之設定誤差。 因為板片材料上如事先已施印有如文字、圖案等設計圖形 、二旦衝切出來之印刷板片材料與印刷設計圖形對於衝切壓 =有些微對準上之差錯，便會造成不良產品，以致有產品之 增加且導致生產性降低之問題存在，·，無法十分提 ^文善此種平板衝切加工裝置之處理速度(輸送速 狀0 【發明内容】 本發明有鐘於上述諸問題而研發者。本發明之主要目的在 改良型之平板衝切加玉裝置，該裝置係由：—用以將 Α定形狀之許多張板片材料，例如，固定型長方形板片材 料器;-用以依次載送由材 y 保持板丨制 卩分在—無端輸送帶上之每 _料别進之輸送單元；—使用制定_之壓印模以 μ :入此模上之板片材料之壓印部；一用以從經已在壓 Α ^過之板4材舰去非產品部分，同時訂產品部分 i#义二τιί持邊之脫模部；—用以頂出產品部分使之與夹持 二部；及一用以收容並載送由頂料部切離頂出之產 〇〇心之移运部所構成；其中，該板片材料從材料(工件)供給 1378854 器饋送至輪送單元，即 — 0峨肋止磁 之所定 品之發生，進而 經常正確轉如早狀輪魏度料之下，能 位爱吻会-“ J，相對於顏㈣應預印衝切出 SS 、f . . ^ 置’其特徵在於：BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a flat die cutting apparatus for molding a sheet material such as corrugated cardboard, cardboard, a film, and the like. [Prior Art] In the past, a specific punching and shearing die was used to die-cut a sheet material such as corrugated cardboard or cardboard, and then the product of the die-cut sheet material was ejected from the flat die-cutting apparatus of the mold. It is already well known. Typically, such a flat die-cutting apparatus, as disclosed in European Patent No. 1,733,855 A1, includes a feed for feeding the sheet material to be die-cut from the stacked sheet material, that is, the workpiece. a workpiece (material) feeder to the conveying unit (unit); the conveying unit is sequentially provided with: (4) printing (imprinting) the mold to the embossing portion of the dust pre-phase type on the sheet material, The 6-imprinted sheet material is removed from the non-product part, and the product part and the demolding part for clamping the secret side, the part of the part which is separated from the clamping side, and the receiving part are used for housing The transfer portion of the product portion of the top portion of the top portion is loaded; and wherein the mother-slab material of the workpiece feeder is 7 inches in advance, the four working portions are sequentially operated. One of the traditional flat stamping and welcoming devices... Once the stacked sheet material is delivered from a single tree, the material of the sheet to be delivered is the operation part of the whole process of the transfer unit = Positioning, the mother sheet material before loading in the transport unit, must = read handsome shaft _ heart 嗽 position is very very on the other hand, in order to ask for productivity is necessary to increase the transport of the transport device 3 ^ degrees' only here In the case of the Ertong-type flat die-cutting processing device, each time a sheet of material is stacked, the sheet material is pulled one by one, and the material is loaded into the D part one by one. The speed at which the element is supplied from the material feeder. Therefore, the material that is pulled out from the feeder is loaded between the population portions of the early 70, and the setting error of the position of the sheet material relative to the predetermined loading position is easily generated. Because the plate material has been printed with design graphics such as characters and patterns, and the printed plate material and the printed design pattern are punched and cut. Some errors in micro-alignment will result in defective products. Therefore, there is a problem that the product is increased and the productivity is lowered. The processing speed of the flat punching processing device can not be greatly improved (the conveying speed is 0) [Invention] The present invention has the above problems. And the main purpose of the present invention is to improve the flat die-cutting jade device, which is composed of: - a plurality of sheet materials for determining the shape of the sheet, for example, a fixed rectangular sheet material material; The conveying unit for sequentially feeding the material y holding plate and dividing it on the endless conveyor belt; using the embossing die of the formula _: the sheet material of the mold The embossing part; one is used to remove the non-product part from the board that has been pressed, and at the same time, to order the part of the product part i#义二τιί holding the part; to eject the product part And holding two parts; and one for housing and It is composed of a moving part of the production center which is cut off from the top material part; wherein the sheet material is fed from the material (workpiece) to the wheel feeding unit, that is, the zero rib is fixed. The occurrence of the product, and often the correct turn, such as the early round of the Wei Duan material, can love the kiss will be - "J, relative to the face (four) should be pre-printed out SS, f. . . ^ is characterized by:
r器之前端部之裝載台與輸送單元二ϋ—間:=材= 料（工件）位置校正機構，此位置 配置有一材 台之相對載 ，於裝_载台上之_料往輸送單 之滑桿支撐而構成可沿水平方向滑動及向 張板片材料-旦前進進人—對呈相隔停留於^ 動接觸紅間之空間時，該二滑動接觸器即同時 接近顿接於鋪人之板片材料之橫向(左右） 兩侧邊’就在此位置，此對滑祕廳㈣時停止滑動，於θ 該載入之板片材料相對於輸送單元之所定裝輕之位置，即$ ，由釋放該對滑動接觸器之觸壓力而鎖定(定位），因此，該被 定位置之板片材料便可如此載入輸送單元。 再則，上述平板衝切加卫裝置設有—凸輪饋料機構，係由 一配置成當輸送單元起動運轉時能驅歸桿之齒輪驅動機構； 一對分別固定在滑桿之所定位置之端面凸輪；一對安裝在 滑桿上可沿水平方向自由滑動之滑塊；一對安裴在^ 且只能沿著滑桿向内單向滑動之水讀座；定安裝^該 對水平滑座上，且每一片向垂直於滑桿之長度方向水平^上= 1378854 伸之接觸片；及一對固定安裝在水平滑座上且經常壓接於端面 凸輪之凸輪面上之凸輪滾子所構成；其中，當一張板片材料從 材料供給器饋入裝載區時’二水平滑座即藉由設在由齒輪驅動 機構驅動之滑桿上之端面巴輪之旋轉而向内往彼此相互接近之 方向移動。 此外，上述平板衝切加工裝置設有一對滑境饋料機構，係 由一對設在托架軸承上平行於滑桿直線延伸之齒桿；一對嚙合 於各齒桿之小齒輪，一對配置成當輸送單元起動運轉時能驅動 之馬達；及一對連接於各對應輸出轴之齒輪組所構成。其中， 供給自材料供給器之-張板片材料一旦饋人裝載台時，二滑座 即分別藉由馬達之驅動經由各個齒輪組、齒桿及小齒輪 而沿著滑桿水平滑動。 山又，在上述平板衝切加工裝置中，該輸送單元尚包括一盔 ^^輸送機’在壓印部、脫膜部、頂料部及移送部上面德移 一定間隔設有多數個保持部件，用以鎖定(拘束） 由裳載關歇性载人之每-張板片材料之-部分。 正機構各裝紅板㈣料會由材料位置校 該輸送:上所定部位之位置，於是，在 片材料之可ϊ保持部件之正確保持而確保板 輸送單元之觀機=穩疋之定位。如是之故，甚至提高 工裳置之-連度時，該板片材料在此平板衝切加 遝肀刼作過裎中之正確定位仍可維持。 6 1378854 因此’可_地將上面事先鱗有文字及_等設計 圖案 裝載台正麵裝载於輸送單元之所 =裝载雜而植’同時’也可精確衝切壓印出該 3之所妓計贿之每張板狀料如上 此 2送私之移動速度，亦可有效防£不良產品之發生，^ 可提供生產性改善之平板衝切加工裝置。 、 【實施方式】The loading station and the conveying unit at the front end of the r-unit are: - = material = material (workpiece) position correction mechanism, this position is configured with a relative load of the material, and the material is transported on the loading table. When the sliding rod is supported to form a horizontal sliding direction and the sheet material is advanced into the space, the two sliding contactors are simultaneously close to the paving The lateral (left and right) sides of the sheet material are in this position, and the sliding slides (4) stop sliding. At θ, the loaded sheet material is positioned relative to the transport unit, ie, $. The locking (positioning) is released by releasing the contact pressure of the pair of sliding contactors, so that the sheet material of the positioned position can be loaded into the conveying unit in this manner. Furthermore, the flat punching and punching device is provided with a cam feeding mechanism, which is a gear driving mechanism configured to be able to drive the rod when the conveying unit is started to operate; a pair of end faces respectively fixed at the fixed positions of the sliding rod Cam; a pair of sliders mounted on the slide bar that can slide freely in the horizontal direction; a pair of water reading seats that can be slid inwardly along the slide bar; fixed installation ^ the pair of horizontal slides And each piece is formed by a contact piece extending horizontally with respect to the length of the sliding bar = 1378854; and a pair of cam rollers fixedly mounted on the horizontal sliding seat and often crimped to the cam surface of the end face cam; Wherein, when a sheet material is fed from the material feeder into the loading zone, the two horizontal slides are inwardly approaching each other by the rotation of the end face wheel provided on the slide bar driven by the gear drive mechanism. Move in direction. In addition, the flat die cutting device is provided with a pair of sliding material feeding mechanisms, which are a pair of toothed rods arranged on the bracket bearing and extending linearly parallel to the sliding bar; a pair of pinion gears meshing with the respective toothed rods, a pair The motor is configured to be driven when the transport unit is started up, and a pair of gear sets connected to the respective output shafts. Wherein, when the sheet material supplied from the material feeder is fed to the loading platform, the two sliding seats are horizontally slid along the sliding rod via the respective gear sets, the rack bars and the pinion by driving of the motor. In addition, in the above-mentioned flat punching and processing device, the conveying unit further includes a helmet conveyor, and a plurality of holding members are disposed at a certain interval on the embossing portion, the stripping portion, the top material portion and the transfer portion. Used to lock (constrain) the part of each piece of material that is carried by the shackle. The red plate (4) of the positive mechanism will be conveyed by the position of the material: the position of the upper part of the material, so that the correct holding of the piece of the material can be maintained to ensure the positioning of the plate conveying unit = stable position. For the sake of this, even if the height of the worker's skirt is increased, the correct positioning of the sheet material in the punching and punching of the sheet can be maintained. 6 1378854 Therefore, it is possible to accurately load the surface of the loading platform by loading the front surface of the loading table with the text and _, etc. Each of the plate materials can be used to prevent the occurrence of defective products, and can provide a flat die-cutting processing device with improved productivity. [Embodiment]
=參騎圖就本發明之平板衝切加王裝置之—較佳實施 坪細說明如下： =第1®及第2圖所示，依本發明—實施例之平板衝切加 1包括一材料(工件)供給器3(亦即，欲衝切加工之板 if料，即工件之供給部），其上載置有成疊之具-定形狀之如 瓦愣紙板等板月材料2，每-張板片材料皆為具有相同一定形 狀如長方形及尺寸，以及其上騎有文字、_、圖案等之印 ，表面層；—壓印部4 ’使用預錢型之壓印模以壓印及衝切 二張板片材料2;-脫模部5,用以從已壓印衝切之板片材料2 脫，非產品部分之同時留下產品部分及供失_夾持邊；一頂 料部8’用以將產品部分頂出使之與夾持邊分離；一移送部9， 用以收容由頂料部頂出之產品部分；及-輸送單it 10，用以從 工件供給H 3上所载置之成疊板片材料2逐張載人並依次輸送 通過壓印部4、脫模部5、頂料部8及移送部9。 、上述輸送單元10係由一無端(環狀)滾子鏈條輸送機12構 成:此輸送機12具有許乡似__定間歐置於其上而每一働 成能釋放的保持承載之板片材料2之一部分，例如，爽持邊之 1378854 保持部件u· 成者。上述無端滾询啤4經衝叙後形 上，此對進料鏈輪13掛於一對進料鏈輪13 設在滾子鏈條12上之鱗34】被驅動，於是由 間歇性的依次通過各部4,5,8及9。 相—平面上。每當—張板片材料2以一定時距間歇 發、:=放在材料供給^ 3上之板片獅抽出並經由送料 ^裝置14傲入裝載台！ 5時，每一張抽出之板片材料2皆由 下文將坪述之材料位置校正機構18調整校正於相對於裝 15上之預定裝載區或面上之—設定位置上，因此，也就會載二 ^端滾子輸送機12之所定位置上。於是，經校正在裝載&置之 J-張板片材料2即可以-定時距間歇性的載入無端滾子輸送 機12之各對應預定區，而在各該預定區上前述保持構件^即 被固定，如此，此等被載入並由保持構件U鎖定在滾子輸送機 12上之板片材料2在每於滾子輸送帶12停止移動且因此而板 片材料2之裝載也告停止時，即可停留於各對應作業部4 5 及9上。 一 ’ ’ 用來在載入之板片材料上壓印預定圖案之廢印部4係配置 在接近裝載台15之卸載側。此壓印部4包括一設在上部之^固定 板16及設置在載入之板片材料2下面之壓印模17，此壓印模 1378854 板片材料2前進而進入一對相隔設置在 動接觸器或接觸片26,26間之办上所疋位置之滑 步ήτ肉尨相万桩*斤々士二之工間時’該對接觸片26, 26即同 步向内在相互接近之方向滑動，遂可虔接 = 二側邊’就在此位置時，二滑減 、戟板片材科2之 補入杯紐祖9 W &動接觸即同k停止滑動，於是， “载入㈣材#2之相對於裝载台15之 即，藉由抬高端面凸輪3〇而鎖定 了，作亦. 2便可在竭τ载人輸送單tV 植之板片材料 Ο 當此己定位板片材料2，即，板片材料 β疋-f ^板片材料2即由設在該區之保持部件U鎖定，於 ΐ维ίΐί料2之相對於所定區或壓印部4之基準區之位置便 位置上’以供在從齡部4直縣後之移送部9 之衝壓循裱中進行各加I作業。 針=為？成如上’板片材料2乃於其位置經校正後，立即保 =在輸运早7C 1〇上’於是’能夠精確實施後續之各種加工作 ) :Η ’衝壓、打孔及分離作業，因此，能夠精確完成配合板 月材料2之表面上所施印之如文字、圖案等設計圖形之衝切加 工作業。 此外/此構成尚可盡可能的避免由於板片材料與壓印模未 對正，由衝切加工施作於板片材料所造成不良品之發生。 就在板片材料2受到自動校正位置於裝載台15之所定位置 期間，送料輸送裝置14仍繼續運轉，因此，為了提高衝切加工 襄置之生產率’即使提高板片材料2之供料速率，每一板片材 m 12 1378854 料2可由材料位置校正機構18之特別效果而始終獲得位置之校 正，直到被载入輸送單元10之無端滾子輸送機12上為止，因 此’可有效提高生產效率。 /再者，如上所述，因送料輸送裝置14係經常被連續驅動， 使後續，-張板片材料2能在部分重4在其前面之板片材料2 上之狀態下被饋入，因此，無必要間歇驅動送料輸送裝置14， 而是能夠設定該供料輸送機(送料輸送裝置)14之驅動速度， Ο Ο 即供料速度遠低於將板片材料2逐張間歇性的饋送時之供料 速度將板片材料2連續饋人。換言之，送料輸送裝置14之驅動 ^ ’即使提高輸送單元10之傳送速度，亦能完全配合適應， 結果，能有效改善生產性。 上述實施例係就滑塊饋料機構34連動於輪送單元1〇之驅 =且，輸送單元1G之·驅動連鎖之例加以賴，但在不限 下’滑桿21亦可姻由控做置定時驅動之馬達直接 驅動紅轉。或者，如此以驅轉端凸輪3〇。 機構用氣缸或電磁管(螺線管)做為材料位置校正 機構18之連雜置，崎代上述凸輪顧機構28。 【圖式簡單說明】 圖，_係本發月之平板衝切加•裝置之概略構造之正視 視圖第2 _本發明之平板_加王裝置之_珊流程之正 之俯^圖縣伽之传_加件粒校正機構 13= Participating in the drawing of the flat die-cutting device of the present invention - the preferred embodiment is as follows: = 1st and 2nd, the flat die-cutting plus 1 comprises a material according to the invention - the embodiment (workpiece) feeder 3 (that is, a plate material to be die-cut, that is, a supply portion of the workpiece), on which a stack of materials such as corrugated cardboard such as corrugated cardboard is placed, each of which is - The sheet material is all of the same shape, such as a rectangle and a size, and the surface on which the characters, _, patterns, etc. are mounted, and the surface layer; the embossing portion 4' is imprinted using a pre-money type stamping die. Punching two sheets of material 2; - demolding portion 5 for removing the sheet material 2 that has been embossed and punched, leaving the product portion and the supply and loss _ gripping edge at the same time as the non-product portion; The portion 8' is for ejecting the product portion to be separated from the clamping edge; a transfer portion 9 for receiving the product portion ejected by the top portion; and - a transporting unit 10 for supplying the H3 from the workpiece The stacked sheet material 2 placed thereon is loaded one by one and sequentially conveyed through the embossing portion 4, the demolding portion 5, the top material portion 8, and the transfer portion 9. The conveying unit 10 is constituted by an endless (annular) roller chain conveyor 12: the conveyor 12 has a holding plate which is placed on the stencil and can be released. One part of the sheet material 2, for example, 1378854 of the holding edge holds the part u·. After the above-mentioned endless polling beer 4 is described, the pair of feeding sprockets 13 are driven by a pair of feeding sprockets 13 arranged on the roller chain 12, and are driven by intermittently. Departments 4, 5, 8 and 9. Phase - on the plane. Whenever the sheet material 2 is intermittently sent at a certain time interval:: = the lion on the material supply ^ 3 is taken out and fed into the loading station via the feeding device 14! At 5 o'clock, each of the extracted sheet materials 2 is adjusted and adjusted by the material position correcting mechanism 18 which will be described below to the set position on the predetermined loading area or surface on the package 15, and therefore, The position of the two-end roller conveyor 12 is set. Thus, the J-slab material 2 corrected for loading & can be intermittently loaded into each corresponding predetermined area of the endless roller conveyor 12, and the holding member ^ on each of the predetermined areas That is, it is fixed, so that the sheet material 2 which is loaded and locked by the holding member U on the roller conveyor 12 stops moving every time the roller conveyor belt 12 and thus the loading of the sheet material 2 is also reported. When stopped, it can stay on each of the corresponding working units 4 5 and 9. A waste printing portion 4 for embossing a predetermined pattern on the loaded sheet material is disposed adjacent to the unloading side of the loading table 15. The embossing portion 4 includes a fixing plate 16 disposed on the upper portion and an embossing die 17 disposed under the loaded plate material 2. The embossing die 1378854 advances the sheet material 2 into a pair of spaced apart movements. When the contactor or contact piece 26, 26 is in the position of the sliding position, the contact piece 26, 26 slides in the direction of close proximity to each other in the same direction. , 遂 可虔 = 2 sides 'When in this position, the second slip, the 戟板片科2's complement cup New Zealand 9 W & dynamic contact is the same as k stop sliding, so, "Load (4) The material #2 is locked with respect to the loading table 15, by raising the end face cam 3〇, and can also be used to transport a single tV planting sheet material in the exhausting τ. The sheet material 2, that is, the sheet material β疋-f^the sheet material 2 is locked by the holding member U provided in the region, and is in the reference region of the predetermined region or the embossed portion 4 of the sheet material 2 In the position of the position, it is used for the addition of the I in the stamping cycle of the transfer unit 9 from the straight section of the squad 4. The needle = is the same as the above - the sheet material 2 is in its position. After the correction, immediately guarantee = on the transport 7C 1〇 on the 'then' can accurately carry out the subsequent various addition work): Η 'punching, punching and separation work, therefore, can accurately complete the surface of the board material 2 The punching and cutting operation of the design graphic such as characters and patterns is applied. In addition, the composition can be avoided as much as possible because the sheet material and the stamping die are not aligned, and the punching processing is applied to the sheet material. The occurrence of defective products occurs. The feed conveyor 14 continues to operate during the position where the sheet material 2 is automatically corrected at the position of the loading table 15, and therefore, in order to increase the productivity of the punching process, even if the sheet material is increased The feed rate of 2, each sheet m 12 1378854 material 2 can always be corrected by the special effect of the material position correcting mechanism 18 until it is loaded onto the endless roller conveyor 12 of the transport unit 10, thus 'Effectively increase production efficiency. / Again, as described above, the feed conveyor 14 is often continuously driven so that the subsequent sheet material 2 can be partially in front of it. The sheet material 2 is fed in the state of the sheet material 2, so that it is not necessary to intermittently drive the feed conveyor 14, but the driving speed of the feed conveyor (feed conveying device) 14 can be set, and the feed rate is much lower. The sheet material 2 is continuously fed to the feeding speed when the sheet material 2 is intermittently fed one by one. In other words, the driving of the feeding conveyor 14 can be fully adapted even if the conveying speed of the conveying unit 10 is increased. As a result, the productivity can be effectively improved. The above embodiment is based on the case where the slider feeding mechanism 34 is interlocked with the driving unit 1 and the driving unit 1G is driven, but is not limited to The slide bar 21 can also directly drive the red turn by the motor controlled to be driven by the timing. Or, to drive the end cam 3〇. The mechanism uses a cylinder or a solenoid (solenoid) as a material position correcting mechanism 18, and the above-mentioned cam mechanism 28 is used. [Simple description of the diagram] Figure, _ is the front view of the schematic structure of the flat die-cutting device and the device of the present month. 2 _ The tablet of the invention _ Kawang device _ the flow of the positive process _Adding grain correction mechanism 13