1327547 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種緩衝托架，尤其涉及一種用於包裝 盒中為產品提供緩衝保護之緩衝托架。本發明還涉及一種 * 使用該緩衝托架之包裝盒。 【先前技術】 於現實生活當中，琳琅滿目的各種生活用品、電子產 品、禮品等產品於出廠前均會被包裝於包裝盒中，由包裝 • 盒來保護這些產品，因此包裝盒變成了這些產品不可或缺 之附屬裝置。一般包裝盒中均會設置一些起到緩衝作用之 保護裝置來對容置於其中之產品進行保護，然而，一般之 保護裝置均係由塑膠衝壓成型，其製作成本高，製作週期 長；此外，這些保護裝置難以回收，且對消費者及環境之 危害較大不符合環保之要求。 【發明内容】 $ 有鑒於此，有必要提供成本低，且製造方便之缓衝托 架。 還有必要提供一種使用該緩衝托架之包裝盒。 一種缓衝托架，該緩衝托架由一經過沖裁及壓折之預 成型板彎折而成。該預成型板包括一載物區；分別連接於 所述載物區相對兩邊上且環繞部分載物區之兩個“凹”字形 緩衝區；位於載物區兩側分別連接兩個缓衝區之兩個對折 區；以及連接於所述緩衝區週邊之複數支撐區。所述兩個 對折區之中心分別設置有一條中折線。所述載物區上對稱 7 1327547 之形成有兩條平行之折線。該折線與該載物區與緩衝區之 連接邊之間之距離等於所述對折區之中折線與缓衝區之連 接邊之間之距離。所述預成型板之對折區之中折線相對彎 折形成兩組連接板；所述複數支撐區沿其與緩衝區之連接 ' 處向連接板所於之方向彎折形成複數支撐板；所述缓衝區 形成一與所述連接板及複數支撐板相連接之緩衝板；所述 ' 載物區沿其與緩衝區連接處及其折線處相對彎折形成一對 連接於緩衝板上之側板以及連接於該兩個側板之間之托 • 板，所述側板及托板形成一内凹之容置空間。 一種包裝盒，其包括一外盒，該外盒包括一盒身，兩 個輔板及一蓋板。所述兩個輔板及所述蓋板連接於所述盒 身上，所述盒身包括一底板及圍繞該底板之側板。該包裝 盒還包括一容置於其盒身内之緩衝托架，該緩衝托架由一 經過沖裁及壓折之預成型板彎折而成。該預成型板包括一 載物區；分別連接於所述載物區相對兩邊上且環繞部分載 $ 物區之兩個“凹”字形缓衝區；位於載物區兩側分別連接兩個 緩衝區之兩個對折區；以及連接於所述缓衝區週邊之複數 支撐區。所述兩個對折區之中心分別設置有一條中折線。 所述載物區上對稱之形成有兩條平行之折線。該折線與該 載物區與缓衝區之連接邊之間之距離等於所述對折區之中 折線與緩衝區之連接邊之間之距離。所述預成型板之對折 區之中折線相對彎折形成兩組連接板；所述複數支撐區沿 其與緩衝區之連接處向連接板所於之方向彎折形成複數支 撐板；所述緩衝區形成一與所述連接板及複數支撐板相連 8 接之緩衝板；所述載物區沿其盎 相對彎折形成—對連接於=紅連接處及其折線處 個側板之門之托把 、 上之側板以及連接於該兩 間。 板，所述側板及托板形成-内凹之容置空 = 交先前技術’所述容置於 用一棟經過沖裁及壓折 ⑽托架’私 過程簡單，成本低。成型板彎折而成，其製作 【實施方式】 110來料干圖。：^發明緩衝托架100成型前之預成型板 面、.，氏板〃包括一矩形之 迷矩形載物區112相對兩邊上日B 刀财接於所 字形之兩個緩衝區114 繞部分載物區112之“凹” 緩衝區m之兩個矩开;對:於載物區112兩側分別連接兩個 ，邊之複數支;:：？;： 之中心分別設置有 ，於所述兩個對折區116 接邊⑽之中折V 對折區116與緩衝區叫之連 艾中折線1164。所述截物F ^ 物區112與緩衝一接= 之距離等於所：4與:载物區112之連接邊1122之間 116之連接邊1161Γ 折線1164與所述對折區 ^ 之間之距離。 丨匕 各區:連及圖3,所述預成型板110沿其折線以及 預成型板110之折後形成該缓衝托架100。其中，首先將， 板〜折…其中折線1164相對== 1327547 成兩組連接板126;於將所述複數支撐區118沿其與緩衝區 114之連接處向連接板126所於之方向彎折後形成複數支撐 板128。所述緩衝區114形成一與所述連接板126及複數支 撐板118相連接並被所述連接板126及支撐板118支撐之缓 衝板124 ’所述支撐板128垂直環繞於所述缓衝板124之外 側。所述連接板126垂直支撐於所述緩衝板124之中間。 所述支撐板128之高度與所述連接板126之高度相等或者 略高於所述連接板126之高度。所述載物區112沿其與緩 衝區114連接處向連接板126所於之方向·彎折，同時所述 載物區112兩端分別沿其折線1124處相對彎折後形成一對 連接於緩衝板124上之側板122以及連接於該兩個側板122 之間之托板123。所述側板122及托板123形成一内凹之容 置空間125,該容置空間125可用以容置產品。所述緩衝板 形成於該容置空間125之周圍，使得被放置於該容置空 間125内之產品能夠得到有效保護。 該緩衝托架100’採用一塊經過沖裁及壓折之平面預成 型板110彎折而成，其製作過程簡單，成本低，同時所述 預成型板110採用紙板製造，環保且無污染。 請參閱圖4，一種使用該換緩衝托架1〇〇之包裝盒 2〇〇 ’該包裝盒200包括一外盒及容置於該外盒内之緩衝托 架 100。 所述外盒包括一方形之盒身212，以及連接於該盒身 212上之兩個輔板214及一蓋板216。所述盒身212具有複 數側壁213及被所述側壁213環繞之底板215。所述緩衝托 1327547 架100容置於該盒身212内，所述緩衝托架100之支撐板 128及連接板126被支撐於所述盒身212之底板215上。緩 衝托架100之支撐板128之外側與所述盒身212之側壁213 之内側緊密抵持，從而保證該緩衝托架1〇〇能夠牢固容置 於所述外盒内。其中所述支撐板128.及所述連接板126之 高度與所述盒身212之側壁213之高度相等或者略小於所 述側壁213之高度，保證該緩衝托架1〇〇容置於外盒内之 後，該外盒之輔板214及蓋板216能將所述盒身212封蓋。 ® 該包裝盒200使用一外盒將所述缓衝托架1〇〇容置於 其内之方式構成，結構簡單，製造容易界成本低廉，當所 述緩衝沖托架100不使用時，可將其取出後將其鋪平成預 成型板110之形狀後儲存，而將外盒移作他用，從而提高 了該包裝盒200之使用價值。 可以理解，為了保證所述緩衝托架1〇〇之穩定性，也 可以於所述緩衝托架1〇〇之支撐板128之端部設置複數可 φ 與相鄰之支撐板128相固結之加強板，該加強板可以藉由 枯接劑枯接，也可以藉由釘書針固接。 可以理解，所述緩衝托架100之相互接觸之連接板126 之間也可藉由粘接劑或者釘書針相固接從而增加該緩衝托 架1〇〇之穩定性。 综上所述，本發明符合發明專利要件，爰依法提出專 利申請。惟’以上所述者僅為本發明之較佳實施方式，本 發明之範圍並不以上述實施方式為限，舉凡熟悉本案技藝 之人士援依本發明之精神所作之等效修飾或變化，皆應涵 11 1327547 蓋於以下申請專利範圍内。 【圖式簡單說明】 圖1係本發明緩衝托架之來料示意圖 圖2係本發明緩衝托架之成型示意圖 圖3係本發明緩衝托架之立體示.意圖 圖4係本發明包裝盒之立體圖。 【主要元件符號說明】1327547 IX. Description of the Invention: [Technical Field] The present invention relates to a buffer bracket, and more particularly to a buffer bracket for cushioning protection of a product in a package. The invention also relates to a package for using the buffer tray. [Prior Art] In real life, a wide range of products such as daily necessities, electronic products, gifts, etc. will be packaged in the box before leaving the factory, and these products will be protected by the packaging and box, so the package becomes these products. Or missing attachments. In the general packaging box, some protection devices for buffering are provided to protect the products contained therein. However, the general protection devices are formed by plastic stamping, which has high manufacturing cost and long production cycle; These protective devices are difficult to recycle and are highly hazardous to consumers and the environment and do not meet environmental requirements. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a buffer holder that is low in cost and easy to manufacture. It is also necessary to provide a package using the buffer tray. A buffer bracket formed by bending a stamped and crimped preformed sheet. The pre-formed plate comprises a load-bearing zone; two "concave"-shaped buffer zones respectively connected to opposite sides of the load-bearing zone and surrounding the partial load-bearing zone; two buffer zones are respectively connected on two sides of the load-bearing zone Two of the two fold regions; and a plurality of support regions connected to the periphery of the buffer. The center of the two folding zones is respectively provided with a middle fold line. The symmetry 7 1327547 on the carrier region is formed with two parallel fold lines. The distance between the fold line and the connecting edge of the load zone and the buffer zone is equal to the distance between the fold line of the fold zone and the connecting edge of the buffer zone. The fold line of the pre-formed plate is relatively bent to form two sets of connecting plates; the plurality of supporting areas are bent along the connection of the buffer zone with the buffer zone to form a plurality of supporting plates; The buffer zone forms a buffer plate connected to the connecting plate and the plurality of supporting plates; the 'loading zone is relatively bent along the junction with the buffer zone and the fold line thereof to form a pair of side plates connected to the buffer plate And a supporting plate connected between the two side plates, the side plate and the supporting plate form a concave receiving space. A package comprising an outer casing comprising a box body, two auxiliary boards and a cover. The two auxiliary boards and the cover plate are connected to the box body, and the box body comprises a bottom board and a side board surrounding the bottom board. The package further includes a cushioning bracket housed in the body of the box, the cushioning bracket being bent from a stamped and crimped preformed panel. The pre-formed plate comprises a load-bearing zone; two "concave"-shaped buffer zones respectively connected to opposite sides of the load-bearing zone and surrounding the portion of the load-bearing zone; two buffers are respectively connected on both sides of the load-bearing zone Two of the two fold regions; and a plurality of support regions connected to the periphery of the buffer. The center of the two inflection zones is respectively provided with a middle fold line. The carrier region is symmetrically formed with two parallel fold lines. The distance between the fold line and the connecting edge of the load zone and the buffer zone is equal to the distance between the fold line of the fold zone and the connecting edge of the buffer zone. The fold line of the pre-formed sheet is relatively bent to form two sets of connecting plates; the plurality of supporting areas are bent along the joint of the buffer zone with the buffer zone to form a plurality of supporting plates; the buffering Forming a buffer plate connected to the connecting plate and the plurality of supporting plates; the loading area is formed by bending along the angling thereof - a pair of doors connected to the side of the red connecting portion and the folding line , the upper side plate and the two are connected. The board, the side panel and the pallet forming-concave accommodating space = the prior art's capacity is placed in a punched and crimped (10) bracket' private process is simple and low in cost. The molded plate is bent and formed. [Embodiment] 110 dry material is shown. :^Invented the pre-formed plate surface of the buffer bracket 100 before molding. The rectangular plate includes a rectangular rectangular load area 112 opposite to the two sides of the B-shaped blade. The two sides of the "concave" buffer zone m of the object area 112 are open; the pair is connected to two sides on the two sides of the object area 112, and the plurality of sides are respectively;::? The center of each of the two fold-over zones 116 is provided with a fold V-folding zone 116 and a buffer zone called the Aizhong fold line 1164. The distance between the intercept F^ object region 112 and the buffer is equal to the distance between: 4 and: the connecting edge 1122 of the carrier region 112, 116, the connecting edge 1161, the folding line 1164, and the folding region ^.丨匕 Zones: and FIG. 3, the pre-formed panel 110 is formed along the fold line and the pre-formed panel 110 to form the cushion bracket 100. Wherein, first, the plate is folded... wherein the fold line 1164 is opposite to the == 1327547 into two sets of connecting plates 126; and the plurality of supporting regions 118 are bent in the direction of the connecting plate 126 along the connection thereof with the buffer zone 114 A plurality of support plates 128 are formed behind. The buffer 114 forms a buffer plate 124 connected to the connecting plate 126 and the plurality of supporting plates 118 and supported by the connecting plate 126 and the supporting plate 118. The supporting plate 128 vertically surrounds the buffer. The outer side of the plate 124. The connecting plate 126 is vertically supported in the middle of the buffer plate 124. The height of the support plate 128 is equal to or slightly higher than the height of the connecting plate 126. The loading area 112 is bent in the direction of the connecting plate 126 along the connection with the buffer zone 114, and the two ends of the loading area 112 are respectively bent along the fold line 1124 to form a pair of connections. A side plate 122 on the buffer plate 124 and a support plate 123 connected between the two side plates 122. The side plate 122 and the tray 123 form a recessed accommodating space 125, and the accommodating space 125 can be used for accommodating the product. The buffer plate is formed around the accommodating space 125, so that the product placed in the accommodating space 125 can be effectively protected. The buffer bracket 100' is formed by bending a flat and pre-formed panel 110 which is punched and crimped. The manufacturing process is simple and low in cost, and the preformed panel 110 is made of cardboard, which is environmentally friendly and non-polluting. Referring to Fig. 4, a package 2'' is used to replace the buffer tray 1'. The package 200 includes an outer case and a buffer holder 100 housed in the outer case. The outer casing includes a square box body 212, and two auxiliary plates 214 and a cover plate 216 connected to the box body 212. The box body 212 has a plurality of side walls 213 and a bottom plate 215 surrounded by the side walls 213. The buffer tray 1327547 is received in the box body 212. The support plate 128 and the connecting plate 126 of the buffer bracket 100 are supported on the bottom plate 215 of the box body 212. The outer side of the support plate 128 of the buffer bracket 100 is in close contact with the inner side of the side wall 213 of the casing 212, thereby ensuring that the cushion bracket 1 can be securely received in the outer casing. The height of the supporting plate 128 and the connecting plate 126 is equal to or slightly smaller than the height of the side wall 213 of the box body 212, so that the buffer bracket 1 is placed in the outer box. After the inside, the outer panel 214 and the cover 216 can cover the box body 212. The package 200 is constructed by using an outer box to house the buffer tray 1 therein, and has a simple structure and is easy to manufacture and low in cost. When the buffer punching bracket 100 is not used, After it is taken out, it is laid flat into the shape of the preformed plate 110 and stored, and the outer case is used for other purposes, thereby increasing the use value of the package 200. It can be understood that, in order to ensure the stability of the buffer bracket 1 , a plurality of φ can be disposed at the end of the support plate 128 of the buffer bracket 1 固 and the adjacent support plate 128 can be consolidated. The reinforcing plate can be detached by a bonding agent or fixed by a staple. It can be understood that the connecting plates 126 of the buffer bracket 100 which are in contact with each other can also be fixed by an adhesive or a staple to increase the stability of the buffer tray 1 . In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and those skilled in the art will be able to make equivalent modifications or variations in accordance with the spirit of the present invention. Ying Han 11 1327547 is covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the loading of the buffer bracket of the present invention. FIG. 2 is a schematic view showing the formation of the buffer bracket of the present invention. FIG. 3 is a perspective view of the buffer bracket of the present invention. FIG. 4 is a packaging box of the present invention. Stereo picture. [Main component symbol description]
緩衝托架 100 預成型板 110 載物區 112 緩衝區 114 對折區 116 支撑區 118 連接邊 1162,1122 中折線 1164 折線 1124 連接板 126 支撐板 128 缓衝板 124 側板 122 托板 123 容置空間 125 包裝盒 200 盒身 212 側壁 213 輔板 214 底板 215 蓋板 216 12Buffer bracket 100 Pre-formed plate 110 Loading area 112 Buffer 114 Folding area 116 Supporting area 118 Connecting side 1162, 1122 Middle line 1164 Folding line 1124 Connecting plate 126 Supporting plate 128 Buffer plate 124 Side plate 122 Pallet 123 Housing space 125 Packing box 200 box body 212 side wall 213 auxiliary board 214 bottom board 215 cover board 216 12