TW201812973A - Device handler, and carrier tape winding device therefor - Google Patents
Device handler, and carrier tape winding device therefor Download PDFInfo
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- TW201812973A TW201812973A TW106129033A TW106129033A TW201812973A TW 201812973 A TW201812973 A TW 201812973A TW 106129033 A TW106129033 A TW 106129033A TW 106129033 A TW106129033 A TW 106129033A TW 201812973 A TW201812973 A TW 201812973A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/28—Testing of electronic circuits, e.g. by signal tracer
- G01R31/2851—Testing of integrated circuits [IC]
- G01R31/2893—Handling, conveying or loading, e.g. belts, boats, vacuum fingers
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
- H01L21/00—Processes or apparatus adapted for the manufacture or treatment of semiconductor or solid state devices or of parts thereof
- H01L21/67—Apparatus specially adapted for handling semiconductor or electric solid state devices during manufacture or treatment thereof; Apparatus specially adapted for handling wafers during manufacture or treatment of semiconductor or electric solid state devices or components ; Apparatus not specifically provided for elsewhere
- H01L21/67005—Apparatus not specifically provided for elsewhere
- H01L21/67011—Apparatus for manufacture or treatment
- H01L21/67132—Apparatus for placing on an insulating substrate, e.g. tape
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
- H01L21/00—Processes or apparatus adapted for the manufacture or treatment of semiconductor or solid state devices or of parts thereof
- H01L21/67—Apparatus specially adapted for handling semiconductor or electric solid state devices during manufacture or treatment thereof; Apparatus specially adapted for handling wafers during manufacture or treatment of semiconductor or electric solid state devices or components ; Apparatus not specifically provided for elsewhere
- H01L21/677—Apparatus specially adapted for handling semiconductor or electric solid state devices during manufacture or treatment thereof; Apparatus specially adapted for handling wafers during manufacture or treatment of semiconductor or electric solid state devices or components ; Apparatus not specifically provided for elsewhere for conveying, e.g. between different workstations
- H01L21/67703—Apparatus specially adapted for handling semiconductor or electric solid state devices during manufacture or treatment thereof; Apparatus specially adapted for handling wafers during manufacture or treatment of semiconductor or electric solid state devices or components ; Apparatus not specifically provided for elsewhere for conveying, e.g. between different workstations between different workstations
- H01L21/67721—Apparatus specially adapted for handling semiconductor or electric solid state devices during manufacture or treatment thereof; Apparatus specially adapted for handling wafers during manufacture or treatment of semiconductor or electric solid state devices or components ; Apparatus not specifically provided for elsewhere for conveying, e.g. between different workstations between different workstations the substrates to be conveyed not being semiconductor wafers or large planar substrates, e.g. chips, lead frames
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- Computer Hardware Design (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Condensed Matter Physics & Semiconductors (AREA)
- Manufacturing & Machinery (AREA)
- Power Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Supply And Installment Of Electrical Components (AREA)
- Replacement Of Web Rolls (AREA)
- Container, Conveyance, Adherence, Positioning, Of Wafer (AREA)
Abstract
Description
本發明涉及元件處理器,更詳細地說,涉及在載帶安裝元件的元件處理器以及使用於該處理器的載帶捲繞裝置。 The present invention relates to a component processor, and more particularly, to a component processor in which components are mounted on a carrier tape and a carrier tape winding device used in the processor.
SD記憶體、快閃記憶體、大型積體電路(LSI)、發光二極體(LED)等半導體元件(以下,稱為「元件」)一般在完成半導體製程之後完成鋸切製程、封裝製程等,之後投放到市場。 Semiconductor devices (hereinafter referred to as "components") such as SD memory, flash memory, large-scale integrated circuits (LSI), and light-emitting diodes (LEDs) generally complete sawing processes, packaging processes, etc. after completing the semiconductor process , And then put it on the market.
在此,為保障投放於市場的產品的可靠性,通過檢查裝置、分類裝置、檢查以及分類裝置等進行自動檢查以及根據檢查結果進行分類,從而篩選出優質的產品來投放於市場。 Here, in order to ensure the reliability of the products put on the market, automatic inspection by the inspection device, classification device, inspection and classification device, and classification based on the inspection results, so as to screen out high-quality products to put on the market.
另一方面,隨著作為元件的SD記憶體、快閃記憶體、LSI等導線架、球柵陣列(BGA)等端子結構的多樣化,晶片的種類也是各種各樣的。 On the other hand, with the diversification of terminal structures such as SD memory, flash memory, lead frames such as LSI, and ball grid array (BGA), the types of chips are also various.
另外,除了在封裝製程之後執行最終檢查,對於在完成半導體製程的晶圓狀態下的元件進行檢查以及根據檢查結果執行元件分類製程來提高生產力成為了當今趨勢。 In addition, in addition to performing final inspection after the packaging process, it has become a trend to improve the productivity by inspecting the components in the wafer state after completing the semiconductor process and performing the component classification process based on the inspection results.
再者,在最近要求元件小型化,因此元件不經過樹脂成型製程,而是在晶圓水平成為最終產品,而且這已成為當今趨勢並且正在擴大。 In addition, recently, miniaturization of components is required, so components do not undergo a resin molding process, but become final products at the wafer level, and this has become a trend today and is expanding.
另一方面,晶圓級的半導體元件一般是安裝於載帶來運送的,進而執行用於投放市場、執行後續製程的運送、運往執行安裝各種元件(用於智慧手機的基板)的電子產品生產工廠等。 On the other hand, wafer-level semiconductor components are generally mounted on a carrier tape for transportation, and then carried out for the market, carried out subsequent processes, and shipped to the production of electronic products where various components (substrates for smartphones) are mounted. Factories etc.
另外,通過載帶裝載元件是在完成半導體製程等之後的元件在晶圓水平通過元件處理器執行的。 In addition, component loading by carrier tape is performed by a component processor at the wafer level after the completion of a semiconductor process or the like.
然後,對於完全捲繞完裝有元件的載帶的盤,在元件處理器的運行過程中一般是被作業者,即通過手動重新更換新的盤。 Then, for a disk that has been completely wound with a component-containing carrier tape, it is generally operated by the operator during the operation of the component processor, that is, a new disk is manually replaced again.
但是,對於完全捲繞完載帶的盤的更換作業存在如下的問題:習知技術具有能夠通過人工進行安裝以及卸載捲繞載帶的盤的過程的速度,但是與該習知技術不同,隨著盤的捲繞速度變快,用習知的方法很難跟上生產速度。 However, the replacement operation of the fully wound carrier tape has the following problems: the conventional technique has a speed capable of manually installing and unloading the wound carrier tape, but it is different from the conventional technique in that The winding speed of the disc becomes faster, and it is difficult to keep up with the production speed by the conventional method.
不僅如此,為了匹配安裝以及卸載盤的速度與在載帶安裝元件的速度,若改變在載帶安裝元件的製程速度或者中斷該製程,則因停止運行元件處理器,而存在降低元件處理器的生產力的問題。 Not only that, in order to match the speed of mounting and unloading the disks with the speed of mounting components on the carrier tape, if the process speed of mounting components on the carrier tape is changed or the process is interrupted, the component processor will stop running, which will reduce the component processor. Productivity issues.
專利文獻1:KR10-2015-0061555 A Patent Document 1: KR10-2015-0061555 A
本發明的目的在於認知上述的趨勢以及問題,提供如下的元件處理器及其載帶捲繞裝置:對於由裝有元件的載帶全部捲繞完的盤自動更換新盤,進而能夠無需停止運行元件處理器來更換盤,進而能夠大幅度提高生產力。 An object of the present invention is to recognize the above-mentioned trends and problems, and to provide a component processor and a carrier tape winding device for automatically replacing a new disk with a disk that has been completely wound by a component-containing carrier tape, so that the operation can be performed without stopping. Component processors to replace disks, which can significantly increase productivity.
本發明是為了達成上述本發明的目的而提出的,本發明揭露一種元件處理器,包括:元件裝載部件平台200,接收裝有多個元件1的元件裝載部件10,並且以水平方向移動所述元件裝載部件10,以使安裝在所述元件裝載部件10的各個元件1位於匯出位置;卸載部800,設置有載帶30,所述載帶30設置在所述元件裝載部件平台200一側,並且在安裝位置安裝從元件裝載部件10通過一個以上的運送工具300運送的元件1。 The present invention is made to achieve the above-mentioned object of the present invention. The present invention discloses a component processor including: a component loading component platform 200, receiving a component loading component 10 on which a plurality of components 1 are mounted, and moving the components in a horizontal direction. The component loading part 10 so that each component 1 mounted on the component loading part 10 is located at the exit position; the unloading part 800 is provided with a carrier tape 30 which is provided on the component loading part platform 200 side And, the component 1 conveyed from the component loading part 10 by one or more conveyance tools 300 is mounted in the mounting position.
所述卸載部800可包括:帶供應部810,供應待安裝元件1的載帶30;帶捲繞部900,捲繞載帶30,所述載帶30由所述帶供應部810供應,並且經過所述安裝位置的同時安裝元件1。 The unloading part 800 may include: a tape supply part 810 that supplies a carrier tape 30 to which the component 1 is to be mounted; a tape winding part 900 that winds the carrier tape 30 that is supplied by the tape supply part 810, and The component 1 is mounted while passing through the mounting position.
所述帶捲繞部900可包括:多個捲盤設置部910,結合捲繞所述載帶30的捲盤901;捲盤移動部920,將所述多個捲盤設置部910分別移動於捲繞所述所述載帶30的捲繞位置P1與間隔於所述捲繞位置P1而設定的一個以上的待機位置P2之間。 The tape winding section 900 may include: a plurality of reel setting sections 910 that combine the reel 901 that winds the carrier tape 30; and a reel moving section 920 that separately moves the plurality of reel setting sections 910 to A winding position P1 around which the carrier tape 30 is wound and one or more standby positions P2 set at intervals from the winding position P1.
所述多個捲盤設置部910分別對應於所述多個待機位置P2;所述捲盤移動部920至少通過直線移動和旋轉移動中的一種移動,將所述多個捲盤設置部910往返移動於所述捲繞位置P1與相應的待機位置P2之間。 The plurality of reel setting sections 910 respectively correspond to the plurality of standby positions P2; the reel moving section 920 moves the plurality of reel setting sections 910 back and forth by at least one of linear movement and rotational movement. Move between the winding position P1 and the corresponding standby position P2.
所述捲盤移動部920至少通過直線移動和旋轉移動中的一種移動,沿著所述捲繞位置P1和所述一個以上的待機位置P2可循環移動所述多個捲盤設置部910。 The reel moving portion 920 is moved at least by one of a linear movement and a rotational movement, and the plurality of reel setting portions 910 may be cyclically moved along the winding position P1 and the one or more standby positions P2.
所述捲盤移動部920可包括:旋轉驅動部922,具有平行或者垂直於地面的旋轉軸;多個旋轉臂921,結合於所述旋轉驅動部,並且分別結合所述多個捲盤設置部910,沿著所述旋轉軸的旋轉方向旋轉,將所述多個捲盤設置部910依次位於所述待機位置P2和所述捲繞位置P1。 The reel moving portion 920 may include: a rotation driving portion 922 having a rotation axis parallel or perpendicular to the ground; a plurality of rotation arms 921 coupled to the rotation driving portion, and respectively combining the plurality of reel setting portions 910: Rotate along the rotation direction of the rotation axis to position the plurality of reel setting portions 910 in the standby position P2 and the winding position P1 in this order.
設定兩個所述待機位置P2,並且設定所述多個捲盤設置部910中的兩個以對應於所述兩個待機位置P2,所述捲盤移動部920可包括:旋轉驅動部922,旋轉所述兩個捲盤設置部910,以使所述兩個捲盤設置部910分別從相應的待機位置P2輪流位於所述捲繞位置P1;兩個旋轉臂921,分別結合所述兩個捲盤設置部910,並且結合於所述旋轉驅動部922的旋轉軸,通過所述旋轉驅動部922的旋轉驅動旋轉於相應的待機位置P2與所述捲繞位置P1之間。 The two standby positions P2 are set, and two of the plurality of reel setting sections 910 are set to correspond to the two standby positions P2. The reel moving section 920 may include a rotation driving section 922, Rotate the two reel setting portions 910 so that the two reel setting portions 910 are alternately located at the winding position P1 from the corresponding standby position P2; two rotating arms 921 respectively combine the two The reel setting portion 910 is coupled to the rotation shaft of the rotation driving portion 922 and is rotated between the corresponding standby position P2 and the winding position P1 by the rotation driving of the rotation driving portion 922.
所述捲盤設置部910可結合一對捲盤901,並且使該一對捲盤901相互平行且面對面。 The reel setting portion 910 may couple a pair of reels 901 and make the pair of reels 901 parallel to each other and face each other.
所述捲盤移動部920為使該一對捲盤901依次位於捲繞位置P1,能夠以垂直於該一對捲盤901的結合方向的旋轉軸為中心旋轉所述捲盤設置部910。 The reel moving part 920 can rotate the reel setting part 910 about a rotation axis perpendicular to the coupling direction of the pair of reels 901 so that the pair of reels 901 are sequentially located at the winding position P1.
所述捲盤設置部910可包括:捲盤安裝部912,可拆卸地安裝捲盤901;旋轉部913,旋轉安裝在所述捲盤安裝部的捲盤901。 The reel setting portion 910 may include: a reel mounting portion 912 to detachably mount the reel 901; and a rotating portion 913 to rotate the reel 901 mounted on the reel mounting portion.
所述旋轉部913可包括旋轉馬達,所述旋轉馬達至少通過電力以及液壓中的一種旋轉驅動所述捲盤901。 The rotating portion 913 may include a rotating motor that drives the reel 901 to rotate by at least one of electric power and hydraulic pressure.
所述帶捲繞部900還包括設置在所述捲繞位置的旋轉驅動部。對於所述旋轉部,在所述捲盤設置部910位於所述捲繞位置時,可通過所 述旋轉驅動部旋轉驅動所述旋轉部來旋轉安裝在所述捲盤安裝部912的捲盤901。 The tape winding portion 900 further includes a rotation driving portion provided at the winding position. As for the rotating portion, when the reel setting portion 910 is located at the winding position, the revolving portion may be rotationally driven by the rotation driving portion to rotate the reel 901 mounted on the reel mounting portion 912. .
所述元件處理器還可包括帶固定部700,在所述載帶30第一次捲繞於所述捲盤901時,所述帶固定部700通過固定帶將載帶30固定於捲盤901,並且按照已設定的旋轉次數將所述載帶30捲繞於所述捲盤901之後將載帶30固定於所述捲盤901。 The component processor may further include a tape fixing part 700, and when the carrier tape 30 is wound around the reel 901 for the first time, the tape fixing part 700 fixes the carrier tape 30 to the reel 901 through a fixing tape. And after the carrier tape 30 is wound around the reel 901 according to a set number of rotations, the carrier tape 30 is fixed to the reel 901.
根據本發明的元件處理器具有如下的優點:對於由裝有元件的載帶全部捲繞完的盤自動更換新盤,進而無需停止運行元件處理器來更換盤,能夠大幅度提高生產力。 The component processor according to the present invention has the advantage that the disk can be automatically replaced with a new one for all the disks that have been wound up with the carrier tape containing the components, so that it is not necessary to stop the component processor to replace the disk, which can greatly increase productivity.
另外,本發明的元件處理器優點如下:設定一個以上的待機位置,安裝空盤的捲盤設置部在移動到捲繞載帶的捲繞位置之前移動到該待機位置,進而每次在盤捲繞完載帶時,無需停止運行裝置來更換捲繞完載帶的盤,因此能夠增加對捲繞完載帶的盤的更換時間,據此能夠最大限度的減少更換盤的所需人力。 In addition, the advantages of the component processor of the present invention are as follows: One or more standby positions are set, and the reel setting section on which an empty disk is mounted is moved to the standby position before moving to the winding position of the winding carrier tape, and is then reeled each time. When the carrier tape is wound, there is no need to stop the running device to replace the disc after winding the carrier tape. Therefore, it is possible to increase the replacement time of the disc after winding the carrier tape, thereby reducing the labor required to replace the disc to the greatest extent.
1‧‧‧元件 1‧‧‧ components
10‧‧‧元件裝載部件 10‧‧‧ Component loading parts
11‧‧‧載帶 11‧‧‧ Carrier tape
12‧‧‧框架部件 12‧‧‧Frame Parts
30‧‧‧載帶(元件安裝部件) 30‧‧‧ Carrier tape (component mounting parts)
50‧‧‧固定帶 50‧‧‧Fixing strap
200‧‧‧元件裝載部件平台 200‧‧‧Component loading platform
300‧‧‧運送工具 300‧‧‧ delivery vehicles
700‧‧‧帶固定部 700‧‧‧ with fixed part
800‧‧‧卸載部 800‧‧‧Unloading Department
810‧‧‧帶供應部 810‧‧‧ Belt Supply Department
900‧‧‧帶捲繞部 900‧‧‧ with winding section
901‧‧‧捲盤 901‧‧‧ Reel
910‧‧‧捲盤設置部 910‧‧‧ Reel Setting Department
911‧‧‧連接部件 911‧‧‧connecting parts
912‧‧‧捲盤安裝部 912‧‧‧Reel Installation Department
913‧‧‧旋轉部 913‧‧‧Rotating part
921‧‧‧旋轉臂 921‧‧‧rotating arm
922‧‧‧旋轉驅動部 922‧‧‧Rotary drive unit
923‧‧‧安裝部 923‧‧‧Mounting Department
924‧‧‧開口 924‧‧‧ opening
925‧‧‧鉸鏈部件 925‧‧‧ hinge parts
A0‧‧‧匯出位置 A0‧‧‧Export location
A1‧‧‧安裝位置 A1‧‧‧Mounting position
P1‧‧‧捲繞位置 P1‧‧‧ Winding position
P2‧‧‧待機位置 P2‧‧‧Standby position
圖1是顯示根據本發明一實施例的元件處理器的概念的平面圖;圖2是顯示使用於圖1的元件處理器的元件裝載部件的一示例的立體圖;圖3a以及圖3b作為在圖1的元件處理器使用的元件裝載部件的變化例,顯示晶圓環的立體圖以及剖面圖;圖4是概略性顯示使用於圖1的元件處理器的帶捲繞部的第一實施例的概念圖;圖5a以及圖5b是顯示使用於圖1的元件處理器的帶捲繞部的第一實施例的平面圖;圖6是顯示使用於圖1的元件處理器的帶捲繞部的第二實施例的正面圖;圖7是顯示使用於圖1的元件處理器的帶捲繞部的第三實施例的正面圖; 圖8是顯示使用於圖1的元件處理器的帶捲繞部的第四實施例的正面圖;圖9是顯示使用於圖1的元件處理器的帶捲繞部的第五實施例的平面圖;圖10a是顯示使用於圖1的元件處理器的帶捲繞部的第六實施例的平面圖;圖10b是顯示圖10a的A-A方向的剖面圖;以及圖11是顯示使用於圖1的元件處理器的帶捲繞部的第七實施例的平面圖。 FIG. 1 is a plan view showing a concept of a component processor according to an embodiment of the present invention; FIG. 2 is a perspective view showing an example of a component loading part used in the component processor of FIG. 1; and FIGS. 3a and 3b are shown in FIG. The modified example of the component loading part used by the component processor shown in FIG. 4 is a perspective view and a cross-sectional view of a wafer ring. FIG. 4 is a conceptual diagram schematically showing a first embodiment of a tape winding unit used in the component processor of FIG. 1. 5a and 5b are plan views showing a first embodiment of a tape winding portion used in the component processor of FIG. 1; FIG. 6 is a second embodiment showing a tape winding portion used in the component processor of FIG. 7 is a front view showing a third embodiment of the tape winding section used in the component processor of FIG. 1; FIG. 8 is a first view showing a tape winding section used in the component processor of FIG. 1. 4 is a front view of a fourth embodiment; FIG. 9 is a plan view showing a fifth embodiment of the tape winding portion used in the component processor of FIG. 1; FIG. 10a is a view showing a tape winding portion used in the component processor of FIG. A plan view of a sixth embodiment; FIG. 10b is a view showing FIG. 10a A cross-sectional view in the A-A direction; and FIG. 11 is a plan view showing a seventh embodiment of a tape winding portion used in the component processor of FIG. 1.
以下,參照附圖,詳細說明本發明的元件處理器以及元件處理器的載帶捲繞裝置。 Hereinafter, the component processor of the present invention and the carrier tape winding device of the component processor will be described in detail with reference to the drawings.
根據本發明一實施例的元件處理器作為拾取裝載於元件裝載部件10的元件1並將元件1安裝到卸載部的元件安裝部件30的結構,可具有各種結構。 The component processor according to an embodiment of the present invention may have various structures as a structure for picking up the component 1 loaded on the component loading section 10 and mounting the component 1 to the component mounting section 30 of the unloading section.
例如,如圖1至圖10b所示,根據本發明一實施例的元件處理器可包括:裝載部件載體部(圖未顯示),安裝黏附多個元件1的多個元件裝載部件10;元件裝載部件平台200,從裝載部件載體部(圖未顯示)接收元件裝載部件10,並且以水平方向移動元件裝載部件10;卸載部800,設置有元件安裝部件30,從元件裝載部件平台200以水平方向間隔設置元件安裝部件30,並且通過一個以上的運送工具300從元件裝載部件10接收元件1,並安裝該元件1。 For example, as shown in FIG. 1 to FIG. 10b, a component processor according to an embodiment of the present invention may include: a loading component carrier (not shown in the figure), a plurality of component loading components 10 to which a plurality of components 1 are attached and mounted; component loading The component platform 200 receives the component loading component 10 from a loading component carrier (not shown), and moves the component loading component 10 in a horizontal direction. The unloading portion 800 is provided with a component mounting component 30, and the component loading component platform 200 is horizontally moved from the component loading component platform 200. The component mounting parts 30 are provided at intervals, and the component 1 is received from the component loading part 10 by one or more conveyance tools 300, and the component 1 is mounted.
所述裝載部件載體部(圖未顯示)作為安裝黏附有多個元件1的多個元件裝載部件10的結構,可具有各種結構。 The loading component carrier (not shown) may have various structures as a structure for mounting a plurality of component loading components 10 to which a plurality of components 1 are adhered.
在此,元件1是完成半導體製程以及鋸切製程的元件,安裝在所述元件裝載部件10的半導體元件、LED元件、太陽能電池元件等。 Here, the element 1 is an element that completes a semiconductor process and a sawing process, and includes a semiconductor element, an LED element, a solar cell element, and the like mounted on the element loading member 10.
尤其是,對於所述元件1,不僅是在半導體製程之後完成封裝製程的元件,完成半導體製程以及鋸切製程的晶圓級元件都可以是成為該元件1的對象。 In particular, for the element 1, not only the element that completes the packaging process after the semiconductor process, but also the wafer-level element that completes the semiconductor process and the sawing process can be the object of the element 1.
另一方面,所述元件裝載部件10作為安裝多個元件1的部件,只要是能夠安裝元件1的部件均可,可具有各種結構,具體有托盤、晶圓環等。 On the other hand, the component mounting member 10 may be a component on which a plurality of components 1 are mounted, as long as it is a component capable of mounting the components 1 and may have various structures, specifically, a tray, a wafer ring, and the like.
例如,如圖2、圖3a以及圖3b所示,所述元件裝載部件10作為安裝完成半導體製程以及鋸切製程的元件1的結構,可包括黏附元件1的載帶11以及固定載帶11的框架部件12。 For example, as shown in FIG. 2, FIG. 3 a, and FIG. 3 b, the component loading component 10, as a structure for mounting the component 1 after completing the semiconductor process and the sawing process, may include a carrier tape 11 to which the component 1 is attached and a carrier tape 11 for fixing the carrier FRAME PART 12.
另外,對於所述載帶11,只要是能夠黏附元件1的部件均可,可使用任何部件,並且可使用所謂藍色膠帶。 In addition, the carrier tape 11 may be any member capable of adhering the element 1, and any member may be used, and a so-called blue tape may be used.
所述框架部件12作為用於固定黏附元件1的載帶11的結構,可具有各種結構,具體有四邊形環、圓形環(晶圓環)等。 The frame member 12 as a structure for fixing the carrier tape 11 of the adhesive element 1 may have various structures, specifically, a quadrangular ring, a circular ring (wafer ring), and the like.
所述裝載部件載體部(圖未顯示)作為用於安裝多個元件裝載部件10的結構,只要是能夠上下層疊元件裝載部件10的結構均可,可以是任何一種結構。 As the structure for mounting a plurality of component loading components 10, the loading component carrier (not shown) may be any structure as long as the component loading components 10 can be stacked on top of each other.
所述元件裝載部件平台200作為從裝載部件載體部(圖未顯示)接收元件裝載部件10並以水平方向移動元件裝載部件10的結構,可具有各種結構。 The component loading part platform 200 may have various structures as a structure for receiving the component loading part 10 from a loading part carrier part (not shown) and moving the component loading part 10 in a horizontal direction.
例如,所述元件裝載部件平台200作為以水平方向移動元件裝載部件10,進而通過晶圓環裝載部(圖未顯示)從裝載部件載體部(圖未顯示)接收元件裝載部件10以使運送工具300拾取元件1的結構,可具有各種結構,可以是X-Y台、X-Y-Θ台等。 For example, the component loading part platform 200 moves the component loading part 10 in a horizontal direction, and further receives the component loading part 10 from a loading part carrier part (not shown) through a wafer ring loading part (not shown) to enable a transport tool. The structure of the 300 pickup element 1 may have various structures, and may be an XY stage, an XY-Θ stage, or the like.
另一方面,對於用於從所述裝載部件載體部(圖未顯示)向元件裝載部件平台200傳達元件裝載部件10的元件裝載部件裝載部,只要是能夠從裝載部件載體部(圖未顯示)匯出元件裝載部件10均可,將匯出的元件裝載部件10傳達到元件裝載部件平台200的結構,可以是任何一種結構。 On the other hand, as for the component loading part loading part for conveying the component loading part 10 from the loading part carrier part (not shown) to the component loading part platform 200, as long as it can be carried out from the loading part carrier part (not shown) Any of the component loading parts 10 can be exported, and the structure that conveys the exported component loading parts 10 to the component loading part platform 200 can be any structure.
另一方面,所述運送工具300作為在匯出位置A0從安裝在元件裝載部件平台200的元件裝載部件10拾取元件1,至少通過旋轉移動以及直線移動中的一種在安裝位置A1向卸載部800的元件安裝部件30傳達元件1的結構,可具有一個以上的運送工具300。 On the other hand, the conveyance tool 300 picks up the component 1 from the component loading part 10 mounted on the component loading part platform 200 at the delivery position A0, and at least one of the rotary movement and the linear movement moves toward the unloading part 800 at the mounting position A1. The component mounting member 30 conveys the structure of the component 1, and may have one or more transportation tools 300.
所述運送工具300的結構與韓國公開專利第10-2015-0122031號或者韓國公開專利第10-2012-0075517相同。 The structure of the transportation tool 300 is the same as that of Korean Published Patent No. 10-2015-0122031 or Korean Published Patent No. 10-2012-0075517.
在一實施例中,所述運送工具300可包括:第一運送工具,設置在元件裝載部件平台200的上側並且進行旋轉,進而翻轉已拾取的元件1使底面朝上;第二運送工具,拾取由第一運送工具翻轉的元件1,之後至少通過旋轉移動以及直線移動中的一種移動,向卸載部800的元件安裝部件30傳達元件1。 In one embodiment, the transportation tool 300 may include: a first transportation tool, which is disposed on the component loading part platform 200 and rotates, and then flips the picked component 1 so that the bottom surface faces upward; and a second transportation tool, which picks up The component 1 reversed by the first conveyance tool is then conveyed to the component mounting member 30 of the unloading unit 800 by at least one of rotational movement and linear movement.
所述第一運送工具作為如下結構,可具有各種結構:設置在元件裝載部件平台200的上側,並且從安裝在元件裝載部件平台200的元件裝載部件10拾取元件1並進行旋轉,翻轉已拾取的元件1以使底面朝上。 The first conveyance tool may have various structures as a structure provided on the component loading component platform 200 and picking up and rotating the component 1 from the component loading component 10 mounted on the component loading component platform 200 and turning the picked-up component. Element 1 with the bottom side facing up.
尤其是,所述第一運送工具可包括一個以上的拾取器,該拾取器在匯出位置A0通過真空壓從元件裝載部件10拾取元件1。 In particular, the first conveyance tool may include more than one picker that picks up the component 1 from the component loading part 10 by the vacuum pressure at the delivery position A0.
然後,所述各個拾取器通過旋轉設置在元件裝載部件平台200的上側,並且從安裝在元件裝載部件平台200的元件裝載部件10拾取元件1並進行旋轉,進而翻轉拾取的元件1以使底面朝上。 Then, each of the pickers is provided on the upper side of the component loading part platform 200 by rotation, and picks up and rotates the component 1 from the component loading part 10 mounted on the component loading part platform 200, and then flips the picked component 1 so that the bottom surface faces on.
所述第二運送工具作為拾取在通過第一運送工具翻轉的元件1之後至少通過直線移動以及旋轉移動中的一種移動向卸載部800的元件安裝部件30傳達元件1的結構,根據移動形態可具有各種結構。 The second conveying tool conveys the structure of the component 1 to the component mounting member 30 of the unloading unit 800 by at least one of linear movement and rotational movement after picking up the component 1 reversed by the first conveying tool. Various structures.
具體舉例說明,所述第二運送工具可包括:第二拾取器,在第一運送工具的傳達位置拾取元件1之後移動到安裝位置,向卸載部800的元件安裝部件30傳達元件1;拾取器移動部,在傳達位置與安裝位置A1之間拾取由第一運送工具翻轉的元件1,之後通過直線移動移動第二拾取器。 Specifically, the second conveyance tool may include a second picker, which is moved to the installation position after picking up the component 1 at the conveying position of the first conveyance tool, and conveys the component 1 to the component mounting member 30 of the unloading section 800; the picker The moving section picks up the component 1 reversed by the first conveyance tool between the conveying position and the mounting position A1, and then moves the second picker by linear movement.
所述第二拾取器可包括通過真空壓從元件裝載部件10拾取元件1的一個以上的拾取器。 The second picker may include one or more pickers that pick up the component 1 from the component loading part 10 by vacuum pressure.
另一方面,所述運送工具300當然只由第二運送工具構成。 On the other hand, as a matter of course, the transportation tool 300 is composed of only the second transportation tool.
所述卸載部800作為如下結構,可具有各種結構:設置有元件安裝部件30,該元件安裝部件30從元件裝載部件平台200以水平方向間隔地設置,並且從元件裝載部件10接收元件1進行安裝。 The unloading unit 800 may have various structures as a structure in which a component mounting member 30 is provided, the component mounting member 30 is provided at a horizontal interval from the component loading member platform 200, and the component 1 is received from the component loading member 10 for mounting. .
尤其是,對於所述卸載部800的結構取決於用於卸載元件1的元件安裝部件30的結構,具體有載帶以及蓋帶的組合(帶和盤)、托盤等。 In particular, the structure of the unloading part 800 depends on the structure of the component mounting member 30 for unloading the component 1, and specifically includes a carrier tape and a combination of a cover tape (tape and reel), a tray, and the like.
例如,所述卸載部800使用載帶以及蓋帶組合的作為其一示例,可包括:帶供應部810,由載帶構成元件安裝部件30的情況下,供應裝有元件1的載帶30,其中所述載帶沿著長度方向形成安裝元件1的口袋部,並且在安裝位置安裝元件之後由蓋帶(圖未顯示)密封;帶捲繞部900,由帶供應部810供應的載帶30經過安裝位置的同時安裝元件1之後捲繞載帶30。 For example, the unloading unit 800 uses a combination of a carrier tape and a cover tape as an example, and may include a tape supply unit 810 that supplies the carrier tape 30 on which the component 1 is mounted when the component mounting member 30 is constituted by the carrier tape. Wherein, the carrier tape forms a pocket portion of the mounting element 1 along the length direction, and is sealed by a cover tape (not shown) after mounting the element at the mounting position; a tape winding portion 900, and the carrier tape 30 supplied by the tape supply portion 810 After mounting the component 1 while passing the mounting position, the carrier tape 30 is wound.
在此,對於形成裝有元件1的口袋部的載帶30,只要是形成安裝元件1的口袋的結構均可,可以是任何一種結構,並且可由一般的塑膠材料形成該載帶30。 Here, the carrier tape 30 forming the pocket portion on which the component 1 is mounted may be any structure as long as it has a structure forming the pocket in which the component 1 is mounted, and the carrier tape 30 may be formed of a general plastic material.
此時,所述卸載部800以及載帶30的結構可與韓國公開專利第10-2014-0115675所揭露的結構相同。 At this time, the structures of the unloading part 800 and the carrier tape 30 may be the same as those disclosed in Korean Laid-Open Patent No. 10-2014-0115675.
對於所述帶供應部810,只要是可旋轉地設置載帶供應盤的結構均可,可以是任何一種結構,其中該載帶供應盤捲繞載帶30,而在該載帶30形成裝有元件1的口袋部31。 The tape supply section 810 may be any structure as long as a carrier tape supply tray is rotatably provided. The carrier tape supply tray winds the carrier tape 30, and the carrier tape 30 is provided with a tape. The pocket portion 31 of the element 1.
所述蓋帶供應部作為供應蓋帶,而該蓋帶黏附於裝有元件1的載帶30上面的結構,所述蓋帶可具有各種結構,並且只要是能夠可旋轉地設置捲繞蓋帶的盤的結構均可,可以是任何一種結構。 The cover tape supply section serves as a supply cover tape, and the cover tape is adhered to the carrier tape 30 on which the component 1 is mounted. The cover tape may have various structures, and as long as the cover tape can be rotatably provided, The structure of the disk can be any type.
在此,所述蓋帶供應部可設置旋轉控制部,該旋轉控制部與帶捲繞部900連動,進而控制載帶30的移動。 Here, the cover tape supply section may be provided with a rotation control section which is linked with the tape winding section 900 to further control the movement of the carrier tape 30.
另外,對於所述蓋帶,根據與載帶30的接觸方式可具有各種結構,例如通過紅外線加熱器可與載帶30黏合。 In addition, the cover tape may have various structures according to a contact manner with the carrier tape 30, for example, the cover tape may be adhered to the carrier tape 30 by an infrared heater.
所述密封部作為設置在載帶30的移動通道上並且將蓋帶黏合於載帶30上面的結構,根據與蓋帶以及載帶30的接觸方式可具有各種結構。 The sealing portion is a structure provided on the moving passage of the carrier tape 30 and adhering the cover tape to the upper surface of the carrier tape 30, and may have various structures according to the contact manner with the cover tape and the carrier tape 30.
所述帶捲繞部900作為在元件1裝載於載帶30的口袋部之後通過密封部蓋帶黏合於載帶30之後捲繞載帶30的結構,只要是可旋轉地設置捲繞載帶30的捲盤901的結構均可,可以是任何一種結構。 The tape winding portion 900 is a structure in which the carrier tape 30 is wound after the component 1 is loaded on the pocket portion of the carrier tape 30 and then the carrier tape 30 is adhered to the carrier tape 30 by a sealing portion cover tape. The structure of the reel 901 can be any structure.
此時,所述帶捲繞部900可設置旋轉控制部,該旋轉控制部與帶供應部810連通以控制載帶30的移動。 At this time, the tape winding part 900 may be provided with a rotation control part which communicates with the tape supply part 810 to control the movement of the carrier tape 30.
另一方面,所述卸載部800,在捲盤901捲繞載帶30適當次數之後需要切割載帶30,據此所述卸載部800可在帶供應部810與帶捲繞部900之間適當位置設置用於截斷載帶30的切割器(圖未顯示)。 On the other hand, the unloading unit 800 needs to cut the carrier tape 30 after the carrier tape 30 is wound a suitable number of times by the reel 901. According to this, the unloading unit 800 can be appropriately positioned between the tape supply unit 810 and the tape winding unit 900. A cutter (not shown) for cutting the carrier tape 30 is provided at the position.
在此,若帶供應部810中的載帶30一次性捲繞於帶捲繞部900,則當然無需設置所述切割器。 Here, if the carrier tape 30 in the tape supply section 810 is wound around the tape winding section 900 at one time, it is needless to say that the cutter is not required.
另外,所述卸載部800還可設置視覺檢查裝置,用於檢查元件1是否正確裝載於載帶30的口袋內、蓋帶是否正確黏合於載帶30等。 In addition, the unloading unit 800 may further be provided with a visual inspection device for checking whether the component 1 is correctly loaded in the pocket of the carrier tape 30, whether the cover tape is correctly adhered to the carrier tape 30, and the like.
另一方面。所述卸載部800還包括帶固定部700,在載帶30第一次捲繞於捲盤901時,帶固定部700通過固定帶50將載帶30固定在捲盤901。 on the other hand. The unloading part 800 further includes a tape fixing part 700. When the carrier tape 30 is wound around the reel 901 for the first time, the tape fixing part 700 fixes the carrier tape 30 to the reel 901 through the fixing tape 50.
所述帶固定部700作為如下結構,可具有各種結構:在載帶30的前端進入捲盤901之前固定帶50的黏附面一部分黏合捲盤901,並且連續黏合於載帶30的前端的上面,進而載帶30以固定於捲盤901的狀態下捲繞,可具有各種結構。 The tape fixing part 700 may have various structures as follows: before the front end of the carrier tape 30 enters the reel 901, a part of the adhesive surface of the fixing tape 50 is bonded to the reel 901, and is continuously bonded to the top of the front end of the carrier tape 30, Further, the carrier tape 30 is wound in a state of being fixed to the reel 901, and can have various structures.
例如,所述帶固定部700的結構與韓國公開專利第10-2014-0115675號所揭露的相同。 For example, the structure of the belt fixing part 700 is the same as that disclosed in Korean Laid-Open Patent No. 10-2014-0115675.
另一方面,在所述帶捲繞部900中結合於蓋帶的載帶捲繞已設定的次數之後,需要對捲繞完成的捲盤901更換未捲繞之新的捲盤901。 On the other hand, after a set number of times the carrier tape combined with the cover tape in the tape winding section 900 has been wound, the unwound new reel 901 needs to be replaced with the unrolled reel 901.
此時,為了更換捲盤901,需要時間與人力,並且為了更換盤,需停止運行裝置,由此延遲運行相當於裝置停止運行的時間,進而可能出現降低整體生產力的問題。 At this time, in order to replace the reel 901, it takes time and manpower, and in order to replace the reel, it is necessary to stop the operation of the device. Therefore, delaying the operation is equivalent to the time when the device is stopped, and then the problem of reducing overall productivity may occur.
據此,根據本發明的帶捲繞部900可包括:多個捲盤設置部910,結合捲繞載帶30的捲盤901;捲盤移動部920,將多個捲盤設置部910分別移動於捲繞的載帶30的捲繞位置P1與間隔於捲繞位置P1而設定的一個以上的待機位置P2之間。 Accordingly, the tape winding section 900 according to the present invention may include: a plurality of reel setting sections 910 that combine the reel 901 that winds the carrier tape 30; and a reel moving section 920 that separately moves the plurality of reel setting sections 910 The winding position P1 on the wound carrier tape 30 and one or more standby positions P2 set at intervals from the winding position P1.
據此,本發明在捲繞位置P1的載帶30捲繞於一個捲盤901期間,下一次待移動到捲繞位置P1的一個以上的捲盤901在待機位置P2待機,由此自動更換盤,進而能夠無需停止運行裝置來更換盤。 According to this, while the carrier tape 30 in the winding position P1 is wound on one reel 901 in the present invention, one or more reels 901 to be moved to the winding position P1 next time stand by in the standby position P2, thereby automatically changing the disc. Therefore, the disk can be replaced without stopping the operation device.
另外,能夠設置多個捲盤901,由此增加全部盤的更換週期,進而增加盤更換間隔,進而能夠最大限度的減少盤更換所需時間以及作業人力,因此能夠提高生產力。 In addition, a plurality of reels 901 can be provided, thereby increasing the replacement cycle of all the disks, further increasing the disk replacement interval, and further reducing the time and labor required for disk replacement to the greatest extent, thereby improving productivity.
所述多個捲盤設置部910為結合捲繞載帶30的捲盤901結構,可具有各種結構。 The plurality of reel setting portions 910 have a structure of a reel 901 to which the carrier tape 30 is wound, and may have various structures.
例如,如圖4所示,所述多個捲盤設置部910分別可包括:捲繞載帶30的捲盤901;可旋轉地結合捲盤901並且通過連接部件911支撐捲盤901的捲盤安裝部912;旋轉捲盤901的旋轉部913。 For example, as shown in FIG. 4, each of the plurality of reel setting sections 910 may include: a reel 901 that winds the carrier tape 30; a reel that is rotatably coupled to the reel 901 and supports the reel 901 through a connection member 911 Mounting portion 912; rotating portion 913 of reel 901 is rotated.
此時,所述旋轉部913可包括旋轉馬達,該旋轉馬達至少通過電力以及液壓中的一種旋轉驅動捲盤901。 At this time, the rotating portion 913 may include a rotating motor that drives the reel 901 to rotate by at least one of electric power and hydraulic pressure.
舉另一示例,所述多個捲盤設置部910包括捲盤901和捲盤安裝部912,可通過設置在捲繞位置P1的旋轉驅動部旋轉驅動移動到捲繞位置P1的捲盤901,其中所述捲盤安裝部912可旋轉地結合捲盤901並且通過連接部件911支撐捲盤901。 For another example, the plurality of reel setting portions 910 include a reel 901 and a reel mounting portion 912, and the reel 901 that is moved to the winding position P1 can be rotationally driven by a rotation driving portion provided at the winding position P1, The reel mounting portion 912 is rotatably coupled to the reel 901 and supports the reel 901 through a connecting member 911.
此時,所述旋轉驅動部通過離合器(Clutch)等結合於多個捲盤設置部910中位於捲繞位置P1的捲盤設置部910的旋轉部913,進而可旋轉驅動相應的捲盤設置部910的捲盤901。 At this time, the rotation driving unit is coupled to the rotating portion 913 of the reel setting portion 910 of the plurality of reel setting portions 910 at the winding position P1 through a clutch or the like, and the corresponding reel setting portion can be rotationally driven. 910 reel 901.
所述捲繞移動部920是通過直線移動以及旋轉移動中的一種移動將捲盤設置部910移動於捲繞位置P1與間隔設定之一個以上的待機位置P2之間的結構,可通過各種結構移動,具體有輸送軌道結構、滑輪結構、旋轉臂結構等。 The winding moving part 920 is a structure that moves the reel setting part 910 between the winding position P1 and the standby position P2 with one or more intervals set by one of linear movement and rotary movement, and can be moved by various structures. Specifically, there are a conveying track structure, a pulley structure, and a rotating arm structure.
如圖2以及圖8所示,所述捲繞位置P1為捲繞載帶30的位置,較佳為設定在對應於帶固定部700的位置。 As shown in FIGS. 2 and 8, the winding position P1 is a position where the carrier tape 30 is wound, and is preferably set at a position corresponding to the tape fixing portion 700.
所述待機位置P2為在移動到捲繞位置P1之前捲盤設置部910待機的位置,可設定一個以上的待機位置P2。 The standby position P2 is a position where the reel setting section 910 waits before moving to the winding position P1, and more than one standby position P2 can be set.
以下,參照圖4、圖5a以及圖5b,詳細說明捲盤設置部910在捲繞位置P1與待機位置P2之間移動的過程。 Hereinafter, the process of moving the reel setting unit 910 between the winding position P1 and the standby position P2 will be described in detail with reference to FIGS. 4, 5 a, and 5 b.
若位於捲繞位置P1的捲盤設置部910完成捲繞載帶30,則所述捲盤移動部920可向以各種方向(水平、垂直或者水平/垂直組合方向、 斜線方向等)間隔的卸載位置的一個以上的待機位置P2中的一個移動所述捲盤設置部910。 If the reel setting part 910 located at the winding position P1 completes winding the carrier tape 30, the reel moving part 920 can be unloaded at intervals in various directions (horizontal, vertical or combined horizontal / vertical direction, oblique direction, etc.) One of the one or more standby positions P2 moves the reel setting section 910.
此時,在完成捲繞的捲盤設置部910移動到卸載位置的同時位於待機位置P2,由此所述捲盤移動部920移動安裝有空捲盤901的捲盤設置部910。 At this time, the reel setting portion 910 that has completed winding is moved to the unloading position and is located at the standby position P2, whereby the reel moving portion 920 moves the reel setting portion 910 on which the empty reel 901 is mounted.
之後,所述捲盤移動部920可將移動到卸載位置的捲盤設置部910移動到待機位置P2中空閒的待機位置P2,或者可移動到安裝完成捲繞的捲盤901的安裝位置。 After that, the reel moving part 920 may move the reel setting part 910 moved to the unloading position to an idle standby position P2 among the standby positions P2, or may be moved to an installation position where the reel 901 where the winding is completed is installed.
所述完成捲繞的捲盤901被捲繞之前的空捲盤901更換,捲盤的更換可通過自動化的捲盤更換部(圖未顯示)進行更換,當然也可通過人工手動更換。 The completed reel 901 is replaced by an empty reel 901 before winding. The reel can be replaced by an automatic reel replacement unit (not shown), or it can be replaced manually.
可如下整理通過如上所述的捲盤移動部920移動捲盤910的方式:(1)如圖5a至圖7所示,捲盤901往返移動於捲繞位置P1與一個以上的待機位置P2之間;(2)如圖2、圖4、圖8至圖10b所示,循環於捲繞位置P1和一個以上的待機位置P2的循環移動。 The method of moving the reel 910 by the reel moving section 920 as described above can be organized as follows: (1) As shown in FIG. 5a to FIG. 7, the reel 901 moves back and forth between the winding position P1 and one or more standby positions P2. (2) As shown in FIG. 2, FIG. 4, and FIG. 8 to FIG. 10 b, the cyclic movement is performed in the winding position P1 and one or more standby positions P2.
以下,參照圖5a以及圖5b詳細說明帶捲繞部900的第一實施例;參照圖6詳細說明帶捲繞部900的第二實施例;參照圖7詳細說明帶捲繞部900的第三實施例。 Hereinafter, a first embodiment of the tape winding section 900 will be described in detail with reference to FIGS. 5a and 5b; a second embodiment of the tape winding section 900 will be described in detail with reference to FIG. 6; and a third embodiment of the tape winding section 900 will be described in detail with reference to FIG. Examples.
在第一實施例至第三實施例中,所述捲盤移動部920為通過直線移動或者旋轉移動將多個捲盤設置部910往返移動於捲繞位置P1與相應的待機位置P2之間的結構,可具有各種結構。 In the first embodiment to the third embodiment, the reel moving portion 920 moves the reel setting portion 910 back and forth between the winding position P1 and the corresponding standby position P2 by linear movement or rotational movement. The structure may have various structures.
此時,較佳為,使所述多個捲盤設置部910分別對應於多個待機位置P2。 At this time, it is preferable that the plurality of reel setting sections 910 correspond to the plurality of standby positions P2, respectively.
例如,在設定兩個待機位置P2的情況下,可包括對應的兩個捲盤設置部910。 For example, in a case where two standby positions P2 are set, corresponding two reel setting sections 910 may be included.
如圖5a以及圖5b所示,對於第一實施例的捲盤移動部920,在以捲繞位置P1為基準將載帶30運送方向(-Y方向)作為基準線對稱地設置兩個待機位置P2的情況下,兩個捲盤設置部910可分別設置在對應的兩個待機位置P2。 As shown in FIG. 5a and FIG. 5b, regarding the reel moving part 920 of the first embodiment, two standby positions are symmetrically provided with the carrier tape 30 transport direction (-Y direction) as a reference line with reference to the winding position P1. In the case of P2, the two reel setting sections 910 may be respectively set at two corresponding standby positions P2.
對於第一實施例的捲盤移動部920,若在捲繞位置P1完成捲繞載帶30,則捲盤移動部920將完成捲繞的捲盤設置部910移動到相應的待機位置P2,並且可將另一個捲盤設置部910從相應的待機位置P2移動到捲繞位置P1。 For the reel moving section 920 of the first embodiment, if the winding carrier tape 30 is completed at the winding position P1, the reel moving section 920 moves the reel setting section 910 that has been wound to the corresponding standby position P2, and The other reel setting portion 910 may be moved from the corresponding standby position P2 to the winding position P1.
此時,所述第一實施例的捲盤移動部920可包括安裝一對捲盤設置部910的安裝部923,進而能夠一次性移動一對捲盤設置部910。 At this time, the reel moving portion 920 of the first embodiment may include a mounting portion 923 on which the pair of reel setting portions 910 are mounted, and the pair of reel setting portions 910 can be moved at one time.
所述安裝部923作為安裝一對捲盤設置部910來一次性移動一對捲盤設置部910的結構,可具有各種結構,具體有板件等。 The mounting portion 923 is a structure for mounting the pair of reel setting portions 910 to move the pair of reel setting portions 910 at one time, and may have various structures, specifically, a plate and the like.
如圖6所示,對於第二實施例的捲盤移動部920,在以捲繞位置P1為中心設置三個待機位置P2的情況下,捲盤設置部910可分別設置在對應的三個待機位置P2。 As shown in FIG. 6, for the reel moving unit 920 of the second embodiment, in the case where three standby positions P2 are set with the winding position P1 as the center, the reel setting units 910 may be respectively set at the corresponding three standby positions. Position P2.
對於第二實施例的捲盤移動部920,若在捲繞位置P1完成捲繞載帶30,則捲盤移動部920將完成捲繞的捲盤設置部910直線移動到相應的待機位置P2,並且可將另一個捲盤設置部910從相應的待機位置P2直線移動到捲繞位置P1。 For the reel moving part 920 of the second embodiment, if the winding carrier tape 30 is completed at the winding position P1, the reel moving part 920 linearly moves the completed reel setting part 910 to the corresponding standby position P2, And, the other reel setting portion 910 can be linearly moved from the corresponding standby position P2 to the winding position P1.
此時,所述捲盤移動部920可按照已設定的順序依次向捲繞位置P1移動三個捲盤設置部910。 At this time, the reel moving portion 920 may sequentially move the three reel setting portions 910 to the winding position P1 in the set order.
如圖7所示,以捲盤設置部910的旋轉方向配置捲繞位置P1以及一對待機位置P2,第三實施例的捲盤移動部920可包括:旋轉部驅動部922,旋轉兩個捲盤設置部910,以使所述兩個捲盤設置部910分別從相應的待機位置P2輪流位於捲繞位置P1;以及兩個旋轉臂921,分別結合兩個捲盤設置部910,並且結合於旋轉驅動部922的旋轉軸,通過旋轉驅動部922的旋轉驅動旋轉於相應的待機位置P2與捲繞位置P1之間。 As shown in FIG. 7, the winding position P1 and a pair of standby positions P2 are arranged in the rotation direction of the reel setting part 910. The reel moving part 920 of the third embodiment may include a rotating part driving part 922 to rotate two reels A disk setting portion 910 such that the two reel setting portions 910 are alternately located at the winding position P1 from the corresponding standby position P2; and two rotating arms 921 are respectively combined with the two reel setting portions 910 and are coupled to The rotation axis of the rotation driving portion 922 is rotated between the corresponding standby position P2 and the winding position P1 by the rotation driving of the rotation driving portion 922.
所述旋轉驅動部922作為旋轉兩個捲盤設置部910以使兩個捲盤設置部910分別從相應的待機位置P2輪流位於捲繞位置P1的結構,只要是用於旋轉驅動的結構(旋轉馬達等)均可,可以是任何一種結構。 The rotation driving portion 922 is a structure that rotates the two reel setting portions 910 so that the two reel setting portions 910 are alternately located at the winding position P1 from the corresponding standby position P2, as long as it is a structure for rotating driving (rotation Motor, etc.) can be any structure.
所述兩個旋轉臂921作為分別結合兩個捲盤設置部910並且結合於旋轉驅動部922的旋轉軸,通過旋轉驅動部922的旋轉驅動旋轉於相應的待機位置P2與捲繞位置P1之間的結構,可具有各種結構。 The two rotating arms 921 serve as rotating shafts that respectively couple the two reel setting portions 910 and the rotating driving portion 922, and are rotated between the corresponding standby position P2 and the winding position P1 by the rotational driving of the rotating driving portion 922. The structure can have various structures.
以下,參照圖8詳細說明帶捲繞部900的第四實施例;參照圖9詳細說明帶捲繞部900的第五實施例;參照圖10a至圖10b詳細說明帶捲繞部900的第六實施例。 Hereinafter, a fourth embodiment of the tape winding section 900 will be described in detail with reference to FIG. 8; a fifth embodiment of the tape winding section 900 will be described in detail with reference to FIG. 9; and a sixth embodiment of the tape winding section 900 will be described in detail with reference to FIGS. 10a to 10b. Examples.
在第四實施例至第六實施例中,所述捲盤移動部920作為至少通過直線移動以及旋轉移動中的一種移動將多個捲盤設置部910沿著捲繞位置P1和一個以上的待機位置P2循環移動的結構,可具有各種結構。 In the fourth to sixth embodiments, the reel moving section 920 moves the plurality of reel setting sections 910 along the winding position P1 and more than one standby by at least one of linear movement and rotational movement. The structure in which the position P2 is cyclically moved can have various structures.
此時,較佳為,使所述多個捲盤設置部910分別對應於多個待機位置P2。 At this time, it is preferable that the plurality of reel setting sections 910 correspond to the plurality of standby positions P2, respectively.
例如,若設定兩個待機位置P2,則可包括對應的兩個捲盤設置部910。 For example, if two standby positions P2 are set, two corresponding reel setting sections 910 may be included.
如圖8至圖10b所示,第四實施例至第六實施例的捲盤移動部920可包括:旋轉驅動部922,具有水平或者垂直於地面的旋轉軸;多個旋轉臂921,結合於旋轉驅動部922,並且分別結合捲盤設置部910,沿著旋轉軸的旋轉方向旋轉將多個捲盤設置部910依次位於待機位置P2和捲繞位置P1。 As shown in FIGS. 8 to 10b, the reel moving portion 920 of the fourth to sixth embodiments may include: a rotation driving portion 922 having a rotation axis horizontally or perpendicular to the ground; a plurality of rotation arms 921 combined with The rotation driving section 922 is combined with the reel setting section 910 to rotate the plurality of reel setting sections 910 in the standby position P2 and the winding position P1 in order along the rotation direction of the rotation axis.
所述旋轉驅動部922作為具有水平或者垂直於地面的旋轉軸的結構,只要是旋轉後述的旋轉臂921沿著旋轉軸旋轉方向進行旋轉進而多個捲盤設置部910可依次位於待機位置P2和捲繞位置P1的結構均可,可以是任何一種結構。 The rotation driving unit 922 has a horizontal or vertical rotation axis. As long as a rotation arm 921 described below is rotated along the rotation axis rotation direction, a plurality of reel setting portions 910 may be sequentially located at the standby positions P2 and The structure of the winding position P1 may be any, and it may be any structure.
在此說明了旋轉軸的長度方向水平或者垂直於地面,但是只要是沿著旋轉軸的旋轉方向進行旋轉能夠將多個捲盤設置部910依次位於待機位置P2和捲繞位置P1均可,則當然不限制旋轉軸的長度方向。 Here, the length direction of the rotation axis is horizontal or perpendicular to the ground. However, as long as the plurality of reel setting portions 910 can be sequentially positioned at the standby position P2 and the winding position P1 by rotating in the rotation direction of the rotation axis, Of course, the length direction of the rotation axis is not limited.
另一方面,如圖8以及圖9(第四實施例以及第五實施例)所示,若以水平方向(即,平行於X軸或者X軸)配置旋轉軸,則以捲繞載帶的方向配置位於捲繞位置P1的捲盤901的旋轉軸,進而無需另外的動作。 On the other hand, as shown in FIGS. 8 and 9 (fourth embodiment and fifth embodiment), if the rotation axis is arranged in a horizontal direction (that is, parallel to the X-axis or X-axis), the The rotation axis of the reel 901 located in the winding position P1 is arranged in the direction, and further no additional operation is required.
但是,如圖10a以及圖10b所示,若以垂直方向(即,平行於Z軸)配置所述旋轉軸,則位於捲繞位置P1的捲盤901的旋轉軸與捲繞載帶的方向不一致,因此需要額外的動作。 However, as shown in FIG. 10a and FIG. 10b, if the rotation axis is arranged in a vertical direction (that is, parallel to the Z axis), the rotation axis of the reel 901 at the winding position P1 does not coincide with the direction of winding the carrier tape. And therefore requires additional action.
為此,如圖10a以及圖10b所示,為使所述多個捲盤設置部910能夠以水平方向(X-Y方向)的旋轉軸為中心進行旋轉,通過以安裝部923的旋轉軸為中心設置徑向設置的鉸鏈部件925可結合於安裝部923。 For this reason, as shown in FIG. 10a and FIG. 10b, in order to allow the plurality of reel setting portions 910 to rotate around a rotation axis in a horizontal direction (XY direction), the rotation is performed by setting the rotation axis of the mounting portion 923 as a center. The hinge member 925 disposed in the radial direction may be coupled to the mounting portion 923.
此時,安裝部923較佳由圓形板件構成,以使所述安裝部923通過旋轉驅動部922以垂直方向(Z方向)的旋轉軸為中心進行旋轉。 At this time, the mounting portion 923 is preferably formed of a circular plate, so that the mounting portion 923 is rotated around the rotation axis in the vertical direction (Z direction) by the rotation driving portion 922.
對於所述帶捲繞部900,若通過安裝部923的第一旋轉包括空捲盤901的捲盤設置部910到達對應於捲繞位置P1的點,則通過旋轉軸將鉸鏈部件925第二旋轉90°左右,進而可旋轉移動捲盤設置部910,以使捲盤901在捲繞位置P1捲繞載帶30。 For the tape winding part 900, if the reel setting part 910 including the empty reel 901 by the first rotation of the mounting part 923 reaches a point corresponding to the winding position P1, the hinge member 925 is secondly rotated by the rotation shaft At about 90 °, the reel setting portion 910 can be rotated to move the reel 901 around the carrier tape 30 at the winding position P1.
圖面符號924是形成在對應於捲盤設置部910的位置並***捲盤設置部910的開口,並非必要構成要素。 Reference numeral 924 is an opening formed at a position corresponding to the reel setting portion 910 and inserted into the reel setting portion 910, and is not an essential component.
以下,參照圖11詳細說明帶捲繞部的第七實施例。 Hereinafter, a seventh embodiment of the tape winding section will be described in detail with reference to FIG. 11.
如圖11所示,與第一實施例不同,第七實施例的捲盤設置部910可在一個捲盤設置部910設置一對捲盤901。 As shown in FIG. 11, unlike the first embodiment, the reel setting section 910 of the seventh embodiment may set a pair of reels 901 in one reel setting section 910.
一對捲盤901較佳為結合於捲盤設置部910,進而使該一對捲盤901相互平行且相互面對面。 The pair of reels 901 is preferably coupled to the reel setting portion 910 so that the pair of reels 901 are parallel to each other and face each other.
一對捲盤901分別與旋轉部913結合,或者通過設置在一對捲盤901之間的一個旋轉部913與軸連接裝置(離合器,圖未顯示)可逐個旋轉一對捲盤901。 The pair of reels 901 are respectively combined with the rotating part 913, or a pair of reels 901 can be rotated one by one through a rotating part 913 provided between the pair of reels 901 and a shaft connection device (clutch, not shown).
由於在捲盤設置部910設置一對捲盤901,因此第七實施例的捲盤移動部920可旋轉捲盤設置部910,進而從捲繞位置P1向待機位置P2或者從待機位置P2向捲繞位置P1移動設置在一個捲盤設置部910的一對捲盤901。 Since a pair of reels 901 are provided in the reel setting section 910, the reel moving section 920 of the seventh embodiment can rotate the reel setting section 910, and then rewind from the winding position P1 to the standby position P2 or from the standby position P2 to the winding. A pair of reels 901 provided in one reel setting section 910 is moved around the position P1.
具體地說,所述捲繞移動部920能夠以垂直於一對捲盤901的結合方向的旋轉軸(Z軸)為中心旋轉所述捲盤設置部910,以使一對捲盤901依次位於捲繞位置P1。 Specifically, the winding moving part 920 can rotate the reel setting part 910 about a rotation axis (Z axis) perpendicular to the coupling direction of the pair of reels 901 so that the pair of reels 901 are sequentially located at Winding position P1.
與第一實施例相同,在第七實施例中當然能夠形成多個捲盤設置部910並且能夠直線移動。 As in the first embodiment, it is a matter of course that in the seventh embodiment, a plurality of reel setting portions 910 can be formed and can be moved linearly.
另一方面,所述捲盤移動部920並不限定於第一實施例至第七實施例,而是當然也能夠組合直線移動以及旋轉移動來構成所述捲繞移動部920,進而往返移動或者循環移動多個捲盤設置部910。 On the other hand, the reel moving section 920 is not limited to the first to seventh embodiments, and it is of course possible to combine the linear movement and the rotary movement to form the winding moving section 920, and then reciprocate or The plurality of reel setting sections 910 are moved cyclically.
另一方面,對於本發明的實施例的卸載部800的結構,尤其是固定帶以及剝離紙的結構,與元件處理器的具體結構無關的只要是採用載帶以及蓋帶結構的裝置,當然也可適用於任何一種裝置。 On the other hand, regarding the structure of the unloading unit 800 in the embodiment of the present invention, especially the structure of the fixing tape and the release paper, as long as it is a device using a carrier tape and a cover tape structure regardless of the specific structure of the component processor, of course Applicable to any kind of device.
另外,對於卸載部800以及帶固定部700的結構舉例說明了設置在上述元件處理器的實施例,但是只要是需要元件等安裝於載帶的口袋的結構均可,當然也可適用於任何一種裝置。 In addition, the configuration of the unloading unit 800 and the tape fixing unit 700 has been described as an example provided in the component processor described above. However, as long as it is a structure that requires a component or the like to be mounted on a carrier tape pocket, it can of course be applied to any type Device.
以上僅是說明能夠由本發明實現的較佳實施例的一部分,眾所周知本發明的範圍不得被上述實施例限定,並且以上說明的技術思想及其根本的技術思想應全部包括在本發明的範圍內。 The above is only part of the description of the preferred embodiments that can be implemented by the present invention. It is well known that the scope of the present invention must not be limited by the above embodiments, and the technical ideas described above and their underlying technical ideas should all be included in the scope of the present invention.
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JP2637003B2 (en) * | 1992-02-07 | 1997-08-06 | タバイエスペック株式会社 | Reel support device for package tape |
JP2720292B2 (en) * | 1994-04-21 | 1998-03-04 | 東レエンジニアリング株式会社 | Reel replacement method on the supply or take-up side of TAB tape |
JP2007176525A (en) * | 2005-12-27 | 2007-07-12 | Fujitsu Ltd | Electronic component storing apparatus and method for inserting and pulling-out electronic component in electronic component storing apparatus |
EP2187723A1 (en) * | 2008-11-17 | 2010-05-19 | ISMECA Semiconductor Holding SA | Auto reel changer |
KR101052726B1 (en) * | 2009-12-24 | 2011-08-01 | (주)제이티 | Device handler |
KR20130033143A (en) * | 2011-09-26 | 2013-04-03 | 삼성전자주식회사 | Carrier tape winding unit and apparatus of packing semiconductor package |
KR101463197B1 (en) * | 2013-05-28 | 2014-11-21 | 삼일테크(주) | Reel packing apparatus for semiconductor packages |
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WO2016022074A1 (en) * | 2014-08-05 | 2016-02-11 | Semiconductor Technologies & Instruments Pte Ltd | Multiple tape reel handling apparatus |
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