201208946 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種懸掛裝置，其係待用於各種容器（諸 如棱柱形且具有圓柱形或多邊形基座之金屬片罐）且提供 有-徑向突出外周邊肋件且該肋件可由提供於容器之上壁 與側壁之間之雙重接縫而界定，或藉由使該侧壁之一鄰近 該容器之上緣之一區域變形而界定。 【先前技術】 自先前技術已知用於上述類型之容器的懸掛裝置，該等 裝置包括一環，其待應用於容器本體之周圍且軸向且抵靠 該容器之外外周邊肋件上升地安置且鎖定，及至少一個大 致上u形把手，該把手之諸端係經附接於該環之直徑相對 之區域中，使彳于可在一非操作位置（在該位置其佔據一與 該環大體上同平面之位置）與—操作位置（其經升高且大致 上正父於該環之安置平面）之間移位。 在”玄非操作位置中，該把手係經定位而位於該容器本體 之一各別側向延伸部之側部及外部，其大致上對應於圓周 之半。在操作位置中，該把手係直徑上定位於該容器之 上方其中垂直間隙足以允許使用者之手定位於把手之 下方且因此允許懸掛該容器，其可承载或不承載一上蓋。 在一些已知的實施例中，該把手之相對端係成一單—片 而併入該環，接合區域係經構造而藉由其彈性變形而允許 該把手在其非操作位置與操作位置之間成角度地移動。巴 西文獻PI 9700128-7及MU 8000935-2中揭示了此類型之構 156660.doc 201208946 w，其第一者呈現兩個直徑上相對之把手。 由於成-單-片之該等懸掛裝置大致上係用—可彈性變201208946 VI. Description of the Invention: [Technical Field] The present invention relates to a suspension device for use in various containers (such as a metal sheet can having a prismatic shape and having a cylindrical or polygonal base) and provided with a diameter The outer peripheral rib member is projected and the rib member may be defined by a double seam provided between the upper wall and the side wall of the container, or by deforming one of the side walls adjacent to an area of the upper edge of the container. [Prior Art] Suspension devices for containers of the above type are known from the prior art, which comprise a ring to be applied around the body of the container and placed axially and against the outer peripheral ribs of the container And locking, and at least one substantially u-shaped handle, the ends of the handle being attached to the diametrically opposed region of the ring such that it can be in an inoperative position (in which position it occupies a ring Displaced between the position of the substantially planar plane and the operating position (which is raised and substantially the parent is placed in the plane of the ring). In the "non-non-operating position", the handle is positioned to be located on the sides and the exterior of each of the lateral extensions of the container body, substantially corresponding to half of the circumference. In the operative position, the handle is diameter Positioned above the container with a vertical gap sufficient to allow the user's hand to be positioned below the handle and thus allow the container to be suspended, which may or may not carry an upper cover. In some known embodiments, the handle is relatively opposed The end is joined into a single piece and incorporated into the ring, the joint region being configured to allow the handle to be angularly moved between its inoperative position and the operative position by its elastic deformation. Brazilian literature PI 9700128-7 and MU This type of construction is disclosed in 8000935-2, which is 156660.doc 201208946 w, the first of which presents two diametrically opposed handles. Since the suspension-single-segment suspensions are generally used - elastically variable
與該把手之間之接合部之破裂。 由區域而連接至彼此。該等 穿力，該剪力足以導致該環 。此已知的成一單一片之構 造使付在懸掛桿之移動之後即變形之該等接合區域中呈現 負載限制且阻止用不同的材料製造該環及該把手。 亦已知其中該環及該把手係經構造成分開片之懸掛裝 置，該把手端係於該容器本體之相對區域中經活節連接至 該環，使得該把手可在該非操作位置與操作位置之間移 動。美國專利文獻3,093,257及巴西專利文獻而749〇2442 6 中可參見此等先前構造之實例。 在使用分開片之此等構造中，環及把手之該等部分中之 一者承載一對活節連接徑向銷，其等係待配合且支撐於提 供於該等部分中之另一者中之各別殼體中。 儘官消除了關於單一片構造及其等強度限制之不便利， 具有成一分開片之該把手之構造亦呈現之不便利之處在於 無法保證該把手可靠地保持於其非操作位置，從而與該環 之平面大體上同平面且自外部鄰近後者之周邊之一延伸 部，且不允許將該環安裝至與該容器本體之上緣部分軸向 間隔之容器本體圓周區域。 缺乏用於將該把手保持在該非操作位置之—構件允許在 I56660.docThe joint between the handle and the handle is broken. Connected to each other by regions. The wear force is sufficient to cause the ring. This known construction of a single piece presents load limitations in the joint areas that are deformed after the movement of the suspension rods and prevents the ring and the handle from being made of different materials. Also known is a suspension device in which the ring and the handle are configured to open a piece, the handle end being attached to the ring via a hinge in an opposite region of the container body such that the handle is positionable and operable in the inoperative position Move between. Examples of such prior configurations can be found in U.S. Patent No. 3,093,257 and the Brazilian Patent Publication No. 749,244. In such a configuration using a separate piece, one of the portions of the ring and the handle carries a pair of articulating radial pins that are to be mated and supported for being provided in the other of the portions In each case. The inconvenience of the single piece construction and its equal strength limitation is eliminated, and the configuration of the handle having a separate piece is also inconvenient in that the handle cannot be reliably held in its inoperative position, thereby The plane of the ring is generally coplanar and extends from the exterior adjacent one of the perimeters of the latter and does not permit the ring to be mounted to a circumferential region of the container body that is axially spaced from the upper edge portion of the container body. Lack of means for holding the handle in the inoperative position - the component is allowed at I56660.doc
S 201208946 該容器於填充線上移動期間’該把手非出於本意地且不符 合需求地向上朝向其操作位置移動，造成可能致使該填充 線停頓之不同問題。 、 此等已知的解決方案亦未呈現一致動該把手從而將該把 手穩定在其升高操作位置之保持構件。在此等解決方案 中，當該把手在該升高操作位置由使用者釋放時，其趨向 於藉由重力而下降地移動至側向於該容器本體之一位置， 該位置係可與該非操作位置直徑上相對，在該位置中，該 保持構件可致動該把手，從而將其保持在此狀態。 在本發明之懸掛裝置之構造中待考慮之其他態樣係指將 該=裝置饋送至-機器之卡槽中，以將該等I置安裝於該 等谷器本體之周®。在此狀態下，該等裝置必須穩定地堆 疊於違卡槽巾，以允許每個裝置個別地釋放。已知之解決 方案並未提及此問題。 安裝該ί衣與該容器之上緣隔離之不可能性阻止成一單— 片之此構造安裝至容器’其中該等容器之上緣之最後加工 並不足以提供保持該環之外周邊肋件。在此等情形下該 ㈣邊肋件係提供㈣容器本體令’位於該容器本體之一 與該上緣軸向隔離之㈣中，冑得該容器之該上區域損及 (或干涉）該把手之角度移位路徑，進而防止該把手達到其 操作位置，或當㈣手位於操作位置時，其與該容器之上 壁保持間隔很小，從而使得抓握不舒適或甚至損及該使用 者用手正確地握持該把手。 【發明内容】 156660.doc 201208946 由於以單—片或分開片提供之已知解決方案之具有諸多 不便本發明之一目的在於以兩個片提供一懸掛裝置且 其具有-簡爭且具成本效益之構造，其可輕易地安裝至該 容器’且其把手係經可靠地保持於一非操作位置且亦可帶X 至一知作位置，從而正確地與該容器之上壁分隔，不受限 於該容器之該外周邊肋件與上緣之間之轴向距離。 本發明之目的亦在於提供―種如上所述之懸掛裝置且盆 担手係經可靠地穩定於經升高至該容器之上方之該操作位 置。 如上所述，本發明之裝置係經應用至—容器，該容器具 有一本體，該本體設有一環繞側壁、一上緣及一外周邊肋 件，該裝置係由下列各項形成：一環，其併入兩個相對之 =π徑向似其係抵#圍繞該本體之該外周邊肋件上升地 f置且鎖^ ;及―U形把手，其具有__中間部分及若干端 部，其各者係經活節連接於該等徑向銷中之一者中，該把 手係於該等徑向銷之周圍而在一非操作位置（在該本體之 側向及外部）與一升高操作位置（設置於該本體之上方）有角 度地移位。 月 土根據本發明’該環進一步自外部併入一鎖定構件，其抵 罪該抱手之-鄰接部分致動且其將該把手穩定在一非操作 位置’該把手之各個端部係設有一通孔’一各別徑向鎖係 穿過該通孔而得以支撐’該通孔在橫向於担手延伸部之方 向上呈現-寬度’該寬度足以在該方向上緊密地支揮該徑 向鐵；及該把手之縱向上之一長度，該長度足以支樓該徑 156660.doc 201208946 向銷，兩者係使該把手處於該非操作位置且係由該鎖定構 件所穩定，及該把手自該非操作位置有角度地移位至 作位置。 、本文所提議之構造允許獲得—懸掛裝置，其兩個組件部 分係由不同之材料構造且將其環於與該容器本體之上緣隔 離之一位置而保持至該容器本體，而不會損害該把手在並 非操作位置與操作位置之間之角度移動。 八 提供該鎖定構件允許該把手可靠地保持於其非操作位 置’而不會存在非出於本意地且不符合需求地移位至其升 间至§亥谷器上方之操作位置之風險。 在執行本發明之—方式中，該鎖定構件係經構造而不僅 =該把手之非操作位置致動該把手’而且亦在該把手之升 2作位置致動該把手’從而允許該把手亦穩定於其升高 進一步根據執行本發明之另一可行方式，該環具有一上 緣及下'緣，其等係經組態而不僅允許該環正確地抵 容器本體之外周邊肋件上升地安置，而且亦使該等環敎 地堆疊於一機器之卡槽中，從而將一懸掛裝置安裝於 器本體之周圍。 【實施方式】 下文將參考附圖而藉由列舉本發明之懸掛裝置之可行實 施例來描述本發明。 如在附圖中已知提及且圖解，本發明之懸掛 至容器’該容器包括一本體i。，其大致上係由金屬片= 156660.doc 201208946 何其他合適的層壓材料製成，該本體1〇呈棱柱形狀且具有 圓柱形或多邊形基座^ 該本體1〇包含-環繞側㈣’其僅呈現一個圓柱形面或 複數個具有多邊形輪廓之面，其較佳係由__上緣12所限制 且較次係由一下緣（未圖示）所限制。 。。該環繞側壁⑽人-外周邊肋件14，其係可藉由使該容 器之本體1G之該環繞側壁u之—圓周區域變形而界定該 圓周區域係與該本體1()之上緣12轴向分隔。該容器之此構 造性變動在附圖之圖1至10中呈現。 圖11圖解設有一上壁10a之容器之構造，在本實施例 中，其呈環狀’以界定供一蓋安置（未圖解）之座。該上壁 l〇a係經周邊地雙重縫合至該環繞側壁u之上緣12，該上 壁l〇a之至該環繞側壁丨i之雙重接縫界定該本體ι〇之外周 邊肋件14。 在本發明中考量之懸掛裝置A係由一環2〇形成之類型’ 其較佳係連續且用塑膠材料或允許獲得呈一帶形式之元件 之任何其他材料製成’該環係待相對緊密地圍繞該容器之 本體ίο而安裝，以抵靠該容器之本體1〇之周邊肋件14上升 地安置且鎖定，如圖2至圖5及圖9至圖1〇所示。 如圖2、3、7及圖9至圖12所示，該環20包括：一上緣 2〇a ’其經切割以界定一内環狀階部27，其經向上轉動且 相對於該上緣2〇a而凹陷且抵靠該本體10之周邊肋件14上 升地女置且鎖定；及一下緣2〇b ’其經切割以界定一外環 狀階部28 ’其經向下轉動且相對於該下緣20b而凹陷，其 156660.doc 201208946 係安置於設置於環20之一堆疊體中之位於正下方之另一環 20之内環狀階部27上。此構造保證充分穩定地將該等環堆 疊於一卡槽中，從而促進將該等裝置安裝於該等容器之本 體之周圍。 e亥ί衣20之外部在相對之區域中且於一單一片中併入有兩 個徑向銷21，其各者較佳設有一各別增大頭部22。 該懸掛裝置Α進一步包括一由任何合適材料（諸如塑膠） 形成之大致上U形把手30，其端部3 1分別經附接於該等徑 向銷21及一中間部分32中，該把手係於與該兩個徑向銷以 共有之轴周圍在一非操作位置（在該位置其經側向及外部 疋位於該容器之本體1 〇之一各別側向延伸部及該環2〇之一 各別側向延伸部，大致上對應於該容器之圓周之一半及該 環之圓周之一半）與一操作位置（在該位置，其係經定位於 該容器之上方）之間有角度地移位。圖4、5、9及1〇中圖解 該把手之該等操作位置。 根據本發明，該環20之外部亦併入一鎖定構件4〇，其抵 於該把手30之一鄰接部分致動，以穩定該把手3〇於其非操 作位置。該鎖定構件40防止該把手3〇非出於本意地自其非 操作位置移位至其升高操作位置。 根據圖1至圖5中所示之一第一構造性實施例，較佳該把 手30之一增大中部32設有一通孔…，該鎖定構件包括 -鎖定銷25’其徑向地且自外部併人至該環⑼，其設有一 增大頭部25a且待藉由該把手3〇所界定之部分中之至少一 者的彈性變形且藉由該敎銷25之該增大頭部仏而穿過 156660.doc 201208946 該中部32之通孔32a而配合。此構造允許在該容器之搬 運、運輸、填充及儲存操作期間該把手3〇可靠地鎖定於其 非操作位置，從而防止該把手之非出於本意地升高造成對 於該懸掛裝置A之使用的任何不便。 根據圖6及圖7中所示之一第二構造性實施例，且使用等 於圖1A中所示之一把手3〇，但除去十部32中之通孔32&， 該鎖定構件40包括一徑向突出26，其於上方及自外部併入 至該環20,大致上呈一單一片且設有一下端突出26&，其 較佳呈向下傾斜地凸緣之形式，該把手3〇之中部32於該把 手30之非操作位置中係經配合且保持於該徑向突出26之下 方，且具有上述之為了將把手30可靠地鎖定於非操作位置 之所有益處。 該把手30之每個端部31(較佳經增大）設有一通孔33，經 由該通孔33而支撐該環20之一各別徑向銷21。該通孔33在 橫向於該把手30之延伸部之方向上呈現一寬度，該寬度足 以在該方向上緊密地支撐該徑向銷21 ;且在該把手3〇之縱 向上具有一長度，該長度足以支撐該徑向銷21，兩者係使 該把手30位於該非操作位置且係由該鎖定構件4〇而穩定， 及》亥把手3 0自該非操作位置有角度移位至該操作位置。 在本發明之第一及第二實施例中，該鎖定構件4〇採取該 鎖定銷25或該徑向突出26之形式，以當該把手位於非操作 位置時在該把手30之中部32致動，該把手3〇之每個端部31 之該通孔33呈現相對之側向邊緣33a，其等相互平行且成 直線且各別徑向銷21之大致上圓形截面之相對區域抵靠該 156660.doc 201208946 等相對之側向邊緣33a緊密地安置。 在此等實施例中，該通孔33進一步呈現一外端邊緣 33b’當該把手30係位於該操作位置且懸掛該容器時，該 各別徑向銷21抵靠該外端邊緣33b安置，如圖5中所示。 為了以正確的方式操作，每個徑向銷21併入一增大頭部 22，且其輪廓大於該等通孔33之寬度，通孔33中之各者呈 現一内端’其與該外端邊緣33b相對且通向一增大孔34， 該增大孔34之輪廓尺寸允許該徑向銷21之增大頭部22通 過，其大致上用該增大頭部22或該通孔33之小彈性變形。 根據圖8至圖1〇中所示之本發明之一第三實施例，該把 之每個端部31之通孔33呈現相對之側向邊緣33a，其 等相互平行且成直線，每個徑向銷21呈現一個多邊形截 面，其包括：兩個第一面21a，當該把手3〇係位於該非操 作位置時，該等第一面2la根據該環2〇之勒方自而彼此相 對且各者係緊密地安置於各別通孔33之相對側向邊緣33a 中之者上。在此構造中，每個徑向銷21之第一面21a抵 f該通孔3。3之相對側向邊緣安置，從而界定將該把手30穩 :八非操作位置之該等鎖定構件4〇。該徑向銷2〗之多邊 二截面使得Θ把手3G位於其非操作位置時藉此而旋轉地鎖 定，如圖9中所示。 進—步根據本發明> 乃之”亥第二實施例’每個徑向銷21之該 多邊形截面亦可& k 了匕括兩個第二面21b，當該把手30係位於 其操作位置時，哕而/田结 y 通兩個第二面21b根據正交於該環20之軸 彼此相對且各者❹密地安置於該S別通孔33之相對側 156660.doc •12- 201208946S 201208946 During the movement of the container on the filling line, the handle is moved upwards towards its operating position, unintentionally and undesirably, causing different problems that may cause the filling line to pause. These known solutions also do not present a retaining member that unanimously moves the handle to stabilize the handle in its raised operational position. In such solutions, when the handle is released by the user in the raised operating position, it tends to move downward by gravity to a position lateral to the container body, the position being non-operable with the position The position is diametrically opposed, in which the retaining member can actuate the handle to maintain it in this state. Other aspects to be considered in the construction of the suspension device of the present invention are to feed the = device into the card slot of the machine to mount the I mounts on the circumference of the bar body. In this state, the devices must be stably stacked on the card-discarding to allow each device to be individually released. The known solution does not mention this issue. The impossibility of installing the yoke from the upper edge of the container prevents the assembly of the sheet into a container, wherein the final processing of the upper edge of the container is not sufficient to provide retention of the peripheral ribs outside the ring. In this case, the (four) edge rib member provides (4) the container body such that 'one of the container body is axially isolated from the upper edge (4), and the upper portion of the container is damaged (or interferes) with the handle The angular displacement path, thereby preventing the handle from reaching its operating position, or when the (four) hand is in the operating position, it is kept at a small distance from the upper wall of the container, thereby making the grip uncomfortable or even damaging the user The hand holds the handle correctly. SUMMARY OF THE INVENTION 156660.doc 201208946 One of the inconveniences of the known solutions provided by single or separate sheets is that one of the two embodiments provides a suspension device and that it has a simplistic and cost effective a construction that can be easily mounted to the container' and whose handle is securely held in an inoperative position and can also be brought from X to a known position so as to be properly separated from the upper wall of the container, without limitation The axial distance between the outer peripheral rib of the container and the upper edge. It is also an object of the present invention to provide a suspension device as described above and the hand is reliably stabilized in the operational position raised above the container. As described above, the apparatus of the present invention is applied to a container having a body having a surrounding side wall, an upper edge and an outer peripheral rib, the device being formed by: a ring Incorporating two opposite = π radial likes to the base ribs around the body of the outer peripheral ribs up and down and locking; and a U-shaped handle having a __ middle portion and a plurality of ends, Each of the plurality of radial pins is coupled to the radial pin, and the handle is attached to the radial pin and is raised in an inoperative position (lateral and external to the body) The operating position (disposed above the body) is angularly displaced. According to the invention, the ring is further incorporated from the outside into a locking member which is activated against the abutment of the abutment and which stabilizes the handle in an inoperative position. a hole 'a respective radial lock is supported through the through hole'. The through hole exhibits a width-width in a direction transverse to the extension of the handle. The width is sufficient to closely support the radial iron in the direction; And a length in the longitudinal direction of the handle, the length being sufficient to support the diameter of the 156660.doc 201208946 to the pin, the two being such that the handle is in the inoperative position and stabilized by the locking member, and the handle is from the inoperative position Shifted angularly to the position. The configuration proposed herein allows to obtain a suspension device whose two component parts are constructed of different materials and held in a position spaced from the upper edge of the container body to the container body without damage The handle moves at an angle that is not between the operating position and the operating position. VIII Providing the locking member allows the handle to be reliably held in its inoperative position' without the risk of shifting to its operational position above the hoist without unintentionally and undesirably. In the practice of the invention, the locking member is constructed to not only actuate the handle in the non-operating position of the handle but also actuate the handle in the raised position of the handle to allow the handle to be stabilized. Further, in accordance with another possible manner of carrying out the invention, the ring has an upper edge and a lower edge which are configured to allow not only the ring to be correctly placed against the peripheral ribs of the container body. And the loops are also stacked in a card slot of a machine to mount a suspension device around the body of the device. [Embodiment] Hereinafter, the present invention will be described by exemplifying a possible embodiment of the suspension device of the present invention with reference to the accompanying drawings. As is known and illustrated in the drawings, the suspension of the present invention to a container' includes a body i. , which is substantially made of sheet metal = 156660.doc 201208946, which is in the shape of a prism and has a cylindrical or polygonal base. The body 1 includes a surrounding side (four) Only one cylindrical face or a plurality of faces having a polygonal profile are present, which is preferably limited by the upper edge 12 and is less constrained by the lower edge (not shown). . . The surrounding side wall (10) of the human-outer peripheral rib 14 is defined by deforming the circumferential region of the body 1G of the container to define the circumferential region and the upper edge 12 of the body 1 Separate. This structural variation of the container is presented in Figures 1 to 10 of the accompanying drawings. Figure 11 illustrates the construction of a container having an upper wall 10a, which in the present embodiment is annular' to define a seat for placement (not illustrated) for a cover. The upper wall 10a is double-stitched to the upper edge 12 of the surrounding side wall u, and the double seam of the upper wall 10a to the surrounding side wall 界定i defines the outer rib 14 of the main body ι . The suspension device A considered in the present invention is of the type formed by a ring 2' which is preferably continuous and made of a plastic material or any other material which allows obtaining an element in the form of a belt. The ring system is to be relatively tightly surrounded. The body of the container is mounted to rise and lock against the peripheral ribs 14 of the body 1 of the container, as shown in Figures 2 to 5 and 9 to 1B. As shown in Figures 2, 3, 7 and 9 to 12, the ring 20 includes an upper edge 2〇a 'which is cut to define an inner annular step 27 that is rotated upwardly relative to the upper The edge 2〇a is recessed and abuts against the peripheral rib 14 of the body 10 and is locked and locked; and the lower edge 2〇b' is cut to define an outer annular step 28' which is rotated downwardly With respect to the lower edge 20b, the 156660.doc 201208946 is disposed on the inner annular step 27 of the other ring 20 disposed directly below the stack of one of the rings 20. This configuration ensures that the rings are stacked in a card slot sufficiently stably to facilitate mounting of the devices around the body of the containers. The outer portion of the e-shirt 20 is in the opposite region and incorporates two radial pins 21 in a single piece, each of which is preferably provided with a respective enlarged head 22. The suspension device further includes a generally U-shaped handle 30 formed of any suitable material, such as plastic, with end portions 31 attached to the radial pins 21 and an intermediate portion 32, respectively. And a non-operating position around the shaft shared by the two radial pins (in which the lateral extension and the outer side of the body of the container are laterally extended and the ring 2 a respective lateral extension, substantially corresponding to one half of the circumference of the container and one half of the circumference of the ring) and an operational position (in which position is positioned above the container) angularly Shift. The operational positions of the handle are illustrated in Figures 4, 5, 9 and 1A. In accordance with the present invention, the exterior of the ring 20 also incorporates a locking member 4〇 that is actuated against an abutting portion of the handle 30 to stabilize the handle 3 in its non-operating position. The locking member 40 prevents the handle 3 from being displaced from its inoperative position to its raised operating position. According to one of the first structural embodiments shown in FIGS. 1 to 5, preferably one of the handles 30 is provided with a through hole ... in the middle portion 32, the locking member comprising - a locking pin 25' which is radially and self-contained Externally connected to the ring (9), which is provided with an elastic deformation of at least one of the portion of the enlarged head 25a to be defined by the handle 3〇 and the enlarged head by the dowel 25 And through the 156660.doc 201208946 the central 32 through hole 32a and cooperate. This configuration allows the handle 3〇 to be securely locked in its inoperative position during handling, transport, filling and storage operations of the container, thereby preventing unintentional lifting of the handle from causing use of the suspension device A. Any inconvenience. According to a second structural embodiment shown in Figures 6 and 7, and using a handle 3 等于 equal to one shown in Figure 1A, but removing the through holes 32 & in the ten portions 32, the locking member 40 includes a diameter A projection 26, which is joined to the ring 20 from above and from the outside, is generally a single piece and is provided with a lower end projection 26 & preferably in the form of a downwardly inclined flange, the middle portion 32 of the handle 3 In the inoperative position of the handle 30, it is mated and retained below the radial projection 26, and has all of the benefits described above for securely locking the handle 30 to the inoperative position. Each end portion 31 of the handle 30 (preferably enlarged) is provided with a through hole 33 through which a respective radial pin 21 of the ring 20 is supported. The through hole 33 presents a width in a direction transverse to the extension of the handle 30, the width being sufficient to closely support the radial pin 21 in the direction; and having a length in the longitudinal direction of the handle 3〇, The length is sufficient to support the radial pin 21, such that the handle 30 is in the inoperative position and is stabilized by the locking member 4, and the handle 3 is angularly displaced from the inoperative position to the operative position. In the first and second embodiments of the invention, the locking member 4 is in the form of the locking pin 25 or the radial projection 26 to actuate in the middle portion 32 of the handle 30 when the handle is in the inoperative position The through hole 33 of each end portion 31 of the handle 3 has opposite lateral edges 33a which are parallel and linear with each other and the opposite regions of the substantially circular cross sections of the respective radial pins 21 abut 156660.doc 201208946 and the like lateral edges 33a are closely placed. In such embodiments, the through hole 33 further presents an outer end edge 33b' disposed against the outer end edge 33b when the handle 30 is in the operative position and the container is suspended. As shown in Figure 5. In order to operate in the correct manner, each radial pin 21 incorporates an enlarged head 22 having a profile that is greater than the width of the through holes 33, each of the through holes 33 exhibiting an inner end 'which is external to the outer The end edge 33b is opposite and leads to an enlarged aperture 34 which is contoured to allow passage of the enlarged head 22 of the radial pin 21, which generally utilizes the enlarged head 22 or the through hole 33 Small elastic deformation. According to a third embodiment of the invention shown in Figures 8 to 1 , the through-holes 33 of each of the end portions 31 are presented with opposite lateral edges 33a which are parallel and linear with each other, each The radial pin 21 presents a polygonal cross section, comprising: two first faces 21a, which are opposite to each other according to the ring of the ring 2〇 when the handle 3 is in the inoperative position Each of them is closely placed on the opposite lateral edge 33a of each of the through holes 33. In this configuration, the first face 21a of each radial pin 21 is disposed against the opposite lateral edge of the through hole 3. 3 to define the locking member 4 that stabilizes the handle 30: eight non-operating positions. . The polygonal two-section of the radial pin 2 is such that the handle 3G is rotationally locked by its inoperative position, as shown in FIG. According to the present invention, the polygonal cross section of each of the radial pins 21 can also be referred to as two second faces 21b, when the handle 30 is in its operation. In the position, the two second faces 21b are opposite to each other according to the axis orthogonal to the ring 20, and each of them is densely disposed on the opposite side of the S-through hole 33. 156660.doc • 12- 201208946
»茨把乎3 0穩定於其操作位置。»Zhe Zhi 3 0 is stable in its operating position.
截面之第一面21a中夕一 面2la申之一者抵靠該外端邊緣33b安置，如圖 端 於 10中所示。 在圖8至圖1 〇中所不之構造性形式巾該徑向銷2上之多 邊开截面係正方形且該通孔33之外端邊緣33b為直線形且 正交於該通孔33之相對側向邊緣33a。 同時，在本發明之該第三實施例中，每個徑向銷2丨併入 增大頭部22，該增大頭部22之輪廓大於該通孔33之寬 度，通孔33中之各者呈現一内端，其與該外端邊緣33b相 對且通向一增大孔34，該增大孔34之輪廓尺寸允許該徑向 銷21之增大頭部22通過，此大致上係利用此安裝配置中所 涉及之該等部分_之至少一者之彈性變形而達成。 儘官附圖中未圊解，當該外周邊肋件丨4經界定而鄰近該 谷器之上緣12時（此大致上發生於當該外周邊肋件14係由 s亥上壁1 〇a至該本體丨〇之環繞側向壁丨丨之雙重接縫所界定 時）’如圖11中所示’則該把手3〇之每個端部31中之該通 孔33之長度可減小，以用對應於該徑向銷21之截面之其截 面來界定一孔’以緊密地支撐該徑向銷21，其原因在於， 該把手30可在其非操作位置與操作位置之間有角度地移 156660.doc 201208946 位，而不干涉該容器之輪廊(干涉通常係由於該把手30之 上緣之輪靡）。 然而’當外周相件14係界定與該本⑽之—與該本體 10之上緣12軸向分隔之環繞側向壁11之區域中時，如圖! 至圖ίο中所示，則該把手30之每個端部31中之通子⑶採取 縱向設置於該把手3G中之—_形狹槽之形式，以允許該 把手相對於該兩個徑向銷21之軸而徑向地移位，以增加其 角度移位半徑，從而避免當該把手在該非操作位置與操作 位置之間移動時與該本體1G之上緣12之任何干涉接觸。 為了防止該把手30自定位任何與該把手3()之端部31之各 別增大孔34對準之該等銷21相對於該等徑向銷取一非出 於本意移位’每個通孔33之相對側向邊緣…可設有各別 突出36，以限制該尊；^而蚀ο 1 & i 寻仏向銷21朝向該各別通孔22之增大孔 3 4之自由移位，如圖8A中更佳圖解。 雖然本文巾僅已圖解本發明之懸掛裝置之三個構造性實 施例’應理解，該懸掛裝置之組件部分具有不同之形式， 其等並不脫離隨附於本說明書之申請專利範圍中所界定之 構造性概念。 【圖式簡單說明】 圖1係-容器在被除去上雙重接缝及其蓋，但是已承載 根據用於把手之鎖定構件之第一實施例而構造之裝置之情 形下之一部分俯視平面圖； 圖1 A係用於圖1中之構造之該把手之一部分前視平面 圖’其進-步用虛線及在該把手之端部中之各者之通孔來 156660.doc 201208946 圖解，當該把手在其非操作 項估1、s ,如 ，、探作位置之間移動而必 須使其通孔相對於該等徑向銷移位 摔作#罟月猫 · 士應於該把手之非 插作位置及操作位置的該等 位置； 7月r之各者之截面及相對 圖2係該容器之—部分 π ΠΛ- ^ ^ l方向截面圖，其係沿圖1之線 ΙΙ-ΙΙ而截取且僅圖解 如主 合态之上口戸，在該上部令併入有該 把手之一各別活節連接徑向銷； 圖3係該容器之根據圖i令之m_m線所截取之一部分直 徑方向截面圖且僅圖解該容器之上部，在該上部中併入有 呈一外部徑向銷之形式之用於保持該把手之鎖定構件； 圖4及圖5係圖i、圖2及圖3夕六。。+斗二 回及圖3之容盗在該把手分別位於非 操作位置及操作位置時之部分側視圖； 圖6係4器在被除去該上雙重接縫及其蓋，但是已承 載祀據用於β亥把手之鎖定構件之第二實施例而構造之該裝 置之情形下之一部分俯視圖； 圖7係根據圖6之線VII_VII而截取之一部分直徑方向截面 ^且其僅圖解§亥容器之上部，在該上部中併入有呈徑向 大出之I式之用於保持該把手之—鎖定構件； 圖8係4器在被除去該上雙重接縫及其蓋，但是已承 載根據用於s亥把手之鎖定構件之第三實施例而構造之該裝 置之情形下之一部分俯視圖； 圖8A係用於圖8之構造中之把手之一部分前視平面圖， 且進步用虛線及在該把手之端部中之一者之通孔圖解， 田”亥把手在其非操作位置與操作位置之間移動時，對應於One of the first faces 21a of the cross section 21a is placed against the outer end edge 33b as shown in Fig. 10. The polygonal open cross-section on the radial pin 2 is square and the outer end edge 33b of the through hole 33 is linear and orthogonal to the through hole 33 in the structural form of FIG. 8 to FIG. Lateral edge 33a. Meanwhile, in the third embodiment of the present invention, each radial pin 2丨 is incorporated into the enlarged head 22, the contour of the enlarged head 22 being larger than the width of the through hole 33, and each of the through holes 33 An inner end is disposed opposite the outer end edge 33b and leading to an enlarged aperture 34, the contoured dimension of the enlarged aperture 34 allowing the enlarged head 22 of the radial pin 21 to pass, which is substantially utilized This is achieved by elastic deformation of at least one of the parts involved in the installation configuration. It is not understood in the drawings that when the outer peripheral rib member 4 is defined adjacent to the upper edge 12 of the barn (this occurs substantially when the outer peripheral rib member 14 is bounded by the upper wall 1 〇 The length of the through hole 33 in each end portion 31 of the handle 3〇 can be reduced by a when the main seam is defined by the double seam of the surrounding side wall ' as shown in FIG. 11 Small to define a hole 'with a section corresponding to the cross section of the radial pin 21 to closely support the radial pin 21 because the handle 30 is between its inoperative position and the operating position The position of 156660.doc 201208946 is angularly shifted without interfering with the rim of the container (interference is usually due to the rim of the upper edge of the handle 30). However, when the peripheral phase member 14 is defined in the region surrounding the lateral wall 11 which is axially separated from the upper edge 12 of the body 10, as shown in Fig.! to Fig. The pass (3) in each end 31 of the 30 is in the form of a --shaped slot longitudinally disposed in the handle 3G to allow the handle to be radially displaced relative to the axis of the two radial pins 21. To increase its angular displacement radius to avoid any interference with the upper edge 12 of the body 1G as the handle moves between the inoperative position and the operative position. In order to prevent the handle 30 from self-aligning any of the pins 21 aligned with the respective enlarged apertures 34 of the ends 31 of the handle 3 (), the pins 21 are offset from the radial pins by a non-intentional shift The opposite lateral edges of the through holes 33 may be provided with respective protrusions 36 to limit the respect; and the eclipse 1 & i seeks the free movement of the pin 21 toward the enlarged holes 34 of the respective through holes 22. Bit, as better illustrated in Figure 8A. Although the present disclosure has only illustrated three structural embodiments of the suspension device of the present invention, it should be understood that the components of the suspension device have different forms, and the like are not deviated from the scope of the patent application attached to the specification. Constructive concept. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a partial top plan view of a container in which a double seam and a cover thereof are removed, but a device constructed in accordance with a first embodiment of a locking member for a handle is carried; 1A is a front plan view of a portion of the handle used in the configuration of FIG. 1 'stepped with a dashed line and a through hole in each of the ends of the handle 156660.doc 201208946, when the handle is The non-operating item is estimated to be 1, s, for example, moving between the exploration positions, and the through hole must be displaced relative to the radial pins. #罟月猫· Shi should be in the non-inserted position of the handle And the position of the operating position; the cross section of each of the July r and the relative FIG. 2 is a cross-sectional view of the container in the π ΠΛ- ^ ^ l direction, which is taken along the line ΙΙ-ΙΙ of Fig. 1 and only The illustration is as in the main closed state, in which the radial pin is connected to one of the handles; FIG. 3 is a cross-sectional view of the container taken from the m_m line of the figure i. And only the upper part of the container is illustrated, in which an external diameter is incorporated FIG. 4 and FIG. 5 are diagrams of FIGS. . +Double-back and Figure 3 are partial side views of the handle when the handle is in the non-operating position and the operating position respectively; Figure 6 is the double seam and its cover removed, but has been carried 1 is a partial plan view of the device constructed in the second embodiment of the locking member of the β-handle; FIG. 7 is a section of the diametrical section taken according to the line VII_VII of FIG. 6 and only illustrates the upper part of the container In the upper portion, a locking member for holding the handle in a radial direction is incorporated; the Figure 8 is removed from the upper double seam and its cover, but has been loaded according to FIG. 8A is a front plan view of a portion of the handle used in the configuration of FIG. 8 , and the progress is indicated by a broken line and at the handle. FIG. 8A is a partial plan view of the device in the configuration of the third embodiment of the locking member; A through hole diagram of one of the ends, when the field handle moves between its inoperative position and the operating position, corresponding to
S 156660.doc -15- 201208946 該把手之非钿作位置及操作位置的該等徑 冋銷中之各者之 截面及相對位置； 圖8B係圖8及圖8A之把手之一端部在非操作位置且該各 別徑向銷在中間且橫向地區段之情形下之透視圖； 圖9及圖10係該容器之部分側視圖，其等圖解具有鎖定 構件之第三實施例之裝置且該把手分別位於其非操作位置 及操作位置時之情形； 圖11係類似於圖2及圖7之部分直徑方向截面圖，且圖解 -容器，肖容器設有-環狀上|，其圓周地雙重縫合至其 側壁且承載根據用於該把手之鎖定構件之三個實施例中之 任一者而構造之懸掛裝置；及 圖12係懸掛裝置之一堆疊體之部分直徑方向截面圖，該 懸掛裝置待饋送於一機斋之卡槽中，以將該等裝置安裝於 該等容器本體之周圍。 【主要元件符號說明】 10 容器本體 10a 上壁 11 環繞侧壁 12 環繞侧壁11之上壁 14 外周邊肋件 20 環 20a 上緣 20b 下緣 21 徑向銷 156660.doc -16 - 201208946S 156660.doc -15- 201208946 The cross-section and relative position of each of the diameter pins of the handle position and the operating position of the handle; FIG. 8B is the end of one of the handles of FIG. 8 and FIG. 8A in non-operation A perspective view of the position and the respective radial pins in the middle and the lateral section; Figures 9 and 10 are partial side views of the container, which illustrate the apparatus of the third embodiment having the locking member and the handle Figure 11 is a partial cross-sectional view similar to that of Figures 2 and 7, and the illustration-container, the Xiao container is provided with a ring-shaped upper | Suspension device to its side wall and carrying according to any of the three embodiments of the locking member for the handle; and FIG. 12 is a partial diametric cross-sectional view of a stack of one of the suspension devices, the suspension device being Feed into a card slot of a machine to mount the devices around the body of the container. [Main component symbol description] 10 Container body 10a Upper wall 11 Surrounding side wall 12 Surrounding side wall 11 Upper wall 14 External peripheral rib 20 Ring 20a Upper edge 20b Lower edge 21 Radial pin 156660.doc -16 - 201208946
21a 21b 22 25 25a 26 26a 27 28 30 31 32 32a 33 33a 33b 34 36 40 A 第一面 第二面 增大頭部 鎖定銷 鎖定銷25之增大頭部 徑向突出 下端突出 内環狀階部 外環狀階部 U形把手 把手30之端部 把手30之中部 通孔 通孔 側向邊緣 通孔33之外端邊緣 增大孔 突出 鎖定構件 懸掛裝置 156660.doc •17-21a 21b 22 25 25a 26 26a 27 28 30 31 32 32a 33 33a 33b 34 36 40 A First side second side enlargement head lock pin lock pin 25 enlargement head radial projection lower end project inner annular step Outer annular step U-shaped handle handle 30 end handle 30 middle through hole through hole lateral edge through hole 33 outer end edge enlarged hole protruding locking member suspension device 156660.doc • 17-