M438934 五、新型說明： 【新型所屬之技術領域】 [0001] [0002] 本創作係有關於一種管件送料機，尤指一種可達輸 送順暢不卡料的管件送料機，藉由二段式的輸送機制之 設置，讓已盛裝物料的管件能經整料後再輸送，達到首 揭功效為創新應用者。 【先前技術】 按’電子元件日趨輕巧精密，於歷經製作、檢測等 製程後’均須經由包裝作業將單—或多個電子元件包裝 起來。而就電子1C的包裝，傳統為洲帶祕件來進行 單顆狀態的封包，而現今因使用量的擴增，同時為減少 包裝材積’明用管件來對應一次封包數顆，以達便利 的功效。 [0003] 。般的管件（長條物件）送料機如公告第Μ〗〇 〇 1 ^ "種長條物件送料機之管料自動排序控制調整構 &長條物件送料機係包含-第-料架、-第二料架 、一導料裝置及-控制器，該第一料架一端預定位置係 =：：送料皮帶之固定端，該送料皮帶另端則捲收於該 一料架3側所連接之該第二料架之捲收輪上，該第 ;鱼架相對—料架端則連接該導料裝置，該控制器 連接該長條物件送料機㈣體《作使用。 [0004] 媳，^另―公告第Μ 3 2 1 3 3 7號-種長條物件送料 、係於機台内兩側端分別固設有連動帶’且兩連動 成-可承置長條物件的容設空間，另連動帶一端經 导輪而受動力源帶 10121069产單編號Α0101 於導輪處對應設有承接送料導桿 第3頁/共19頁 1012034351-0 [0005]M438934 ，於導輪對應送料導桿之上方設有一可調整位移的限位 桿，且讓該限位桿與導輪形成長條物件的出料口者。 然而，因上述諸等結構設置，主要係針對空心管物 件如金屬材圓管等的運送，因其圓管間相對的圓周較不 易有相互卡合而無法送料的缺失，若所使用之管物件内 部需盛入包裝其他物料如包裝IC之管件，及管件因包 裝功能而非圓形管時，其上述之送料機均會有管件相互 卡合而無法輸出送料，及内部包裝物散出的缺點，以致 在使用上不盡理想。 [0006] 緣是，創作人有鑑於此，秉持多年該相關行業之豐 富設計開發及實際製作經驗，針對現有之結構及缺失予 以研究改良，提供一種管件送料機，以期達到更佳實用 價值性之目的者。 【新型内容】 [0007] 本創作之主要目的係在於提供一種可達輸送順暢不 卡料的管件送料機，藉由二段式的輸送機制之設置，讓 已盛裝物料的管件能經整料後再輸送，達到首揭功效為 目的。 [0008] 本創作管件送料機的目的與功效係由以下之技術所 實現： 其主要係設有一呈高低傾斜狀而設的機台，於機台 上架構有可容置輸送管件的空間，且該管件内已對應盛 裝物料，而在此機台空間内設有分別獨立運轉的第一、 第二輸送部，該第一輸送部之適當處設有一擋料板，以 讓大量管件承載在第一輸送部時，可經擋料板而單支管 10121069^^^^ A0101 第4頁/共19頁 1012034351-0 M438934 件輸送至第二輸送部，再經第二輸送部間隔輪送每一管 件者，藉此，讓該管件輸送過程不會有卡料，達到輸送 順暢的功效者。 [0009] 如上所述管件送料機之第一輸送部内的大量管件於 擋料板處卡料（或定時）時，其第一輸送部具有正、逆 轉動來整合解除卡料現象的機制。 [0010] 如上所述管件送料機之第二輸送部的轉速快於第一 輸送部，以不同轉速的設定讓第二輸送部可間隔輸送每 一管件者。 [0011] 如上所述管件送料機之第一輸送部末端的兩側分別 設有可伸縮於機台上的擋柱，且擋柱前方設有第一感測 器；藉以擋柱來承接經擋料板處所輸送的管件，讓管件 兩端被定位整直，而其第一感測器為感應管件兩端是否 位均已受擋柱限位而控制擋柱伸縮作動，而經定位整直 之管件可經内縮之擋柱而輸送至第二輸送部者。 [0012] 如上所述管件送料機之第二輸送部内設有第二感測 器，藉以第二感測器來感測通過與位於第二輸送部内管 件數量，以能控制第一輸送部送料與否。 【實施方式】 [0013] 為令本創作所運用之技術内容、創作目的及其達成 之功效有更完整且清楚的揭露，茲於下詳細說明之，並 請一併參閱所揭之圖式及圖號： 首先，請參閱第一圖所示，為本創作之整體結構外 觀示意圖，其主要為對應輸送内部盛裝有物料之管件（ 10121069^^ A0101 第5頁/共19頁 1012034351-0 A)的送料機，其包含有： 機〇 (1)，為一呈高低傾斜而設的機台（1) 1 )上架構有可容置輸送管件（A)的空間 * -第-輪送部（2),其係對應設置於機台（1) 。（1 1)的刚段位置，且第一輸送部（2)内設有 一撞料板（21)定位於機台⑴上，該檔料板（2 1 )與機台（i )檯面間形成有可供單一管件（A)通 過的槽口（ 2 2) ’ ^可依管件（A)厚度而調整擔料 板（21)位置’以讓槽口（22)可供管件（Α)通 °再於第輸送部（2)末端的兩側分別設有可伸縮 ;機°(1)楂面上的擋枉（23)，該擋柱（23) 用來承接輯料板（21)槽口（2 2)處所輸送的管 件（Α)，以管件（Α)兩端被定位整直，且撞柱 3) 前方設有第-感測器（24)，該第—感測器（2 4) 為感應管件（Α)兩端是否位已到位而受擋柱（2 3)定位整直’及控制擋柱（2 3)伸縮作動； 一第二輸送部（3)，其係對應設置於機台（i) 空間（1 1)内且銜接於第—輸送部（2 )後方，且該 第二輸送部（3)與第—輸送部（2 )分別為獨立運轉 的機構’該第二輸送部（3)_應承接第__輸送部（ 2)所輸送㈣件（A)，且讓管件（a)呈間隔排列 輸送至下一機構者。 ------,、u y 叹，弟 10121069^MSt ，於機台 (1 二感測器（31)，而該第二麵器（3i)為用來感 測通過第二輸送部（3)的管件（A)，當第二輸送部 A0101 第6頁/共19頁 1012034351-0 (3)内管件（a)赵®夕《s· 數I多寡，而能控制第一輸送 2)送料與否。 k 於實施使用時，請參閱第一〜八圖所示，本創作之 管件⑷可為gj管狀或非圓管狀，其圖式中所表示為 其-狀B而以’而於管件（A)—端設有塞件封閉而 内部盛裝有物料，而該機台U )為-端高、 高低傾斜狀的機台（1)，再讓大量管件（A)容置於 機台（1 )之第-輸送部（2)的空間（丄！）内，以 藉由高低傾斜狀機台（1)，而讓内部盛裝物料的管件 (A) 微直立狀的方式輸送以防止物料掉落；而其 第輸送( 2 )與第二輪送部（3 )分別為獨立運轉 的機構’因此，可將其轉速設定為不同，以讓第二輸送 部（3)的轉速快於第_輸送部（2)，當大量管件（ Α)經由第一輪送部（2)運轉，而帶動管件（Α)由 擋料板（21)下的槽口（22)處輸出，而因其槽口 (2 2)大小為對應管件（Α)厚度而設，因此每次都 由槽口（2 2)連續輸出單一管件（a),而因管件（ Α)為各種型態，以置會有數管件（Α)相互卡掣而無 法由槽口（2 2)被輸出，產生卡料的現象，此時，該 第一輸送部（2)之動力輸出呈正、逆轉向數次，以讓 卡料之管件（A)疏鬆，達到整料功能，當管件（Α) 不卡料後，再經第一輸送部（2)正向帶動而讓管件（ A)持續由槽口（2 2)輸出，另，該第一輸送部（2 )整料動作除在卡料時會起動之外，其可設定固定或於 不定時間來啟動整料，使其不會有卡料現象。 當管件（A)通過槽口（2 2)之後，其係藉以第 10121069#單編號* A0101 第7頁/共19頁 1012034351-0 料於934 輪送部（2)末端之擋柱（2 3)止擋，同時，讓擋 j(23)前方所設之兩第一感測器（24)分別感應 s件（A)兩端是否位已到位而受擋柱（2 3 )定位整 直，當兩第-感測器（2 4)均感應到之後，再控制擋 柱（23)由機台（1)檯面上内縮，使管件（幻由 第二輸送部（3)承接輸送，而因其第一輸送部（2) 與第二輸送部（3)分別為獨立運轉的機構，讓第二輸 送部（3)的轉速快於第—輸送部（2)〔當然亦可同 轉速〕，當第二輸送部（3)承接管件（A)時，即可 讓管件（A)與管件（A)間隔輸送至下一機構，而其 _ 下-機構為將管件（A)由機台（1)空間（1工）内 盛出的盛接機構（4)〔已另案中請故不再加以賛述〕 ，以利用此機構，將位於第二輸送部（3)的管件（A )以盛盤（41)導出者》 另外’機台（1 )上的第二輸送部（3)内設有第 二感測器（3 1 )，其係以第二感測器（3 χ )來感測 通過第二輸送部（3)的管件’當管件（Α)量過多而 遮蔽第二感測器（3 1)時，其係能控制第一輸送部（ φ 2)停止送料動作，使其第—輸送部（2)與第二輸送 部（3)可相互協調送料的狀態，以達到輸送順暢的功 效 前述之實施例或圖式並非限定本創作之結構樣態， 任何所属技術領域中具有通常知識者之適當變化或修飾 ’皆應視為不脫離本創作之專利範嘴。 由上所述，本創作之結構組成與實施說明，可知本 創作管件送料機’具有下列之優點： lomo69#·單編號Αοιοι 第8頁/共η頁 1012034351-0 M'438934 1. 本創作管件送料機，藉以呈高低傾斜狀的機台之設置 ，讓内部盛裝物料的管件呈微直立狀的方式輸送，達到 防止物料掉落的功效者。 2. 本創作管件送料機，藉以於機台空間内設置分別獨立 運轉的第一、第二輸送部，以能讓第一輸送部呈連續式 單支管件輸送，配合第二輸送部之間隔管件來輸送，達 到相互配合的輸送順暢功效。 3. 本創作管件送料機，同上述，即便第一輸送部卡料時 ，其該第二輸送部同樣持續輸送動作，並不會影響作動 者。 4. 本創作管件送料機，藉以第一輸送部末端所設之擋柱 與第一感測器的設置，讓管件被定位整直，達到輸送過 程不歪斜的功效者。 5. 本創作管件送料機，藉以於機台上的第二輸送部内設 有第二感測器，其係以第二感測器來感測通過第二輸送 部的管件，當管件量過多而遮蔽第二感測器時，其係能 控制第一輸送部停止送料動作，使其第一輸送部與第二 輸送部可相互協調送料的狀態，以達到輸送順暢的功效 综上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見於同類產品中 ，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並 賜准專利，則實感德便。 ， 【圖式簡單說明】 1012034351-0 [0014] 第一圖：本創作之立體外觀示意圖 10121069#單編號A〇101 第9頁/共19頁 M438934 [0015] 第二圖：本創作之俯視示意圖 [0016] 第三圖：本創作之第一輸送部俯視示意圖 [0017] 第四圖：本創作之第一輸送部剖視示意圖 [0018] 第五圖：本創作之第一輸送部作動示意圖 [0019] 第六圖：本創作擋柱處之剖視示意圖 [0020] 第七圖：本創作之擋柱動作示意圖 [0021] 第八圖：本創作第一輸送部與盛接機構示意圖M438934 V. New Description: [New Technology Field] [0001] [0002] This creation is about a pipe feeder, especially a pipe feeder that can transport smoothly without jamming, with two-stage The setting of the conveying mechanism allows the pipe fittings that have been filled with materials to be conveyed after being finished with the whole material, so as to achieve the first application effect as an innovative application. [Prior Art] According to the 'lightweight and precise electronic components, after manufacturing, testing, etc., it is necessary to package single- or multiple electronic components through packaging operations. As for the packaging of the electronic 1C, the traditional method is to carry out the sealing of the single state in the case of the continent, and nowadays, due to the expansion of the usage amount, at the same time, in order to reduce the packaging material, the number of the fittings is corresponding to one packet, so as to facilitate the packaging. efficacy. [0003]. General pipe fittings (long articles) feeders such as the announcement of the first Μ 〇〇 1 ^ " long strip object feeder pipe material automatic sorting control adjustment structure & long article feeder machine system contains - the first - material rack, a second material rack, a guiding device and a controller, wherein the first material frame has a predetermined position at one end =:: a fixed end of the feeding belt, and the other end of the feeding belt is retracted on the side of the one rack 3 The second fishing rack of the second rack is connected to the guiding device at the opposite end of the fish frame, and the controller is connected to the long object feeding machine (four) body for use. [0004] 媳, ^ another ― Announcement Μ 3 2 1 3 3 No. 7 - Feeding of long strips of objects, tied to the two sides of the machine, respectively, with a linkage belt 'and two linkages - can hold long strips The space for the object is accommodated, and the other end of the moving belt passes through the guide wheel and is powered by the power source belt 10121069. The number is Α0101. At the guide wheel, there is a corresponding guide rod guide page 3/19 pages 1012034351-0 [0005]M438934, The guide wheel is provided with an adjustable displacement limit rod above the feed guide rod, and the limit rod and the guide wheel form a discharge port of the long object. However, due to the above-mentioned various structural arrangements, mainly for the transportation of hollow pipe objects such as metal pipe, etc., because the opposite circumferences of the round pipes are less likely to be engaged with each other and cannot be fed, if the pipe object used Internally, it needs to be filled into other materials such as packaging ICs, and when the fittings are not packaged in a circular tube, the above-mentioned feeders will have the fittings that are engaged with each other and cannot be fed, and the internal packaging is dissipated. So that it is not ideal in use. [0006] The reason is that the creators, in view of this, uphold the rich experience in design and development and actual production of the relevant industries for many years, research and improve the existing structure and lack, and provide a pipe feeder to achieve better practical value. Target person. [New Content] [0007] The main purpose of this creation is to provide a pipe feeder that can transport smooth and unloaded materials. With the two-stage conveying mechanism, the pipe fittings that have been filled can be finished. Re-delivery, to achieve the purpose of the first release. [0008] The purpose and function of the pipe feeder of the present invention are achieved by the following technologies: The machine is mainly provided with a machine platform with a high and low inclination, and a space for accommodating the conveying pipe is arranged on the machine platform, and The pipe fittings have corresponding materials, and the first and second conveying portions are respectively operated independently in the machine space, and a baffle plate is disposed at a suitable portion of the first conveying portion to allow a plurality of pipe members to be carried in the first In the case of a conveying part, a single branch pipe 10121069^^^^ A0101 page 4/19 pages 1012034351-0 M438934 pieces can be conveyed to the second conveying section via the baffle plate, and each pipe piece is rotated by the second conveying section. Therefore, the pipe conveying process does not have a jam, and the effect of smooth delivery is achieved. [0009] When a large number of tubes in the first conveying portion of the pipe feeder are jammed (or timed) at the baffle plate as described above, the first conveying portion has a mechanism of positive and negative rotation to integrate the phenomenon of releasing the jam. [0010] As described above, the second conveying portion of the pipe feeder rotates at a faster speed than the first conveying portion, and the second conveying portion can be configured to convey each pipe member at intervals with different rotation speeds. [0011] As described above, the two ends of the first conveying portion of the pipe feeder are respectively provided with a blocking column that is extendable on the machine table, and a first sensor is disposed in front of the blocking column; The pipe fittings are conveyed at the material plate, so that the two ends of the pipe fittings are positioned and straightened, and the first sensor is a pipe fitting that is positioned and straightened by the position of the two ends of the sensing pipe member. It can be transported to the second conveyor by the retracted stop. [0012] The second sensor is disposed in the second conveying portion of the pipe feeder as described above, and the second sensor senses the number of pipes passing through the second conveying portion to control the feeding of the first conveying portion. no. [Embodiment] [0013] For a more complete and clear disclosure of the technical content, the purpose of creation and the effect achieved by the present application, please refer to the detailed description below, and please refer to the illustrated figure and Drawing No.: First, please refer to the first figure, which is a schematic diagram of the overall structure of the creation. It is mainly for the pipe fittings containing the materials inside (10121069^^ A0101 Page 5 / 19 pages 1012034351-0 A) The feeder comprises: a casing (1), which is a machine (1) 1 which is inclined with respect to height and inclination; 1) is provided with a space for accommodating the conveying pipe member (A)* - a first-wheeling portion ( 2), the corresponding setting is set on the machine (1). The position of the rigid section of (1 1), and a bumper plate (21) is disposed on the machine table (1) in the first conveying portion (2), and the baffle plate (2 1 ) and the table (i) table surface are formed. There is a notch (2 2) for the passage of a single pipe (A) ' ^ The position of the load plate (21) can be adjusted according to the thickness of the pipe (A) to allow the notch (22) to pass through the pipe (Α) Further, on both sides of the end of the conveying portion (2), a shackle (23) on the surface of the machine (1) is arranged, and the rib (23) is used to receive the notch of the particle board (21). (2 2) The pipe fittings (Α) conveyed by the space are positioned and straightened at both ends of the pipe fittings (Α), and the first sensor (24) is provided in front of the striking column 3), and the first sensor (2 4) In order to sense whether the two ends of the tube (Α) are in place, the block (2 3) is positioned straight and the control block (23) is telescopically actuated; a second conveying unit (3) is correspondingly arranged The machine (i) space (1 1) is connected to the rear of the first conveying portion (2), and the second conveying portion (3) and the first conveying portion (2) are independent operating mechanisms respectively. The conveying part (3)_ shall take the (four) piece (A) conveyed by the __ conveying part (2), and Tube (a) are arranged in a spaced mechanism are conveyed to the next. ------, uy sigh, brother 10121069^MSt, on the machine (1 two sensors (31), and the second side (3i) is used to sense through the second conveyor (3 Pipe fittings (A), when the second conveying part A0101 page 6 / 19 pages 1012034351-0 (3) inner pipe fittings (a) Zhao / 夕 "s · number I, and can control the first conveyor 2) feeding Whether or not. k For implementation, please refer to the first to eighth figures. The pipe (4) of this creation can be gj tubular or non-circular, and its figure is represented as -B and in the pipe (A) - The end is provided with a plug which is closed and contains the material inside, and the machine U) is a machine (1) with a high end, a high and a low inclination, and a large number of tubes (A) are placed on the machine (1). In the space (丄!) of the first conveying portion (2), the inner tube (A) containing the material is conveyed in a slightly vertical manner by the inclined machine (1) to prevent the material from falling; The first conveying (2) and the second conveying portion (3) are independent operating mechanisms respectively. Therefore, the rotation speed can be set to be different so that the rotation speed of the second conveying portion (3) is faster than the first conveying portion ( 2), when a large number of pipe fittings (Α) are operated via the first conveying portion (2), the driving pipe fittings (Α) are outputted from the notches (22) under the baffle plate (21), and because of the notches thereof (2) 2) The size is set to correspond to the thickness of the pipe (Α), so each time a single pipe (a) is continuously output from the notch (2 2), and since the pipe (Α) is of various types, there are several pipe fittings ( Α) It is stuck with each other and cannot be output by the notch (2 2), resulting in a jam. At this time, the power output of the first conveying unit (2) is turned positively and reversely several times to allow the tube to be jammed. (A) Loose, reaching the monolithic function. When the pipe fitting (Α) is not jammed, the pipe (A) is continuously driven by the notch (2 2) through the first conveying section (2), and The first conveying unit (2) can be set to be fixed or in an indefinite period of time to start the monolith, so that there is no jamming phenomenon. When the pipe (A) passes through the notch (2 2), it is passed through the 10121069# single number * A0101 page 7 / 19 pages 1012034351-0. The block is at the end of the 934 wheel (2) (2 3 At the same time, the two first sensors (24) provided in front of the block j (23) respectively sense whether the two ends of the s (A) are in place and are positioned and straightened by the blocking column (2 3 ). After the two first-sensors (24) are sensed, the control block (23) is retracted from the table (1), so that the pipe is conveyed by the second conveying unit (3). Since the first conveying unit (2) and the second conveying unit (3) are independent operating mechanisms, the rotation speed of the second conveying unit (3) is faster than that of the first conveying unit (2) (of course, the same speed) When the second conveying portion (3) receives the pipe member (A), the pipe member (A) and the pipe member (A) are intermittently conveyed to the next mechanism, and the lower-mechanism means that the pipe member (A) is passed from the machine table. (1) The splicing mechanism (4) contained in the space (1 work) (which has been omitted from the case), to use this mechanism, the pipe fitting (A) located in the second conveying section (3) Export to Shengpan (41)" A second sensor (3 1 ) is disposed in the second conveying portion ( 3 ) on the table ( 1 ), and the second sensor ( 3 χ ) is used to sense the passing of the second conveying portion ( 3 ) When the tube member 'too much of the tube member (the 感) shields the second sensor (3 1), it can control the first conveying portion (φ 2) to stop the feeding operation, so that the first conveying portion (2) and the second portion The conveying portion (3) can coordinate the state of feeding to achieve a smooth conveying effect. The foregoing embodiments or drawings do not limit the structural form of the present creation, and any appropriate changes or modifications of those skilled in the art can be appropriately changed. It should be regarded as not leaving the patent model of this creation. From the above, the structure and implementation of this creation, we can see that the creation of the pipe feeder has the following advantages: lomo69#·单号Αοιοι Page 8 of η Page 1012034351-0 M'438934 1. The pipe fitting feeder of this creation is arranged by the machine with high and low inclination, so that the pipe fittings containing materials can be conveyed in a slightly vertical manner to prevent the material from falling. The creative pipe feeder is used in the machine space The first and second conveying portions are respectively operated independently, so that the first conveying portion can be conveyed as a continuous single-piece pipe member, and the second conveying portion can be conveyed with the spacing pipe member to achieve a smooth conveying effect. The pipe fitting feeder is created, as described above, even if the first conveying portion is jammed, the second conveying portion continues to convey the movement, and does not affect the operator. 4. The pipe fitting feeder of the present invention is provided by the end of the first conveying portion The arrangement of the baffle column and the first sensor allows the pipe to be positioned and straightened to achieve the effect of not being skewed during the conveying process. 5. The pipe fitting feeder of the present invention is provided with a second conveying unit on the machine table. a second sensor that senses a tube passing through the second conveying portion with a second sensor, and when the amount of the tube is excessive to shield the second sensor, the system can control the first conveying portion to stop the feeding operation, so that The first conveying portion and the second conveying portion can mutually coordinate the state of feeding, so as to achieve the smooth conveying effect. In summary, the present embodiment can achieve the intended use efficiency, and the specific structure disclosed therein. Not only have not seen in similar products, also has not been disclosed prior to the application, Cheng has been in full compliance with the requirements of the Patent Law, the Yuan filed new patent law, solicit the favor of the review, and given the patent-pending, then the real sense of ethics. [Simple description of the schema] 1012034351-0 [0014] The first picture: the stereoscopic appearance of the creation 10121069# single number A〇101 page 9 / 19 pages M438934 [0015] The second picture: a schematic view of the creation [0016] The third figure: a schematic view of the first conveying portion of the present invention [0017] The fourth drawing: a schematic cross-sectional view of the first conveying portion of the creation [0018] The fifth drawing: a schematic diagram of the operation of the first conveying portion of the creation [ 0019] Figure 6: Schematic diagram of the section of the creative block [0020] Figure 7: Schematic diagram of the action of the block of the creation [0021] Figure 8: Schematic diagram of the first conveying part and the receiving mechanism of the creation
【主要元件符號說明】 [0022] 〈本創作〉 [0023] (1 ) 機台 ( 11) [0024] (2 ) 第一輸送部 ( 2 1) [0025] (22) 槽口 ( 2 3) [0026] (24) 第一感測器 ( 3 ) [0027] (31) 第二感測器 ( 4 ) [0028] (41) 盛盤 (A) 空間 擋料板 擋柱[Description of Main Component Symbols] [0022] <Creation> [0023] (1) Machine (11) [0024] (2) First conveying unit (2 1) [0025] (22) Notch (2 3) (24) First sensor (3) [3127] (31) Second sensor (4) [0028] (41) Pan (A) Space bar stop
第二輸送部 盛接機構 管件 10121069#單编號 A〇101 第10頁/共19頁 1012034351-0Second conveying section Suspension mechanism Pipe fittings 10121069#单号 A〇101 Page 10 of 19 1012034351-0