度之印刷裝置Degree printing device
是以，由上可知，目前習知之印 顯然有 便與缺失存在，而待加以改善者。 ，.有不 M320822 八、新-說明·· 【新型所屬之技術領域】 本創作係有關於一種具有磁性吸附之印刷裝置，、匕 種利用磁力吸附，而能提高印刷製程品質及增二印刷二二二 【先前技術】 在先前技術之印刷領域中，主要係使用冶具並將印刷 基板放置至該冶具上，並在該印刷基板上方設置一包含有 印刷圖樣之印刷模板，藉此將印職板置於該冶具及該印 刷模板之間，㈣印刷材料轉印該印刷模板的圖樣於^刷 基板表面，最後該印刷材料成形於該印刷基板表面。 習知用於印刷裝置之印刷模板，係利用支撐治具之機 才=計’將印刷基板貼合於印刷模板表面，然而此種作法 吊xe成印刷模板與印刷基板之密合度不佳，使印刷材料容 易溢至印刷模板與印刷基板之間的間隙，溢出之印刷 料將〜響印顯度，同時必須將溢出之材料清洗消除，如 此便降低整體的印刷製程速度。 史疋’本創作人有感上述缺失之可改善，且依據多年 A從此方面之相關經驗，悉心觀察且研究之，並配合學 、 而長1出一種設計合理且有效改善上述缺失之本 M320822 【新型内容】 本創作之主要目的在於提供一種具有磁性吸附之印 刷裝置。本創作之具有磁性吸附之印刷裝置可藉由磁力吸 附，將印刷基板緊密貼附在一可被磁化的印刷模板 (stencil)與設置有磁性單元的支撐治具之間。亦即， 本創作提供一額外的磁力，將可被磁化而被磁力吸附的印 支撐治具緊密貼合，當一印刷基板置於可被磁: 勺板與支撑料之I，連帶減小可被磁摘印刷模 板與印刷基板之間的間隙：藉此，在印刷製程中，可減低 印刷材料參溢至印刷模板與基板之間，因而提高印刷製程 的精度；同時，也減少因印刷材料污染印刷模板而必須清 洗印刷模板㈣間，相對的也增加了印刷製料速度。 為了達到上述目的，根據本創作，提供—種具^磁性 吸附之印刷裝置，其包括：-支撐治具；一磁性單元，其 設置於該支撐治具U及-待磁性朗物，Μ置在該 支撐治具上。 ^ 口 為了達到上述目的’根據本創作，提供—種且有磁性 吸附之印刷裝置，其包括：-支標治具；一磁性單元，其 設置於該支撐治具上表面；以及一往 在該磁性單元.上。 細’其Μ 本創作之主要功效在於減小可姑 印刷基板之__，使印刷材料不★、、、印刷模板與 污染印刷模板；藉此，可大幅減少清=到該間隙而 增加印刷製程的速度；再者，乾淨崎上板的時間而 “、、I7刷材料殘留之印刷 M320822 模板與印刷基板相接觸的表面，可使印刷精度與品質達到 最佳化。 為了能更進一步瞭解本創作為達成預定目的所採取 之技術、手段及功效，請參閱以下有關本創作之詳細說明 • 與附圖，相信本創作之目的、特徵與特點，當可由此得一 深入且具體之瞭解，然而所附圖式僅提供參考與說明用， 並非用來對本創作加以限制者。 • 【實施方式1 請參閱第一圖所示，其係為本創作具有磁性吸附之印 刷裝置之第一實施例剖面示意圖。由圖中可知，本創作之 具有磁性吸附之印刷裝置係包括：一支撐治具1;一磁性 單元2，其設置於該支撐治具1内；以及一待磁性吸附物 4，其設置在該支撐治具1上。一印刷基板3係置於該支 撐治具1與該待磁性吸附物4之間，並且利用該磁性單元 2與該待磁性吸附物4之間的磁性吸附力將該支撐治具 ® 1與該待磁性吸附物4緊密貼附，進而將該印刷基板3緊 密置於該支撐治具1與該待磁性吸附物4之間。 其中，該磁性單元2係可為一電磁鐵、一永久磁鐵或 一電磁鐵與一磁化材料之一組合。由於加工及製程控制上 的需求，該磁性單元2最佳係由一電磁鐵2 1與一磁化材 料2 2所組合。再者，該印刷裝置内部設置一容置空間1 2，而該印刷裝置更進一步包括一與該容置空間1 2連通 之真空吸附裝置召。 M320822 請參閱第二A、二B圖，其係為本創作具有磁性吸附 之印刷裝置的該支撐治具1之上視圖。由圖中可知，該支 撐治具1上殼體設置有複數個與該容置空間i 2連通之 氣孔5 1，該等氣孔5 1係由一真空吸附裝置5進行抽氣 以及附該印刷基板3。在本實施例中，該電磁鐵2 1與該 等氣孔5 1係互相交錯排列，但兩者排列方式與該電磁鐵 21之形狀並不以此為限。 明參閱第四圖’其係為本創作具有磁性吸附之印刷裝 置之該待磁性吸附物4之上視圖；由圖中可知，該待磁性 吸附物4包括一印刷圖樣4 1。配合第一圖，該待磁性吸 附物4最佳為-印刷模板，且該待磁性吸附物4係為可磁 化之材料所製成，以使待磁性吸附物4可被該磁性單元2 之磁力所吸附。 、△且當印刷製程開始，提供—印刷基板3，設置於該支; 置5將該㈣ 41之待磁极《棱 包括一用於印刷製程之囷才 磁性吸附物4Λ可4磁Γ於該印刷基板3上方，該1 板，·此時，提供所製成之一印刷1 帶使該磁化材料22具有 吸附’可使該待磁性吸附物4緊;==:2 2的磁力 並將該印刷基板3緊密地置於 、:支J治具1， 吸附物4之間；提供一印刷 具1與該待磁性 •，如錫膏，使_材料經由該待二結： M320822 該印刷圖樣4 1於該印刷基板3上。 請參閱第三A圖所示，其係為本創作具有磁性吸附之 印刷裝置之該印刷基板3之上視圖。由圖中可知，完成印 刷製程後，該印刷基板3表面上即有與印刷圖樣4=相同 的-轉印圖樣31;而該印刷基板3係可為一電路板軟板 或-電路板硬板。再者，請參閱第圖所示，該印刷基 板3可為-半導體基材3 2如石夕晶圓，完成印刷製程後， -印刷材料可轉印與印刷圖樣4工相同的圖樣在該半導體 籲基材3 2表面上，《是結合材料可成形—轉印圖樣3 3於 該半導體基材3 2表面上。 請參閱第五圖所示，其係為本創作具有磁性吸附之印 刷裝置之第二實施例剖面示意圖。由圖中可知，本創作之 具有磁性吸附之印刷裝置係包括：一支撐治具工；一磁性 單元2，其設置於該支撐治具i上表面 ，·以及/待磁性吸Therefore, it can be seen from the above that the current seals of the past are obviously available and missing, and those to be improved. , there is no M320822 VIII, new - description · · [New technical field] This creation is related to a magnetic adsorption printing device, the use of magnetic adsorption, and can improve the quality of printing process and increase the number two 22 [Prior Art] In the printing field of the prior art, a printing tool is mainly used to place a printed substrate on the tool, and a printing template containing a printing pattern is arranged above the printing substrate, thereby printing the board Between the tool and the printing template, (4) the printing material transfers the pattern of the printing template to the surface of the substrate, and finally the printing material is formed on the surface of the printing substrate. Conventionally, a printing template for a printing device is used to attach a printing substrate to a surface of a printing template by using a supporting fixture. However, the adhesion of the printing template to the printed substrate is poor. The printed material easily overflows into the gap between the printing template and the printed substrate, and the overflowed printing material will be loudly printed, and the overflowed material must be cleaned and removed, thus reducing the overall printing process speed. Shi Yi's creator feels that the above-mentioned deficiencies can be improved, and based on years of relevant experience from this aspect, he carefully observes and studies it, and cooperates with the school to grow a M320822 that is reasonable in design and effective in improving the above-mentioned defects. New content] The main purpose of this creation is to provide a printing device with magnetic adsorption. The magnetically-adsorbed printing device of the present invention can be attached by magnetic force to closely attach a printed substrate between a stencil that can be magnetized and a supporting jig provided with a magnetic unit. That is, the creation provides an additional magnetic force to closely fit the magnetically affixed printing support fixture, and when a printed substrate is placed on the magnetic: the spoon plate and the support material I, the reduction can be reduced. The gap between the magnetically printed template and the printed substrate: thereby, in the printing process, the printing material can be reduced to the printing template and the substrate, thereby improving the precision of the printing process; at the same time, reducing the contamination of the printing material The template is printed and the print template (4) must be cleaned, which in turn increases the speed of the printing process. In order to achieve the above object, according to the present invention, there is provided a magnetic adsorption printing apparatus comprising: a support fixture; a magnetic unit disposed on the support fixture U and the magnetic object to be placed The support fixture. ^ In order to achieve the above object, according to the present invention, there is provided a magnetic adsorption printing apparatus comprising: a support fixture; a magnetic unit disposed on the upper surface of the support fixture; and a Magnetic unit. The main function of this creation is to reduce the __ of the printed substrate, so that the printing material is not ★,, the printing template and the contaminated printing template; thereby, the printing process can be greatly reduced by clearing the gap to the gap. The speed; in addition, the time to clean the board and the ", I7 brush material residue printing M320822 template contact with the printed substrate surface, can optimize the printing accuracy and quality. In order to further understand the creation For the techniques, means and functions adopted to achieve the intended purpose, please refer to the following detailed description of the creation. • With the drawings, I believe that the purpose, characteristics and characteristics of this creation can be obtained from this in-depth and specific understanding. The drawings are provided for reference and explanation only, and are not intended to limit the creation. [Embodiment 1] Referring to the first figure, it is a schematic cross-sectional view of a first embodiment of a printing device having magnetic adsorption. As can be seen from the figure, the magnetic adsorption printing device of the present invention comprises: a supporting fixture 1; a magnetic unit 2 disposed on the support And a magnetic adsorbate 4 disposed on the support jig 1. A printed substrate 3 is disposed between the support jig 1 and the magnetic adsorbate 4, and the magnetic unit 2 is utilized. The magnetic absorbing force between the support and the magnetic adsorbate 4 is closely attached to the support jig 1 and the printed substrate 3 is closely placed on the support jig 1 and the magnetic adsorption to be adsorbed The magnetic unit 2 can be an electromagnet, a permanent magnet or an electromagnet combined with one of a magnetized material. The magnetic unit 2 is preferably used due to processing and process control requirements. An electromagnet 2 1 is combined with a magnetized material 22. In addition, an accommodating space 12 is disposed inside the printing device, and the printing device further includes a vacuum adsorption device that communicates with the accommodating space 12 M320822 Please refer to the second A and B diagrams, which is a top view of the supporting jig 1 for creating a magnetically absorbing printing device. As can be seen from the figure, the upper casing of the supporting jig 1 is provided with a plurality of a vent 5 1 communicating with the accommodating space i 2 The air hole 51 is evacuated by a vacuum adsorption device 5 and attached to the printed circuit board 3. In the embodiment, the electromagnet 2 1 and the air holes 51 are alternately arranged, but the arrangement of the two is electromagnetic The shape of the iron 21 is not limited thereto. Referring to the fourth figure, it is a top view of the magnetic adsorbate 4 to be printed with a magnetic adsorption printing device; as can be seen from the figure, the magnetic adsorbate 4 A printed pattern 41 is included. In combination with the first figure, the magnetic adsorbate 4 is preferably a printing template, and the magnetic adsorbate 4 is made of a magnetizable material, so that the magnetic adsorbate 4 can be Being adsorbed by the magnetic force of the magnetic unit 2, △ and when the printing process starts, providing the printed substrate 3, disposed on the branch; 5 placing the magnetic pole of the (4) 41 to include a magnet for the printing process The adsorbent 4 can be magnetized on the printed substrate 3, the 1 plate, and at this time, one of the printed 1 strips is provided to make the magnetized material 22 have an adsorption 'to make the magnetic adsorbate 4 tight; =: 2 2 magnetic force and the printed substrate 3 is closely placed, : J fixture 1, between the adsorbents 4; providing a printing tool 1 and the magnetic material to be treated, such as a solder paste, to make the material through the two junctions: M320822 The printing pattern 41 is on the printed substrate 3. Referring to Fig. 3A, it is a top view of the printed circuit board 3 for creating a magnetically absorbing printing apparatus. It can be seen from the figure that after the printing process is completed, the surface of the printed substrate 3 has the same transfer pattern 31 as the printed pattern 4; and the printed substrate 3 can be a circuit board soft board or a circuit board hard board. . Furthermore, as shown in the figure, the printed substrate 3 can be a semiconductor substrate 3 2 such as a Shi Xi wafer. After the printing process is completed, the printed material can be transferred and printed in the same pattern as the printed pattern. On the surface of the substrate 3 2, "the bonding material can be formed - the transfer pattern 3 3 is on the surface of the semiconductor substrate 32. Please refer to the fifth figure, which is a schematic cross-sectional view of a second embodiment of the printing device with magnetic attraction. As can be seen from the figure, the magnetic adsorption printing device of the present invention comprises: a supporting fixture; a magnetic unit 2 disposed on the upper surface of the supporting fixture i, and/to be magnetically attracted
附物4 ’其設置在該磁性單元i上。—印刷基板3係置於 f磁性單70 2與該待磁性吸附物4之間，並且洲該磁性 ^兀2舅該待磁性吸附物4之間的磁性吸附力將該磁性 單元2與該待磁性吸附物4緊密貼附，進而將該印刷基板 3緊费置於該磁性單元2與該待磁性吸附物4之間。再 .者，該印刷裝置内部設置—容置空間丄2，而該印刷裝置 更進-步包括-與該容置空間丄2連通之真空吸附裝置 5 —在本實⑯射’該切治具丄上殼麟置有複數個與 該容置空間12連通之氣孔51，且該磁性單元2設有複 數個與鱗氣孔51相對•穿孔53，每-個穿孔5J M320822 均與相载之氣孔5 1相連通。該等氣 5 3係由-真空吸附裝置5進行抽氣 1與該等穿孔 3。藉此可進行與第—實施例相同之 附該印刷基极 重複闡述。 I程，在此不在 綜上所述’本創作之具磁性吸附之 力吸附，將可魏之待磁性韻物與置係利用磁 合，藉此減小待磁性吸附物與印刷基板=做-緊密貼 刷材料不容㈣溢到該_而污染印刷心^隙，使印 幅減少清洗的時間而增加印刷製程的速声：此’可太 :==:=r基‘觸的表= 說明:圖π=為本創作最佳之具號實施例之詳細 創作之特被並不侷限於此，並非用以限 本創作之所有範®應以下述之ΐ請專利範圍為 s於本創作申睛專利範圍之精神與其類似變化之實 施例白應包含於本創作之範疇中，任何熟悉該項技藝者 在本創作之領域内，可㈣思及之變化或修飾 皆可涵蓋在 以下本案之專利範圍。 【圖式簡單說明】. ^樹系，本創作具磁性吸附之印刷裝置之第一實施例之剖 面示意圖；、 ，係為本創作具磁性吸附之印刷裝置之第一實施例的 支撐#具之立體圖； 第二 B 圖，： ：> ·: 一曰系為本創作具磁性吸附之印刷裝置之第一實施例的 M320822 支撐治具之上視圖； 第三A圈係為本創作具磁性吸附之印刷裝置的印刷基板之上 視圖； 第三B圖係為本創作具磁性吸附之印刷裝置的半導體基材之 上視圖； 第四圖係為本創作具磁性吸附之印刷裝置的待磁性吸附物 之上視圖；以及 第五圖係為本創作具磁性吸附之印刷裝置之第二實施例之剖 面示意圖。 【主要元件符號說明】 支撐治具 1 容置空間 1 2 磁性單元 2 電磁鐵 2 1 磁化材料 2 2 印刷基板 3 轉印圖樣 3 1 半導體基材 3 2 轉印圖樣 3 3 待磁性吸附物 4 印刷圖樣 4 1 真空吸附裝置 5 氣孔 5 1 穿孔 5 3 11Attachment 4' is disposed on the magnetic unit i. a printed substrate 3 is placed between the magnetic sheet 70 2 and the magnetic adsorbate 4 to be magnetically adsorbed, and the magnetic attraction between the magnetic adsorbent 4 and the magnetic adsorbent 4 is used to treat the magnetic unit 2 The magnetic adsorbent 4 is closely attached, and the printed substrate 3 is placed between the magnetic unit 2 and the to-be-magnetic adsorbate 4 in a tight manner. Furthermore, the printing device is internally disposed to accommodate the space 丄2, and the printing device further includes a vacuum absorbing device 5 connected to the accommodating space 丄2. The upper shell is provided with a plurality of air holes 51 communicating with the receiving space 12, and the magnetic unit 2 is provided with a plurality of perforations 51 and perforations 53, each perforation 5J M320822 and the phase-carrying holes 5 1 phase is connected. The gas 5 3 is evacuated by the vacuum adsorption device 5 and the perforations 3 . Thereby, the same printing base as that of the first embodiment can be repeated. I, here is not the above-mentioned "the magnetic adsorption of the magnetic adsorption of this creation, will be able to use the magnetism and the magnetic system, thereby reducing the magnetic adsorbate and the printed substrate = do - The close-fitting material can't contain (4) spilling into the _ and polluting the printing heart, so that the printing time can reduce the cleaning time and increase the speed of the printing process: this 'can be:==:=r base' touch table= Description: Figure π = the detailed creation of the best embodiment of the creation is not limited to this, and is not intended to limit all of the creations of this creation. The spirit of the patent scope and the similar variations of the embodiment should be included in the scope of this creation. Anyone who is familiar with the artist in the field of this creation may (4) think of changes or modifications that may be covered in the following patent scope of the case. . [Simplified illustration of the drawings] ^ Tree system, a schematic cross-sectional view of a first embodiment of a magnetically-adsorbed printing device, which is a support for creating a first embodiment of a magnetically-adsorbed printing device Stereogram; second B diagram, ::> ·: The top view of the M320822 support fixture for the first embodiment of the magnetically-adsorbed printing device; the third A-ring is a magnetic adsorption for the creation The upper view of the printed substrate of the printing device; the third B is a top view of the semiconductor substrate for creating a magnetically absorbing printing device; the fourth figure is the magnetic adsorbate to be created by the magnetically absorbing printing device The top view; and the fifth figure are schematic cross-sectional views of a second embodiment of the present invention. [Main component symbol description] Support jig 1 accommodating space 1 2 Magnetic unit 2 Electromagnet 2 1 Magnetized material 2 2 Printed substrate 3 Transfer pattern 3 1 Semiconductor substrate 3 2 Transfer pattern 3 3 Magnetic adsorbate 4 Printing Drawing 4 1 vacuum adsorption device 5 vent 5 1 perforation 5 3 11