M421925 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種桶狀容器之輔助架，尤指一 ϋ伯種桶狀容器 之辅助架，其兼具油桶内之液體可充份使用、傾斜油桶。 . 十分省力與整體結構簡單製造容易等優點。 呆作 【先前技術】 參閱第七圖，傳統之桶狀容器81具有一容納部8ιι、一 • 錄部812及一進氣部813 ;該容納部811肖以儲置_流體 81A ; 在沒有抽液工具的情況下要使用該桶狀容器81内之該流 體81A ’必須小心的將該桶狀容器81先傾斜再平放(儲滿油^ 的桶狀容器81很重）’接著需將該出液部812的位置向上提 起，讓外界之空81B能經該進氣部813流入該容納部8ιι , 方利於該流體81A流出該出液部812。 • 而當使用到剩下桶底之流體81A時，必需再將桶底抬高， 以利桶底的流體81A盡量流出(參閱第八圖）。 • 問題是在沒幻目關設備的情況下，要將傳紅該桶狀容器 81在傾斜、抬咼該出液部812、抬高桶底等位置間變換移動， 都必須耗費很大的力氣，更何況在該流體81A流出的過程中 必需保持同樣的高度，在實際使用上非常不方便。 因此，有必要研發新技術以解決上述缺點。 【新型内容】 3 M421925 本創狀主要目的，在於提供-種聽容_之辅助架，其 兼具油桶内之賴可紐細、爾賴讀作十分省力與整 體結構簡單製造容易等優點。特別是’本創作所欲解決之問題 係在於沒有便於將傳統油桶在直立、傾斜、抬高等不同位 _ 置間變換之裝置等問題。 冑決上述問題之技術手段係提供-種桶狀容器之辅助 架’係包括： • -配合部’侧以貼合支撐於-撇容H之-側，且與該 桶狀容器概呈平行；該配合部係具有_頂端及一底端； 一導引部’係連結於該配合部，該導引部具有—圓弧段、 一第-傾斜段及第二傾斜段；該圓弧段概呈四分之—圓，該第 -傾斜段與該配合_具有-第—傾斜肖，該第三傾斜段與該 配合部間具有-第二傾斜角，且該第一傾斜段係介於該圓弧段 與該第二傾斜段之間； 瞻藉此’虽該第-傾斜段接觸地面時，該頂端距離地面之高 ，㈣大魏底端賴麵之高度，#該第二騎段接觸地面 時’該頂端距離地面之高度係小於_端距祕面之高度。 本創作之上述目的與優點，不難從下述所選用實施例之詳 細說明與附圖中，獲得深入瞭解。 茲以下列實施例並配合圖式詳細說明本創作於後： 【實施方式】 參閱第-及第二圖，本創作係為一麵狀容器之辅助架， 4 其包括： -配合部Η)，係用以貼合支#於—桶狀容器Μ之一側， 且與該桶狀容㈣概呈平行；該配合部1()係具有—頂端· 及一底端10B ; 一導引部20，係連結於該配合部10，該導引部20具有一 圓弧段2卜一第—傾斜段22及第二傾斜段23 ;該圓弧段21 概呈四分之-圓’該第一傾斜段22與該配合部ι〇 Μ具有一第 -傾斜角Θ1(參閱第三圖），該第二傾斜段a與該配合部川 間具有-第二傾斜角0 2 ’且該第_傾斜段22係介於該圓弧段 21與該第二傾斜段23之間； 藉此，當該第一傾斜段22接觸地面時(參閱第六C圖）， 該頂端1GA距離地面之高度出係大於該底端_距離地面之 高度H2 ;當該第二傾斜段23接觸地面時(參閱第六E圖），該 頂端10A距離地面之高係小於該底端1()B距離地面之高 度H2。 實務上，該配合部10又具有： 一桶底支撐件11，係由該底端1〇B延伸出，該桶底支樓 件11可為固定板結構(參閱第三圖）、固定勾結構、任何可由該 底端10B的方向固定該桶狀容器91之結構。 至少一桶身固定元件12，係用以環繞該桶狀容器91而將 其固疋(參閱第三圖），該桶身固定元件12可為繩體結構、框 條結構。 5 該導引部20可為實心結構，提高承載該桶狀容器％之結 構強度(參閱第四圖）。 該第一傾斜段22及該第二傾斜段23係由一上桿部22A、 一中桿部22B及一下桿部22c構成(參閱第五圖），該上桿部 22A與該中桿部22B之一部份被定義為該第一傾斜段22 :該 中桿部22B之另-部份及該下桿部rc被定義為該第二傾斜 段23。M421925 V. New description: [New technical field] This is an auxiliary frame for a barrel container, especially an auxiliary frame for a barrel container, which can be used in a liquid drum. , tilt the oil drum. Very labor-saving and easy to manufacture and simple structure. [Previous technique] Referring to the seventh figure, the conventional barrel-shaped container 81 has a receiving portion 8 ι, a recording portion 812 and an air inlet portion 813; the housing portion 811 is stored with a fluid 81A; In the case of a liquid tool, the fluid 81A in the barrel 81 is used. Care must be taken to tilt the barrel 81 first and then lay it flat (the barrel 81 filled with oil is heavy) The position of the liquid discharge portion 812 is lifted up, so that the outside air 81B can flow into the accommodating portion 8 through the air intake portion 813, so that the fluid 81A flows out of the liquid discharge portion 812. • When using the fluid 81A at the bottom of the bucket, the bottom of the bucket must be raised to allow the fluid 81A at the bottom of the bucket to flow out as much as possible (see Figure 8). • The problem is that in the case where there is no magical equipment, it is necessary to use a lot of effort to shift the red container barrel 81 between tilting, lifting the liquid outlet 812, raising the bottom of the bucket, and the like. Moreover, it is necessary to maintain the same height during the outflow of the fluid 81A, which is very inconvenient in practical use. Therefore, it is necessary to develop new technologies to solve the above disadvantages. [New content] 3 M421925 The main purpose of this creation is to provide an auxiliary frame of the kind of hearing capacity, which has the advantages of the Lai Kexin, the Lai Lai, the labor saving and the simple structure of the whole structure. In particular, the problem that the creation of this creation is to solve is that there is no such thing as a device that facilitates the transformation of the conventional oil drum in different positions such as upright, inclined, and elevated. The technical means for solving the above problems is to provide an auxiliary frame for the barrel-shaped container, which comprises: - the side of the fitting portion is attached to the side of the --capacity H, and is parallel to the barrel-shaped container; The engaging portion has a top end and a bottom end; a guiding portion is coupled to the engaging portion, the guiding portion has a circular arc segment, a first inclined portion and a second inclined portion; a quarter-circle, the first-inclined section and the mating_having a -th-slope, the third inclined section and the mating portion have a second tilt angle, and the first inclined section is interposed Between the arc segment and the second slanting segment; seeing this, although the first slanting segment is in contact with the ground, the tip is higher than the ground, (4) the height of the bottom end of the large Wei, the second riding segment On the ground, the height of the tip from the ground is less than the height of the _ terminal. The above objects and advantages of the present invention are not limited by the detailed description of the selected embodiments described below and the accompanying drawings. The following examples are described in detail with reference to the drawings: [Embodiment] Referring to the first and second figures, the creation is an auxiliary frame for a one-sided container, 4 comprising: - a fitting portion, The utility model is used for attaching one side of the support container to the side of the barrel container, and is parallel with the barrel shape (four); the fitting portion 1() has a top end and a bottom end 10B; a guiding portion 20 Linked to the mating portion 10, the guiding portion 20 has a circular arc segment 2, a first inclined portion 22 and a second inclined portion 23; the circular arc segment 21 is substantially a quarter-circle 'the first The inclined section 22 and the engaging portion ι have a first inclination angle Θ1 (refer to the third figure), and the second inclined section a and the fitting portion have a second inclination angle 0 2 ' and the _ oblique section 22 is between the arc segment 21 and the second inclined segment 23; thereby, when the first inclined segment 22 contacts the ground (refer to FIG. 6C), the height of the tip 1GA from the ground is greater than The bottom end is a height H2 from the ground; when the second inclined section 23 is in contact with the ground (refer to FIG. 6E), the height of the top end 10A from the ground is less than the bottom end 1 () B distance Height H2 from the ground. In practice, the mating portion 10 further has: a bottom support member 11 extending from the bottom end 1B, the bottom support member 11 can be a fixed plate structure (see the third figure), and the fixed hook structure Any structure in which the barrel-shaped container 91 can be fixed by the direction of the bottom end 10B. At least one barrel fixing member 12 is provided to surround the barrel container 91 (see Fig. 3), and the barrel fixing member 12 may be a rope structure or a frame structure. 5 The guiding portion 20 may be of a solid structure to increase the structural strength of the barrel-like container (see the fourth figure). The first inclined section 22 and the second inclined section 23 are composed of an upper rod portion 22A, a middle rod portion 22B and a lower rod portion 22c (refer to the fifth figure), and the upper rod portion 22A and the middle rod portion 22B One portion is defined as the first inclined section 22: the other portion of the middle rod portion 22B and the lower rod portion rc are defined as the second inclined portion 23.
且該上桿部22A之外端與該中桿部22B之外端間設有一 第-支稽桿部22D ;而該中桿部22B之外端與該下桿部： 之外端間設有一第二支撐桿部22E。 該桶狀容器91具有-容納部9n、一出液部912及一進 氣部913(參閱第六A圖）;該容納部91丨係供儲置一流體⑽例 如油液）；該出液部912係、供該流體91A輸出該容納部911 ;And a first branching portion 22D is disposed between the outer end of the upper rod portion 22A and the outer end portion of the middle rod portion 22B; and the outer end portion of the middle rod portion 22B and the outer end portion of the lower rod portion 22: The second support rod portion 22E. The barrel-shaped container 91 has a receiving portion 9n, a liquid discharging portion 912 and an air inlet portion 913 (refer to FIG. 6A); the receiving portion 91 is configured to store a fluid (10) such as oil); a portion 912 for the fluid 91A to output the receiving portion 911;
該進氣部913係供-氣體91B(參閱第六B圖)流入該容納部 911 ’使該流體91A順利流出。 本創作之桶狀容器之辅助架可於以下四種使用位置間依 序來回變換： 呈立起狀態；該桶狀容器 [a]立起位置：當該桶狀容器91 A圖，此時該底端 之輔助架係位於一立起位置ρι(參閱第六 者地），而可貼合於該桶狀容器91之一側，並以該桶底支 樓件Π、鞠相定元件12輕少射之—連結麵狀容器 9K本說明書係舉該桶底續件u為例作說明）。 6 M421925 [b] 輔助傾斜位置：冑需要將該桶狀容器％傾斜時，。 要將該配合部10由原本的底端著地，推動變換成节導^ 部20之該圓弧段21著地即可，此時該桶狀容器之輔助架係由 該立起位置P1變換至一辅助傾斜位置？2(參閱第六B圖）；並 可以該圓弧段21為支點，輕易的將徽容^ %躺第—傾斜 段22的方峰動(參W第六C圖），歧反向再推社起狀態。 [c] 第-出液位置：當需要使用該桶狀容器910之該流體 91A時’可將该桶狀容器之辅助架由該輔助傾斜位置拉變換 至一第一出液位置P3;此時該第一傾斜段22接觸地面(參閱第 六C及第六D圖）’該頂端财距離地面之高度m係大於該 底端10B距離地面之高度H2 ;利於該氣體91B進人該進氣部 913，使該流體91A順利流出。 [d] 第二出液位置:當使用到剩下桶底少量的該流體91A 時，可將該桶狀容器之輔助架由該第一出液位置p3再變換至 一第二出液位置P4;此時該第二傾斜段23接觸地面(參閱第六 E圖）’ 5亥頂端i〇A距離地面之高度出係小於該底端距 離地面之兩度H2，可將桶底抬高，而使該桶狀容器91内之流 體91A可幾乎放流乾淨，減少桶内殘留。 當然，只要反向推動’即可將該桶狀容器91輕易的推回 立起狀態，再進行儲油。 本創作之優點及功效可歸納如下： t1]油桶内之液體可充份使用。本創作之導引部具有圓弧 7 M421925 段、第-傾斜段及第二傾斜段；當以該第二傾斜段著地的位置 承載油桶(即該桶狀谷器91)時，可使油桶呈桶低較高的狀態， 使桶底的液體可充份使用。 [2] 傾斜油桶之操作十分省力。由於料引部之圓弧段、 第-傾斜段及第二傾斜段概呈連貫式，可輕“職橘從直立 狀態推動賴斜狀態、、躺平狀態(實際上較低），到最後抬 高桶底的狀態，使桶⑽液體充份流出（#然反向操作也很容 易）。故，傾斜油桶之操作十分省力。 [3] 整體結構簡單製造容易。本創作之配合部與導引部可 以是骨架結構，也可以是實體結構，可以最節省的材料組成， 結構材質及狀態不拘，完全不受限，主要具有圓弧段、第一傾 斜段及第二傾斜段即可。故，整體結構簡單製造容易。 由以上詳細說明’可使熟知本項技藝者明瞭本創作的確可 達成前述目的，實已符合專利法之規定，爰提出新型專利申請。 【圖式簡單說明】 第一圖係本創作之應用之示意圖 第-圖係第-圖之桶狀結構與配合部之結合之示意圖 第三圖係本創作之配合部設麗底支撐件及⑽ϋ定元件之 示意圖 第四圖係本創作之導5丨部為實心、結構之示意圖 第五圖係本創作之導引部由上桿部、中桿部及一下桿部構成之 示意圖 8 M421925 第’、帛'、β帛六C、第六D及第六E圖係分別為本辦 之於立起位置、_傾斜位置、第_統位置與第二出 液位置間變換之示意圖The intake portion 913 is supplied with a gas 91B (see Fig. 6B) and flows into the accommodating portion 911' to allow the fluid 91A to smoothly flow out. The auxiliary frame of the barrel container of the present invention can be changed back and forth sequentially in the following four use positions: in an upright state; the barrel container [a] stands up position: when the barrel container 91 A is in the figure, the The auxiliary frame at the bottom end is located at a standing position ρι (refer to the sixth one), and can be attached to one side of the barrel-shaped container 91, and is lightly shot by the bottom member Π and the 鞠 phase-determining member 12 The joint container 9K is described in the specification as an example. 6 M421925 [b] Auxiliary tilt position: When the barrel container % is required to be tilted. The engaging portion 10 is grounded from the original bottom end, and the arc segment 21 that is converted into the guiding portion 20 is pushed to the ground. At this time, the auxiliary frame of the barrel container is transformed by the standing position P1. To an auxiliary tilt position? 2 (refer to Figure 6B); and the arc segment 21 can be used as a fulcrum, and the square peak of the inclined section 22 can be easily moved (refer to the sixth picture C of W). The state of the community. [c] the first-outlet position: when the fluid 91A of the barrel-shaped container 910 is required to be used, the auxiliary frame of the barrel-shaped container can be pulled from the auxiliary inclined position to a first liquid-discharging position P3; The first inclined section 22 is in contact with the ground (refer to FIGS. 6C and 6D). The height m of the top financial distance is greater than the height H2 of the bottom end 10B from the ground; the gas 91B enters the intake portion. 913, the fluid 91A is smoothly discharged. [d] Second liquid discharge position: when a small amount of the fluid 91A at the bottom of the bottom of the bucket is used, the auxiliary rack of the barrel container can be re-converted from the first liquid discharge position p3 to a second liquid discharge position P4 At this time, the second inclined section 23 is in contact with the ground (refer to FIG. 6E). The height of the ground is higher than the height of the ground by two degrees H2 from the ground, and the bottom of the bucket can be raised. The fluid 91A in the barrel container 91 can be almost discharged, and the residue in the barrel is reduced. Of course, the barrel-shaped container 91 can be easily pushed back to the standing state as long as it is pushed in the reverse direction, and then the oil is stored. The advantages and effects of this creation can be summarized as follows: t1] The liquid in the oil drum can be fully used. The guiding portion of the creation has an arc 7 M421925 segment, a first-sloping segment and a second inclined segment; when the oil drum (ie the barrel-shaped bar 91) is carried at a position where the second inclined segment touches the ground The oil drum is in a state where the barrel is low, so that the liquid at the bottom of the barrel can be fully used. [2] The operation of tilting the drum is very labor-saving. Since the arc segment, the first slanting segment and the second slanting segment of the material guiding portion are coherent, it is possible to lightly push the slanting state from the erect state, the lying state (actually lower), and finally to the lifting The state of the bottom of the high barrel makes the barrel (10) liquid fully flow out (# is also easy to reverse operation). Therefore, the operation of tilting the oil drum is very labor-saving. [3] The overall structure is simple and easy to manufacture. The matching part and guide of the creation The lead portion may be a skeleton structure or a solid structure, and may have the most economical material composition, the structure material and the state are not limited, and are not limited at all, and mainly have a circular arc segment, a first inclined segment and a second inclined segment. The overall structure is simple and easy to manufacture. From the above detailed description, 'the skilled person who knows this skill can understand that the original purpose can be achieved, and it has already met the requirements of the patent law, and proposed a new patent application. [Simplified illustration] The schematic diagram of the application of the present invention is a schematic diagram of the combination of the barrel-shaped structure and the mating part of the first figure. The third figure is the schematic diagram of the matching part of the creation and the (10) the setting element. The four diagrams are the guides of the creation. The figure 5 is a solid, structural diagram. The fifth diagram is a schematic diagram of the guide part of the creation consisting of the upper part, the middle part and the lower part. 8 M421925 The first ', ', ', β帛6 C, 6D and 6E diagrams are schematic diagrams of the transformation between the standing position, the _ tilt position, the _ unit position and the second liquid discharge position.
第七圖係傳統油桶之抬高出液部之示意圖 第八圖係傳統油桶之抬高桶底之示意圖 【主要元件符號說明】 10配合部 i〇A頂端 10B底端 11桶底支撐件 12桶身固定元件 2〇導引部 21圓弧段 22第一傾斜段 23第二傾斜段 22A上桿部 22B中桿部 22C下桿部 22D第一支撐桿部 22E第二支撐桿部 81、91桶狀容器 811、911容納部 812、912出液部 813、913進氣部 81A、91A 流體 81B空氣 91B氣體 01第一傾斜角 0 2第二傾斜角 m、H2高度 P1立起位置 P2輔助傾斜位置 P3第一出液位置 P4第二出液位置The seventh figure is a schematic diagram of the elevated oil outlet of the conventional oil drum. The eighth figure is a schematic diagram of the bottom of the conventional oil drum. [Main component symbol description] 10 mating part i〇A top 10B bottom end 11 barrel bottom support 12 barrel fixing member 2〇 guiding portion 21 circular arc segment 22 first inclined portion 23 second inclined portion 22A upper rod portion 22B middle portion 22C lower rod portion 22D first supporting rod portion 22E second supporting rod portion 81, 91 barrel-shaped container 811, 911 housing portion 812, 912 liquid-out portion 813, 913 air inlet portion 81A, 91A fluid 81B air 91B gas 01 first inclination angle 0 2 second inclination angle m, H2 height P1 standing position P2 assist Tilt position P3 first liquid discharge position P4 second liquid discharge position