M279583 八 新型說明： 【新型所屬之技術領域】 本創作係有關於-種杯體旋轉分離 堆疊之杯體包裝物進料， 、且u日一種用於複數杯體 裝置。 及以螺桿旋轉以逐一單獨分離杯體包裝物進料之 【先前技術】 按’收縮膜廣使用於物品外表作為 ，品，如杯體飲料及杯麵等產 “=广別是杯體包 =方便及減小觀體積，_由每====味體補，為了 工方式在輸送帶彻先雜財，必需藉由人 料處理，除了易因人為疏以一式作杯體分離之進 如單-包裝杯體被要求在輸:刀％破損或分離不確實之缺失外， 中’人工分離方式無法精確排㈣配合膠膜套人製程之場合 •後端.杯體包裝膜套入機構設計上之=獨之包裝杯體間之間距相同，造成 濟效益，此乃目前杯體包裝物於分離進料=符產品生產自動化要求之經 【新型内容】 /斗襄長所極待解決之課題。M279583 VIII New type description: [Technical field to which the new type belongs] This creation is about a kind of cup body rotating separation stacking cup packing material feeding, and a kind of device for a plurality of cup bodies. And the rotation of the screw to separate the cup packaging material feed one by one [previous technology] According to the 'shrink film is widely used in the appearance of articles, such as cup drinks and cup noodles, etc. "= 广 别 是 杯 包包 = Convenient and reduce the volume of view, _ by each ==== 味 体 补, in order to make a fortune in the conveyor belt, you must use human processing, in addition to easy to artificially separate the cup body in one way The single-package cup is required to lose: knife% broken or missing inaccurately. In the case of manual separation, it is not possible to accurately arrange the occasion of the process with the plastic film sleeve. • The back end. Cup packaging film sleeve mechanism design The upper = separate packaging cups have the same distance between the cups, resulting in economic benefits. This is the current issue of cup packaging in separate feed == product automation requirements [New content] / Dou Xiangchang's problem to be solved.
緣此，本創作之主要目的即H 包含-機架及旋轉分離機構，該 供—種杯體旋轉分離裝置，其中， 豎立於機架兩側，螺桿間供料二機構具有若干螺桿，該螺桿垂直 各杯體之杯緣對應嵌入，以藉:螺桿之二容，’且每一螺桿之齒之齒隙供 組之各單—杯_轉分離垂直落輪，以使該堆 豐包裝杯 人工作業，可大幅降低產品生產之工日，，使堆疊杯體包裝物之進料不需以 本創作之再—目的，即是在二人力及成本。 杯控調整機_結於旋轉分 _種杯體旋轉分雜置，其中，一 丁'才干，使螺桿間之間距可以調整，以 M279583 供不同口徑之杯體包裝物容置進行分離進料，可適周各種不同口徑之杯體 ’ 包裝物作分離進料使用，可使產品的生產效率進一步提昇。 _ 本創作之又一目的，即是在於提供一種杯體旋轉分離裝置，其中，一 動力傳動機構遵結該旋轉分離機構之螺桿之傳動齒輪，可使該螺桿旋轉之 . 速度及杯體包裝物之單一杯體分離速度精確控制，使該分離後落入輸迻帶 之單一杯體包裝物之間距可相對精確控制，以配合和各種包裝膜套入機構 作進料及膠膜套入製程，且不受限輸送帶之遠度快慢，而仍可精確控制杯 體包裝物膠膜套入物品之位置，可同時確保產品的包裝遠度及包裝品質。 為達上述之目的，本創作之杯體旋轉分離裝置，係包含一機架、旋轉 分離機構、杯徑調整機構及動力傳動機構，其中，該旋轉分離機構包括至 | 少一對螺桿及傳動齒輪，該螺桿垂直豎立於機架兩側，傳動齒輪達結於螺 桿一端，該螺桿間可供上述堆疊包裝杯組容置於其中，各單一杯體杯緣210A 分別嵌入該螺桿各齒之齒隙間，杯徑調整機構漣結旋轉分離機構之螺桿以 調整螺桿間之間距而供不同口徑大小之堆疊包裝杯組納置，該動力傳動機 構連結該旋轉分離機構之螺桿一端之傳動齒輪，以使該螺桿同步傳動旋轉 而使該堆疊包裝杯組亦隨之旋轉，並藉由該螺桿各齒之齒隙將該堆疊包裝 杯組上之各單一杯體自動分離垂直落下，以達到本創作可適用不同口徑杯 體及自動分離杯體包裝物中之單一杯體進料之功效。 【實施方式） • 首先請參閱第一圖、第二圖、第三圖及第四圖所示，本創作之杯體旋 轉分離進料裝置100，係包含·-機架10、旋轉分離機構20、杯徑調整機構 30及動力傳動機構40，其中，該機架10型式不限，在本創作中之實施例 中係以該機架10上端設有一進料斗Π為例，該進料斗1]上供以置放以一 堆疊包裝杯組200,該堆疊包裝杯紐200係由複數包裝杯體2]0逐一垂直套 疊組成。 上述旋轉分離機構20係包括至少一對螺桿21、22及一對傳動齒輪23 及刈，其中，該螺桿2】及22分別垂直豎立於機架之10之兩側，上述之堆 疊包裝杯紐200容置於兩螺桿2】及？，間，且螺桿2]及？2上之每一齒2]] M279583 . 及2.Ρ·1間之間隙2]? Λ z，2供堆疊包 • 緣雇嵌入，該傳動齒㈣心_於螺桿v =包裝杯體加之杯 23及24之型式不限，在本創作中係以金形齒幹w㈣$，該傳動齒輪 上述彻至調整機構3〇，係包括—對固定塊3=及=貫施例。 34、-螺捍35及—對滑塊36、幻，其中，姑固定 ' -、-對清軌33及 川兩側，該該滑執33及34、螺捍％ 及32遵結於機架 螺捍35 一端遵結—轉輪35】，以使帅及塊3]及32間，該 塊36及37分別設有—對貫穿孔加、，螺桿35輯，該滑 滑軌33及34、螺桿35對應穿入 承，62及372，以藉由該 璉結孔祕及功，使該_二心、螺孔地及3/2舆— 距，該滑塊36及37之上端部淑、㈣整兩滑塊36及r/間之間 旋轉分離機構2〇之螺桿2】及乃 』卩^65、375分別連結於該 2】及22間之間距亦同步隨滑塊36及r/ 如/二#圖所示）’以使該螺桿 間可適用於不同口徑之堆—間以_整，使該螺桿2】及α 地動力傳動機構;：;:：杯體容置。 -馬達w、若干齒輪们、時:木俊端，該動力傳動機招Η〇包括 …該馬達Μ結於機㈣之‘，=動輪Μ、似兩傳_6、 齒輪42分別結合於機約 ^ :小】〇之俊端設有-長孔12，該 位置内，且該馬達h轉轴二齒;：=；^5結合於該長孔】2之 時歸皮帶们加以連結，使該齒輪動輪間似Μ間係以該 旋轉’該時歸皮帶43之型式不拘創；^Μ %受馬達W之傳動 歸皮帶為其說明之例。 叫作中係以雙面皆具嚙齒之雙面時 上逑兩傳動軸％及们—妒八 、 袖如及们與傳動輪〜二2應達結於該傳動輪Μ及45，使傳動 塊㈣之達結物及;7==該她 46及47另一端穿過滑 軸仏及r/可隨杯徑調整=二厂'傳動齒輪妨1及47]，使該傳動 間距位移調整時，使該傳‘ 機構功之螺桿Μ及 糾及C沿著長孔12作同步位移。.仆同步被位移調整，且使該傳動輪 M279583 上逑之傳動齒輪仙及州之型式不限， 八蝴之賁施例，該傳動齒輪ή6] &们]與上^本創作中係以傘形齒輪為 」及》’褐之傳動齒輪23及％相互對廣地:、奴轉分離機構2〇之螺桿 旋轉傳動該旋轉分離機構2〇之螺桿力及^^使該傳動偏6及〇同步 作之杯體旋轉分離進料裝置]〇〇在 ㈣A機構30調整該旋轉分離_ 2 ^韻作過射，係藉由該杯 =同口徑大小之堆疊包裝杯組2〇〇之容置及22間之間距，以適合 ，中’ m力傳動機構⑼中之傳動輪 ^杯也調整機構30調整之過 2作同步之向内或向外鄉，而不會影鮮、亦沿著機架jQ後端之長孔 對凝轉分離機構20之螺桿及》曰^_機構⑼中之傳動轴46 :之:專動軸你切分別 ”二動’且藉由該動力傳動機 及”之堆疊包裝〇 = f细綱样2】及2…吝齒=個杯II⑽亦同步作螺凝運 L!mm fiT(^ πu ^2]2 ^222 ^ ，可使該杯㈣°在_^^=: 睛再配合第万岡 __ 實施例，#_中1 為本創作之杯體_分料㈣ ^顯不於機架10之推粗且 』刀4也㈤溆直】00之第二 必進4控制機構50 丨]上乃結合設有—達料控制機樣 制機構50#和Α 限’在第五圖中所妒二々炉"n h 二氣動f進料感測器5]、輪_1。 貞 壤料控 毋山 第三氣動裝置55、®々置W、—弟一氣動裝置53、第 二，該進料感測器5】機，乳動裝置56及-對擋板y/·: ::已被凝轉分離機⑽完今分雜二内之堆叠包裝杯請之杯體圳 2=:】·供猶干巧設於機架】。辑，於 動作耿恶轉由該埃料感測哭 长宜匕東杯紐200,該輸这装置5]之 置，ίίί;氣動裝…第制。 〜乳動裝置53設置於 設於該輸«置以端位 ，、么置公平行之位置，卫該第―氣動 切之設置位置二使第 示531向前或向後移動以改5/1可藉由第—氣動裝置 二芽“：氣動裝置5〇、動作桿^奴位置(如第五圖中箭頭方向所 广二氣動裝置…動 3 形成-擋臂⑽，該擋臂⑷ 不)而達入輸《置Μ末端。 ㈣伸出動作(如第五圖中箭頭方向所 上魂之第三氣動裝置5 尸 ^ 5 55 ^t^j,ai^,l4,r π 榀分別形成一擋臂5幻及56?，、协二及弟四氣動裝置％之動作桿S6】 57及58 ’使該擋板5?及％可^擋及562下方分视結該擋板 紛.與第四氣動裝置56/動裝置55之動作桿⑸末端 待進料區域A](如第五圖 义^末端之擋臂向前伸出共同形成 200待料暫放。 所不），雜可供-倾包裝杯ί 上述第五圖所示之達料 =、第二氣動裝置Μ、第三中之輪科置52 —第—氣動装置 ^經由频感测器5】之控制而動^ - 5、第四氣動Μ 56等元件之動作 揭示之進料控制機構5〇之唯〜，而此種動作控制模式並非為本創作所 業電·腦等等效之控制模式杏亦^糢式，舉凡以可程式控制器(PLC)或工 /物侧。 如弟-圖所示之_斗n内 力式是當频感測器5】感測 機構20完全分離後，該第三氣_ =裝杯組之名杯體2]〇被旋轉分離 之動作桿561貝ij向後縮回，使 h 55之劝作桿55]及第κ氣動襄置％ 方呈開放狀，而令原先位於待二^ f 58亦向後縮退使待進料區域Α]下 落入該機架]0之達料斗η 區域Α】内之堆疊包裝杯紐200向下垂直 向前伸回原先位置， 使擋板氣動f置55及第四氣動f f 56並再 態’使該待進料區域A1 i向前伸出重固如第五圓所示之封閉狀 當該檔板7/及58向_^==。 裝置52則將位於最末端夕— '々、⑶域A]重回封閉狀態時，該輸堤 …么弟―氣動f置54之動作桿⑷向前伸八該輪 M279583 送f置52内，使該動 」 之後方，並再藉由第—^二1/端之擋臂5㈣於上述堆叠包裝杯組200 氣動裝置Μ沿平行於^^1置53⑼作桿531向前伸出動作，使該第二 作桿知末端之擋臂52之乃向刖移，使該第二氣動裝置V!之動 55之擋臂说、第四氣動:：:二堆受包裝杯紐200至該第三氣動裝置 中形成如第五圖所示夕^/、她57及58所形成之待進料區域Α] 襄置樣上杨爾該第-氣動伽及第二氣動 至進料斗：Π之控制動作。 —之各堆豐包裝杯紐2〇〇進料 上述弟一圖〜第玉网# — 之相關请… 个創作杯體旋轉分離_晋… =相關s兄明及0式，係為便於闡明 ^af_ 4中所揭示 較佳實施例之—隅 j 、何内各及技術手段，## 一 部修飾、«，或料树之等效替代凡―切針料創作之 作精神及範私其範_由 直利^、，當不脫離本創作之 I圖式簡單說明） 固米界定之。 ::圖係本創作之第1施例之前視圖; 弟-圖為-局部放太圖，顯示堆疊杯 兩螺捍間之狀態； “知各置於旋轉分離麵之 第三圖為一局部放Λ圖，顯示本創作夕 整機構.結構; 、離機構之螺桿輿杯徑調 第四圖為一後視圖，顯示本創作 之 ，桿間⑼構； 4簡顧_分離麵 第五圖為本創作之第二實施例圖。 元件符號說明） 100杯體旋轉分離進料裝置】〇機如 ::卿f 】2長： “〇旋轉分離機構 2】螺# 211 1% _ 212間隙 10 M279583For this reason, the main purpose of this creation is that H includes a frame and a rotating separation mechanism. The supply and seed cup rotation separation device is erected on both sides of the frame, and the second feeding mechanism between the screws has several screws. The cup edges of the vertical cups are correspondingly inserted to make use of: the second volume of the screw, and the backlash of the teeth of each screw is provided for each single set of the cup—turn the vertical drop wheel to make the pile of packaging cups work manually It can greatly reduce the production day of the product, so that the feeding of the stacked cup package does not need to be re-created for this purpose—that is, in manpower and cost. Cup control and adjustment machine _ knotted in the rotating point _ kinds of cup body rotating and miscellaneous, among them, a small talent, so that the distance between the screws can be adjusted, M279583 for different caliber cup packaging content for separate feeding, It can be used in various cups of different calibers' packaging for separate feeding, which can further improve the production efficiency of the product. _ Another purpose of this creation is to provide a cup rotation separation device, in which a power transmission mechanism complies with the transmission gear of the screw of the rotation separation mechanism, which can rotate the screw. Speed and cup packaging The separation speed of a single cup is precisely controlled, so that the distance between the single cup packagings that fall into the transfer belt after separation can be controlled relatively accurately, in order to cooperate with various packaging film nesting mechanisms for feeding and plastic film nesting processes, And the distance of the conveyor belt is not limited, but the position of the plastic film of the cup packaging material can be accurately controlled, which can ensure the packaging distance and quality of the product at the same time. In order to achieve the above purpose, the cup rotation and separation device of the present invention includes a frame, a rotation and separation mechanism, a cup diameter adjustment mechanism, and a power transmission mechanism. The rotation and separation mechanism includes at least one pair of screws and transmission gears. The screw is erected vertically on both sides of the frame, and the transmission gear is connected to one end of the screw. The screw spaces can be accommodated in the above-mentioned stacked packaging cup groups. Each single cup body cup edge 210A is embedded into the gap between the teeth of the screw. The cup diameter adjustment mechanism ties the screws of the rotation separation mechanism to adjust the distance between the screws to accommodate stacked cups of different calibers. The power transmission mechanism is connected to the transmission gear at one end of the screw of the rotation separation mechanism so that the The screw is synchronously rotated to rotate the stacked packaging cup group, and the single cup on the stacked packaging cup group is automatically separated and dropped vertically by the backlash of the teeth of the screw, so that this creation can be applied to different The effect of single cup feeding in caliber cup and automatic separation cup packaging. [Embodiment] • First, please refer to the first, second, third and fourth figures. The cup rotating and feeding device 100 of this creation includes a frame 10 and a rotating and separating mechanism 20 , Cup diameter adjustment mechanism 30 and power transmission mechanism 40, in which the frame 10 is not limited in type, in the embodiment of this creation, the upper end of the frame 10 is provided with a feeding hopper Π as an example, the feeding hopper 1] A stacking packaging cup set 200 is provided on the top, and the stacking packaging cup button 200 is composed of a plurality of packaging cup bodies 2] 0 one by one vertically stacked. The above-mentioned rotary separation mechanism 20 includes at least a pair of screws 21 and 22 and a pair of transmission gears 23 and 刈, wherein the screws 2] and 22 are respectively vertically erected on both sides of frame 10, and the above-mentioned stacked packaging cup button 200 Receiving in two screws 2] and? , And, and screw 2] and? Each tooth on 2 2]] M279583. And the gap between 2. P · 1 2]? Λ z, 2 for stacking package • Edge hire embedded, the transmission tooth core _ in the screw v = packaging cup plus cup The types of 23 and 24 are not limited. In this creation, gold-shaped tooth stems are used. The transmission gear mentioned above reaches to the adjustment mechanism 30, which includes-the fixed block 3 = and = examples. 34,-screw guard 35 and-on the slider 36, magic, of which, the fixed '-,-on the clear rail 33 and both sides of the river, the slider 33 and 34, screw guard% and 32 are bound to the rack screw Defend one end of the 35—the runner 35] to make the block 3] and 32, the blocks 36 and 37 are provided respectively—the through hole plus, the screw 35 series, the slide rails 33 and 34, the screw 35 corresponds to the penetrating bearing, 62 and 372, so as to make the _ two-heart, screw hole ground and 3/2 distance, and the upper ends of the sliders 36 and 37 are The two screws that rotate the separation mechanism 20 between the two sliders 36 and r / are connected] and 65, 375 are connected to the 2] and 22 respectively. The distance between the two sliders 36 and r / is also synchronized with the slider 36 and r / such as / (Shown in Figure # 2) 'so that the screw can be used for stacks of different calibers-to adjust the screw 2] and the α ground power transmission mechanism; :::: The cup body is accommodated. -Motor w, several gears, hour: Mu Junduan, the power transmission machine includes: The motor M is connected to the machine ', = the moving wheel M, it seems that the two passes_6, and the gear 42 are respectively combined with the machine. ^: Small] The end of 〇 is provided with a -long hole 12 in this position, and the motor h has two teeth on the shaft;: =; ^ 5 combined with the long hole] 2 At the time, the belts are connected to make the Between the gears and the moving wheels, the M type is not limited to the type of the rotating 'time to return belt 43'; the ^ M% transmission belt driven by the motor W is an example. It is called the middle system with two rods on both sides, and the two drive shafts are on the top and the bottom. The drive shafts and the drive wheels are jealous. The two and the drive wheels must be tied to the drive wheels M and 45 to make the drive block. ㈣ 之 达 物 和; 7 == The other end of the 46 and 47 passes through the sliding shaft 仏 and r / can be adjusted with the cup diameter = Second factory 'transmission gears 1 and 47], when the transmission distance is adjusted, The screw M and the correction C of the transmission mechanism are moved synchronously along the long hole 12. The servo synchronization is adjusted by displacement, and the transmission gear of the transmission wheel M279583 is not limited to the type of the transmission gear and the state. The example of the eight butterfly, the transmission gear is 6] & The bevel gear is "" and "'brown transmission gear 23 and% are wide to each other: the screw rotation transmission of the slave separation mechanism 20 and the screw force of the rotation separation mechanism 20 and ^^ make the transmission 6 and 0. Simultaneous cup rotation and feeding device] 〇〇 Adjust the rotation and separation in the ㈣A mechanism 30 _ 2 ^ rhyme overshooting, by the cup = the same caliber size of the packaging packaging cup set 200 and The distance between 22 to fit, the 'm' force transmission mechanism, the transmission wheel in the cup ^ cup also adjusted by the mechanism 30 after 2 for synchronous inward or outward, without shadow, also along the rack The long hole at the rear end of the jQ is the screw of the condensing and separating mechanism 20 and the transmission shaft 46 in the ^ _mechanism: the: special-purpose shaft you cut "two moves" and by the power transmission and "stack Packaging 〇 = f outline 2] and 2 ... 吝 teeth = cup II ⑽ also synchronize the screw L! Mm fiT (^ πu ^ 2] 2 ^ 222 ^, which can make the cup ㈣ ° 在 _ ^^ =: Eyes are combined with the first Wangang __ embodiment, #_ 中 1 is the cup of this creation _ material division ^ It is not as thick as the rack 10 and 『knives 4 are straight 】 00 of the second must enter 4 control mechanism 50 丨] is combined with-the material control machine prototype mechanism 50 # and Α limit 'in the fifth picture jealous second furnace " nh two pneumatic f feeding Sensor 5], wheel _1. The third pneumatic device 55, ® set W, the first pneumatic device 53, the second, the feed sensor 5] machine, milk movement device 56 and-on the baffle y / :: :: has been stacked by the condensing and separating machine to complete the stacking packaging cups in the second two, please the cup body Zhen 2 =: [] for Jugan smartly set on the rack]. When the action is horrible, the celebrity material will be used to sense the crying and long dagger Dongbei New 200, which is the device of 5], ί ί; pneumatic equipment ... First system. ~ Milk movement device 53 is set on the input « Set the end position, set the fair position, defend the first-the position of the aerodynamic cutting second to make the 531 move forward or backward to change 5/1 can be through the second-pneumatic device second bud ": pneumatic device 50.The position of the action lever (as indicated by the arrow in the fifth figure). Pneumatic device ... Move 3 to form-the blocking arm ⑽, the blocking arm ⑷ does not reach the end of the loser. ㈣ extension action (such as the third pneumatic device on the soul in the direction of the arrow in the fifth figure 5 corpse ^ 5 55 ^ t ^ j, ai ^, l4, r π 形成 form a blocking arm 5 phantom and 56 ?, the second and the fourth four pneumatic device% of the action lever S6] 57 and 58 'Make the baffle 5? And % Can be blocked and the bottom of the 562 can be divided into different ends of the baffle. With the fourth pneumatic device 56 / moving device 55, the end of the lever to be fed A) (as shown in the fifth figure) the blocking arm at the end extends forward A total of 200 waiting to be released. No), miscellaneous supplies-tilting packaging cup ί the material shown in the fifth figure above =, the second pneumatic device M, the third wheel set 52-the first-pneumatic device ^ via frequency sensor 5] The control of the movement ^-5, the fourth pneumatic M 56 and other components reveal the feed control mechanism 5 only ~, and this type of motion control mode is not the equivalent of the electrical industry, brain and other control modes Xing also ^ mode, for example, programmable logic controller (PLC) or industrial / physical side. As shown in the figure, the _bucket n internal force type is when the frequency sensor 5] after the sensing mechanism 20 is completely separated, the third gas _ = the cup body 2 of the cup assembly] is rotated and separated. 561 Beij retracted backwards, making the 55th and 55th percentiles of the 55th and 55th kinematic rods open, and the formerly located at the waiting place ^ f 58 also retracted backward to make the area to be fed A] fall into the Rack] 0 of the hopper η area A] The stacking packaging cup button 200 in the vertical direction extends downwards and forwards to the original position, so that the baffle pneumatic f is set to 55 and the fourth pneumatic ff 56 is set, and then the material is ready to be fed. The area A1 i protrudes forward and solidifies the closed shape as shown in the fifth circle when the baffle plates 7 / and 58 move toward _ ^ ==. Device 52 will be located at the very end of the night-'々, ⑶ domain A] back to the closed state, the embankment ... Mody-the action lever 气动 of the pneumatic f set 54 extends forward to the round M279583 to send f set 52, Make the move ", and then use the second- and fifth-end blocking arms 5㈣ to move the above-mentioned stacked packaging cup set 200. The pneumatic device M extends forward along the ^^ 1 set 53⑼ operating rod 531, so that The second arm is moved toward the end of the blocking arm 52, so that the second pneumatic device V! Movement 55 of the blocking arm is said, the fourth pneumatic ::: two piles of receiving cups and buttons 200 to the third In the pneumatic device, the area to be fed is formed as shown in the fifth figure ^ /, she 57 and 58]] Set up Yang Er The first-pneumatic and second pneumatic to the hopper: Π control action . —All piles of Fengfeng packaging cups 2000. Feed the above brother one picture ~ 第 玉 网 # —Related ... Please create a cup to rotate and separate _Jin ... = Related s brother Ming and type 0, for the sake of clarification ^ The preferred embodiment disclosed in af_ 4-隅 j, He Neige, and technical means, ## a modification, «, or the equivalent replacement of the material tree-the spirit of the cutting needle material creation and its mode _Simple explanation by Zhili ^, without departing from the I scheme of this creation) Gumi defines it. :: Picture is a front view of the first embodiment of this creation; brother-picture is-partially placed too much, showing the state between the two screws of the stacked cup; "the third picture that each is placed on the rotating separation surface is a partial Λ diagram, showing the structure of the creation of this creation. The fourth diagram of the screw and cup diameter adjustment from the institution is a rear view, which shows the structure of this creation, between the rods; 4 The illustration of the second embodiment of the creation. Explanation of the component symbols) 100 cup body rotary separation feeding device] 〇 Machine such as: Qing f】 2 length: "〇 Rotation separation mechanism 2] Screw # 211 1% _ 212 gap 10 M279583
22螺桿 2?.?.齒隙 %傳動齒輪 31固定塊 33 滑軌 35螺桿 36滑塊 362螺孔 364上端部 37滑塊 372螺孔 374上端部 40動力傳動機構 41]轉軸 43時歸皮帶 45傳動輪 461傳動齒輪 ‘471傳動齒輪 51進料感測器 53第一氣動裝置 54第二氣動裝置 50擋臂 551動作桿 56第四氣動裝置 562擋臂 58擋板 210杯體 300輸送帶 2刀齒 23傳動齒輪 30杯徑調整機構 32固定塊 34 滑軌 35] 轉輪 36] 貫穿孔 363達結孔 365下端部 371貫穿孔 373達結孔 375下端部 馬達 42齒輪 Μ 傳動輪 4 6傳動軸 47傳動軸 50進料控制機構 52輸送裝置 531動作桿 541動作桿 55第三氣動裝置 552擋臂 56]動作桿 57擋板 200堆疊包裝杯組 210Α杯緣 A1 待進料區域22 Screw 2?.?. Backlash% Transmission Gear 31 Fixing Block 33 Slide Rail 35 Screw 36 Slider 362 Screw Hole 364 Upper End 37 Slider 372 Screw Hole 374 Upper End 40 Power Transmission Mechanism 41] Rotary Shaft 43 Time Belt 45 Transmission wheel 461 Transmission gear '471 Transmission gear 51 Feed sensor 53 First pneumatic device 54 Second pneumatic device 50 Block arm 551 Action lever 56 Fourth pneumatic device 562 Block arm 58 Baffle 210 Cup body 300 Conveyor belt 2 knives Tooth 23 drive gear 30 cup diameter adjustment mechanism 32 fixing block 34 slide rail 35] runner 36] through hole 363 to knot hole 365 lower end portion 371 through hole 373 to knot hole 375 lower end motor 42 gear M drive wheel 4 6 drive shaft 47 Transmission shaft 50 Feeding control mechanism 52 Conveying device 531 Actuating lever 541 Actuating lever 55 Third pneumatic device 552 Blocking arm 56] Actuating lever 57 Baffle 200 Stacked packing cup group 210A Cup edge A1 Area to be fed