M330179 八、新型詳細說明： 【新型所屬之技術領域】 本創作係有關一種熱成型容器的收集機裝置，尤指一 =利用熱成型機製成的各類型容器的專用收集機，其係以 機械化方式自動收集容器，致可配合熱成型機的製造速度 i快速的將其所生產的容器集合㈣，避免發生生產線阻 基延滯工作的情形。 【先前技術】M330179 VIII. New detailed description: [New technical field] This is a collection device for a thermoformed container, especially a special collector for various types of containers made by thermoforming machines, which is mechanized. The method automatically collects the container, so that the container produced by the thermoforming machine can be quickly assembled (4) to avoid the occurrence of delay in the production line. [Prior Art]
^按，習知以熱成型機製成的容器的收集方式，有一種 接以人工方式撿拾收集的’其較費時費工，不符經濟 乂义 ΤΓΓ> · Jr·^ ^ ^ ·- 堆 效益；另有一種係在熱成型機61 一側之出口 一 右一 構62(如第6圖所示）’該堆疊收集機；62: 熟成型模611同步上下移動，底面具有數個取 61每-i成型之枓杈62卜上述取料凹穴622與熱成型機 母二成型达出之容器50的數量與位置相對應；據而， =气型後的容器50被送出到定位時，上述的取料模 曰力下降而使其底面的取料凹穴622罩於每一六哭 =，隨即升起取料模已完成一次收集的動作，‘ 人：可連績以堆疊的方式收集10〜20或50次以後，才由 2吹氣时式將整疊的Μ由取㈣时出 方；，，取料凹穴收取容器時， 擦力握持達’及容器與容器間的摩 、幵達到收取與堆疊容器之功效與目的。 失在然二：上述之習知堆疊收集機構在實際使用時的缺 熱成型之容器的重量輕，因此在其被送出到達定 5 M330179 位而停止之瞬間，會因其運動的慣性而易使容器產生傾倒 或位移之現象，更會導致在收集的過程中產生卡料或連續 性的毁損容器的情形，不僅會增加容器的不良率，且會影 響整個生產線的運作流程與生產效益；故，對上述習知的 堆疊收集機構在實際使用時所產生之缺失與不便，而有再 研究改良創新的必要。 【新型内容】 、 案創作人有鉄於上述習知用於熱成型機之堆疊收集 機構在使料之缺失與不便；爱精心、研究，並積個人從事 ^產叩之设計與製造的多年經驗，終研發設計出—種薪新 的熱成型容器的收集機裝置」。 本創作主要目的在提供一種熱成型容器的收集機裝置 進續在熱成型機後端，順序的承接每—列容器 間隔機槿1板ί預設的導執中，再經導料板下端的落料 動：收隹一進機構與退料機構的機械連動，達到快速自 勒的收集容器之裝置。 ，並：ίΐί:::’本創作之熱成型容器的收集機裝置 -退料機二組:?二Τ落料間隔機構、-推進機構與 板上：台’其上方向前設有一1/4圓的導料板，在該導料 ，該一 6 M330179 /洛料間隔機構，係設於導料板的下半部位置，其包含 I往復運動的第第二㈣桿及—擔料板，分別以一個 容器的間距由上而下排列設置，其中第一擋料桿與第二擋 料桿係^擋於容器距導料板的外侧端’且形成前後互斥^ 作；該第二擋料桿又與其下方的擋料板為前後同步動作， 該擋料板則擋於容器近導料板的内側端； 推進機構，係設於導料板下緣的後側，而具有一推塊 可^後往復運動，且該推塊在上述擔料板回收至定位時才 向前推出，以及其往復運動的週期與擔料板的週期相 退..料機構，係於一與集料桌平行且可前後往復運動的 二可垂直升降的擎動板’並在這個掣動板後緣 /、有數個向下的撥料爪分別對應於容器握持架的每一集料 ，且係在前述推進機構完成數次的收集容器動作 (即達到設定堆疊計數量）才做一次的退料動作。 據上述構造組合使用時，其中，由熱成型機製作 不斷的送出，而直接沿導料板上的執道所形成的 Jn:並順著導料板的弧度滑下直到被料間隔機構 桿擋住容器後端為止，其次，藉落料間 弟：τ與擔料板的交互作用，讓容如^ According to the collection method of the container made of thermoforming machine, there is a kind of manual collection and collection, which is more time-consuming and labor-intensive, and does not conform to the economic situation. · Jr·^ ^ ^ ·- heap efficiency; There is another outlet on the side of the thermoforming machine 61, a right-hand structure 62 (as shown in Fig. 6) 'the stacking collector; 62: the cooked molding die 611 moves up and down synchronously, and the bottom surface has several take-ups 61 per- i molding the crucible 62, the above-mentioned retrieving pocket 622 and the number of the container 50 formed by the thermoforming machine 2 are corresponding to the position; accordingly, when the container 50 after the gas type is sent to the positioning, the above The retracting force of the reclaiming mold is reduced, so that the bottom receiving pocket 622 is covered by each of the six crying, and then the picking up mold has completed a collection operation, 'person: can be collected in a stacking manner 10~ After 20 or 50 times, the whole stack of sputum is taken out by (2) when it is blown by 2; when the receiving pocket is used to collect the container, the rubbing force is held up and the friction between the container and the container is reached. Achieve the efficacy and purpose of collecting and stacking containers. Loss: The above-mentioned conventional stacking and collecting mechanism is light in weight in the actual use of the container, so when it is sent out to reach the limit of 5 M330179, it will easily be caused by the inertia of its movement. The phenomenon of dumping or displacement of the container may result in the occurrence of jamming or continuous destruction of the container during the collection process, which not only increases the defective rate of the container, but also affects the operation process and production efficiency of the entire production line; In view of the lack and inconvenience caused by the above-mentioned conventional stack collection mechanism in actual use, it is necessary to study and improve the innovation. [New content], the creator of the case is contrary to the above-mentioned conventional collection and collection mechanism for thermoforming machines in the absence and inconvenience of the materials; love meticulous, research, and personally engaged in the design and manufacture of the production and production of many years Experience, the final design and development of a new collection of thermoforming containers. The main purpose of this creation is to provide a collector device for a thermoformed container, which is successively placed at the rear end of the thermoforming machine, sequentially receiving each of the presets of the container compartment 槿1 plate, and then passing through the lower end of the guide plate. Drop feeding: the mechanical linkage of the incoming and outgoing mechanisms to achieve a fast self-collecting collection device. , and: ίΐί::: 'The collection device of the thermoformed container of this creation - the second group of the returning machine: the two-stage blanking interval mechanism, the propulsion mechanism and the board: the table' has a 1/1 4 round guide plate, in the guide, the 6 M330179 / loose material spacing mechanism is disposed at the lower half of the guide plate, which comprises the second (four) rod and the carrier plate of the reciprocating motion Between the top and bottom of the container, the first barrier rod and the second barrier rod are respectively disposed at the outer end of the container from the outer end of the guide plate and are formed to be mutually exclusive; the second The baffle bar is synchronized with the baffle plate below it, and the baffle plate is blocked at the inner end of the container near the guide plate; the propulsion mechanism is disposed on the rear side of the lower edge of the baffle plate, and has a push The block can be reciprocated, and the push block is pushed forward when the above-mentioned support plate is recovered to the position, and the cycle of the reciprocating motion is reversed from the cycle of the load plate. The material mechanism is tied to the aggregate Two vertically movable lifting plates parallel to the table and reciprocating back and forth, and at the trailing edge of the tilting plate, there are several directions Dial feed pawl holder holding container correspond to each aggregate, and the operation of several collecting container is completed based on the advancing mechanism (i.e., the stack count reaches the number set) was expected to make a withdrawal operation. According to the above-mentioned configuration, in combination, the continuous feeding is made by the thermoforming machine, and Jn formed directly along the guide plate on the guide plate is slid down along the arc of the guide plate until it is blocked by the material spacing mechanism rod. The back end of the container, and secondly, the interaction between the NAND and the load plate
有即奏的一個一個M歇落下，接I : 反下方的集料桌之後，再由推進機構將容器推；= ^的集料孔位置夾持固定;依上述之工作流 容器握持架的集料孔内完成堆疊，及在 隹=至卜疋數錢由退料機構將整疊的容 t 速自動收集容器之功效。 α達到快 7 M330179 【實施方式】 $使貝審查委員對本創作之構造、裝置及 進一步的認識盥睁解，#斑 ^寻<丈有更 說明如τ :解、舉—可行實施例並配合圖式詳細 首先請參閱第1及第？^ 收集财ϋ主要,2圖所不，本創作熱成型容器的 20、始、㈣ 要包括由一機台10、-落料間隔機構 J 一推進機構30與一退料機構4〇所組成；其中： 機台10’其上方向前設有一 1/4圓的導料板 =板η上表面設有數道導執12形成數 = =上，該執道12與導料㈣表面之間具有= 導料二，i0外開的口緣51 (如第2圖），另外，在該 ⑼有個盘下、緣设有一集料桌14,該集料桌14中間適當處 握H與導料㈣下緣平行的容器握持架15，該容器 、“:：上 有數個集料孔151分別與導料板n上的走 迢相對應； ，料間隔機構20 (請配合第i及第3圖），係設於導 'η的下半部位置’其包含可往復運動的第一擔料桿 尸弟—擋料桿22及一擋料板23，分別以一個大於容器 =以上的間距由上而下排列設置，其中第一擋料桿2;。 =二擔料桿22係擔於容器距導料板u的外侧端（即容 的位置），且形成前後互斥動作；該第二擔料桿Μ 與二下方的擋料板23為前後同步動作，該擋料板23則 扠於谷為近導料板11的内側端（即容器之口緣的位置）； 推進機構30 (請配合第1及第4圖），係設於導料板 下緣的後侧，而具有-推塊31可前後往復運動，且該 8 M330179 :上1在上述私料板23回收至定位時（即 阻擒在播料板23上的容器50掉落至集料桌⑷二 推出，以及其往復運動的週期與擋料板23的週期相°.則 退料機構40 (請配合第！及第5圖），係於—個轉 枓桌14平行且可前後往復運動的滑板41上裝有—可垂直 2的掣動板42，並在這個掣動板42後緣具有數個向下 的撥料爪421分別對應於容器握持架15的每一集料孔 =，且係在前述推進機構3G完成數次的㈣^器 才做一次的退料動作。 如上所述請再參閱第1及第2圖，其中，在機台1〇 上方的導料板11表面與執道12之間的間隙13， 於容器50的L維持其在移動時穩定性及移動j ，二，進入軌道12内的容器50可順著呈1/4目的導料板 1，的弧fF滑，而將容器5〇翻轉9。度成橫臥的方向。 ’上迷容器握持帛15上的集料孔151在本實施例中 ::向其中心内縮的彈性握爪152，以便能有效抓 進來的容說以及在該容器握持架15中的每一隼料： 51上方的缺口 153係與退料機構4〇的撥料爪仍 :二:更退料機構40將收集成疊的容器5〇拉開，抽離容 為握持架15的位置。 如上所述請再參閱第3圖，其中的落料間 ^ 一擔㈣21與第二擔料桿22係為互斥的前後往復運 因此在第一擋料桿21後縮擋住容器5〇之時， :桿22係向前伸出而放開，使原由其擋住的容器5。 口下掉’反之’當第一擋料桿21向前放開時，第二擋料桿 9 M330179 的後縮位置’以能擋住由第-擋料桿21放開掉下 哭二：50;以此類推’即可使順著軌道12向下移動的容 :斜^ _桿21與第二擔料桿22之間形成間歇式的 H 避免有連續落料影響到各運動構件的情形；其 因牛料間^機構2G的第二擔料桿22與擔料板23係為 '二後往復運動，因此在第二擔料桿22向前伸出而使 向下掉時，其下方的擔料板23亦同步向前伸出而 :弟二擋料桿22掉下的容器50防止其繼續向下掉，. ’其同樣具有f0l歇式落料的功效，而達到讓容嘉、Μ分段 的一個一個落下的間隔功效。 如上述之第一擔料桿2卜第二擔料桿22與擔料板23 =驅動機構24’在本實施例中係利用一凸輪241的旋轉推 將St: 23之滑座242前進，再利用一拉力彈簧243 將=座242拉回而作線性的往復運動，且在該滑座241兩 245 Γίί史有一暨桿244，於該登桿244上端插接一擺臂 =的下^，該擺臂245係以其中心為支軸m i樞設於機 :内侧壁面上’亚在其上下兩端分別以—拉桿⑽盘第 --擋料桿21及第二檔料桿22連結；當固定凸咖：轉 • =47受動力（馬達）驅動旋轉時，即可準確的達成前段 所預期的功效。 如上所述請再參閱第4圖，其中的推進機構3()係於— 推塊31後方設有—線性驅動機構&，使推塊3ι能沿 桌14的桌面進行前後的往復運動1其係在前段所述卻 科板23後細而讓容器5G掉至集料桌14的桌面時二 向前推進以能將容器50推送到容器握持架15上的集料子： 10 M330179 151内，同時在下—容器5()要開始掉下之前，讓推塊⑴ 回到後定位以準備下一次再作推料的動作。又，其中之線 性驅動機構32係以一連桿321的二端分別樞接於一偏心輪 322及上述之推塊31上，當固定偏心輪322之轉軸受 動力驅動旋轉時’能將偏心輪322的圓周運動轉換成讓擒 塊31作線性的往復運動；另外，該偏心輪322的轉軸卿 兵落料間&機構20之驅動機構24中固定凸輪241的轉轴 24二之+間係以1.1連動方式同步運轉，因&，其可準確達 到每落下-次容器50的時間内完成一次往復的推料動作。 如上所述請再參閱第5圖，其中的退料機構4〇係於機 口 /一側向集料桌14前方平行沿設有二執道43,滑板41 =係跨置於個執道43上，再於該滑板〇上設有一氣 塗缸44，掣動板42則係固定在氣Μ紅44的塞桿441下端 而可垂直升降；當該退料機構4 〇停留在後定位時， 嫌、土甘^秒勻木枓桌14的丽端（外侧端）。如上述之 ‘的機構=板Μ得以氣壓…㈣ 所形成的走道前進^直接沿導料板Η與執道12 料間隔機構20的第3= 广弧度滑下㈣ 次，藉落料間隔機構: 與撞料板23的交互作用H干21、弟一搶料桿以 立作用，讓谷态50依次且有節奏的一One of the so-called one M falls, after I: the lower collecting table, and then the pushing mechanism pushes the container; = ^ the collecting hole position is fixed; according to the above-mentioned workflow container holder The stacking is completed in the collecting hole, and the effect of automatically stacking the containers is determined by the unloading mechanism. α reaches fast 7 M330179 [Embodiment] $Beibei Review Committee understands the structure, installation and further understanding of this creation, #斑^寻<zhang has more descriptions such as τ: solution, lifting - feasible embodiment and cooperation For details, please refer to the first and the first. ^ Collecting money mainly, 2 is not shown, the 20, the beginning, (4) of the thermoformed container of the present invention should be composed of a machine 10, a blanking interval mechanism J, a propulsion mechanism 30 and a returning mechanism 4; Wherein: the machine table 10' is provided with a 1/4 circle of guide plate on the upper side of the plate = the upper surface of the plate η is provided with a number of guides 12 forming number == upper, and the road between the road 12 and the surface of the guide (4) has = Guide material 2, the outer edge 51 of i0 (as shown in Fig. 2), in addition, there is a collecting table 14 under the disk and the edge of the (9), and the H and the guide material are appropriately held in the middle of the collecting table 14 (4) a container holder 15 having a lower edge parallel, the container, ":: a plurality of collecting holes 151 respectively corresponding to the walking on the guide plate n;; material spacing mechanism 20 (please cooperate with the first and third figures) ), is disposed in the lower half position of the guide 'n', and includes a reciprocable first carrier rod corpse-blocking rod 22 and a baffle plate 23, respectively, with a spacing greater than the container=above And the lower arrangement is arranged, wherein the first barrier rod 2; the second support rod 22 is carried on the outer side of the container from the outer end of the guide plate u (ie, the position of the capacity), and forms a front and rear mutual exclusion action; The two support rods Μ and the two lower baffles 23 are synchronized forward and backward, and the baffle 23 is forked to the inner end of the proximal guide plate 11 (ie, the position of the edge of the container); the propulsion mechanism 30 ( Please cooperate with the first and fourth figures) on the rear side of the lower edge of the guide plate, and the - push block 31 can reciprocate back and forth, and the 8 M330179: the upper 1 is recovered to the positioning when the private plate 23 is recovered. (That is, the container 50 which is blocked on the broadcast board 23 is dropped to the collecting table (4), and the period of the reciprocating motion is opposite to the period of the baffle plate 23. The returning mechanism 40 (please cooperate with the first! Fig. 5) is attached to a slide plate 41 which is parallel and reciprocally movable back and forth, and is provided with a vertically movable plate 42 and has a plurality of downwards at the trailing edge of the tilting plate 42. The dispensing claws 421 correspond to each of the collecting holes of the container holder 15 respectively, and are subjected to the returning operation of the (four) device which is completed several times by the above-mentioned propulsion mechanism 3G. Please refer to the first item as described above. And Fig. 2, wherein the gap 13 between the surface of the guide plate 11 above the machine 1 and the road 12 maintains its stability during movement of the container 50 And moving j, two, the container 50 entering the track 12 can slide along the arc fF of the 1/4-mesh guide plate 1, and the container 5 〇 is turned over 9. The degree is in the direction of lying. The collecting hole 151 on the gripping cymbal 15 is in the present embodiment: the elastic gripping claw 152 which is retracted toward the center thereof so as to be able to effectively grasp the contents and each of the contents in the container holding frame 15. : The notch 153 above the 51 is the same as the feeding claw of the returning mechanism 4〇: 2: The more returning mechanism 40 pulls the container 5 which is collected in a stack, and draws the position of the holding frame 15 as above. Referring to FIG. 3 again, the blanking chamber (4) 21 and the second feeding rod 22 are mutually reciprocating and reciprocating, so that when the first stopper rod 21 is retracted to block the container 5,: The rod 22 is extended forwardly to release the container 5 from which it was originally blocked. When the first stopper rod 21 is released forward, the retracted position of the second stopper rod 9 M330179 can be blocked from being released by the first stopper rod 21 to fall off crying two: 50; By analogy, the volume that moves down the track 12 can be made: a intermittent H is formed between the inclined bar _ 21 and the second struts 22 to avoid the situation in which continuous blanking affects each moving member; Since the second load rod 22 and the load plate 23 of the cattle material mechanism 2G are "reciprocated", when the second load rod 22 projects forward and falls downward, the load below it The material plate 23 also protrudes forward synchronously: the container 50 dropped by the second stopper rod 22 prevents it from continuing to fall downward. 'It also has the effect of f0l resting type blanking, and reaches the capacity of Rong Jia, The interval effect of one segment of the segment. As described above, the first load rod 2, the second load rod 22, and the load plate 23 = drive mechanism 24' are used to advance the slide 242 of St: 23 by the rotation of a cam 241 in this embodiment. Using a tension spring 243 to pull back the = seat 242 for linear reciprocating motion, and at the slider 241 two 245 Γίί history has a cum bar 244, at the upper end of the rod 244 is inserted a swing arm = lower ^, The swing arm 245 is pivoted on the machine with the center thereof as the fulcrum mi: the inner side wall surface is connected at the upper and lower ends thereof by the pull rod (10) disc--the baffle rod 21 and the second shift rod 22; The convex coffee: turn = = 47 When the power (motor) is driven to rotate, the desired effect in the previous paragraph can be accurately achieved. Referring to FIG. 4 again, the propulsion mechanism 3 () is provided with a linear drive mechanism & behind the push block 31, so that the push block 3 can be reciprocated back and forth along the table top of the table 1 After the thinning of the panel 23 in the preceding paragraph, the container 5G is lowered to the table top of the collecting table 14 and pushed forward to push the container 50 to the aggregate on the container holder 15: 10 M330179 151, At the same time, before the lower container 5 () begins to fall, let the push block (1) return to the rear position to prepare for the next push. In addition, the linear driving mechanism 32 is pivotally connected to an eccentric wheel 322 and the above-mentioned push block 31 at the two ends of a connecting rod 321 respectively. When the rotating shaft of the fixed eccentric 322 is driven to rotate, the eccentric can be turned. The circular motion of 322 is converted into a linear reciprocating motion of the cymbal block 31; in addition, the rotating shaft 24 of the fixed cam 241 of the rotating mechanism of the eccentric wheel 322 and the mechanism 20 of the mechanism 20 Simultaneous operation in the 1.1 linkage mode, due to &, it can accurately achieve a reciprocating push action in each drop-time container 50 time. As mentioned above, please refer to FIG. 5 again, in which the stripping mechanism 4 is attached to the parallel edge of the machine head/side of the collecting table 14 and is provided with two lanes 43. The air slide cylinder 44 is further disposed on the slide plate, and the rocking plate 42 is fixed at the lower end of the plug rod 441 of the air blush 44 to vertically rise and fall; when the return mechanism 4 〇 stays in the rear position, Suspect, Tu Gan ^ second uniform wood table 14 Li (end side). The mechanism as described above = the plate is allowed to be air pressure... (4) The aisle formed by the advancement ^ directly slides down along the third plate of the guide plate Η and the channel 12 of the channel 12 (four times), by the blanking interval mechanism: The interaction with the bumper plate 23, H dry 21, the younger one grabs the bar to stand up, let the valley state 50 sequentially and rhythmically
M330179 -個間歇落下’接著’在容器5G落科料板〗 料桌14之後，再立即由推進艢M 勺木 持牟15上的隹粗將容器50推到容器握 上S L 由彈性握爪152夾持固定，·依 士述之工作·經多次的將—一落下的容 器握持架15的集料孔151内完成堆疊到 = 細制40的擎動板42下降讓其下方的撥料爪麦：: 住整豐谷益50而將其拉出，達到自動收集容器之功效。 如以上所揭露之實施例的形狀、構造，係本創 可订實施例中的一個實施例，故本創作的申請專利範圍並 不倡限於此’凡在不偏離本創作構思的條件下，各元件可 用所屬技術領域人員瞭解的相似或等同元件來替換。 处练上所述，本創作「熱成型容器的收集機裂置」確电 自動收集容器之功效；又，本案之構造在提： '叫刖未有相同物品見於刊物或公開使用；是以本安 月匕符口新型專利要件，妥依法提出新型專利的申請。 【圖式簡單說明】 第1圖爲本創作之整體組合圖。 ，2圖爲本創作中之導料板的組合示意圖。 f 3圖爲本創作中之落料間隔機構的組合示意圖。 ^ 4圖爲本創作中之推進機構的組合示意圖。 =5圖爲本創作中之退料機構的組合示意圖。 第6圖爲習知構造的立體示意圖。 12 M330179M330179 - an intermittent drop 'and then' in the container 5G falling on the material board〗 After the material table 14, the container 50 is pushed onto the container grip SL by the upsetting on the advancement 艢M spoon 牟15 by the elastic gripper 152 Hold fixed, according to the work of the narration, after a plurality of times, the stacking hole 151 of the falling container holder 15 is completed, and the stacking plate 42 of the fine 40 is lowered to lower the claw Mai:: Live the entire Feng Gu Yi 50 and pull it out to achieve the effect of automatic collection of containers. The shape and configuration of the embodiment disclosed above are one embodiment of the presently-experimental embodiment, and thus the scope of the patent application of the present invention is not limited to the present invention, without departing from the inventive concept. The elements may be replaced by similar or equivalent elements known to those skilled in the art. According to the practice, the creation of the "heater-forming container's collector splitting" automatically collects the effect of the container; in addition, the structure of the case is: "The same item is not found in the publication or public use; An Yueqi Fukou new patent requirements, appropriate application of new patents. [Simple description of the diagram] The first picture is the overall combination of the creation. 2 is a schematic diagram of the combination of the guide plates in the creation. The f 3 diagram is a combination diagram of the blanking interval mechanism in the creation. ^ 4 Figure is a schematic diagram of the combination of the propulsion institutions in the creation. The =5 figure is a combination diagram of the returning mechanism in the creation. Figure 6 is a perspective view of a conventional construction. 12 M330179
【主要元件符號說明】 機台 10 落料間隔機構 20 推進機構 30 退料機構 40 容器 50 導料板 11 導執 12 間隙 13 集料桌 14 容器握持架 15 第一擂料桿 21 第二擋料桿 22 擔料板 23 驅動機構 24 推塊 31 線性驅動機構 32 滑板 41 掣動板 42 執道 43 氣壓缸 44 、45 口緣 51 集料孔 151 彈性握爪 152 凸輪 241 滑座 242 拉力彈簧 243 支桿 244 擺臂 245 拉桿 246 轉軸 247 連桿 321 偏心輪 322 轉軸 323 撥料爪 421 塞桿 441 缺口 153 支桿 2451 熱成型機 61 堆疊收集機構 62 熱成型模 611 取料模 621 凹穴 622 13[Main component symbol description] Machine 10 Blanking interval mechanism 20 Propulsion mechanism 30 Return mechanism 40 Container 50 Guide plate 11 Guide 12 Clearance 13 Aggregate table 14 Container holder 15 First picking rod 21 Second block Rod 22 Feeding plate 23 Drive mechanism 24 Push block 31 Linear drive mechanism 32 Slide plate 41 Tilt plate 42 Erosion 43 Pneumatic cylinder 44, 45 Mouth 51 Collection hole 151 Elastic grip 152 Cam 241 Sliding seat 242 Tension spring 243 Strut 244 swing arm 245 pull rod 246 shaft 247 link 321 eccentric wheel 322 shaft 323 draw claw 421 plug rod 441 notch 153 rod 2451 thermoforming machine 61 stacking mechanism 62 thermoforming mold 611 reclaiming mold 621 pocket 622 13