201242857 六、發明說明： c發明所廣技術領域】 發明領域 本發明係有關於一種於將輥狀物品搬送、保管等之& 使用之捆包容器，特別是有關於一種於搬送時，亦可使概 狀物品在不接觸容器内侧面或容器内構件下確實地保持幸昆 狀物品，而且收容、取出作業容易之輥狀物品之捆包容器。 C Ji 發明背景 習知，由於將樹脂薄膜、鋁箔、紙等捲繞於捲芯之輥 狀物品纏繞有薄層狀薄膜等，故重疊多層，而形成了輥狀 態。此種輥狀物品由於製品本身薄，故大多不易承受外部 之力，為可穩定且確實地將製品輸送或保管等，以不致有 損傷，乃檢討了各種捆包容器。 此種捆包谷器已知有利用輥狀物品之捲芯之兩端，維 持成懸空狀態，而不致使輥狀物品與容器接觸之捆包容器 (參照專利文獻1〜3)。 先行技術文獻 專利文獻 專利文獻1日本專利公開公報2002-104570號 專利文獻2日本專利公開公報2003-54557號 專利文獻3日本專利公開公報2010-89812號 【發明内容】 發明概要 201242857 發明欲解決之課題 然而’僅呈懸空狀態，於搬送收容在容器 品之際，容器本身傾斜或搖晃時，有不易以 輥狀物 標來固疋輥狀物品之捲芯之情形。舉例言之，六时之支 等而大幅移動時’有輥狀物品從支樓部脫離而移:因翻， 器之内侧面接觸而損傷製品之問題。 ，與容 又製品不同’觀狀物品之重量為〜上時非 节重纟時’由於不易進行對捆包容器之收容、取 =使^以吊起之專用裝置之情形。此時吊起方= 有將可等掛於較狀物品，以將之往上方舉起之方 將帶掛在製品本身會有損傷製品本身之情形。又 仁 法也有將帶掛於捲芯之方法，但支撐捲芯之構件大 ==兩端部’此方法也有因使用之容器不同而不易執行 是故，本發明係解決上述問題點，其目的係提供可於 搬送時，確實地固定輥狀物品，抑財容⑽之搖動，藉 此’防止物品因與容器内側面或容器⑽件之接觸而 引起之損傷等，且可簡便地進行輥狀物品之收容、取出等 作業之輥狀物品之捆包容器。 用以欲解決課題之手段 本案發明人等為解決上述問題點，致力檢討之結果， 發現由於若魏狀物品之捲芯之續構件及按壓構件呈具 有預定_之雜，即使容n本身搖動，仍可防止所收容 之親狀物品在容器内部之獨立之搖動，再者，亦可確保收 201242857 々取出作業時之空間，故可進行穩定之搬送及平順之收 谷、取出作業，而完成了本發明。 卩本心明之輥狀物品之捆包容器特徵在於包含有上 部開放之容ϋ本體、—對支撑構件、—對按壓構件、—對 “、下/間隔件、-對柱狀上部間隔件及前述容器本體之 .社部開放之容器本體係收容捲繞於捲芯之輥狀物 义、。亥對支揮構件係對向配置於前述容器本體所收容 2述觀狀物品之捲芯的兩端附近，且於上部具有保持前 :昆=物。。之捲芯之缺口部’並以該缺口部將前述親狀物 扣從谷器本體之底板隔開預定間隔而支揮者；該—對按壓 =牛係沿著前述支撐構件之上部配置，從上方按壓㈣於 ⑴述支樓構件之缺口部之前雜狀物品之捲&而將之固定 者；該-對柱狀下部_件係於前料支撑構件之前述容 益本體之側壁側夾持前述輥狀物品之捲芯，且於錯直方向 立固定於其兩側，並與前述支撐構件等高者；該_對柱狀上 «隔件係於肢各按壓構件之前述容財體之側壁側之 與前^下部間隔件相同的位置，於錯直方向固定成使下端 抵接刖述下部間隔件，並與前述按壓構件等高者。 發明效果 根據本發明之親狀物品之捆包容器，藉報狀物品之捲 思之支樓構件及按壓構件，職具有與捲&之外徑相同之 徑之捲芯的固定部，即使容器本身搖動，亦可防止所收容 之輥狀物品在容器内部之獨立之搖動，而可穩定、確實地 搬送。 201242857 再者，於支撐構件及按壓構件，為確保收容、取出作 業時之空間，乃設有間隔件，以使捲芯之端部可突出至支 撐構件及按壓構件之水平方向外側。因此，支撐構件不直 接接觸捲芯之兩端部，而從捲芯之兩端部空出預定寬度， 以支標構件支禮其内側，而可進行平順之收容、取出作業。 此間隔件從谷器之底板至蓋部於錯直方向連續設置，可提 尚構件之強度，同時，也具有提高容器本體之強度，而提 高耐負載之作用。 圖式簡單說明 第1圖係透視顯示本發明一實施形態之輥狀物品之捆 包容器的立體圖。 第2圖係說明第1圖之輥狀物品之捆包容器之結構的 圖。 第3圖係從⑷正面方向顯示支揮構件、按壓構件及捲芯 之位置關係的圖及從(b)左側面方向顯示支撐構件、按壓構 件及捲芯之位置關係的圖。 第4圖係從上方顯示支撐構件、按壓構件及捲芯之位置 關係之圖。 第5圖係從正面方向顯示設緩衝構件時之支撐構件、按 壓構件及捲芯之位置關係的圖。 第6圖係顯示緩衝構件之一例之圖。 第7圖係顯示緩衝構件之另一例之圖。 第8圖係說明本發明另一實施形態之親狀物品之捆包 谷β之結構的圖。 6 201242857 用以實施發明之形態 以下，就本發明，一面參照圖式，一面詳細地說明。 第1實施形態 如第1圖所示’本發明一實施形態之輥狀物品之捆包容 器1由形成容器本體之底板的托盤2、載置於托盤2上而形成 容器本體之側面的側壁3、於其上部接住載置於托盤2上之 報狀物品50且從下方支撐的支撐構件4、從上方按壓保持於 支撐構件之輥狀物品50的按壓構件5、及作為容器本體之頂 板的蓋體6所構成。此輥狀物品之捆包容器丨為由第2圖所示 之結構構成之谷器，將該等依序重疊，便形成為收容有概 狀物品50之第1圖所示之捆包容器。 托盤2係形成容器本體之底板者。如第1圖及第2圖所 示，此托盤2藉由在形成底板4之板之4邊，於鉛直方向將側 板立起，呈淺箱狀，在可將後述側壁3配置於其内側、預定 位置此點為佳。惟，此側板未必為必要者，只要可形成容 器本體之底板，亦可為僅由一片板狀體構成之托盤。 側壁3係載置於托盤2上，與托盤2—同形成箱狀容器本 體之構件。第1圖所示之側壁3係上下開放之四角筒狀，作 為谷器之側面來包圍四方，而形成概狀物品5〇之收容部。 又，此側壁3於收容輥狀物品時，當後述支撐構件4及按壓 構件5未固定於底板時’可發揮功能，以將該等構件從捆包 容器内部壓至左右側壁3(位於捲芯50&之軸方向之側壁），以 決定構件之位置。 201242857 此外’在上述說明中’令托盤2與側壁3為分開之構件， 而形成上部開放之容器本體，亦可令該等為一體，呈由底 板及包圍四方之側壁構成之上部開放箱狀形狀，而將容器 本體形成為1個構件。 支樓構件4係配置於收容於容器本體之輥狀物品5〇之 捲心5〇a之兩端附近’於上部具有保持輥狀物品5〇之捲芯 5〇&之缺口部的一對構件。以此缺口部承接之輥狀物品50從 下方跫到支撐，以從容器本體之底板隔開預定間隔之懸空 狀態爻到支撐。如此，使其浮在空中而支撐時，由於輥狀 物品50之表面不接觸容器之底板，故可抑制因來自外部之 壓力引起之傷或皺痕等產生。 按壓構件5沿著支撐構件4之上部配置，而可從上方按 壓保持於支撐構件4之缺口部之輥狀物品5〇的捲芯5加而將 之固定。此時，按壓構件5之下面形成為對應於支撐構件4 之上面之形狀（對應於缺口部之部份除外），進行加工使支撐 構件4與按壓構件5上下重疊之際可為穩定狀態。又，於將 按壓構件5疊合於支標構件4之上部時，在對應於支撑構件4 之缺口部之位置，形成為可將捲芯50a之上部以不致壓壞捲 芯50a之程度之力量恰當地按壓之形狀。 第3圖係從第1圖之正面方向（A方向）顯示輥狀物品$ 〇 與支撐構件4及按壓構件5之位置關係的圖（第3(勾圖）及從 第1圖之左側面方向（B方向）顯示輥狀物品5〇與支撐構件4 及按壓構件5之位置關係的圖（第3(b)圖）。 例如第3圖所示，此支撐構件4以缺口部牝承接、保持 8 201242857 捲芯50a ’俾使輥狀物品5〇不易於水平方向移動。要一直以 使輥狀物品50浮起之狀態進行保持，例如，只要令從缺口 部4b之下端部至支撐構件4之最底部（與底板之接觸部）之距 離h4大於輥之厚度h5〇(從捲芯之軸方向觀看時之輥之半徑 去掉捲芯外徑之半徑量者）即可。 此時，支撐構件4之缺口部4b配合捲芯5〇a之外徑形成 為U子升y以可堅固地承接捲芯50a。在此，舉了 u字形為 例，但只要缺口部之形狀可在複數點穩定地支撐捲芯50a之 下部即可，特別以連續支撐之形狀為佳，例如除了上述^^ 字形外，還有半圓形等。 又，以此缺口部4b與按壓構件5之對應之部份形成之捲 芯50a之固定部份的形狀只要設成其高度與捲芯5如之外徑 相同，便可按壓捲.vi' 50a之上部及下部而將之固定。藉形成 此種構造，捲芯50a之上下動受到抑制，而於搬送捆包容器 之際，即使谷器本身搖晃時，為内容物之輥狀物品5〇與容 器本體一體地移動。即，可抑制輥狀物品5〇在容器内部之 獨立之搖動。因此，在容器内輥狀物品5〇可不與容器内側 面或固定構件等接觸，而可防止輥狀物品5〇之受損。 此時，加工成以支撐構件4與按壓構件5形成之捲芯5〇a 之固定部之咼度與捲芯50之外徑為相同之高度。如第3(b) 圖所示，當將缺口部4b設成U字形，令該1]字之高度為與捲 芯之外徑相同之高度時，按壓構件可不設缺口部。缺口部 之形成大多於將該等構件之外形加工後，需要其他之加工 步驟。因此，僅其中一構件之加工即可，而使加工之構件 201242857 件數減少，在成本等之效率性之方面為佳。 此外，令缺口部4b為半_時，在按壓構件化對應之 部份’也需半圓形之加工。如此，在支撐構件4及按壓構件 5 ’施行同-半圓狀加4，將切構件4與減構件續 合而形成之捲芯50a之固定部以與捲芯之外徑相同之形 狀、大小而設。 又，於支標構件4設有於其容器本體之側壁3側夾持輥 狀物品50之捲芯5Ga，且於錯直方向固定於其兩側之盘支撑 構件等高之-對柱狀下部間隔件4a。又，於按壓構件5同樣 地設有於其容器本體之側壁3側失持輥狀物品5〇之捲芯 50a，且於錯直方向g]定於其兩側之與按壓構件5等高的一 對柱狀上部間隔件5a。此上部間隔件5a係在與下部間隔件 4a相同之位置，I上糊件5a之下端抵接下部_件乜。 該等間隔件4 a、5 a可確保從接住捲芯5 〇 a之支撐構件4 及按壓構件5之本體至容器本體之側壁的距離為預定距離 以上。即，如第4圖所示，該等間隔件5a(4a)設成從支撐構 件4及按壓構件5之本體突出至外側（容器本體之側壁3側）。 第4圖係從第1圖之上方(C方向）顯示輥狀物品5〇與支撐構 件4及按壓構件5之位置關係的部份放大圖。此外，如此從 上方觀看時，支撐構件4及間隔件4a會與按壓構件5及間隔 件5a重疊而無法直接看到。 支撲構件4及按壓構件5之本體藉由突出設於其外側之 間隔件4a及5a，與側壁3具有預定距離。即，側壁3與支撐 構件4及按壓構件5之本體間配置成至少在支撐構件4及按 10 201242857 壓構件5之側面，僅設於左右兩端之間隔件5a(4a)之寬度（以 第4圖之w所示之部份）可設空間。 因而，以支撐構件4本體支撐輥狀物品5〇之位置可支撐 比捲芯50a之端部還内側，如第4圖所示，捲芯5〇a之端部以 比支撐構件4之本體還突出至側壁3側之形態而被保持。垂 直於側壁之方向之間隔件5a(4a)之寬度（第4圖之w)設成確 保捲芯50a之端部可突出之充分之空間，其寬度以6〇mm以 上為佳，以80〜210mm為較佳。此時，捲芯5〇a之端部配置 成從支撐構件4本體突出，突出之長度α5〇ηπη以上為佳， 以70〜200mm為較佳。 如此’不直接支撐捲芯5〇a之端部，而以從捲芯之兩端 4空出可掛輥狀物品5〇之吊帶之寬度，支撐内側之狀態地 保持充裕空間時，在輥狀物品5〇之收容、取出作業，便易 於將吊帶掛在捲芯50a之端部或卸除。因而，收容、取出輥 狀物品之際’可輕易且確實地執行從上部之吊起、吊掛作 業。此外’在此可掛吊帶之寬度係指與上述捲芯5〇a之端部 從支撐構件4之本體突出之長度相同之内容 ，以50mm以上 為佳’以70〜200mm為較佳。 又’為了以支撐構件4支撐比捲芯50a之端部還内側 處’預先將支撐構件4於托盤2等之底板固定成預定配置， 或當不固定時，便使側壁3之左右側壁(位於捲芯5〇a之轴方 向’壓住支撐構件4及按壓構件5，以決定構件之位置之側 壁）的寬度與捲芯50a之長度幾乎相同或較捲芯50a之長度大 5mm左右，以具有取出放入之際之作業的充裕空間即可。 201242857 再者，如第1圖〜第4圖所記載，下部間隔件4a及上部間 隔件5b設成以與各自所固定之構件之高度相等之高度於鉛 直方向延伸的柱狀。又，下部間隔件4a及上部間隔件5a設 成使支撐構件4及按壓構件5上下疊合之際，該等間隔件亦 上下疊合。 令間隔件4a及5b為上述之形狀、配置時，由於於捲芯 50a之端部穩定地設有充分之空間，同時，提高支撑構件4 及按壓構件5之強度，進一步，將間隔件作為補強構件從底 板連接至蓋體，故可對來自上方之壓力，提高容器之強度。 因而，將捆包容器層疊成2段、3段等之際，亦具有可抑制 捆包容器變形，而使耐負載增大之作用。 蓋體6將收容有輥狀物品5〇之捆包容器丨封閉，而於與 容器本體-同搬送、保管時，保難狀物品免於外部之垃 圾、塵埃等之污染。又’此蓋體6係支撐於側壁3，但支撐 構件4及按壓構件5亦具有作為容器内部之補強用柱之功 能’而蓋體6亦可以該等支樓構件4及按壓構件5來支樓。 器二St捆包容器之原材料只要為可作為習知捆包容 ° 、料，便無特別限定而可使用，可舉瓦楞纸、 樹脂、金屬、木材等為例 了舉瓦愣，.氏 亦可組合科轉料，形成制㈣職容器， 為瓦楞紙製時，W㈣⑽ 可進行各構件之組褒、 15又右為 捆包容器之移料廢㈣搬送後’在 成省H 、可不佔用多餘的空間，故可達 成4工間化，而易進行後處理。 12 201242857 為樹脂製時’可形成輕量之容器。又，與瓦楞紙製同 樣地，若為可進行各構件之組裝、折疊之構造時，由於於 搬送後，在捆包谷器之移動或廢棄等，可不佔用多餘的空 間，故可達成省空間化，而易進行後處理。又，由於耐環 境性較瓦楞紙優異，故可作為適用於作為捆包容器之重複 使用者。在此使用之樹脂可舉聚乙烯、聚丙烯等為例。 為金屬製時，質量雖然較重，但可使容器之強度非常 高’而可安全、確實地搬送輥狀物品。由於強度更高於樹 脂’故可重複使用。在此使用之金屬可舉鋼、不鏽鋼等為 例。 此外’作為收容對象之輥狀物品5〇係將薄膜狀製品捲 繞於捲芯50a而形成。在此，捲繞之製品只要為可捲繞於捲 芯’形成輥狀品者，便未特別限定，可舉樹脂薄膜、感光 材料、紙、布、金屬箔、生胚薄片等為例。 卓昆狀物品50之大小亦有各種，配合其大小，形成捆包 容器即可。舉例言之，捲繞樹脂薄膜時，使用外徑 100~300mm，較佳為 150〜200mm，長度為 1000〜1600mm， 較佳為1100〜1400mm之紙製捲芯作為捲芯50a，將寬度 600〜1200mm之樹脂薄膜捲繞於此，在第3(b)圖所指之h50 便形成為300〜400mm。如此進行而得之輥狀物品其質量為 120〜200kg左右。此時，支撐構件4當然具有連此種質量之 輥狀物品亦可支撐之強度。 又，於搬送上述輥狀物品之捆包容器1之際，通常使用 托板。托板具有可藉由叉架升降機保持而可搬送之叉架插 13 201242857 入部，而可於其上部載置I隨物品之捆包容器卜此叉架插 入部形成於托板之前後左右之侧面作為可插人又架升降機 之又架之空間’而可藉由又架升降機舉起並保持。因而， 從托板之刖後方向、左右方向之任一方向皆可插入又架升 降機之叉架。藉此’可在不使搬送裝置直接接觸捆包容器 的情況下搬送，處理谷易，進一步，可配合所收容之輥狀 物品之大小或形狀等，將捆包容器保持於適當之方向、位 置。 托板例如於2片板狀體間部份地設置複數個支柱，並設 置可插入叉架升降機之爪之空間，而形成又架插入部。同 時，若如此設支柱時，亦可確保托板之強度。又，使用托 板時，於捆包容器堆疊複數段之際，可承受負載，將之分 散，而使外力不致局部地作用於下方之捆包容器。 第2實施形態 接著，就與上述不同之另一實施形態作說明，此第2實 施形態之捆包容器僅於輥狀物品5〇與支撐構件4及按壓構 件5間設有緩衝構件7之點與上述第丨實施形態不同，其他之 結構則相同。於第5圖顯示從正面方向顯示本實施形態之支 撐構件、按壓構件及捲芯之位置關係的圖（相當於第1實施 形態之第3(a)圖）。 以JL撐構件4及按壓構件5從側邊保持輥狀物品5〇之觀 部份時’由於輕部份與支撐構件4及按壓構件5直接接觸， 故因構件之材料而異，可能無法完全抑制輥部份損傷，或 產生皴痕等之缺陷。此係因下述理由之故，前述理由係不 201242857 易使一對支撐構件4間及— 品之製品寬度一致， 對知壓構件5間之間隔與輥狀物 而產生不少 軸方向之移動。’此間隙容許製品往 面盘相鄰之表面廑炊 矛多動係捲繞成多重之製品之表 、相鄰之表面摩擦’而使擦傷產生之原因 輥部份受傷時，則完全無法再作 用一部份。 如此，一旦 品來使用，或僅可使 在本貫郷態巾，•於_物品5峨支賴和及按 壓構件5間配設緩衝構件，故填_狀物品爾支撐構件4 及按壓構件別之_ ’可雜狀物品50不晃動下，確實地 保持。與此同時，若與具柔軟性之原材料接觸時，可保護 輥狀物品50免於搬送時之衝擊等，而可更安全且確實地進 行搬送。 在此使用之緩衝構件可舉習知使用作為緩衝構件之具 有彈力性之原材料，例如由橡膠、綿、布、發泡樹脂(苯乙 烯發泡材、聚乙烯發泡材、聚胺甲酸醋發泡材等)構成之緩 衝構件、氣紐衝材、由聚乙稀、聚丙稀、聚胺甲酸醋、201242857 VI. OBJECTS OF THE INVENTION: C FIELD OF THE INVENTION The present invention relates to a packaging container for use in transporting, storing, and the like of a roll-shaped article, and more particularly, The packaged article of the roll-shaped article which is easy to hold and which is easy to handle, and which is stored in the container or the inner member of the container. In the case of a roll-shaped article in which a resin film, an aluminum foil, a paper, or the like is wound around a winding core, a thin layer film or the like is wound, and thus a plurality of layers are stacked to form a roll state. Since such a roll-shaped article is thin in the product itself, it is often not easily subjected to external force, and various bundled containers have been examined in order to stably and reliably transport or store the product without causing damage. In such a bale wrap, a bundle container in which the both ends of the core of the roll-shaped article are held in a suspended state without contacting the roll-shaped article with the container is known (see Patent Documents 1 to 3). PRIOR ART DOCUMENT PATENT DOCUMENT Patent Document 1 Japanese Patent Laid-Open Publication No. 2002-104570 Patent Document 2 Japanese Patent Laid-Open Publication No. 2003-54557 Patent Publication No. JP-A No. 2010-89812 No. 2010-89812 However, it is only in a state of being suspended, and when the container itself is tilted or shaken when being transported and stored in a container, there is a case where it is difficult to fix the core of the roll-shaped article by a roll. For example, when the six-hour branch is moved largely, the roller-shaped article is detached from the branch portion and moved: the problem of damage to the product due to the inner side contact of the device. The difference between the weight of the product and the product is that the weight of the object is ~ when the weight is not heavy, because it is difficult to carry out the storage and removal of the packaging container. At this time, the lifting side = there is a situation in which the article can be hung up to lift it upwards. Hanging the tape on the product itself may damage the product itself. Also, the method of engraving has a method of hanging the tape on the core, but the member supporting the core is large == both ends. This method is also difficult to perform due to the use of the container, and the present invention solves the above problems. It is provided that the roller-shaped article can be reliably fixed during transportation, and the shaking of the wealth (10) can be suppressed, thereby preventing damage to the article due to contact with the inner side surface of the container or the container (10), and the roller can be easily formed. A bundled container of roll-shaped articles for the storage and removal of articles. Means for Solving the Problem In order to solve the above problems, the inventors of the present invention have made efforts to review the results, and found that since the continuation member and the pressing member of the core of the Wei-shaped article have a predetermined ambiguity, even if the capacity itself is shaken, It can still prevent the intimate articles contained in the container from being shaken independently. In addition, it can also ensure that the space for the operation of the 201242857 々 is taken out, so that the stable transfer and smoothing of the harvesting and removal operations can be performed. this invention. The packaging container of the roller-shaped article of the present invention is characterized in that it comprises an upper open body, a pair of supporting members, a pair of pressing members, a pair of ", a lower/spacer, a pair of columnar upper spacers and the foregoing The container body is open to the container of the company. The system accommodates the roll of the core, and the branch member is disposed opposite the core of the core of the container. In the vicinity, and at the upper portion, there is a notch portion of the core of the core of the core; and the gap portion is used to distribute the aforementioned buckle from the bottom plate of the body of the grain by a predetermined interval; Pressing = the cow is arranged along the upper part of the support member, and pressing (4) from above (4) the roll of the miscellaneous article before the notch of the branch member, and fixing it; the pair of the column-shaped lower part is attached to The side wall side of the front body of the front material support member sandwiches the core of the roll-shaped article, and is fixed to the two sides of the roll-shaped article in the wrong direction, and is equal to the support member; the _ pair of columns on the « The spacer is attached to the side wall of the aforementioned body of the pressing member of the limb The same position as the front and lower spacers is fixed in the wrong direction so that the lower end abuts the lower spacer and is equal to the pressing member. Advantageous Effects of Invention According to the present invention, the packaging container for the parent article By means of the branch building member and the pressing member of the report article, the fixing portion of the winding core having the same diameter as the outer diameter of the roll & can prevent the contained roll-shaped article from being in the container even if the container itself is shaken The inner part is shaken independently and can be transported stably and reliably. 201242857 In addition, in the support member and the pressing member, a space is provided for ensuring the space during storage and removal, so that the end of the core can be protruded. To the outside of the support member and the pressing member in the horizontal direction. Therefore, the support member does not directly contact both end portions of the winding core, and a predetermined width is vacated from both end portions of the winding core, and the inner side of the supporting member is supported by the supporting member. The storage and removal operations are smooth. The spacer is continuously disposed from the bottom plate of the bar to the cover in the wrong direction, which can improve the strength of the member and also improve the strength of the container body. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a packing container of a roll-shaped article according to an embodiment of the present invention. Fig. 2 is a view showing the structure of a packing container of a roll-shaped article of Fig. 1. Fig. 3 is a view showing the positional relationship between the support member, the pressing member, and the winding core in the front direction of (4), and the positional relationship between the supporting member, the pressing member, and the winding core in the direction of the left side of (b). 4 is a view showing the positional relationship between the support member, the pressing member, and the winding core from the top. Fig. 5 is a view showing the positional relationship between the supporting member, the pressing member, and the winding core when the cushioning member is provided from the front direction. Fig. 7 is a view showing another example of the cushioning member. Fig. 8 is a view showing the structure of the bale valley β of the parent article according to another embodiment of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be described in detail with reference to the drawings. According to the first embodiment, the packaging container 1 for a roll-shaped article according to the first embodiment of the present invention comprises a tray 2 which forms a bottom plate of the container body, and a side wall 3 which is placed on the tray 2 to form a side surface of the container body. a support member 4 that supports the stencil 50 placed on the tray 2 and supported from below, a pressing member 5 that presses the roller-shaped article 50 held by the support member from above, and a top plate of the container body The cover body 6 is constructed. The package container of the roll-shaped article is a barn having the structure shown in Fig. 2, and these are stacked in this order to form a package container as shown in Fig. 1 in which the article 50 is housed. The tray 2 is a person who forms the bottom of the container body. As shown in FIG. 1 and FIG. 2, the tray 2 is formed in a shallow box shape in the vertical direction by the four sides of the plate on which the bottom plate 4 is formed, and the side wall 3 which will be described later can be disposed inside. It is better to reserve this position. However, the side plate is not necessarily necessary, and as long as the bottom plate of the container body can be formed, it can be a tray composed of only one plate-like body. The side wall 3 is placed on the tray 2 and forms a member of the box-shaped container body together with the tray 2. The side wall 3 shown in Fig. 1 is a rectangular tubular shape which is opened up and down, and surrounds the square as a side surface of the grain, and forms a housing portion of the outline article 5〇. Further, when the side wall 3 accommodates the roll-shaped article, when the support member 4 and the pressing member 5 to be described later are not fixed to the bottom plate, the function can be performed to press the members from the inside of the packing container to the left and right side walls 3 (at the core) 50 & the side of the axis direction to determine the position of the component. 201242857 In addition, in the above description, the tray 2 and the side wall 3 are separate members, and the container body having the upper open portion is formed, and the unit body may be integrally formed by the bottom plate and the side wall surrounding the square to form an open box shape. And the container body is formed into one member. The branch member 4 is disposed in the vicinity of both ends of the core 5〇a of the roll-shaped article 5〇 accommodated in the container main body, and has a pair of notched portions of the winding core 5〇& member. The roll-shaped article 50 received by the notch portion is kneaded from below to the support to be supported from the bottom plate of the container body at a predetermined interval in a suspended state. When the surface of the roll-shaped article 50 does not contact the bottom plate of the container, the surface of the roll-shaped article 50 is prevented from being damaged by wrinkles or wrinkles caused by external pressure. The pressing member 5 is disposed along the upper portion of the supporting member 4, and the winding core 5 of the roller-shaped article 5A held by the notch portion of the supporting member 4 is pressed from above to be fixed. At this time, the lower surface of the pressing member 5 is formed to correspond to the shape of the upper surface of the supporting member 4 (excluding the portion corresponding to the notch portion), and the processing is performed so that the supporting member 4 and the pressing member 5 overlap each other up and down. Further, when the pressing member 5 is superposed on the upper portion of the holder member 4, at a position corresponding to the notch portion of the supporting member 4, the upper portion of the winding core 50a is formed so as not to crush the core 50a. Press the shape properly. Fig. 3 is a view showing the positional relationship between the roll-shaped article $ 〇 and the support member 4 and the pressing member 5 from the front direction (A direction) of Fig. 1 (third (hook)) and the left side direction from the first figure (B direction) A view showing the positional relationship between the roller-shaped article 5A and the support member 4 and the pressing member 5 (Fig. 3(b)). For example, as shown in Fig. 3, the support member 4 is received and held by the notch portion. 8 201242857 The core 50a' is such that the roll-shaped article 5 is not easily moved in the horizontal direction. It is always held in a state in which the roll-shaped article 50 is floated, for example, as long as it is from the lower end of the notch portion 4b to the support member 4. The distance h4 of the bottommost portion (contact portion with the bottom plate) is larger than the thickness h5 of the roller (the radius of the outer diameter of the core is removed from the radius of the roller when viewed from the axial direction of the core). At this time, the support member 4 The notch portion 4b is formed to have a U-shaped y with respect to the outer diameter of the winding core 5a to firmly receive the core 50a. Here, the U-shape is taken as an example, but the shape of the notch portion can be stably stabilized at a plurality of points. Supporting the lower portion of the core 50a, particularly in the shape of a continuous support, for example, In addition to the shape of the ^^, there is a semicircle, etc. Further, the shape of the fixed portion of the core 50a formed by the corresponding portion of the notch portion 4b and the pressing member 5 is set to have a height such as the core 5 When the outer diameter is the same, the upper part and the lower part of the roll .vi' 50a can be pressed and fixed. By forming such a structure, the downward movement on the core 50a is suppressed, and even when the package is transported, even the barn itself When it is shaken, the roll-shaped article 5〇 of the contents moves integrally with the container body. That is, the independent shaking of the roll-shaped article 5 inside the container can be suppressed. Therefore, the roll-shaped article 5 inside the container may not be inside the container. The contact of the side surface or the fixing member or the like prevents the roller article 5 from being damaged. At this time, the twist of the fixing portion of the core 5A formed by the support member 4 and the pressing member 5 is processed and the core 50 is wound. The outer diameter is the same height. As shown in Fig. 3(b), when the notch portion 4b is formed in a U shape so that the height of the 1] word is the same height as the outer diameter of the core, the pressing member may not be provided. Notch portion. The formation of the notch portion is often required after the shape of the member is processed. Therefore, only one of the components can be processed, and the number of parts to be processed 201242857 is reduced, which is preferable in terms of efficiency such as cost. Further, when the notch portion 4b is half _, it is pressed The part corresponding to the componentization also needs to be processed in a semicircular shape. Thus, the support member 4 and the pressing member 5' are subjected to the same-semi-circular addition 4, and the core 50a is formed by continuing the cutting member 4 and the reducing member. The fixing portion is provided in the same shape and size as the outer diameter of the winding core. Further, the supporting member 4 is provided on the side wall 3 side of the container body to sandwich the winding core 5Ga of the roll-shaped article 50, and is in the wrong direction. The disk support member fixed to the both sides thereof is equal to the columnar lower spacer 4a. Further, the pressing member 5 is similarly provided on the side wall 3 side of the container body to lose the roll core 50a of the roll-shaped article 5 And a pair of columnar upper spacers 5a which are equal to the pressing member 5 on both sides thereof in the wrong direction g]. The upper spacer 5a is at the same position as the lower spacer 4a, and the lower end of the upper paste member 5a abuts the lower portion. The spacers 4a, 5a ensure that the distance from the body of the support member 4 and the pressing member 5 that receives the core 5a to the side wall of the container body is a predetermined distance or more. That is, as shown in Fig. 4, the spacers 5a (4a) are provided to protrude from the main body of the support member 4 and the pressing member 5 to the outside (the side of the side wall 3 of the container body). Fig. 4 is a partially enlarged view showing the positional relationship between the roller-shaped article 5A, the support member 4, and the pressing member 5 from the upper side (the C direction) of Fig. 1. Further, when viewed from above, the support member 4 and the spacer 4a overlap with the pressing member 5 and the spacer 5a, and cannot be directly seen. The body of the baffle member 4 and the pressing member 5 has a predetermined distance from the side wall 3 by projecting the spacers 4a and 5a provided on the outer side thereof. That is, the side wall 3 is disposed between the support member 4 and the body of the pressing member 5 at least on the side faces of the support member 4 and the press member 5 201242857, and only the width of the spacers 5a (4a) provided at the left and right ends (in the 4) The space shown in w) can be set. Therefore, the position at which the roller-shaped article 5 is supported by the main body of the support member 4 can be supported further than the end portion of the core 50a. As shown in Fig. 4, the end of the core 5A is further than the body of the support member 4. It is held to the side of the side wall 3 side. The width of the spacer 5a (4a) perpendicular to the direction of the side wall (w of FIG. 4) is set to ensure a sufficient space for the end portion of the winding core 50a to protrude, and the width thereof is preferably 6 mm or more, and 80 mm. 210mm is preferred. At this time, the end portion of the winding core 5a is disposed so as to protrude from the main body of the support member 4, and the length of the protrusion is preferably α5 〇 η ηη or more, preferably 70 to 200 mm. Thus, the end portion of the winding core 5〇a is not directly supported, and the width of the sling which can hang the roll-like article 5〇 from the both ends 4 of the winding core is maintained in the state of the inner side while maintaining ample space. When the article 5 is stored or taken out, it is easy to hang the sling at the end of the winding core 50a or to remove it. Therefore, the hoisting and hanging operation from the upper portion can be performed easily and surely at the time of accommodating and taking out the roll-shaped article. Further, the width of the slingable sling is the same as the length of the end portion of the winding core 5a protruding from the body of the supporting member 4, preferably 50 mm or more, preferably 70 to 200 mm. Further, 'in order to support the support member 4 at the inner side of the end portion of the core 50a, the support member 4 is fixed in a predetermined configuration on the bottom plate of the tray 2 or the like, or when it is not fixed, the left and right side walls of the side wall 3 are located. The width of the winding core 5〇a in the axial direction 'the support member 4 and the pressing member 5 to determine the position of the side wall of the member' is almost the same as the length of the core 50a or about 5 mm larger than the length of the core 50a to have Take out the plenty of space for the work you put in. Further, as shown in Fig. 1 to Fig. 4, the lower spacer 4a and the upper spacer 5b are formed in a columnar shape extending in the vertical direction at a height equal to the height of each member to be fixed. Further, when the lower spacer 4a and the upper spacer 5a are arranged such that the support member 4 and the pressing member 5 are stacked one on another, the spacers are also stacked one on another. When the spacers 4a and 5b have the above-described shape and arrangement, the end portion of the winding core 50a is stably provided with a sufficient space, and at the same time, the strength of the support member 4 and the pressing member 5 is increased, and further, the spacer is used as a reinforcing member. The member is connected from the bottom plate to the cover, so that the pressure from above can be increased to increase the strength of the container. Therefore, when the bundle containers are stacked in two stages, three stages, and the like, the deformation of the package container can be suppressed, and the load resistance can be increased. The lid body 6 closes the packing container in which the roll-shaped article 5 is accommodated, and when the container body is transported and stored together with the container body, the difficult-to-shape articles are free from external garbage, dust, and the like. Further, the cover body 6 is supported by the side wall 3, but the support member 4 and the pressing member 5 also have the function of reinforcing the column inside the container, and the cover body 6 can also be supported by the branch member 4 and the pressing member 5. floor. The material of the second St-package container is not particularly limited as long as it can be used as a conventional packing material, and corrugated paper, resin, metal, wood, etc. can be used as an example. The material is transferred, and the (four) occupational container is formed. When it is made of corrugated paper, W(4)(10) can carry out the grouping of each component, 15 and the right is the packaging waste of the packaging container. (4) After the transportation, it can not occupy the extra space. Therefore, 4 work can be achieved, and post-processing is easy. 12 201242857 When made of resin, it can form a lightweight container. In addition, in the same manner as the corrugated paper, when the structure for assembling and folding the respective members can be performed, since the movement or disposal of the bale wrapper after the conveyance is carried out, unnecessary space can be occupied, and space saving can be achieved. Easy to post-process. Further, since the environmental resistance is superior to that of corrugated paper, it can be used as a repetitive user as a packaging container. The resin used herein may, for example, be polyethylene or polypropylene. When it is made of metal, the weight is heavy, but the strength of the container can be made very high, and the roll-shaped article can be conveyed safely and surely. It can be reused because it is stronger than the resin. The metal used herein may be, for example, steel or stainless steel. Further, the roll-shaped article 5 as a storage object is formed by winding a film-like product around the winding core 50a. Here, the wound product is not particularly limited as long as it can be wound around the winding core to form a roll-shaped product, and examples thereof include a resin film, a photosensitive material, paper, cloth, metal foil, and green sheet. There are also a variety of sizes of Zhuo Kun-like items 50, which can be combined with the size to form a bundle container. For example, when winding a resin film, a paper core having an outer diameter of 100 to 300 mm, preferably 150 to 200 mm, a length of 1000 to 1600 mm, preferably 1100 to 1400 mm, is used as the core 50a, and the width is 600~. A resin film of 1200 mm is wound here, and h50 indicated in Fig. 3(b) is formed to be 300 to 400 mm. The roll-shaped article thus obtained has a mass of about 120 to 200 kg. At this time, the support member 4 certainly has strength which can be supported by a roll-shaped article of such quality. Further, when the packaging container 1 of the above-described roll-shaped article is transported, a pallet is usually used. The pallet has a fork frame insert 13 201242857 which can be transported by the forklift lifter, and can be placed on the upper part of the I-package container with the article, and the fork insert insertion portion is formed on the left and right sides before the pallet As a space for plugging in and lifting the elevator, it can be lifted and held by a lift. Therefore, the fork frame of the lifter can be inserted from either the rear direction or the left and right direction of the pallet. Therefore, it is possible to transport the container without directly contacting the packaging container, and to handle the grain. Further, the package container can be held in an appropriate direction and position in accordance with the size or shape of the stored roll-shaped article. . The pallet is, for example, partially provided with a plurality of pillars between the two plate-like bodies, and is provided with a space into which the claws of the forklift elevator can be inserted to form a shelf insertion portion. At the same time, if the pillar is provided in this way, the strength of the pallet can be ensured. Further, when the pallet is used, when the bundle container is stacked in a plurality of stages, the load can be received and dispersed, so that the external force does not locally act on the lower bundle container. In the second embodiment, a different embodiment from the above will be described. The packaging container according to the second embodiment is only provided with the cushioning member 7 between the roller-shaped article 5A and the support member 4 and the pressing member 5. Unlike the above-described third embodiment, the other configurations are the same. Fig. 5 is a view showing the positional relationship between the supporting member, the pressing member, and the winding core of the embodiment in the front direction (corresponding to Fig. 3(a) of the first embodiment). When the JL stay member 4 and the pressing member 5 hold the portion of the roll-shaped article 5 from the side, 'because the light portion is in direct contact with the support member 4 and the pressing member 5, it may not be completely different depending on the material of the member. It suppresses partial damage of the roller or defects such as scars. For the following reasons, the reason is not 201242857. It is easy to make the width of the product between the pair of support members 4 and the product, and the movement between the pressure-sensitive members 5 and the roll causes a lot of movement in the axial direction. . 'This gap allows the product to be wound on the surface adjacent to the face plate. The spear-manipulator is wound into a multi-product table, the adjacent surface friction', and the roller is partially damaged when the scratch is caused. a part. In this way, once the product is used, or only the buffer member can be disposed between the 郷 郷 , • • 和 和 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 , , , , , , , , , , , , , _ 'The miscellaneous items 50 do not shake, and are surely maintained. At the same time, when it comes into contact with the flexible material, the roll-shaped article 50 can be protected from the impact during transportation, and can be transported safely and surely. As the cushioning member used herein, it is known to use a resilient raw material as a cushioning member, for example, rubber, cotton, cloth, foamed resin (styrene foamed material, polyethylene foamed material, polyurethane vinegar). Buffer member, such as foam material, gas-filled material, polyethylene, polypropylene, polyurethane,
Pvc等樹脂構成之緩衝構件、將環氧樹脂、酚樹脂等浸潰 於紙之瓦楞紙類型者等。發泡樹脂以發泡倍率5〜15倍者為 佳。 ° 可例示可確實地保護輥狀物品，且於搬送後之槪狀物 品取出之際，易從捲芯50a卸除之第5圖、第6圖所示之形狀 的緩衝構件7作為此緩衝構件。如第6圖所示，緩衝構件7可 以聚乙烯發泡材或聚胺甲酸酯發泡材等撓性原材料形成四 角形板狀，並於中央開設有供捲芯50a通過之孔7a。又，此 15 201242857 孔7a設有通至外周部之一邊之切口 7b。 緩衝構件7從捲芯50a之側面（對捲芯5〇a之軸垂直之方 向）通過切口而嵌入。舉例言之，在收容於容器前之輥狀物 品50之兩端吊起親狀物品50之狀態下直接嵌入緩衝構件7 後’於將輥狀物品50收容或搬送至捆包容器後，將輥狀物 品從捆包容器取出，在吊起之狀態下直接卸除緩衝構件7, 輥狀物品可直接設置在預定裝置等。如上述，收容 '取出 捆包谷器之際，預先女裝緩衝構件7時，於作業時，亦可防 止因與容器或其内部構件之接觸引起之輥狀物品之受傷。 緩衝構件7之切口 7b對其卸除甚為重要。當無此切口 几，而僅職㈣他通過之糾，形缝捲芯池之轴方 向嵌合之形式，而輥狀物品5G之捲芯恤之端部的支樓因支 揮構件4或吊帶，而使捲芯50a之端部附近一直無法自由活 動，當無切口時，便無法直接進行緩衝構件之卸除作業。 然而’具有切口 7b之緩衝構件7即使端部無法自由活動也 开祝性心原材料作為緩衝構件時，由於^ 所示之緩衝構件7之形狀因捲以崎㈣ =衝構件本身會遭受破壞，故若為相; 狀在貫用上有問題，但如第7圖所示，為 之外徑相同或其以上之寬度之缺口 8a之緩:; 原材料適合樹脂積層品等。 —檇 使用如第6圖、第7圖所示之板狀體之緩衝構件明 16 201242857 按照輥狀物品5 〇之輥端部與支撐構件4及按壓構件5之間之 間隙的大小，使用1片或2片以上之複數片緩衝構件。當將 緩衝構件無間隙地配置時’可使輥狀物品50不往捲芯之軸 方向移動。又，由於此時，一旦過度裝填緩衝構件，雖然 可充分固定保持輥狀物品5〇，但有損傷輥部份之虞，故調 即緩衝構件之厚度、片數，而可以不損傷輥部份之程度之 力進行保持。 第3貫施形態 接著，就不同之另一實施形態作說明。此第3實施形態 僅無側壁3、且托盤2之側板具有進行支撐構件4及按壓構件 5之定位之功能的點與上述第丨實施形態不同，其他結構則 相同。 於第8圖顯示本實施形態之輥狀物品之捆包容器之結 構’取消側壁3 ’容器側面形成開放狀態之點與第1實施形 態不同。以下，僅就此不同點作說明。 在本實施形態中，容器本體形成底板，在形成該底板 之4邊’於鉛直方向立起側板之淺箱狀托盤2與以後述伸縮 薄膜形成’於鉛直方向立起之側板從捆包容器内部按壓支 撐構件4 ’而具有可決定構件之位置之功能。此外，此時， 若蓋體6亦與此托盤2呈相同之形狀時，以此蓋體6從捆包容 器内部按壓按壓構件5，可決定構件之位置。 如此，使側面呈開放狀態時，進行於上下方向施加靜 負載之測試及賦與如於輸送時施加之橫方向搖動的測試， 結果，獲得了不遜於如第1實施形態，具有角筒狀側壁3之 17 201242857 容器之結果。是故，即使不設側壁3作為強度構件，在實用 上也無問題。可認為祕下述理由之故，前賴由係以支 撐構件4及按壓構件5獲得了足夠之強度，特別是發揮了下 部間隔件4a與上部間隔件5a輔助強度之優異之作用。 惟，為此種容器本體時，無法將容器内部與外部大氣 遮斷，在此狀態下，因外部之垃圾、塵埃等，無法保護收 容之輥狀物品。因此，在本實施形態中，對收容有輥狀物 品50之輥狀物品之捆包容器，宜以伸縮薄膜（圖中未示）覆蓋 其開放之側面。具體言之，可為將伸縮薄膜捲於容器側面， 以其作為側壁之容器。 當以伸縮薄膜包圍容器之四方時，可輕易且簡便地形 成容器之側壁，藉此，可不致使輥狀物品50曝露於外部大 氣。又’亦可將材料成本抑制在低價，亦可減低廢棄物。 再者，由於側壁為撓性，故即使於輸送時，受到衝擊而變 形，只要靜置，便可復原。此於以瓦楞紙形成側壁時，一 旦受到衝擊而變形時，便無法回復原狀。此外，此種衝擊 係在對輥狀物品50沒有影響之範圍所施予者。此時，若使 用透明之伸縮薄膜，亦具有可隨時確認所收容之輥狀物品 之狀態的優點。 在此使用之伸縮薄膜係具伸縮性’並帶靜電之薄膜， 可使用迄今用於捆包之薄膜。其原材料可舉聚乙烯、聚丙 烯、聚對苯二曱酸乙二酯(PET)等具柔軟性之原材料為例。 又’在本實施形態中，在上述說明中，例示了具有淺 箱狀形狀者作為托盤2。亦可取消其側板，設置僅由底板構 18 201242857 成之一片板狀體。此時，由於亦無將支撐構件4定位之側板 及側壁’故可將支撐構件4預先固定於托盤2來使用。 產業上之可利用性 本發明之輥狀物品之捆包容器係適合輥狀物品之保 管、搬送等者。 【圖式簡單說明】 第1圖係透視顯示本發明一實施形態之輥狀物品之捆 包容器的立體圖。 第2圖係說明第1圖之輥狀物品之捆包容器之結構的 第3圖係從(a)正面方向顯示支撐構件、按壓構件及捲芯 之位置關係的圖及從(b)左側面方向顯示支撐構件、按壓構 件及捲芯之位置關係的圖。 第4圖係從上方顯示支撐構件、按壓構件及捲芯之位置 關係之圖。 第5圖係從正面方向顯示設緩衝構件時之支撐構件、按 壓構件及捲芯之位置關係的圖。 第6圖係顯示緩衝構件之一例之圖。 第7圖係顯示緩衝構件之另一例之圖。 實施形態之輥狀物品之捆包 第8圖係說明本發明另一 容器之結構的圖。A cushioning member made of a resin such as Pvc, or a type of corrugated paper in which paper is impregnated with an epoxy resin or a phenol resin. The foaming resin is preferably a foaming ratio of 5 to 15 times. The buffer member 7 having the shape shown in Figs. 5 and 6 which can be easily removed from the winding core 50a as the cushion member can be exemplified when the roll-shaped article can be reliably protected. . As shown in Fig. 6, the cushion member 7 may be formed in a rectangular plate shape by a flexible material such as a polyethylene foam material or a polyurethane foam material, and a hole 7a through which the core 50a passes may be formed in the center. Further, this 15 201242857 hole 7a is provided with a slit 7b leading to one of the outer peripheral portions. The cushioning member 7 is fitted through the slit from the side surface of the winding core 50a (in the direction perpendicular to the axis of the winding core 5a). For example, the cushion member 7 is directly inserted in the state in which the article 50 is held at the both ends of the roll-shaped article 50 before being placed in the container. After the roller-shaped article 50 is housed or transported to the package container, the roller is placed. The article is taken out from the packing container, and the cushion member 7 is directly removed in a state of being lifted, and the roll-shaped article can be directly placed in a predetermined device or the like. As described above, when the stocking member 7 is taken out in advance when the stocker is taken out, it is possible to prevent the wound of the roll-shaped article caused by contact with the container or its internal member during work. The slit 7b of the cushioning member 7 is important for its removal. When there is no such incision, but only the position (4) he passes the correction, the form of the axial direction of the slotted core pool is fitted, and the branch of the end of the roll-shaped article of the roll-shaped article 5G is supported by the member 4 or the sling. Further, the vicinity of the end portion of the winding core 50a is not freely movable, and when there is no slit, the unloading operation of the cushioning member cannot be directly performed. However, when the cushioning member 7 having the slit 7b is opened as a cushioning member even if the end portion is not freely movable, the shape of the cushioning member 7 shown in Fig. 4 is damaged by the winding member (four) = the punching member itself, There is a problem in the use of the phase, but as shown in Fig. 7, the gap 8a having the same outer diameter or more is slow:; the raw material is suitable for a resin laminate or the like. - 缓冲 Use the cushioning member of the plate-shaped body as shown in Fig. 6 and Fig. 7 to be used according to the size of the gap between the roller end portion of the roller-shaped article 5 and the support member 4 and the pressing member 5 A sheet or a plurality of cushioning members of two or more sheets. When the cushioning member is disposed without a gap, the roll-shaped article 50 can be moved without moving in the axial direction of the winding core. Further, at this time, once the cushion member is excessively loaded, although the roller-shaped article 5〇 can be sufficiently fixed, the flaw of the roller portion is damaged, so that the thickness and the number of the cushion member can be adjusted without damaging the roller portion. The degree of force is maintained. Third embodiment Next, another embodiment will be described. In the third embodiment, only the side wall 3 is not provided, and the side plate of the tray 2 has a function of positioning the support member 4 and the pressing member 5, which is different from the above-described third embodiment, and the other configurations are the same. Fig. 8 is a view showing the structure of the packaging container of the roll-shaped article of the present embodiment. The point at which the side surface of the container is removed from the side wall 3' is different from that of the first embodiment. In the following, only the differences will be explained. In the present embodiment, the container body is formed as a bottom plate, and the shallow box-shaped tray 2 that forms the side plate in the vertical direction on the four sides of the bottom plate forms a side plate that is erected in the vertical direction from the side of the packaging container. The support member 4' is pressed to have a function of determining the position of the member. Further, at this time, when the lid body 6 also has the same shape as the tray 2, the lid member 6 presses the pressing member 5 from the inside of the bundle container to determine the position of the member. In the case where the side surface is in the open state, the test for applying the static load in the vertical direction and the test for the lateral direction of the application during the conveyance are performed, and as a result, the cylindrical side wall is obtained inferior to the first embodiment. 3 of the results of the 201242857 container. Therefore, even if the side wall 3 is not provided as the strength member, there is no problem in practical use. It is considered that the following reasons are due to the fact that the supporting member 4 and the pressing member 5 are sufficiently strong, and in particular, the auxiliary members 4a and the upper spacer 5a are excellent in the auxiliary strength. However, in the case of such a container body, the inside of the container and the outside atmosphere cannot be blocked, and in this state, the contained roll-shaped article cannot be protected due to external garbage, dust, or the like. Therefore, in the present embodiment, it is preferable that the packaging container of the roll-shaped article in which the roll product 50 is housed covers the open side surface of the stretchable film (not shown). Specifically, the stretch film may be wound on the side of the container to serve as a container for the side wall. When the four sides of the container are surrounded by the stretch film, the side walls of the container can be easily and simply formed, whereby the roll-shaped article 50 can be prevented from being exposed to the outside atmosphere. In addition, material costs can be kept low and waste can be reduced. Further, since the side wall is flexible, it is deformed by impact even during transportation, and can be restored by standing still. When the side wall is formed by corrugated paper, once it is deformed by the impact, it cannot be restored to its original state. Further, such an impact is applied to a range that does not affect the roll-shaped article 50. In this case, if a transparent stretch film is used, there is an advantage that the state of the accommodated roll-shaped article can be confirmed at any time. The stretch film used herein is a film which is stretchable and electrostatically charged, and a film which has hitherto been used for packaging can be used. The raw material may be, for example, a flexible raw material such as polyethylene, polypropylene or polyethylene terephthalate (PET). Further, in the present embodiment, in the above description, a tray 2 having a shallow box shape is exemplified. It is also possible to cancel the side panel and set one of the plate-like bodies only by the bottom plate structure 18 201242857. At this time, since the side plate and the side wall for positioning the support member 4 are not present, the support member 4 can be fixed to the tray 2 in advance. Industrial Applicability The packaging container for a roll-shaped article of the present invention is suitable for the storage and transportation of a roll-shaped article. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a package container of a roll-shaped article according to an embodiment of the present invention. Fig. 2 is a view showing the structure of the packaging container of the roll-shaped article of Fig. 1 showing the positional relationship between the supporting member, the pressing member, and the winding core, and the left side of (b) from the front side. The direction shows a map of the positional relationship between the support member, the pressing member, and the winding core. Fig. 4 is a view showing the positional relationship of the support member, the pressing member, and the winding core from above. Fig. 5 is a view showing the positional relationship between the support member, the pressing member, and the winding core when the cushioning member is provided from the front direction. Fig. 6 is a view showing an example of a cushioning member. Fig. 7 is a view showing another example of the cushioning member. The package of the roll-shaped article of the embodiment Fig. 8 is a view showing the structure of another container of the present invention.
【主要元件符號說明】 1...捆包容器 2...托盤 19 201242857 4a...下部間隔件 8a...缺口 4b...缺口部 50...輥狀物品 5...按壓構件 50a...捲; 5a...上部間隔件 A，C...方向 6...蓋體 h4...缺口部之下端部至支撐構 7，8...緩衝構件 件之最底部之距離 7a...孔 h50...輥之厚度 7b...切口 W...間隔件之寬度 20[Description of main component symbols] 1...bundling container 2...pallet 19 201242857 4a...lower spacer 8a...notch 4b...notch 50...rolled article 5...press Member 50a...volume; 5a...upper spacer A, C...direction 6...cover h4...the lower end of the notch to the support structure 7,8...the most cushioning member The distance of the bottom 7a...the hole h50...the thickness of the roller 7b...the slit W...the width of the spacer 20