M413014 五、新型說明： 【新型所屬之技術領域】 本創作係關係-種較佳隔離之結構設計，特別是關於一種具氣密電波 隔離門之結構改良。 【先前技術】 按，在島峨地形國家由於四面環海，亦因氣候的變化而產生沙塵與電 磁波’然電磁波亦也由生活中的電子設備中產生，而電磁波對精密儀器與 機具的組裝皆干擾甚大’故，需具備有隔離電磁波與保減密的門扇，才 得以解決無形的干擾。 二電子5又備與精密儀器於製造過程皆會產生微量的電磁波，若再受 外來電磁;皮的干擾’胃讓生產的顧產生轉等疑慮，而習知之隔離門係 將門扇與刀口以矩形框設置相互嵌插結合，而此方式易產生銳角傷及使用 者且於門扇開啟的角度易受轉轴的限制而無法開啟，又門扇的鎖固方式 以旋轉方式讓上下兩端鎖固或開啟，讓使用者需以較大的力量操作，且操 作不易’綜上諸多缺失，中請人依缺失作氣密電賴離門之結構改良。 故’創作人為解決上述缺失而設計，本創作係為一種氣密電波隔離門 ’。募文良該門扇與刀口尾端以斜角方式設置，且起閉方式以反壓式結 " 門扇鎖固方式使用槓桿原理，讓使用者操作得以更為輕便，其可達 到門扇與外植更緊密的結合，且完全隔離電磁波之功效之目的。 3 M413014 _ · . 【新型内容】 一種氣密電波隔離門之結構改良，其該隔離門係由一外框、一外框架、 一内刀口、一外刀口、—膠條、複數彈片壓條、複數彈片、一門扇及一編 織網所組構，其中設於外框架間之内、外刀口以矩形圍繞，而内、外刀口 及門扇間之刀口，其一側以斜角設置，藉由斜角設置可避免工作傷害，而 踢條與門扇相抵制’可保持一空間的氣密與防水效果，而達到隔離電波的 • 功能。 鲁 本創作氣密電波隔離門之結構改良之主要目的，係提供該内、外刀口 一側以斜角設置，可避免工作傷害。 本創作氣密電波隔離門之結構改良之次要目的，係提供該外刀口與外 框架間設置編織網，可提供鈑件密合度及隔離電波之效果。 本創作氣密電波隔離門之結構改良之另一目的，係提供該膠條環繞設 於外刀口一端，供與門扇抵壓’可提供氣密、溼氣及異物的隔離。 有關本創作之詳細說明及技術内容，現配合圖式說明如下： 【實施方式】 首先請參閱『第1圖、第2圖及第3圖』所示，圖中見悉，係本創作 之立體組合分解示意圖，其中本創作之隔_ !係一矩形體之金屬材，其 包括有.一外框1〇、一外框架u、複數外刀口 12、2〇、複數内刀口 13、 21、複數彈片14、14’、23、23’、複數彈片壓條15、15,、22、22,、一編 織網16、一膠條17及一門扇18所構成； 其中該外框10係近似矩形框體，於環圍間設置穿孔100，且一側供外 M413014 ，框架11之穿孔110對應，而外框架11連接設置外刀口 12、20、内刀口 13、 21，為織網16及踢條17等，經由一螺栓25穿設穿孔21〇、、及⑽ 與螺帽250對應鎖固，另一螺栓122穿設穿孔ΐ3〇、ΐ2〇、、ιι〇及⑽與 螺帽1220對應鎖固，而外框1〇供與門们8對應； 該外框架11錢似[狀之矩形框體，於環關設有穿孔10G，-側與 外框10對應，另一側供與外刀口 20 ' 12、内刀口 2卜13、編織網16及藤 條17對應’並經由螺栓25穿設穿孔21〇、2〇〇、⑴及⑽與螺帽咖對 _應鎖固另螺栓122穿設穿孔130、120、、no及100與螺帽122〇對應 鎖固，而外框10供與門扇18對應； 該外刀口 20、12係U狀圍繞之矩形框體，其中外刀口 2〇兩侧設有穿 孔200 201 ’該穿孔2〇〇於一側供編織網16、外框架“及外框對應， 另側供内刀口 21對應，並由螺栓25穿設穿孔21〇、2〇〇、ιι〇、⑽由螺 帽250鎖固’而外刀口 2〇另一側之穿孔2β1供彈片23及彈片壓條四設置， /彈片壓條22汉有一穿孔220與外刀口 20之穿孔2〇1對應，由螺栓24鎖 固；另一外刀口 12於-側呈斜角狀，且於斜角面及水平面形成穿孔⑵、 ’其中穿孔120 一側對應編織網16、外框架u及外框1()，另一穿孔121 供彈片14及彈片壓條15設置，且該彈片壓條15設有穿孔⑽與外刀口 12〇 之穿孔121對應，由螺栓151鎖固； 該内刀口 13、21係L狀之圍繞框體，其中内刀口 21兩側設有穿孔21〇、 211該穿孔21〇於-側供外刀口 2〇、外框架丄卜編織網16及外框1〇對 應，並由螺;^ 25穿設穿孔210、200、11〇、1〇〇由螺帽鎖固，而内刀 21另側之穿孔211供彈片23,及彈片壓條22,設置，該彈片壓條22， 5 M413014 來加以賴_關摘作之料。因此 今句吓愿涵蓋所有出 本創作之附加的_請專利範圍與其相等項之修正與變化。 【圖式簡單說明】 第1圖：係本創作氣密電波隔離門之結構改良之立趙示意圖。 第2圖：係本創作氣密電波隔離門之結構改良之隔離門一側立體分解示黃 圖。 第3圖：係本創作氣密電波隔離門之結構改良之隔離門另一側立體分解示 意圖。 第4圖：係本創作氣密電波隔離門之結構改良之一側門扇刀口及膠條結人 示意圖。 第5圖：係本創作氣密電波隔離門之結構改良之另一側門扇刀口及踢條奸 合示意圖。 第6圖：係本創作氣密電波隔離門之結構改良之門扇固持示意圖。 8 M413014 » t 【主要元件符號說明】 隔離門1 外框 10 穿孔 100、110、200、2(Π、210、21 卜 220、220,120 121、130、131、150、150’ 外框架11 外刀口 12、20 内刀口 13、21 彈片壓條15’、22 螺栓 15Γ、24、24’、25、122、151 編織網16 膠條17 門扇18 門扇刀口 180 門扇外蓋181 紐座件182 套管件183 紐板件184 9 M413014 Ί5 Ί5 、14， 開關固定座185 連桿固定座186 連桿件1860 把手1861 開關連桿1862 彈片壓條22、22’ 彈片 23、23’、14 螺帽 250、1220M413014 V. New description: [New technical field] This creation relationship is a better isolation structure design, especially for a structural improvement with a gas-tight wave isolation door. [Prior Art] According to the fact that in the islands of the island, the sea is surrounded by the sea, and the dust and electromagnetic waves are generated due to the change of the climate. The electromagnetic waves are also generated by the electronic devices in the life, and the electromagnetic waves are assembled on the precision instruments and tools. The interference is very large. Therefore, it is necessary to have a door leaf that is isolated and protected from electromagnetic waves to solve the invisible interference. The two electrons 5 and the precision instruments will produce a small amount of electromagnetic waves in the manufacturing process, and if they are subjected to external electromagnetics, the skin's interference will cause the production to turn around and other doubts, while the conventional isolation door will have the door and the knife edge in a rectangular shape. The frame is arranged to be inserted into each other, and the method is easy to produce an acute angle to hurt the user and the angle at which the door is opened is easily restricted by the rotation shaft, and the locking method of the door is locked or opened by rotating the upper and lower ends. So that the user needs to operate with a large force, and the operation is not easy to 'collect a lot of missing, the middle of the person to rely on the lack of airtight electricity to improve the structure of the door. Therefore, the creator designed to solve the above-mentioned shortcomings. This creation is a kind of airtight electric wave isolation door. The door and the end of the knife edge are set at an oblique angle, and the closing and closing mode uses the principle of lever in the door lock method to make the user's operation more light, which can reach the door leaf and the external planting. Close combination and completely isolate the effects of electromagnetic waves. 3 M413014 _ · . [New content] A structural improvement of the airtight electric wave isolation door, the isolation door is composed of an outer frame, an outer frame, an inner knife edge, an outer knife edge, a rubber strip, a plurality of elastic strips, and a plurality of The assembly of the shrapnel, the one fan and the woven mesh, wherein the inner and outer edges of the outer frame are surrounded by a rectangle, and the inner and outer edges and the edge of the door leaf are disposed at an oblique angle on one side by the bevel The setting avoids work injury, and the kick strip resists the door leaf to maintain the airtightness and waterproof effect of a space, and achieve the function of isolating electric waves. The main purpose of the structural improvement of the airtight wave isolation door created by Ruben is to provide the inner and outer edges of the knife edge at an oblique angle to avoid work injury. The secondary purpose of the structural improvement of the airtight electric wave isolation door is to provide a woven mesh between the outer knife edge and the outer frame, which can provide the sealing degree and the effect of isolating the electric wave. Another object of the structural improvement of the airtight electric isolation door of the present invention is to provide the rubber strip around one end of the outer knife edge for pressing against the door leaf to provide airtightness, moisture and foreign matter isolation. The detailed description and technical contents of this creation are described below with the following diagrams: [Embodiment] First, please refer to the "1st, 2nd, and 3rd drawings", which is shown in the figure. The combination decomposition diagram, wherein the creation is a metal material of a rectangular body, which comprises: an outer frame 1 〇, an outer frame u, a plurality of outer knife edges 12, 2 〇, a plurality of inner knife edges 13, 21, plural The elastic piece 14, 14', 23, 23', the plurality of elastic strips 15, 15, 22, 22, a woven net 16, a strip 17 and a door 18; wherein the outer frame 10 is an approximate rectangular frame A perforation 100 is provided between the circumferences, and one side is provided for the outer M413014, the perforations 110 of the frame 11 are corresponding, and the outer frame 11 is connected with the outer cutting edges 12, 20 and the inner cutting edges 13, 21 for the web 16 and the kick strip 17, etc. The through holes 21〇, and (10) are locked correspondingly to the nut 250 via a bolt 25, and the other bolts 122 are provided with perforations ΐ3〇, ΐ2〇, ιι〇, and (10) corresponding to the nut 1220, and the outer bolts are externally locked. Box 1 is for the door 8; the outer frame 11 is like a rectangular frame with a perforation 10G, - side Corresponding to the outer frame 10, the other side is provided corresponding to the outer knife edge 20'12, the inner knife edge 2b, the braided net 16 and the rattan 17, and the perforations 21〇, 2〇〇, (1) and (10) are pierced via the bolts 25. The nut holder _ should lock the other bolts 122 through the perforations 130, 120, no and 100 corresponding to the nut 122 锁, and the outer frame 10 is corresponding to the door leaf 18; the outer knife edge 20, 12 is U-shaped a rectangular frame body, wherein the outer edge of the outer knife edge 2 is provided with a perforation 200 201 '. The perforation 2 is provided on one side for the woven mesh 16, the outer frame "and the outer frame, and the other side corresponds to the inner knife edge 21, and The bolt 25 is provided with perforations 21〇, 2〇〇, ιι〇, (10) is locked by the nut 250, and the outer blade 2 is provided on the other side of the perforation 2β1 for the elastic piece 23 and the elastic strip 4, and the elastic piece 22 has a perforation. 220 corresponds to the perforation 2〇1 of the outer knife edge 20, and is locked by the bolt 24; the other outer knife edge 12 is beveled on the side, and the perforation (2) is formed on the bevel surface and the horizontal plane, and the side of the perforation 120 is correspondingly woven. The mesh 16, the outer frame u and the outer frame 1 (), the other through hole 121 is provided for the elastic piece 14 and the elastic strip 15 , and the elastic strip 15 is provided with a perforation (10) Corresponding to the perforation 121 of the outer knife edge 12, is locked by the bolt 151; the inner knife edge 13 and 21 are L-shaped surrounding the frame body, wherein the inner knife edge 21 is provided with perforations 21〇, 211 on both sides of the inner knife edge 21, and the perforation 21 is on the side For the outer knife edge 2〇, the outer frame 丄 woven net 16 and the outer frame 1〇 corresponding, and by the screw; ^ 25 through the perforation 210, 200, 11 〇, 1 〇〇 locked by the nut, and the inner knife 21 The side perforations 211 are provided for the elastic piece 23, and the elastic piece bead 22, and the elastic piece pressing strip 22, 5 M413014 is used for the material. Therefore, this sentence is frightening to cover all the additional _ please patent scope and its amendments and changes. [Simple description of the diagram] Fig. 1 is a schematic diagram of the structure of the airtight isolation door. Fig. 2 is a three-dimensional exploded yellow diagram of the isolation door on the structure of the airtight isolation door. Fig. 3: The stereoscopic decomposition of the other side of the isolation door of the structure of the airtight isolation door. Figure 4: This is a schematic diagram of the improvement of the structure of the airtight isolation door and the side door blade and the rubber strip. Figure 5: This is the schematic diagram of the other side door blade and kick strip of the airtight isolation door. Fig. 6 is a schematic diagram of the door leaf holding structure improved by the structure of the airtight electric wave isolation door. 8 M413014 » t [Main component symbol description] Isolation door 1 Outer frame 10 Perforations 100, 110, 200, 2 (Π, 210, 21 Bu 220, 220, 120 121, 130, 131, 150, 150' Outer frame 11 Outer edge 12 20 inner blade 13 and 21 spring strip 15', 22 bolt 15Γ, 24, 24', 25, 122, 151 woven mesh 16 strip 17 door leaf 18 door blade 180 door fan cover 181 button member 182 sleeve member 183 new plate 184 9 M413014 Ί5 Ί5, 14, switch mount 185 connecting rod mount 186 link member 1860 handle 1861 switch link 1862 spring strip 22, 22' shrapnel 23, 23', 14 nut 250, 1220