TW201438821A - Construction method of waterproof coating - Google Patents
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- TW201438821A TW201438821A TW102145788A TW102145788A TW201438821A TW 201438821 A TW201438821 A TW 201438821A TW 102145788 A TW102145788 A TW 102145788A TW 102145788 A TW102145788 A TW 102145788A TW 201438821 A TW201438821 A TW 201438821A
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Abstract
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本發明系關於一種防水鍍膜之施工方法(二)，特別關於一種能不需拆開產品機殼即可進行防水鍍膜施工，而讓防水鍍膜劑無孔不入地滲入施工物件的表裡所有孔隙表面進行附著，而全面形成填滿封閉式附著的防水鍍膜施工方法之創新發明者。 The invention relates to a waterproof coating film construction method (2), in particular to a waterproof coating process which can be carried out without disassembling the product casing, and the waterproof coating agent is infiltrated into all the pore surfaces of the construction object without adhesion. And fully invented the innovative inventor of the construction method of waterproof coating filled with closed adhesion.
按，鍍膜結構目前被廣泛使用於各種高單價的電子性產品與其零組件，例如最近熱賣的手機都流行要進行防水鍍膜或防刮的防護鍍膜處理，以防止內部組件因受潮而故障或表面之刮傷損耗者。 According to the coating structure, it is widely used in various high-priced electronic products and their components. For example, recently popular mobile phones are popular for waterproof coating or scratch-resistant protective coating treatment to prevent internal components from malfunctioning due to moisture or surface. Scratch the wearer.
而上述的防水鍍膜處理，一般是將液狀的防水鍍膜劑以塗抺方式或噴灑方式附著於施工物件的表面後，使鍍膜劑在施工物件表面形成一層塗抺附著層結構(或噴灑附著層結構)，以達到防止表面刮傷的防護效果。 The above-mentioned waterproof coating treatment generally attaches a liquid waterproof coating agent to the surface of the construction object by means of coating or spraying, so that the coating agent forms a coating layer on the surface of the construction object (or spray adhesion layer). Structure) to achieve the protection against surface scratches.
然而，上述由防水鍍膜劑在施工物件上所形成的塗抺附著層結構(或噴灑附著層結構)，其在施工上會有無法完全附著的死角或孔隙，並無法有效的形成全面性附著結構，而使鍍膜無法達到全面性防護，是為其缺點之一。 However, the above-mentioned coating layer structure (or spray adhesion layer structure) formed by the water-repellent coating agent on the construction object may have dead corners or pores which cannot be completely adhered during construction, and cannot form a comprehensive attachment structure effectively. One of the shortcomings is that the coating cannot achieve comprehensive protection.
再者，以手機為例若要使內部零件達到避免受潮的防護，那施工上必須先拆開機殼才能進行，造成施工上的麻煩不便與工期的拖延，為其缺點之二。 Moreover, taking the mobile phone as an example, if the internal parts are to be protected from moisture, the construction must be dismantled before the construction can be carried out, resulting in inconvenience in construction and delay in the construction period, which is the second disadvantage.
最後，由於一般手機(含其他電子性產品)的保固規定都會明定不可拆開機殼，所以，一旦為了施工將機殼拆開又會造成施工物件喪失保固的損失，為其缺點之三。 Finally, since the warranty requirements of general mobile phones (including other electronic products) will be determined that the casing cannot be removed, once the casing is disassembled for construction, the loss of the construction object will be lost, which is the third disadvantage.
所以，如何針對上述習式防水鍍膜結構無法全面性附著與防護，及必須拆開產品機殼的麻煩施工與可能喪失保固的損失等缺點而創新發明者，是為本案所欲行解決的困難點所在。。 Therefore, how to innovate the inventors for the inability of the above-mentioned waterproof coating system to be fully attached and protected, and the inconvenience of having to disassemble the product casing and the loss of the warranty may be the difficult points to be solved in this case. Where. .
本發明主要目的，在提供一種防水鍍膜之施工方法(二)，能使防水鍍膜劑滲入施工物件所有孔隙，而全面形成填滿封閉式附著的防水鍍膜結構，達到表裡內外的全面性防護之使用進步性者。 The main object of the present invention is to provide a waterproof coating film construction method (2), which can make the waterproof coating agent penetrate into all the pores of the construction object, and fully form a waterproof coating structure filled with closed adhesion to achieve comprehensive protection inside and outside the surface. Use progressive people.
本發明次一目的，在提供一種防水鍍膜之施工方法(二)，不需拆開產品機殼即可進行防水鍍膜施工，有效提高施工操作上的方便性與施工速度之進步性者。 The second object of the present invention is to provide a waterproof coating film construction method (2), which can perform waterproof coating construction without disassembling the product casing, and effectively improve the convenience of construction operation and the progress of construction speed.
本發明另一目的，在提供一種防水鍍膜之施工方法(二)，施工上可不需拆開機殼，以避免造成喪失保固的損失者。 Another object of the present invention is to provide a method for constructing a waterproof coating (2), which does not require dismantling of the casing to avoid loss of warranty loss.
本發明之防水鍍膜之施工方法(二)包括以下程序： 霧化鍍膜環境製備程序(a)，設一霧化鍍膜加工套、一霧化器與一提供加壓與抽吸的壓抽泵浦，其霧化鍍膜加工套能提供對一施工物件以密接套結安裝，而組成在施工物件兩端形成互相阻隔的第一鍍膜室、第二鍍膜室，霧化鍍膜加工套以位於第一鍍膜室外側的一接口與該霧化器出口銜接，而以位於第二鍍膜室外側的一接口與壓抽泵浦所設一抽吸管銜接，霧化器的入口與壓抽泵浦所設一加壓管銜接，而壓抽泵浦另設一排霧管銜接一過濾水槽；而共同組成可於第一鍍膜室、第二鍍膜室進行正、負壓循環的操作結構，以提供進行霧化鍍膜施工的操作者。 The construction method (2) of the waterproof coating of the present invention includes the following procedures: The atomization coating environment preparation program (a) comprises an atomization coating processing sleeve, an atomizer and a pressure pump for providing pressure and suction, and the atomization coating processing sleeve can provide a close connection to a construction object. The sleeve is installed, and the first coating chamber and the second coating chamber which are mutually blocked at the two ends of the construction object are formed, and the atomization coating processing sleeve is connected with the atomizer outlet by an interface located on the outdoor side of the first coating film, An interface on the outdoor side of the second coating is connected with a suction pipe provided by the pump, and the inlet of the atomizer is connected with a pressure pipe provided by the pump, and the pump is additionally provided with a row of fog. The tube is connected to a filter water tank; and the operation structure for performing positive and negative pressure circulation in the first coating chamber and the second coating chamber together to provide an operator for performing atomization coating construction.
前置作業程序(b)，將施工物件經適當清潔以後，於該隔板的密封套孔密接套結，再將隔板套組於第一套體、第二套體相對的兩夾槽內，受兩內靠緣迫抵夾持形成阻隔第一鍍膜室、第二鍍膜室的密接結合，而使施工物件被安裝於霧化鍍膜加工套互相阻隔的第一鍍膜室、第二鍍膜室之間。 The pre-operation program (b), after the construction object is properly cleaned, the sleeve is tightly connected to the sealing sleeve of the partition, and then the partition is sleeved in the opposite sleeves of the first sleeve and the second sleeve. The two inner edges are pressed to form a tight joint that blocks the first coating chamber and the second coating chamber, so that the construction object is installed in the first coating chamber and the second coating chamber where the atomization coating processing sleeve is mutually blocked. between.
防水鍍膜劑霧化程序(c)，預先盛裝於霧化器內的防水鍍膜劑由霧化器的運轉形成霧狀的防水鍍膜劑，而由霧化器出口輸出到霧化鍍膜加工套第一套體的第一鍍膜室。 Waterproof coating agent atomization program (c), the waterproof coating agent pre-installed in the atomizer is formed into a mist-like waterproof coating agent by the operation of the atomizer, and is output from the atomizer outlet to the atomization coating processing sleeve. The first coating chamber of the casing.
正負壓力差間歇抽吸程序(d)，由壓抽泵浦進行間歇性負壓抽吸的運轉時，透過抽吸管對第二鍍膜室的抽吸使其形成負壓空間，及透過加壓管對霧化器加壓使霧狀的防水鍍膜劑持續進入第一鍍膜室，而使第一鍍膜室、第二鍍膜室之間形成正、負壓力差，而藉此壓力差作用使第一鍍膜室霧狀的防水鍍膜劑能由施工物件一端的裸露孔洞(如擴音孔、收音孔 或充電孔等)進入內部，經過內部空間的零組件組裝空隙而由施工物件另端的孔洞溢出到達第二鍍膜室，構成正、負壓的對流循環，而由壓抽泵浦抽吸管抽出之霧狀的防水鍍膜劑將由該排霧管排至過濾水槽進行環保過濾集中。 Positive and negative pressure difference intermittent suction program (d), when the intermittent vacuum suction operation is performed by the pressure pumping, the suction of the second coating chamber through the suction pipe forms a negative pressure space, and the pressure is pressurized. The tube pressurizes the atomizer to continuously pass the mist-like waterproof coating agent into the first coating chamber, and forms a positive and negative pressure difference between the first coating chamber and the second coating chamber, and thereby the pressure difference acts to make the first The spray-like waterproof coating agent of the coating chamber can be exposed by exposed holes at one end of the construction object (such as sound reinforcement holes and sound holes) Or a charging hole, etc.) enters the interior, passes through the assembly space of the internal space, and overflows from the other end of the construction object to the second coating chamber to form a convection cycle of positive and negative pressure, and is extracted by the pumping suction pipe. The misty waterproof coating agent will be discharged from the exhaust pipe to the filter tank for environmental protection filtration.
防水鍍膜劑滲透附著程序(e)，藉由前述正、負壓的對流循環，使得由施工物件裸露孔洞滲入之霧狀的防水鍍膜劑在流經施工物件內部空間過程中，能無孔不入的滲入施工物件內外零組件所有孔隙表面進行附著，而逐漸於所有零組件表面全面形成填滿封閉孔隙附著的防水鍍膜層結構者。 The waterproof coating agent infiltration and adhesion process (e), by the convection circulation of the positive and negative pressures described above, the mist-like waterproof coating agent which is infiltrated by the exposed holes of the construction object can penetrate into the inner space of the construction object, and can penetrate into the construction environment without perforation. All the pore surfaces of the components inside and outside the object are attached, and gradually form a waterproof coating layer structure filled with closed pores on all the surface of the component.
成品程序(f)，於霧狀的防水鍍膜劑對施工物件完成全面性附著的加工操作之後，將壓抽泵浦關閉停止抽吸與加壓之運轉，將霧化鍍膜加工套打開，將施工物件取出即為施工完成品。 The finished product program (f), after the mist-like waterproof coating agent completes the comprehensive attachment processing operation of the construction object, the pumping pump is closed to stop the suction and pressurization operation, and the atomization coating processing sleeve is opened, and the construction is started. The object is taken out as the finished product.
承上述，該成品程序之後，進一步設一乾燥定型程序(g)，即將完成防水鍍膜劑鍍膜加工後的施工完成品置入烤箱烘烤，加速防水鍍膜層結構乾燥定型者。 According to the above, after the finished product program, a drying setting procedure (g) is further provided, that is, the finished product after the waterproof coating agent coating processing is placed in the oven to be baked, and the structure of the waterproof coating layer is accelerated and shaped.
承上述，該霧化鍍膜設備，包含一霧化鍍膜加工套、一霧化器與兩個提供加壓與抽吸的壓抽泵浦；其中一壓抽泵浦設一抽吸管與第二鍍膜室外側的接口組成抽吸銜接，另設一排霧管與一過濾水槽銜接；而另一壓抽泵浦設一具有壓力計的加壓管與霧化器的入口銜接組成者。 According to the above, the atomization coating device comprises an atomization coating processing sleeve, an atomizer and two pressure pumping pumps for providing pressurization and suction; wherein the pressure pumping pump is provided with a suction tube and a second pump The interface on the outdoor side of the coating constitutes a suction connection, and another row of the mist pipe is connected with a filter water tank; and the other pressure pumping pump is provided with a pressure pipe having a pressure gauge and an inlet of the atomizer.
承上述，該霧化鍍膜加工套，包含一第一套 體、一第二套體及一隔板組成，第一套體、第二套體在相對開口端內側設有內靠緣而形成內部第一鍍膜室、第二鍍膜室，第一套體、第二套體於內靠緣外側開口相對形成有夾槽，而於另端分別形成一個接口；該隔板為軟性材質的板體，可供夾持於第一套體、第二套體互相套抵的兩夾槽夾槽內以阻隔第一鍍膜室、第二鍍膜室，於板體中央鏤設一對應不同施工物件能形密接套結的密封套孔。 According to the above, the atomized coating processing sleeve comprises a first set a body, a second sleeve body and a partition plate, the first sleeve body and the second sleeve body are provided with inner flanges on the inner side of the opposite open ends to form an inner first coating chamber and a second coating chamber, the first sleeve body, The second sleeve body is formed with a clamping groove on the outer side opening of the inner edge, and an interface is formed on the other end; the partition plate is a soft material plate body, and is clamped to the first sleeve body and the second sleeve body The two clamping slots of the sleeve are arranged to block the first coating chamber and the second coating chamber, and a sealing sleeve hole corresponding to different construction objects can be closely arranged in the center of the plate body.
承上述，該霧化鍍膜加工套的第一套體、第二套體為透明材質。 According to the above, the first sleeve body and the second sleeve body of the atomized coating processing sleeve are transparent materials.
承上述，該隔板為發泡泡棉材質。 In view of the above, the partition is made of foamed cotton.
承上述，該施工物件為智慧型手機、平板電腦、汽車導航系統、掌上型遊樂器，電子辭典、影音播放器、MP3等3C產品者。 According to the above, the construction objects are smart phones, tablet computers, car navigation systems, handheld game instruments, electronic dictionaries, video players, MP3 and other 3C products.
10‧‧‧霧化鍍膜加工套 10‧‧‧Atomized coating processing sleeve
11‧‧‧第一套體 11‧‧‧First set
111‧‧‧第一鍍膜室 111‧‧‧First coating chamber
112、122‧‧‧內靠緣 112, 122‧‧‧
113、123‧‧‧夾槽 113, 123‧‧‧ slot
114、124‧‧‧接口 114, 124‧‧‧ interface
12‧‧‧第二套體 12‧‧‧Second set
121‧‧‧第二鍍膜室 121‧‧‧Second coating room
13‧‧‧隔板 13‧‧‧Baffle
131‧‧‧密封套孔 131‧‧‧Sleeve hole
20‧‧‧霧化器 20‧‧‧ atomizer
21‧‧‧入口 21‧‧‧ entrance
22‧‧‧出口 22‧‧‧Export
30‧‧‧壓抽泵浦 30‧‧‧Pump pump
31‧‧‧抽吸管 31‧‧‧Sucking tube
32‧‧‧加壓管 32‧‧‧ Pressurized tube
321‧‧‧壓力計 321‧‧‧ pressure gauge
33‧‧‧排霧管 33‧‧‧Draining tube
34‧‧‧過濾水槽 34‧‧‧Filter tank
40‧‧‧霧狀的防水鍍膜劑 40‧‧‧Matty waterproof coating agent
50‧‧‧施工物件 50‧‧‧ Construction items
51‧‧‧通話螢幕 51‧‧‧Call screen
60‧‧‧一盆水 60‧‧‧ a basin of water
第一圖系本發明施工程序之流程圖。 The first figure is a flow chart of the construction procedure of the present invention.
第二圖系本發明之霧化鍍膜設備立體分解圖。 The second drawing is a perspective exploded view of the atomization coating apparatus of the present invention.
第三圖系本發明霧化鍍膜設備之組合剖面示意圖。 The third figure is a schematic sectional view of the atomization coating apparatus of the present invention.
第四圖系本發明防水鍍膜劑霧化程序之剖面示意圖。 The fourth figure is a schematic cross-sectional view of the atomization program of the waterproof coating agent of the present invention.
第五圖系本發明正負壓力差間歇抽吸程序之剖面示意圖。 The fifth figure is a schematic cross-sectional view of the intermittent suction process of the positive and negative pressure difference of the present invention.
第六圖系本發明霧化鍍膜設備第二種實施例之組合剖面示意圖。 Figure 6 is a schematic cross-sectional view showing a second embodiment of the atomization coating apparatus of the present invention.
第七圖系本發明施工物件防水測試示意圖。 The seventh figure is a schematic diagram of the waterproof test of the construction object of the present invention.
通常根據本發明，該最佳的實施方式在於提供各種電孔性產品的施工物件50(諸如智慧型手機、平板電腦、汽車導航系統、掌上型遊樂器，電子辭典、影音播放器、MP3或其他3C產品等，而在本說明書以手機為實施例)進行防水鍍膜之施工操作者，請參閱第1圖所示，本發明包含有以下程序：霧化鍍膜設備之製備程序(a)，配合如第二、三圖所示，設一霧化鍍膜加工套10、一霧化器20與一提供加壓與抽吸的壓抽泵浦30，該霧化鍍膜加工套10包含一第一套體11、一第二套體12及一隔板13組成，第一套體11、第二套體12為可透視材質的殼狀套體，在相對開口端內側設有內靠緣112、122而形成內部第一鍍膜室111、第二鍍膜室121，第一套體11、第二套體12於內靠緣112、122外側開口相對形成有夾槽113、123，而於另端分別形成一個接口114、124；該隔板13為軟性發泡泡棉材質的板體，可供夾持於第一套體11、第二套體12互相套抵的兩夾槽夾槽113、123內以阻隔第一鍍膜室111、第二鍍膜室121，於板體中央鏤設一對應不同施工物件50能形密接套結的密封套孔131。俾霧化鍍膜加工套10能提供對一施工物件50以密接套結安裝，而組成在施工物件50兩端形成互相阻隔的第一鍍膜室111、第二鍍膜室121；霧化鍍膜加工套10以位於第一鍍膜室11 1外側的一接口114與該霧化器20出口22銜接，而以位於第二鍍膜室121外側的一接口124與壓抽泵浦30所設一抽吸管31銜接，霧化器20的入口21與壓抽泵浦30所設一加壓管32銜接，而壓抽泵浦30另設一排霧管33銜接一過濾水槽34；藉此組成可於第一鍍膜室111、第二鍍膜室121進行正、負壓力差循環的操作結構，如第三圖所示，以提供進行霧化鍍膜施工的操作者。 Generally, according to the present invention, the preferred embodiment is to provide construction articles 50 of various electroporous products (such as smart phones, tablets, car navigation systems, palm-type amusement instruments, electronic dictionaries, video players, MP3s or other For the construction operator of the waterproof coating for the 3C product and the like, the mobile phone is used as an example. Referring to FIG. 1, the present invention includes the following procedure: a preparation procedure of the atomization coating device (a), such as As shown in the second and third figures, an atomization coating processing sleeve 10, an atomizer 20 and a pressure pump 30 for providing pressure and suction are provided. The atomization coating processing sleeve 10 includes a first sleeve. 11. A second casing 12 and a partition 13 are formed. The first casing 11 and the second casing 12 are shell-like casings of a see-through material, and inner flanges 112 and 122 are disposed on opposite inner sides of the opposite ends. The first first coating chamber 111 and the second coating chamber 121 are formed, and the first sleeve body 11 and the second sleeve body 12 are oppositely formed with the clamping grooves 113 and 123 at the outer opening edges of the inner flanges 112 and 122, and one of the other ends is formed at the other ends. The interface 114, 124; the partition 13 is a soft foamed cotton board body. The first coating chamber 111 and the second coating chamber 121 are blocked by the first sleeve body 11 and the second sleeve body 12, and the first coating chamber 111 and the second coating chamber 121 are blocked. Corresponding to different construction objects 50 can be closely connected to the sleeve sealing hole 131. The atomized coating processing sleeve 10 can provide a first coating chamber 111 and a second coating chamber 121 which form a mutual barrier between the construction object 50 and the first coating chamber 121; the atomization coating processing sleeve 10 Located in the first coating chamber 11 An outer port 114 is engaged with the outlet 22 of the atomizer 20, and an interface 124 located outside the second coating chamber 121 is connected to a suction pipe 31 provided by the pumping pump 30. The inlet of the atomizer 20 21 is connected with a pressurizing tube 32 of the pumping pump 30, and the pumping pump 30 is further provided with a row of mist tubes 33 connected to a filtering tank 34; the composition is applicable to the first coating chamber 111 and the second coating chamber. 121 The operation structure for performing positive and negative pressure difference cycles, as shown in the third figure, to provide an operator for performing atomization coating construction.
前置作業程序(b)，如第三圖所示，將施工物件50經適當清潔以後，於該隔板13的密封套孔131密接套結，再將隔板13套組於第一套體11、第二套體12相對的兩夾槽113、123內，受兩內靠緣112、122迫抵夾持形成阻隔第一鍍膜室111、第二鍍膜室121的密接結合，而使施工物件50被安裝於霧化鍍膜加工套10互相阻隔的第一鍍膜室111、第二鍍膜室121之間。 The pre-operation program (b), as shown in the third figure, after the construction object 50 is properly cleaned, is tightly bound in the sealing sleeve hole 131 of the partition plate 13, and then the partition plate 13 is set in the first sleeve body. 11. The two clamping slots 113 and 123 of the second sleeve body 12 are pressed by the two inner flanges 112 and 122 to form a tight joint of the first coating chamber 111 and the second coating chamber 121, thereby forming the construction object. 50 is installed between the first coating chamber 111 and the second coating chamber 121 where the atomization coating processing sleeve 10 blocks each other.
防水鍍膜劑霧化程序(c)，預先盛裝於霧化器20內的防水鍍膜劑由霧化器20的運轉形成霧狀的防水鍍膜劑40，而由霧化器20出口22輸出到霧化鍍膜加工套10第一套體11的第一鍍膜室111，如第四圖所示。 The water-repellent coating agent atomization program (c), the water-repellent coating agent previously contained in the atomizer 20 is formed into a mist-like water-repellent coating agent 40 by the operation of the atomizer 20, and is output to the atomization by the outlet 22 of the atomizer 20. The first coating chamber 111 of the first casing 11 of the coating processing sleeve 10 is as shown in the fourth figure.
正負壓力差間歇抽吸程序(d)，如第四、五圖空心箭頭所示，由壓抽泵浦30進行間歇性抽吸及加壓運轉時，透過抽吸管31對第二鍍膜室121的抽吸使其形成負壓空間，及透過加壓管32對霧化器20加壓使霧狀的防水鍍膜劑40持續進入第一鍍膜室111，而使第一套體1 1、第二套體12由隔板13阻隔的第一鍍膜室111、第二鍍膜室121之間形成正、負壓力差，而藉此壓力差作用使第一鍍膜室111霧狀的防水鍍膜劑40能由施工物件50一端的裸露孔洞(如擴音孔、收音孔或充電孔等)進入內部，如圖中實心箭頭所示，經過內部空間的零組件組裝空隙而由施工物件50另端的孔洞溢出到達第二鍍膜室121(如第五圖所示)，構成正、負壓的對流循環，而由壓抽泵浦30抽吸管31抽出之霧狀的防水鍍膜劑40將如第五圖箭頭所示由該排霧管33排至過濾水槽34進行環保過濾集中。 The positive and negative pressure difference intermittent suction program (d), as shown by the hollow arrows in the fourth and fifth figures, is intermittently sucked and pressurized by the pressure pump 30, and is passed through the suction pipe 31 to the second coating chamber 121. The suction causes it to form a negative pressure space, and pressurizes the atomizer 20 through the pressurizing tube 32 to continue the misty waterproof coating agent 40 into the first coating chamber 111, thereby making the first sleeve 1 1. The second casing 12 forms a positive and negative pressure difference between the first coating chamber 111 and the second coating chamber 121 which are blocked by the partition plate 13, and the water pressure coating of the first coating chamber 111 is caused by the pressure difference. The agent 40 can enter the inside from the exposed hole at one end of the construction object 50 (such as a sound reinforcement hole, a sound hole or a charging hole, etc.), as shown by a solid arrow in the figure, and the other part of the construction object 50 is passed through the assembly space of the internal space. The hole overflows to reach the second coating chamber 121 (as shown in FIG. 5), and constitutes a convection cycle of positive and negative pressure, and the mist-like waterproof coating agent 40 extracted by the suction pump 30 suction pipe 31 will be as the fifth. The exhaust pipe 33 is discharged from the exhaust pipe 33 to the filter water tank 34 for environmentally-friendly filtration concentration.
防水鍍膜劑滲透附著程序(e)，藉由前述正、負壓的對流循環，而使得由施工物件50裸露孔洞滲入之霧狀的防水鍍膜劑40在流經施工物件50內部空間過程中，能無孔不入的滲入施工物件50內外零組件所有孔隙表面進行附著，而逐漸於所有零組件表面全面形成填滿封閉孔隙附著的防水鍍膜層結構者。 The water-repellent coating agent osmosis adhesion process (e), by the convection circulation of the positive and negative pressures described above, the mist-like water-repellent coating agent 40 infiltrated by the exposed hole of the construction object 50 can flow through the internal space of the construction object 50, All of the pore surfaces of the components inside and outside of the infiltrated construction object 50 are adhered without perforation, and gradually form a waterproof coating layer structure filled with closed pores on all the surface of the component.
成品程序(f)，於霧狀的防水鍍膜劑40對施工物件50完成全面性附著的加工操作之後，將壓抽泵浦30關閉停止抽吸與加壓之運轉，將霧化鍍膜加工套10打開，將施工物件50取出即為施工完成品。 The finished product program (f), after the mist-like waterproof coating agent 40 completes the processing operation of the comprehensive attachment of the construction object 50, the pumping pump 30 is closed to stop the operation of suction and pressurization, and the atomization coating processing sleeve 10 is processed. When the construction object 50 is taken out, the construction finished product is taken out.
乾燥定型程序(g)，即將完成防水鍍膜劑鍍膜加工後的施工完成品置入烤箱烘烤，加速防水鍍膜層結構乾燥定型者。 Dry setting procedure (g), the finished product after the coating of the waterproof coating agent is placed in the oven to be baked, and the structure of the waterproof coating layer is accelerated and shaped.
如上所述之施工操作藉由將施工物件安裝於互相隔絕的第一、第二鍍膜室111、121之間，而由壓抽泵浦30抽吸運轉使第一、第二鍍膜室111、121形成正、負 壓力差，使得由霧化器20產生輸入到第一鍍膜室111之霧狀的防水鍍膜劑40會透過施工物件的孔洞孔隙對流至第二鍍膜室121，藉此過程使霧狀的防水鍍膜劑40能無孔不入的形成全面性附著，而能不需需拆開施工物件的機殼之下直接進行施工操作者。 The construction operation as described above is performed by the pumping pump 30 to suction the first and second coating chambers 111, 121 by mounting the construction articles between the first and second coating chambers 111, 121 which are isolated from each other. Form positive and negative The pressure difference causes the mist-like water-repellent coating agent 40 generated by the atomizer 20 to be input to the first coating chamber 111 to converge through the pores of the construction object to the second coating chamber 121, thereby making the mist-like waterproof coating agent 40 can form a comprehensive attachment without perforation, and can directly carry out construction operations under the casing without the need to disassemble the construction object.
如第六圖系本發明霧化鍍膜設備第二種實施例之組合剖面示意圖，包含一霧化鍍膜加工套10、一霧化器20與兩個提供加壓與抽吸的壓抽泵浦30，其中一壓抽泵浦30設一抽吸管31與第二鍍膜室121外側的接口124組成抽吸銜接，另設一排霧管33與一過濾水槽34銜接；而另一壓抽泵浦30設一具有壓力計321的加壓管32與霧化器20的入口21銜接組成者。 6 is a schematic cross-sectional view of a second embodiment of the atomization coating apparatus of the present invention, comprising an atomization coating processing sleeve 10, an atomizer 20 and two pressure pumping pumps 30 for providing pressure and suction. One of the pumping pumps 30 is provided with a suction pipe 31 and an interface 124 outside the second coating chamber 121 to form a suction connection, and another row of the atomizing pipe 33 is connected with a filtering water tank 34; and another pressure pumping pump is provided. 30, a pressurizing tube 32 having a pressure gauge 321 is engaged with the inlet 21 of the atomizer 20 to form a component.
第七圖系本發明對施工物件進行防水測試示意圖，如圖中上圖所示可將完成防水鍍膜施工的施工物件(手機)50浸入一盆水60中，均能藉由前述施工附著形成的防水鍍膜結構而得以徹底防水；俾如下圖所示，當撥打該施工物件(手機)50門號時，則浸置水中的施工物件(手機)50仍可接收撥打訊號而開啟通話螢幕51者。 The seventh figure is a schematic diagram of the waterproof test of the construction object according to the present invention. As shown in the above figure, the construction object (mobile phone) 50 for completing the waterproof coating construction can be immersed in a basin of water 60, which can be formed by the above-mentioned construction adhesion. The waterproof coating structure is completely waterproof; as shown in the figure below, when the construction object (mobile phone) 50 number is dialed, the construction object (mobile phone) 50 immersed in the water can still receive the call signal and open the call screen 51.
如上所述本發明「防水鍍膜之施工方法(二)」，在不需拆開施工物件的機殼之下，能使防水鍍膜劑得以無孔不入地滲入施工物件內外所有組件的孔隙表面進行附著，而在施工物件的表裡所有孔隙表面全面形成填滿封閉式附著的防水鍍膜層結構，有效提高鍍膜施工操作上的方便性與施工速度，及避免施工物件喪失保固的損失，具多 重進步性達成者。 As described above, the "sealing method for waterproof coating (2)" of the present invention enables the waterproof coating agent to be infiltrated into the pore surface of all components inside and outside the construction object without any need to disassemble the casing of the construction object, and All the surface of the pores in the surface of the construction object is fully filled with a waterproof coating layer structure which is closed and attached, which effectively improves the convenience and construction speed of the coating construction operation, and avoids the loss of the warranty of the construction object. Re-progressive achievers.
綜上所述，當知本發明具有產業上利用性與進步性，且本發明未見於任何刊物，亦具新穎性，當符合專利法之規定，爰依法提出發明專利申請，懇請 貴審查委員惠准專利為禱。 In summary, when the invention is industrially usable and progressive, and the invention is not found in any publication, it is also novel. When the patent law is met, the invention patent application is filed according to law, and the review committee is invited. The quasi-patent is a prayer.
唯以上所述者，僅為本發明之一可行實施例而已，當不能以之限定本發明實施之範圍；即大凡依本發明申請專利範圍所作之均等變化與修飾，皆應仍屬本發明專利涵蓋之範圍內。 The above is only one of the possible embodiments of the present invention, and the scope of the present invention is not limited thereto; that is, the equal variation and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of coverage.
10‧‧‧霧化鍍膜加工套 10‧‧‧Atomized coating processing sleeve
11‧‧‧第一套體 11‧‧‧First set
111‧‧‧第一鍍膜室 111‧‧‧First coating chamber
112、122‧‧‧內靠緣 112, 122‧‧‧
113、123‧‧‧夾槽 113, 123‧‧‧ slot
114、124‧‧‧接口 114, 124‧‧‧ interface
12‧‧‧第二套體 12‧‧‧Second set
121‧‧‧第二鍍膜室 121‧‧‧Second coating room
13‧‧‧隔板 13‧‧‧Baffle
131‧‧‧密封套孔 131‧‧‧Sleeve hole
20‧‧‧霧化器 20‧‧‧ atomizer
21‧‧‧入口 21‧‧‧ entrance
22‧‧‧出口 22‧‧‧Export
30‧‧‧壓抽泵浦 30‧‧‧Pump pump
31‧‧‧抽吸管 31‧‧‧Sucking tube
32‧‧‧加壓管 32‧‧‧ Pressurized tube
33‧‧‧排霧管 33‧‧‧Draining tube
34‧‧‧過濾水槽 34‧‧‧Filter tank
Claims (7)
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102145788A TW201438821A (en) | 2013-12-12 | 2013-12-12 | Construction method of waterproof coating |
| US14/318,664 US9399240B2 (en) | 2013-06-28 | 2014-06-29 | Waterproof coating process machine and its negative pressure coating and atomized coating methods |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102145788A TW201438821A (en) | 2013-12-12 | 2013-12-12 | Construction method of waterproof coating |
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| Publication Number | Publication Date |
|---|---|
| TW201438821A true TW201438821A (en) | 2014-10-16 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104437948A (en) * | 2014-11-18 | 2015-03-25 | 朱蕾 | Fast coating device |
| CN105797905A (en) * | 2014-12-27 | 2016-07-27 | 杨家祥 | Electronic product coating method |
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2013
- 2013-12-12 TW TW102145788A patent/TW201438821A/en unknown
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104437948A (en) * | 2014-11-18 | 2015-03-25 | 朱蕾 | Fast coating device |
| CN105797905A (en) * | 2014-12-27 | 2016-07-27 | 杨家祥 | Electronic product coating method |
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