Μ4Γ5811 低差甚至斷線，造成電路或電極之傳導效率不良和不 穩定。 【新型内容】 本創作之可調整透墨率之印刷模版，係有關一種 印刷厚度均勻一致的印刷模版，藉由透料網不同區域 開孔大小不同的結構，降低部份開口較大印刷孔或印 刷線所形成之厚度，以達到均一印刷厚度之目的。 基於前述目的，本創作之可調整透墨率之印刷模 版，包括一外框；一支撐網，具有一開口，該支撐網 設置於該外框；一印刷膜版，對應該開口設置於該支 撐網，具有二第一穿槽，複數個通過該第一穿槽之第 二穿槽，該等第一穿槽之寬度大於該等第二穿槽；以 及一透料網，平貼於該印刷膜版表面，該透料網係由 複數條金屬網線交錯編織而成，該透料網對應該第一 穿槽處之金屬網線具有較粗的線徑，在特定區域的透 料網上以塗佈方式將透料網開孔縮小，藉由該等開孔 面積減少而降低該等第一穿槽處之透料率，與該等第 二穿槽所形成之印刷厚度相當，第一穿槽與第二穿槽 厚度一致，使電路或電極之傳導效率提高和增加穩定 性。 為使熟悉該項技藝人士暸解本創作之目的、特徵 及功效，茲藉由下述具體實施例，並配合所附之圖式， 詳加說明如後。 【實施方式】 第3圖係顯示本創作可調整透墨率之印刷模版之 立體圖；第4圖係顯示本創作可調整透墨率之印刷模 版之局部放大圖；如圖所示，本創作之可調整透墨率 4 M415811Μ4Γ5811 Low difference or even disconnection, resulting in poor transmission and instability of the circuit or electrode. [New content] The printing plate with adjustable ink permeability of this creation is related to a printing stencil with uniform printing thickness, which can reduce the printing hole of a part of the opening by a structure with different opening sizes in different areas of the permeable mesh. The thickness of the printed line is formed to achieve a uniform printing thickness. Based on the foregoing objective, the printable stencil of the present invention can include an outer frame; a support net having an opening, the support net being disposed on the outer frame; and a printing film plate corresponding to the opening disposed on the support a net having two first through grooves, a plurality of second through grooves passing through the first through grooves, the first through grooves having a width larger than the second through grooves; and a through mesh that is flat on the printing a stencil surface, the permeable mesh is formed by interlacing a plurality of metal mesh wires, and the permeable mesh has a thick wire diameter corresponding to the metal mesh at the first through slot, and is in a specific area of the mesh Diminishing the opening of the permeate web by coating, reducing the transmissibility of the first perforations by reducing the area of the openings, corresponding to the printing thickness formed by the second perforations, first wearing The groove is uniform in thickness with the second groove, which improves the conduction efficiency of the circuit or the electrode and increases the stability. In order to familiarize the person skilled in the art with the purpose, features and effects of the present invention, the following specific embodiments, together with the accompanying drawings, are described in detail below. [Embodiment] Fig. 3 is a perspective view showing a printing template capable of adjusting the ink permeability of the present invention; and Fig. 4 is a partial enlarged view showing a printing template capable of adjusting the ink permeability of the present creation; Adjustable ink transmission rate 4 M415811
之印刷模版20，包括一外框21 ; —支撐網22，具有 一開口 220,該支撐網22設置於該外框21; —印刷膜 (感光膜或金屬箔）23，對應該開口 220設置於該支撐 網22，具有設置之第一穿槽230，複數個通過該第一 穿槽230設置之第二穿槽231，該等第一穿槽230之 寬度大於該等第二穿槽231 ;以及一透料網24，平貼 於該印刷膜（感光膜或金屬fl) 23表面，該透料網24 係由複數條金屬網線240交錯編織而成，該透料網24 對應該第一穿槽230處之金屬網線240具有較粗的線 徑，係以導電方式於該金屬網線表層塗佈金屬料，以 增加其線徑。The printing stencil 20 includes an outer frame 21; a support net 22 having an opening 220, the support net 22 is disposed on the outer frame 21; a printing film (photosensitive film or metal foil) 23 corresponding to the opening 220 The support mesh 22 has a first through slot 230, and a plurality of second through slots 231 disposed through the first through slots 230. The width of the first through slots 230 is greater than the second slots 231; a permeable web 24 is affixed to the surface of the printing film (photosensitive film or metal fl) 23, and the permeable web 24 is interlaced by a plurality of metal mesh wires 240, and the permeable mesh 24 corresponds to the first one. The metal mesh 240 at the slot 230 has a relatively large wire diameter, and the metal material is coated on the metal mesh surface layer in a conductive manner to increase the wire diameter.
如圖所示，本創作之可調整透墨率之印刷模版20 操作時係於外框21範圍内置入印刷材料後，透過透料 網24再經過第一穿槽230及第二穿槽231之後到達欲 印刷之基板（圖中無顯示），由於第一穿槽230與第二 穿槽231之寬度不同，所以透料網24相對第一穿槽 230與第二穿槽231之區域面積亦不同，故這兩個區 域的透料率是不同的，由於透料網24相對第一穿槽 2 3 0的透料面積較大，所以透料量較大，因此為了平 衡透料網24相對第一穿槽230與第二穿槽231之區域 之透料率，故在透料網24相對第一穿槽230之範圍内 透料開口率較小，以減少該區域的透料量，此方式可 確實調整由第一穿槽230所形成之印刷厚度，使第一 穿槽230所形成之印刷厚度與第二穿槽231所形成之 印刷厚度可自由調整至最佳比值，進而達到提高電路 與電極傳導效率之目的。 5 Μ4Γ5811 在面積或寬度較大的印刷孔（或印刷線）區域内縮 小透料網24之透料孔徑，可減少透墨區域的透墨量， 減少印刷漿料的使用以降低成本，依此方式可對不同 面積或寬度的印刷區域做透料孔徑的調整，使印刷之 圖形高度均勻。 由於第一穿槽230與第二穿槽231之寬度不同，寬 度較大或面積較大的第一穿槽230，經印刷的刮印壓力 與印刷漿料的擠壓很較容易造成透料網的變形與破 損，經過塗層的第一穿槽230透料網，網結變粗而透料 網結構更強，因而印刷穩定性更高，使用壽命更長。雖 然本創作已以具體實施例揭露如上，然其並非用以限定 本創作，任何熟悉此技藝者，在不脫離本創作之精神和 範圍内，當可作各種之更動與潤飾，其所作之更動與潤 飾皆屬於本創作之範疇，本創作之保護範圍當視後附之 申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖係顯示習知印刷模版之立體圖； 第2圖係顯示習知印刷模版操作時之剖面示意圖； 第3圖係顯示本可調整透墨率之印刷模版之立體 圖；及 第4圖係顯示本創作可調整透墨率之印刷模版之 局部放大圖。 【主要元件符號說明】 〈習知〉 6 Μ4Γ5811As shown in the figure, the printable stencil 20 of the present invention is operative to be embedded in the printing material after the outer frame 21 is in operation, and then passes through the first through slot 230 and the second through slot 231 through the permeable mesh 24. When the substrate to be printed is not displayed (not shown), since the widths of the first through grooves 230 and the second through grooves 231 are different, the area of the transparent mesh 24 relative to the first through grooves 230 and the second through grooves 231 is different. Therefore, the transmissibility of the two regions is different. Since the transmissive mesh 24 has a larger permeate area than the first perforating groove 230, the amount of permeate is large, so that the balance of the permeate web 24 is relatively first. The transmissibility of the area of the groove 230 and the second groove 231 is such that the opening ratio of the permeate web 24 is smaller than that of the first groove 230 to reduce the amount of permeate in the area. Adjusting the printing thickness formed by the first through grooves 230, the printing thickness formed by the first through grooves 230 and the printing thickness formed by the second through grooves 231 can be freely adjusted to an optimum ratio, thereby improving circuit and electrode conduction. The purpose of efficiency. 5 Μ4Γ5811 Reducing the through-hole diameter of the permeable mesh 24 in the area of printing holes (or printing lines) having a large area or a width, thereby reducing the amount of ink permeated in the ink-permeable area and reducing the use of printing paste to reduce costs. The method can adjust the aperture of the printing area of different areas or widths to make the printing pattern highly uniform. Since the width of the first through groove 230 and the second through groove 231 are different, the first through groove 230 having a larger width or a larger area is more likely to cause the through-web to be printed by the printing pressure and the printing paste. The deformation and damage, through the coated first through groove 230 through the mesh, the mesh knot becomes thicker and the through mesh structure is stronger, so the printing stability is higher and the service life is longer. Although the present invention has been disclosed in the above specific embodiments, it is not intended to limit the present invention, and any one skilled in the art can make various changes and refinements without departing from the spirit and scope of the present invention. Both the retouching and the retouching are within the scope of this creation. The scope of protection of this creation is subject to the definition of the patent application scope attached. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a conventional printing template; FIG. 2 is a schematic cross-sectional view showing a conventional printing stencil; FIG. 3 is a perspective view showing a printing stencil having an adjustable ink permeable rate; And Fig. 4 shows a partial enlarged view of the printing template in which the creation of the ink permeable rate can be adjusted. [Main component symbol description] <知知> 6 Μ4Γ5811
1印刷模版 10印刷膜 11外框 12支撐網 13透料網 14印刷材料 15基板 100第一穿槽 101第二穿槽 120 開口 〈本創作〉1 Printing stencil 10 Printing film 11 Outer frame 12 Supporting net 13 Transmitting net 14 Printing material 15 Substrate 100 First through groove 101 Second through groove 120 Opening <This creation>
20可調整透墨率之印刷模版 21外框 22支撐網 23印刷膜 24透料網 220 開口 230第一穿槽 231第二穿槽 240金屬網線20 printing plate with adjustable ink permeability 21 outer frame 22 support net 23 printing film 24 transparent mesh 220 opening 230 first through groove 231 second through groove 240 metal wire