M273530 八、新型說明： 【新型所屬之技術領域】 本創作為《於-種盒裝真空充氣封σ包裝機，特別是指藉由抽 真空與充填惰性氣體能-氣呵成，無須藉由兩台設備或分兩道手續而 能直接將物品包裝，並配合該包裝機之上、下模各設有抽氣孔與管通 運並可同時抽取空氣，用以避免封口膠顧單方向之吸力而導致變形 、皺折或移位’且_抽真空之時fa1，俾使物品能具有方便、快= •衛生之包裝實用價值者。 、 【先前技術】 按，-般產業界為求商品能更有效地長期保存，大都借助於使用 真空方式包裝’藉由吸氣轉除包裝容H内之水分，並予以封口膠膜 熱壓密合，俾使各種商品能防潮、防鏽及保鮮而達到長期保存之功效、， 而特別針對於食品’更可_包裝容充频性氣體以防腐及確保 物品不易受損。 ,、 籲 習有之盒裝封π包裝機無法齡餘細來使職氣的裝置，當 置物空間成真空狀態時，包裝物於封σ回氣_間，將受到内外壓力 差之影響而導致包裝盒變形、扭曲，以致於影響到產品美觀及物品保 鮮’再者’放置物品之置物空間數量太少不足以應用於大量包裝之產 業界。 、 【新型内容】 有鑒於習知真空包裝機之缺點，因此本賴作人乃憑藉其多年從 事此類之工餘驗，並配合學理運肖，進關作丨_種錢真空充氣 M273530 種可同時雙方向抽氣之盒裝真空 成均壓之抽氣狀態，以避免封口 封口包裝懸構，叫合其經濟效益者 本創作之主要目的，在於提供 充氣封口包裝機，_由縣置可達 膠膜因而移位或變形。 本創作之另—目的，在於提供— 充氣封吨讀方向抽蚊倉裝真空 、 祛乂達成縮短抽真空作業之時間。 本創作之又一目的，在於提供一種盒裝真空充氣封口 由本裝置之輸送設備传八、c錢，藉 up 由_承板排顺接域，並提料數個座槽 可谷置大1之物品以進行真空包裝之作業。 认 【實施方式】 .兹配合®式就有關本創作之具體實施例詳加綱其結構特徵如 下： 請參閱第―圖至第五騎示，本創作之盒裝真空充氣封η包裝機 主要包含有上模卜下模2、輸送裝置3、二次封口裝置4及控制機構5， 籲其中，該控制機構5係用以操作並控制盒裝真空充氣封口包裝機各裝置 運作，其兩側並設有連動桿51可供封口膠膜4〇置放；該輸送裝置3係設 置於上杈1與下模2間，上模丨與下模2可同時壓抵於輸送裝置3，以形成 一真空槽34,以利真空作業之進行。該上模丨係由第一升降構件u銜接 一施壓升降構件12構成，該施壓升降構件12連設有一上真空箱13，其 中係於該上真空箱13上端四隅各設一貫通上真空箱13之上抽氣口 14， 且於其下端連接有電熱壓板15,該電熱壓板15係配合輸送裝置3上之碑 槽32相對應設置用以封膜之作業。 M273530 该下模2係由第二升降構件21連接一下真空箱22構成，該下真空箱 22係上端呈開口且底端封閉並連通—管通，該管通道獅可藉由 電磁_連接至真空泵_與惰氣裝置2G，以作為抽取空氣及填充惰 性氣體之通道；另，該輸送健3係由承韻排顺成，鱗一承板& 係以垂直向設置有可供包裝物6置放之座槽32，該座槽32係於其兩端各 設兩-定位基準栓33 ’並於其上方設有可對承板31加熱之電熱壓板巧 以作為封口膠膜40熱壓緊合，該座槽32係由一框體奶承納一容器置口 φ 322構成，且該框體321與容器置口322間以—縫槽微相隔，並於框體 321周緣環5又有複數個透孔324，其主要可藉由該透孔324用以將上模j 内之空氣抽離’並利用上述之管通道23可將下模2内之空氣抽離，以達 到對座槽32内物品真空之目的。 明暸上述之兀件結構後，為了更明確說明本創作之實施方法及較 佳實施例，請續參閱第五圖至第九圖，如圖六、圖七所示，當第一升 降構件11與第二升降構件21同時抵靠於輸送裝置3上，上模丨與下模2 鲁係可遮蓋一真空槽34以隔絕外部之空氣，同時施壓升降構件12壓抵封 口膠膜40抵靠於待包裝物6封口處，此時啟動真空泵浦1〇，電磁閥3〇 作動並將惰氣入口端5〇關閉，俾使真空槽34内之空氣可經由透孔324 流通至管通道23被抽離，同時間，真空泵浦1〇亦經由上抽氣口14對真 空槽34抽氣，使得經由上模丨之抽氣口14與下模2之管通道23被抽離之 空氣可呈一均壓狀態，其主要用以避免封口膠膜4〇因單方向之吸力而 導致變形、敵折或移位，直至該真空槽34呈一真空狀態，電磁閥3〇作 動並閉合抽氣端60。 M273530 如圖八所示，當真空槽34呈一真空狀態，電磁閥3〇作動將惰氣入 口端50開通，藉由惰氣裝置2〇可經由上抽氣口 14與管通道烈進入真空 槽34使其充滿惰性氣體，以制包裝之目的，如圖九所示，並將此包 裝後之物品以電縫板15予以熱壓合，並配合刀具〈本創侧式中未 揭露〉以縫槽323為進刀口將多餘之封口膠膜4〇切除，俾使物品可確保 生鮮、衛生之包裝效果。 、、、r上所陳本創作之盒裝真空充氣封口包裝機確已符合新型專利 _所規技要件’碰法提㈣請。惟，以上所述僅為本創作之較佳實 施例，凡熟悉本創作之技藝之人士爰依本創作之精神所在之等效修 飾或麦化’皆應涵蓋在以下中請專利範圍内。 【圖式簡單說明】 第-圖所示係本_之外觀立體圖。 第二圖所示係本創作之外觀平蝴。 第二圖所不係本創作之局部結構立體圖。 春第四圖所示係本創作之承板局部結構立體圖。 第五圖所補、摘作之上、下模起始位置示意圖。 =所示係橋晴恤观噴獅之空氣流向示 ==::糸本創作依照第六圖所示結構之局部放大示意圖。 ^圖斤不係本創作之充填惰氣實施使崎態示意圖。 第九圖所不係本創作之實麵態之示意圖。 M273530M273530 8. Description of the new type: [Technical field to which the new type belongs] This creation is "Yu-type boxed vacuum inflatable seal sigma packing machine, in particular, it can be formed by evacuating and filling with inert gas, without having to use two The equipment can be used to directly package items in two procedures, and the upper and lower molds of the packaging machine can be equipped with air vents and tubes for transportation and air can be extracted at the same time to avoid the suction force caused by the sealing glue and the single direction. Deformation, wrinkling or displacement 'and _fa1 when vacuuming, so that the articles can be convenient and fast = • Practical value of hygienic packaging. [Previous technology] According to the general industry, for the sake of more effective long-term storage of goods, most of them rely on the use of vacuum packaging to 'remove the moisture in the packaging volume H by suction, and heat seal the sealing film. In combination, it can prevent various products from moisture, rust and freshness to achieve long-term preservation. It is especially targeted at foods that are more _ packable and contain frequent gas to prevent corrosion and ensure that items are not easily damaged. ,, I call on some of the boxed sealing π packaging machine can not be used to make the professionalism of the device, when the storage space is in a vacuum state, the packaging in the sealing σ return air _, will be affected by the internal and external pressure difference caused by The packaging box is deformed and distorted, so that it affects the beauty of the product and the freshness of the articles. Furthermore, the amount of storage space for placing the articles is too small to be applied to a large number of packaging industries. [New content] In view of the shortcomings of the conventional vacuum packaging machine, the author relies on his many years of after-work inspection and cooperates with the theory of science and operation to enter the customs. __Kinds of vacuum inflation M273530 kinds can be simultaneously The vacuum of the two-way pumping box is equalized to the pumping state to avoid the overhang of the sealing and packaging. The main purpose of this creation is to provide the inflatable sealing and packaging machine. The membrane is thus displaced or deformed. The other purpose of this creation is to provide a vacuum-filled mosquito-storage bunker in the reading direction to reduce the time required for vacuuming. Another purpose of this creation is to provide a boxed vacuum inflatable seal that is transferred by the conveying equipment of this device for eight or c dollars, and borrowed from the _ bearing plate row to connect the field, and the number of seats can be increased by one. Items for vacuum packaging. Recognize the [Implementation]. I will cooperate with the ® style to outline the specific embodiments of this creation. Its structural characteristics are as follows: Please refer to Figures-5 to 5. The packaging machine for the vacuum packing of this creation mainly includes There are an upper mold, a lower mold 2, a conveying device 3, a secondary sealing device 4, and a control mechanism 5. Among them, the control mechanism 5 is used to operate and control the operation of each device of the boxed vacuum inflation sealing packaging machine. A linking rod 51 is provided for the sealing film 40 to be placed; the conveying device 3 is arranged between the upper fork 1 and the lower mold 2, and the upper mold 丨 and the lower mold 2 can be pressed against the conveying device 3 at the same time to form a The vacuum tank 34 facilitates the vacuum operation. The upper mold 丨 is composed of a first lifting member u connected to a pressure lifting member 12. The pressure lifting member 12 is connected with an upper vacuum box 13, and a through upper vacuum is provided on each of the four ends of the upper vacuum box 13. The air extraction port 14 above the box 13 is connected with an electric heating platen 15 at the lower end thereof. The electric heating platen 15 is correspondingly provided with a monument slot 32 on the conveying device 3 for sealing. M273530 The lower mold 2 is composed of a second lifting member 21 connected to a vacuum box 22. The lower vacuum box 22 is open at the upper end and closed at the bottom and communicates with the tube. The tube channel can be connected to the vacuum pump by electromagnetic_ _ And the inert gas device 2G, as a channel for extracting air and filling inert gas; In addition, the transport key 3 is lined up by Cheng Yun, the scale-supporting plate & The seat groove 32 is placed, and the seat groove 32 is provided with two positioning reference bolts 33 ′ at both ends thereof, and an electric heating pressing plate for heating the supporting plate 31 is provided on the upper side of the seat groove 32 as a sealing adhesive film 40 for thermal compression. The seat groove 32 is composed of a frame milk receiving a container opening φ 322, and the frame 321 and the container opening 322 are slightly separated by a slot, and there are a plurality of rings 5 on the periphery of the frame 321. Through holes 324, which can be used to extract the air in the upper mold j through the through holes 324, and the air in the lower mold 2 can be evacuated by using the above-mentioned pipe channel 23 to reach the seat groove 32 The purpose of vacuuming the contents. After understanding the structure of the above-mentioned elements, in order to more clearly explain the implementation method and the preferred embodiment of this creation, please refer to FIGS. 5 to 9 as shown in FIGS. 6 and 7. When the first lifting member 11 and The second lifting member 21 abuts on the conveying device 3 at the same time. The upper mold 丨 and the lower mold 2 can cover a vacuum tank 34 to isolate the outside air. At the same time, the lifting member 12 is pressed against the sealing film 40 against When the package 6 is sealed, the vacuum pump 10 is started, the solenoid valve 30 is actuated and the inert gas inlet end 50 is closed, so that the air in the vacuum tank 34 can be circulated to the tube channel 23 through the through hole 324 and pumped. At the same time, the vacuum pump 10 also evacuates the vacuum tank 34 through the upper suction port 14 so that the air evacuated through the suction port 14 of the upper mold 丨 and the tube channel 23 of the lower mold 2 can be in a uniform pressure state. It is mainly used to prevent the sealing film 40 from being deformed, folded or displaced due to the suction force in one direction, until the vacuum tank 34 is in a vacuum state, the solenoid valve 30 is actuated and the suction end 60 is closed. M273530 As shown in Figure 8, when the vacuum tank 34 is in a vacuum state, the solenoid valve 30 is actuated to open the inert gas inlet 50, and the inert gas device 20 can enter the vacuum tank 34 through the upper suction port 14 and the tube channel. It is filled with inert gas for the purpose of packaging, as shown in Figure 9, and the packaged items are hot-pressed with electric sewing plate 15 and matched with a knife (not disclosed in the original side style) to slot. 323 removes the excess sealing film 40 for the knife inlet, so that the articles can ensure the fresh and hygienic packaging effect. The boxed vacuum-inflatable sealing and packaging machine created by Chen Ben on the above, has been in line with the new patents. However, the above is only a preferred embodiment of this creation. Anyone who is familiar with the skills of this creation and converts to the equivalent of the spirit of this creation or its modification should be covered by the following patents. [Brief description of the drawings] Figure-is a perspective view of the appearance of this book. The second picture shows the flat butterfly of this creation. The second picture is not a perspective view of the partial structure of this creation. The fourth picture in spring is a perspective view of the partial structure of the bearing plate of this creation. Schematic diagram of the starting positions of the upper and lower molds supplemented and extracted in the fifth figure. = Showing the air flow direction of the lion on the bridge, showing the lion's air flow == :: 糸 This creation is a partially enlarged schematic diagram of the structure shown in Figure 6. ^ Figure Jin is not a schematic diagram of the implementation of the inert gas in this work. The ninth picture is not a schematic diagram of the actual aspect of this creation. M273530
【主要元件符號說明】 10....... .....真空粟浦 323··· .......缝槽 20....... .....惰氣裝置 324··· .......透孔 30....... 33· · · · .......定位基準栓 40........ .....封口膠膜 34··· · .......真空槽 50....... .....惰氣入口端 4..... .......二次封口裝置 60....... .....抽氣端 5..... .......控制機構 1........ .....上模 51·… .......連動桿 11....... .....第一升降構件 6..... .......包裝物 12....... .....施壓升降構件 13....... .....上真空箱 14....... .....上抽氣口 15....... .....電熱壓板 2........ .....下模 21....... .....第二升降構件 22....... ……下真空箱 23....... .....管通道 3........ .....輸送裝置 31....... .....承板 32....... .....座槽 321...... .....框體 322···… .....容器置口[Description of Symbols of Main Components] 10 ................... Vacuum Supo 323 ··· ...... Slot 20 .............. Inert gas Device 324 ......... Through hole 30 ....... 33 ... Positioning reference bolt 40 .............. .Sealing adhesive film 34 ···· ...... Vacuum tank 50 ............... Inert gas inlet end 4 .............. Secondary Sealing device 60 .............. Exhaust end 5 ........... Control mechanism 1 ............... Upper mold 51 · ......... Linking lever 11 ............... First lifting member 6 .............. Packing 12 ... ........ Pressing and lifting member 13 ............... Upper vacuum box 14 ............... Upper suction port 15 ....... ..... Electric heating platen 2 ........ ..... Lower die 21 ....... ..... Second lifting member 22 ....... ...... Lower vacuum box 23 ............. pipe passage 3 .............. conveying device 31 ............. support plate 32 ....... ..... Seat 321 ... ..... Frame 322 ......... Container opening