M336200 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種以使滑動體之滑動順暢地進行之方 式支持滑動體且調整其支持位置的滑動體之支持裝置，及 包含收谷體、滑動體及支持裝置而構成之滑動體之支持構 造，而該滑動體係通過收容體之出入開口之以可取出放入 之方式組合於該收容體者。 【先前技術】 專利文獻1所揭示者，係在滑動體侧具備可滑動地嵌 入於軌道且抵接於該軌道之内面的支持構件，並且可防止 滑動體在與滑動方向正交之方向晃動等者。 ^而，在專利文獻1之情形時，即使能防止前述晃鸯 相對於執道之摩擦力會變高，*容易妨礙滑動體之順暢 動，且無法調整滑動體相對於執道之支持位置，因此以 利文獻1之例而言，即使在關作為滑動體之門時在由 門所閉塞之控制臺盒(console B0X)之開口、緣與門之 不均勻之_的情形下’亦無法解決上述課題。θ生 (專利文獻1)曰本實公平8·5〇68號公報 【新型内容】 (新型所欲解決之課題） 邊使該種滑動體 父之方向可容易 本創作所欲解決之主要問題點在於一 之滑動順暢地進行，一邊在與滑動方向正 地調整其支持位置。 (解決課題之手段） 5 M336200 備.Ltt ，本創作之滑動體之支持裝置係具 取出21:，係裝設在通過使收容體之出入開口之以可 杯一古方式組合於該收容體的滑動體及該收容體中之 二Γ支持裝設在該滑動體及該收容體中之另-方 在，動體之滑動方向連設的突條 將前述滑動方向設為X方向時 ：段係在 置朝^便4支持構件之支持位 朝/、忒X方向正交之Y方向移動調整。 同時成’藉由該支持構件可滑動地支持滑動體， 在該γ方 方向私動调整，藉此可 :::: 滑動體相對於收容體之收容位置，血型上 π動體完全被收容於收容體之狀 前端部不偏不倚地閉塞該出人開口。 了猎由一體之 位置先使以前述調整手段所進行之支持構件之支持 勺私動調整亦可在同時與又方 方向進;方向正父之z ，則可將支持構件相對於突4 向及Ζ方向調整，並且可調整滑動; 位置。 q正π動體相對於收容體之收容 月·』逃調整手段係具備： 方式纟且合於安裝 之 底座； 第2 裝底】·:調整器，係以僅可朝χ方向移動之方式組合於安 滑動零件，係以僅可朝Υ方向移動 動零：：調整器，係以僅可朝χ方向移動之方式組合於滑 M336200 支持構件係以僅可朝z方向移 件， 式紐合於滑動零 第1調整器與滑動零件係藉由γ方 部而連接卡合，該飞方向動作 ，動作用溝槽及突 與滑動零件中之一方， θ '、衣设在第1調整器 與溝槽後端之位置在γ 向連叹且使溝槽前端之位置 整器與滑動零件上方方向不同者’突部係裝設如調 置與溝槽後端之位置在2方==溝槽前端之位 亦有在該^㈣作料料 2方向_用溝槽’ 形。 叉符構件之一部分的情 的_件，係可朝二 動作用、聋方向移動操作時，依Ζ方向 動零件的支持構件，係可::Ζ :Γ方式組合於滑 滑勒梦叙-方向之一方側或另一方側 Υ方：及ζ错此’可將支持構件相對於突條之支持位置朝 收容位置。 m 周正滑動體相對於收容體之 中沿著以向之旋轉軸為 移動並支持該滑動體r ^條時’可使滑動難順暢地 將則述支持構件構成為藉由將突條夹入於以沿著y方 7 M336200 向之旋轉轴為中心而旋轉之—對滾輪間來支持★亥突# ==持構件具備彈星手段，該㈣手段係:縮 該一對滾輪間之間隔的方向彈壓該滾輪之至少一方。 如此’在以一對滾輪夾持突條而可藉由彈星手段來參 正滑動體朝Y方向之位置偏移的狀態下，可藉 2 確保滑動體之順暢移動。再者，隨著以調整手段所=構件 支持構件之支持位置的移動調整， = 容體之收容位置。 β㈣相對於收 此外，本創作之滑動體之支持構造係藉由以上 :::體的支持裝置分別支持沿著滑動體之滑動方向的:側 該支持構造係可在沿著滑動體之滑 :_滑_對於收容體之收_ 工王收谷於收容體之狀態τ，可藉由滑 不倚地閉塞該出入開口。 4 4不偏 穿置持構造中，預先使突條相對於構成支持 衣置之支持構件的被支持面成為傾斜面時，則 支持構件即可使滑動體從沿著其滑動方向 g工 之滑動之中心線側推壓，藉此 典叙牌朝滑動體 定位置。 猎此Ί奋易地使滑動體定位在固 (新型之效果） 之移動據支持1置’支持構件並不會阻礙滑動體 可Γ藉=:整手段使!支持構件之支持位置成為 曰 /、巧動方向正父之方向容易地調整滑動體 M336200 相對於收容體之收容位置。藉此，滑動體係在 夕 ^ 出入開口，且在該滑動中可碟备 晃動或不經意地與收容體之接觸等。 避免 【實施方式】 ' — 以下根據第1圖至第14岡〜日日垂#士〜1 能。 罘14圖况明貫施本創作之最佳形 再者，在此第1圖5笛么_ 乐3圖係刀別顯不適用本創作而 ，構成之支持構造之-例，在第1圖及第2圖中，分j = ^ 以則頭y表不後述之γ方向 前頭Z表示後述之z方向。 、衣、弟12圖顯不使構成該支持裝置3之支持構 持Γ置的3構成各零件分離之狀態，第13 ®顯示使構成該支 女衣氏座2分離之狀態，第14圖從與第^圖不同 _之方向觀看顯示其中之滑動零件311。 地、隹^實施:態之支持裝置3係以使滑動體2之滑動順暢 二 滑動體2且調整其支持位置者，而該滑 :體上係通過收容體】之出入開口 10之以可取出放入之方 二：：：收容體1者。再者，本實施形態之支持構造係 匕3收谷體1、滑動體2及支持裝置3而構成者。 在圖不之例中，顯示拉出該滑動體2之例。另一方面， 之例中’收容體1係構成為在上下方向較小且在前 後方向及左右方向皆較大，而在俯視之狀態下，構成為具 M336200 有大致正方形輪廓之箱狀體（第1圖）。在收容體i之前面 形成有横跨前述正方形之一邊之在左右方向較長的出入開 口 10。滑動體2係具有可間隙少地在收容體i之左右側部 2U之内面間收容之寬度，而且在其前端具有從前方覆 盍，=開〇 10之大小的蓋板2〇。再者’滑動體2係從藉 由j盍板20閉塞出入開口 1〇之收容位置（第3圖之位置） 朝别=被拉出移動，且被拉出之滑動體2係再被拉入移動 至，谷位置。在圖示之例中，在該滑動體2之左右2個部 位设置有容器插入口 21，而且在滑動體2之下 2位置使前端朝下方下降錢該前端位在容器插入口 j下方的方式，以後端側可轉動地支持在滑動體2。 m在拉出滑動冑2之狀態下，藉由該容器插入口 以進入—該容器插入口21之飲料容器等之侧部，且 者。例如，將滑動==車之室内等的杯形保持具 (Inst麵ent Panel)的出入^ f可使開設在汽車之儀錶板 ^ Ο的出入開口 10通過之可取出放入的各驊 =二該滑動體2之支持構件30與儀錶板等成二體 而構成收容滑動體2之收容體卜 *烕為體 本實施形態係藉由後述之支持 方式構成之沿著滑動體2之碑方^ 刀 持以上述 ,. ’月動方向的兩側部，而士箠士、士 持構造（在圖示之财為杯形㈣料置）。而構成支 在圖不之例中，該支持裝置3係在收容體^出入開 10 M336200 口 側分別裝設於其左右侧部12、u 叉符衣置3的4且爹邱彳9 7- 後述之安褒底座32、以二:二在該例中，組合 件311及支持構件 °正益312、313、滑動零 件30面向收容體！之肉構成的支持裂置3,係在使支持構 之左右侧部H 大態下分別組裝在收容體1 11之組裝部12 °在該例中，相對於以上 文：之左側之支持裝置3 ’右側之支持構件30係構 成為在夾著沿滑動體2之滑動方 :、 前後二正交 該X方向及γ方向同 七人、, u t止乂之Z方向（在圖示之例中左 σ ) ’對支持構件3 0相對於滑動p 2夕％、+、 ^ 支持位置進行移動調整。 之後通之突條23的 2之=方：:施形態之支持構造係可分別在沿著滑動體 用動方向的兩側部調整滑動體相對於收容體之收容位 ά Μ ^如滑動體2可完全收容於收容體1之狀態下，夢 前端部(在圖示之例中為蓋板2。)即可不偏： 付地閉基該出入開口 1〇。 再者，在該實施形態中，於滑動體2形成有於該 體2之滑動方向連設之突停23。在鬥_ 、以α動 係以在滑^ _不之財，該突條23 分別开其外面朝側方突出的方式 7成在該滑動體2之左右側部。該突條23 11 M336200 滑動體2之側部之箭^ ό 麦$長度。再者，構成為在夾著頂部 a之 具有構成為傾斜面之第1被支持面23b，在夹著 頂部❿之下方具有横向之第2被支持面23c。此外，頂 !二：：成為横跨第1被支持面2 3 b與第2被支持面2 3 C 的面。第〗被支持面23b之傾斜係形成為隨著 =1 条之基部而逐漸使突條23之寬度變大之方向的 傾斜。在圖不之例巾，媸士么 ^〇2 . 構成後述之支持構件30之一對滾輪 ㈣士之上部滾輪302之具有依循第1被支持面23b 之傾斜而成的傾斜之周面係藉由彈 抵至該第！被支持面23b 之弹【被推 夕*姓接从W 猎此在該例令，可藉由左右 之支持構件30、30使滑動體2 、普叙驊？夕、典a 攸，口者其，月動方向的兩側朝 之*動之中心線xa側推壓，因此滑動體2係容易 地被定位在固定位置。 月職2係谷易 中’裝設於收容體之左右側部^ η 勺支持衣置3係分別在滑動體2之滑動方向（又方5 間隔之2個部位具備支持構件3〇。 w 為上==皆係藉由以沿*Y方向(在圖示之例中M336200 VIII. New type of description: [Technical field of the new type] The present invention relates to a support device for a sliding body that supports a sliding body and adjusts its supporting position in such a manner that the sliding of the sliding body is smoothly performed, and includes a receiving body, The supporting structure of the sliding body formed by the sliding body and the supporting device, and the sliding system is combined with the receiving body by the opening and closing of the receiving body. [Prior Art] As disclosed in Patent Document 1, a support member that is slidably fitted in a rail and abuts against an inner surface of the rail is provided on the side of the slider, and the slider is prevented from being shaken in a direction orthogonal to the sliding direction. By. In the case of Patent Document 1, even if the frictional force of the sway relative to the road is prevented from being high, it is easy to hinder the smooth movement of the slider, and it is not possible to adjust the support position of the slider with respect to the road. Therefore, in the case of the document 1 of the document 1, even when the door of the sliding body is closed, the opening of the console box (the console B0X) blocked by the door, and the unevenness of the edge and the door cannot be solved. The above issues. θ生(Patent Document 1) 曰本实公平8·5〇68号 [New content] (a new type of problem to be solved) The main problem of the creation of this kind of sliding body is easy to solve. In the smooth sliding, the support position is adjusted in the direction of the sliding direction. (Means for Solving the Problem) 5 M336200 备.Ltt, the supporting device of the sliding body of the present invention is taken out 21: and is attached to the receiving body by the cup opening and closing of the receiving body. The sliding body and the two of the receiving bodies are supported by the sliding body and the receiving body. When the protruding direction of the moving body is in the X direction, the protruding direction is connected to the sliding direction. The support position of the supporting member of the mounting member 4 is moved in the Y direction orthogonal to the /, X direction. At the same time, the sliding member is slidably supported by the supporting member, and is adjusted in the γ-direction, whereby:::: The position of the sliding body relative to the receiving body, the blood type upper π moving body is completely accommodated The front end of the shape of the container occludes the opening of the person without bias. The position of the hunting unit is first adjusted so that the support member of the supporting member can be adjusted at the same time and in the direction of the direction; the direction of the parent can be compared with the direction of the support member. Ζ Direction adjustment, and can adjust the sliding; position. q The positive π-moving body with respect to the receiving body of the receiving body has the following methods: The method is to fit the base of the installation; The second bottom is: The adjuster is combined in a way that can only move in the direction of the squat The sliding parts are moved in the direction of the :-only:: adjuster, which can be combined in the direction of the 仅-only movement. The support member can be moved only in the z direction. The sliding zero first adjuster and the sliding member are connected and engaged by the γ square portion, and the flying direction, the operation groove, and one of the protruding and sliding parts, θ ', and the first adjuster and the groove are provided. The position of the rear end of the groove is slanted in the γ direction and the position of the front end of the groove is different from the direction of the upper part of the sliding part. The position of the protrusion is set such as the position of the rear end of the groove and the groove. The position is also in the ^ (4) material 2 direction _ with a groove 'shape. The part of the fork symbol is a part that can be moved in the direction of the second action or the direction of the movement, and the support member of the part is moved in the direction of the direction, which can be: Ζ: Γ 组合 组合 组合 勒 勒 方向 方向One side or the other side side: and this error can be used to position the support member relative to the rib to the receiving position. When the m-peripheral sliding body moves relative to the housing body along the rotation axis and supports the sliding body r ^ strip, it is difficult to smoothly slide the support member into the support member by sandwiching the protrusion Rotating around the y square 7 M336200 to the center of the rotation axis - support between the rollers ★ Haitu # == holding member with a star method, the (four) means: reducing the direction of the interval between the pair of rollers Press at least one of the rollers. Thus, in a state in which the ridges are held by a pair of rollers and the position of the slider in the Y direction can be shifted by the method of the elastic star, the smooth movement of the slider can be ensured. Furthermore, with the adjustment of the support position of the member supporting member by the adjustment means, the storage position of the container is made. β(四) Relative to the receiving, the supporting structure of the sliding body of the present invention supports the sliding direction along the sliding body by the above::: body supporting device: the supporting structure can slide along the sliding body: _Slide _ for the receiving body _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 4, in the non-biasing and holding structure, when the support surface of the support member constituting the support garment is previously formed as an inclined surface, the support member can slide the sliding body from the sliding direction along the sliding direction thereof. Pushing on the center line side, the legendary card is positioned toward the sliding body. Hunting this easy to position the sliding body in the solid (new effect) of the mobile support 1 set 'support member does not hinder the sliding body can be borrowed =: the whole means! Support member support position becomes 曰 /, In the direction of the father, it is easy to adjust the storage position of the slider M336200 with respect to the housing. Thereby, the sliding system enters and exits the opening, and during the sliding, the disk can be shaken or inadvertently contacted with the container or the like. Avoid [Embodiment] '- The following is based on the 1st to 14th Gang~ 日日垂#士~1 can.罘14 Picture shows the best form of the creation of this book, in this 1st Figure 5 flute _ music 3 figure is not applicable to this creation, the structure of the support structure - in the first picture and In the figure 2, the point j = ^ is such that the head y is not described later in the γ direction, and the front head Z indicates the z direction to be described later. The clothing and the younger brother 12 show that the components constituting the supporting structure of the supporting device 3 are separated from each other, and the 13th ® display causes the state in which the female vestibule 2 is separated, and Fig. 14 The sliding part 311 is displayed in a direction different from that of the second figure. The ground support device 3 is configured such that the sliding body 2 slides smoothly and the sliding body 2 is adjusted and the support position is adjusted, and the sliding body is passed through the opening and exit opening 10 of the receiving body. Put in the square 2::: the container body 1 . Further, the support structure of the present embodiment is composed of the hustle and bustle 1, the slider 2, and the support device 3. In the example of the figure, an example in which the slider 2 is pulled out is shown. On the other hand, in the example, the housing 1 is configured to be small in the vertical direction and large in the front-rear direction and the left-right direction, and is configured as a box-shaped body having a substantially square outline with M336200 in a plan view. Figure 1). An access opening 10 that is long in the left-right direction across one side of the square is formed in front of the container i. The slider 2 has a width that can be accommodated between the inner faces of the right and left side portions 2U of the container body i with a small gap, and has a cover plate 2 that is covered from the front and has a size of the opening 10 at the tip end thereof. Further, the 'sliding body 2 is moved from the accommodating position (the position in Fig. 3) of the opening and closing opening 1 by the j-plate 20, and is pulled out by the sliding body 2, and the sliding body 2 which is pulled out is pulled in again. Move to the valley location. In the illustrated example, the container insertion opening 21 is provided at two places on the left and right sides of the slider 2, and the front end is lowered downward at the position 2 below the slider 2, and the front end is positioned below the container insertion opening j. The rear end side is rotatably supported on the sliding body 2. When the sliding jaw 2 is pulled out, the container insertion opening is used to enter the side of the beverage container or the like of the container insertion opening 21, and the like. For example, the entrance and exit of the cup-shaped holder (Inst-face ent Panel) that slides in the interior of the vehicle can be taken out by the access opening 10 of the dashboard of the automobile. The support member 30 of the slider 2 is formed in two bodies with the instrument panel or the like to constitute a housing body for housing the slider 2. This embodiment is a monument along the sliding body 2 which is configured by a support method described later. The knife holds the above, 'the sides of the moon's direction, and the gentleman, the gentleman's structure (the figure is the cup shape (four) material). In the example in which the components are not shown, the support device 3 is attached to the left and right side portions 12 of the container body 10, and the left and right side portions 12, and the U-shaped clothing set 3, respectively. The ampoule base 32, which will be described later, is two: two. In this example, the assembly member 311 and the supporting members are positively facing 312, 313, and the sliding member 30 faces the receiving body! The support ribs 3 made of the meat are assembled to the assembly portion 12 of the container 1 11 in the state of the left and right side portions H of the support structure. In this example, the support device 3 on the left side is the same as the above: The support member 30 on the right side is configured such that the sliding direction along the sliding body 2 is sandwiched between the front and rear sides, and the X direction and the γ direction are the same as the seven persons, and the Z direction of the ut is stopped (in the illustrated example, the left side) σ ) 'The support member 30 is moved and adjusted with respect to the sliding p 2 % %, +, ^ support positions. Then, the support structure of the ridge 23 can adjust the accommodating position of the sliding body relative to the receiving body at both sides along the moving direction of the sliding body, such as the sliding body 2 The front end portion (in the illustrated example, the cover plate 2) can be completely accommodated in the state in which the container 1 is housed, and the opening/closing opening 1 is closed. Further, in this embodiment, the slider 2 is formed with a sudden projection 23 which is connected to the sliding direction of the body 2. In the hopper _, the 动 动 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The ridge 23 11 M336200 The arrow on the side of the slider 2 ό 麦 $ length. Further, the first supported surface 23b having the inclined surface is sandwiched between the top portions a, and the second supported surface 23c having the lateral direction is provided below the top cymbal. Further, the top two: is a surface that straddles the first supported surface 2 3 b and the second supported surface 2 3 C. The inclination of the first supported surface 23b is formed to be inclined in a direction in which the width of the ridge 23 is gradually increased with the base of =1. In the case of the figure, the gentleman's 〇2. constituting one of the support members 30 to be described later, the roller (four) upper roller 302 has a sloped circumferential surface which follows the inclination of the first supported surface 23b. By the bullet to the first! The bomb of the supported surface 23b is pushed by the W. The surname is taken from the W. In this example, the sliding body 2 can be made by the left and right supporting members 30 and 30. On the other hand, in the case of the mouth, the mouth is pressed, and both sides of the moon moving direction are pressed toward the center line xa side of the moving body, so that the sliding body 2 is easily positioned at a fixed position. The 2nd Department of the Moon 2 is installed in the left and right side of the storage body. η The spoon supports the clothing. The 3 series are respectively in the sliding direction of the sliding body 2 (the support member 3 is provided in the 2 parts of the 5th interval. w is up = = are all in the *Y direction (in the example shown)
Gls 為中心而旋轉之滾輪地來支持 犬條23。猎此，使滑動體2順暢地移動。 著4=4該支持構件3。係使突條23夾入_ 間並支…中心而旋轉之-對滾輪3。2、3。2 門亚支23。而且，在支持構件3 該彈壓手段303係在縮小該一對滾輪 3〇3’ 彈壓該滾輪302之至少一方。 3之間隔的方向 12 M3 3 6200 在圖示之例中，該支持構件3 0係支持在後述之滑動零 件311 „亥滑動零件係、構成為：具備頂板ma、底板 3lld及前後板311g、3ni，而且具備有用以閉塞上述各板 所圍繞之空間的内板311k，而形成使朝收容體ι之内侧之 側開放的箱狀。在該滑動零件3n之頂板3ua之内面及底 板31 Id之内面形成有長溝槽3ηη，該長溝槽係沿著 。（在圖示之例中為左右方向）且使溝槽端在滑動零件 311之開放侧朝外側開放’而將該開放之溝槽端作為支持 構件30之組裝部。支持構件3〇係使一對滾輪规、规 通過旋轉轴3〇1，並且將附有突緣部304a之轴環（collar)3〇4 ㈣喪合在該旋轉軸3()1之上端及下端而構成。再者，在 肷口於旋轉# 301之上端的轴環3〇4與上側之滾輪逝之 間捲裝有作為彈遷手段3〇3之壓縮線圈彈菁，經由圖中符 號305所不之間隔件使上側之滾# 3〇2《下部推壓至設於 下側之滾輪302之上部的套筒部3〇2a之上端。一對滾輪 3〇2、302間之間隔係在上側之滾輪3〇2之下部碰撞在設於 下側之滾輪302之上部的套筒部3()2&之上端的位置為最 小。再者，該支持構件30係使上側之_ 3〇4之比突緣部 ΓΛ更^^之部分進入設置於滑動零件311之頂板311a 、曰311η且使下側之軸環3〇4之比突緣部烟&更 下方之部分進入設置於底板3Ud的長溝槽mu，藉此在 可朝Z方向移動之狀態下被支持在該滑動零件如。 =’在以—對滾輪3〇2、3〇2夾持突條Μ而可藉由 弹差段303來橋正滑動體2朝丫方向之位置偏移的狀態 13 M336200 :〜_動。再者， *的移動調整’可調整滑動體二之支二構二3。之支持位 . 調整手段31係可將支持構件％之：：-1之位置。 ,之例中為與一對滾輪3〇2、3〇2 、:立置、即圖示 置，分別朝γ方向與z方向 大：23相接的部位之位 -上下及左右調整。 ，月動體2之收納位置，朝 卜調整手段31係由⑴調整器312、⑺第^敕哭 313及（3)滑動零件311所構成。 μ正口° 整器312係以僅可朝X方向移動之方式組合於 女衣底座3^。在圖示之例中，安襄底座％係具有下部室 上部室321係構成為:具有可收容滑動 " 小，而且在安裝狀態下使朝收容體‘1之内侧 之側開放，並且可藉由從該開放部321a且支持在滑動零件 311之支持構件3〇來支持形成於滑動體2之突條η。在上 部室321之前壁通設置有形成於滑動零件之前板 311g的外面之沿著Y方向收容有肋條3uh的導引槽 321c，且在上部室321之後壁321d設置有形成於滑動零件 311之後板3 11!的外面之沿著γ方向收容有肋條311」·的導 引槽321e，藉此滑動零件311係以可在安裝底座内僅 朝γ方向移動之方式支持於該安裝底座32。如此在組合於 安裝底座32之滑動零件311的底板3Ud之外面，形成有 沿著X方向長長地連設之突出部311〇，該突出部311〇係 14 M336200 收納於下部室322。第],敕口口。〆 — 弟1 5周瘥益312係形成將寬度方向作 軌道狀，使該突出部311。收納於内側並The Gls is centered and rotated to support the dog bar 23. Hunt this to make the sliding body 2 move smoothly. 4=4 the support member 3. The rib 23 is sandwiched between the _ and the center of the yoke and is rotated - the pair of rollers 3, 2, 3. 2 sub-branch 23. Further, in the supporting member 3, the biasing means 303 presses the pair of rollers 3? 3' to bias at least one of the rollers 302. In the illustrated example, the support member 30 supports a sliding member 311, which will be described later, and includes a top plate ma, a bottom plate 3lld, and front and rear plates 311g, 3ni. Further, an inner plate 311k for closing the space surrounded by the respective plates is provided, and a box shape opening to the side of the inner side of the housing body ι is formed. The inner surface of the top plate 3ua of the sliding member 3n and the inner surface of the bottom plate 31 Id are provided. A long groove 3nn is formed, which is along (in the illustrated example, the left-right direction) and the groove end is opened to the outside on the open side of the sliding member 311', and the open groove end is supported An assembly portion of the member 30. The support member 3 is configured such that a pair of roller gauges pass through the rotating shaft 3〇1, and a collar 3〇4 (4) with the flange portion 304a is attached to the rotating shaft 3 (1) The upper end and the lower end are formed. Further, a compression coil is used as an ejection means 3〇3 between the collar 3〇4 at the upper end of the rotation #301 and the roller on the upper side. , by the spacing of the symbol 305 in the figure, the upper side of the roll # 3〇2 The portion is pressed to the upper end of the sleeve portion 3〇2a provided at the upper portion of the lower roller 302. The interval between the pair of rollers 3〇2, 302 is at the lower side of the upper roller 3〇2 and is disposed on the lower side. The position of the upper end of the sleeve portion 3 () 2 & at the upper portion of the roller 302 is the smallest. Further, the support member 30 is such that the upper portion of the _ 3 〇 4 is more than the portion of the flange portion The top plate 311a and the 曰311n of the sliding member 311 are moved so that the lower portion of the collar 3〇4 of the lower side of the collar 3〇4 enters the long groove mu provided in the bottom plate 3Ud, thereby being movable in the Z direction. In the state, it is supported in the sliding part such as: = 'in the pair of rollers 3 〇 2, 3 〇 2 holding the ridge Μ and the difference 303 can be used to bridge the position of the sliding body 2 in the 丫 direction State 13 M336200: ~ _ move. Again, * the movement adjustment 'adjustable slider body two of the two structure two 3. The support position. The adjustment means 31 can support the member %:: -1 position. In the example, it is a pair of rollers 3〇2, 3〇2, 立立, ie, shown, which are respectively larger in the γ direction and the z direction: the position of the 23-contacted portion - up and down Left and right adjustment. The storage position of the lunar body 2, the steering adjustment means 31 is composed of (1) the adjuster 312, (7) the second cry 313 and (3) the sliding member 311. The μ positive mouth ° 312 is only It can be combined with the female clothes base 3 in a manner of moving in the X direction. In the illustrated example, the ampoule base % has a lower chamber upper chamber 321 which is configured to have a slidable "small size and is in a mounted state. The side toward the inner side of the housing body '1 is opened, and the protrusion η formed on the slider body 2 can be supported by the support member 3'' from the opening portion 321a and supported by the sliding member 311. Before the upper chamber 321 is formed, a guide groove 321c in which the rib 3uh is accommodated in the Y direction is formed on the outer surface of the front plate 311g of the sliding member, and the wall 321d is provided after the upper chamber 321 is formed behind the sliding member 311. The guide groove 321e of the rib 311" is accommodated in the outer direction of the 311 in the γ direction, whereby the sliding member 311 is supported by the mounting base 32 so as to be movable only in the γ direction in the mounting base. In this way, on the outer surface of the bottom plate 3Ud of the sliding member 311 which is assembled to the mounting base 32, a protruding portion 311 is formed which is longly connected in the X direction, and the protruding portion 311 is attached to the lower chamber 322. The first], mouth and mouth. 〆 - Brother 1 5 Weeks yi 312 is formed in a track shape in the width direction to make the protrusion 311. Stored inside
^在滑動零件311之底部側，而可在下部室322内朝X 有使整裝底3t32U部室之前部及後部分別形成 之前部312a及後部⑽ 之窗孔322a，且僅交哞筮！吨姑 僅泞弟1调整态312通過該窗孔322a 而朝X方向之移動。 帛1調整器312係具有在可於滑動零件311卓月x方向 籲移動之狀態下收納的前後尺寸，而且在與該滑動零件311 之内板311k相接的内板311a之上下具備朝收容體i之内 侧突出之頂板311a及底板313d。在圖示之例中，在滑動 零件3U之頂板311a及底板313d的内面分別具有從滑動 零件3n之開口侧鉤合該帛2調整器313之前端與後端的 釣合爪311b、311e，藉由該釣合，帛2調整..器313係以僅 可朝X方向移動之方式組合於滑動零件311。 • 再者，第1調整器312與滑動零件311係藉由γ方向 動作用溝槽312e及突部311p而連接卡合，該γ方向動作 用溝槽312e係裝設在第}調整器312與滑動零件3ιι中之 方，在X方向連設且使溝槽前端之位置與溝槽後端之位 置在Y方向不同者，突部311P係裝設在第1調整器312 與滑動零件311中之另一方，且收容在該動作用溝槽312e 者。在圖示之例中，在滑動零件311之突出部311〇之沿著 其長度方向之兩侧部分別設有突部311p，且在第i調整器 312之兩側部312c、312c分別形成有用以收容該突部31邙 15 M336200 的Y方向動作用溝槽312卜在圖示之例中，γ方向 溝槽312e係在第1調整器312之兩側部312c、312c 別於前後隔㈣隔而設置在2個部位，滑動零件如之^ 部3 lip亦以對應該γ方向動作用溝槽312e之各個之方= 設置。Y方向動作用溝槽312e係以隨著朝溝槽前端咖 而向上傾斜之方式設置，突部311p亦同様地形成朝斜 連設之肋狀’但突部311p之全長係比γ方向動 312e之全長更标。 丹不曰 另一方面，在第2調整器313具備在χ方向連設且 溝槽前端之位置與溝槽後端之位置在z方向不同的z方 動作用溝槽313e，在該2方向動作用溝槽3Ue收容有丄 持構件30之一部分。在圖示之例中，第2調整器扣之頂 板3Hc係位於支持構件3〇之上側的軸環3〇4 ' 3〇4a與滑動零件311之頂妬ςι1{ί夕由二 ，千川之頂板311a之内面之間，使該轴環 之比犬緣部304a更上方之部分進入以貫通狀態設置於 該頂板3仏的z方向動作用溝槽313e;而第2調整器阳 之底板3Ud係位於支持構件3〇之下側的料3()4^ 2 304a與滑動零件311之底板迎之内面之間，使該轴 環304之比突緣部3〇4a更下方之部分進入ri * 又卜万之口丨刀進入以貫通狀態設置 a底板313d的Z方向動作用溝槽313e。z方向動作用 溝槽3i3e係以隨著朝向溝槽前端而接近收容…之内側的 方式形成。 當使第 動作用溝槽 1調整器312朝X方向移動操作時，依γ方向 312e之形狀而以僅可朝γ方向移動之方式組 16 M336200 合於安裝底座32的滑動零件311，係朝該γ方向之一方 或另一方側滑動移動。再者，使第2調整器313朝χ方向 :則呆作時，依Ζ方向動作用溝槽仙之形狀而以僅可 月z▲方向移動之方式組合於滑動零件3ΐι的支持構件％， 係朝該Z方向之—/ΒΛ ι, 4 方側或另一方側滑動移動。藉此，可將 =構件3G相對於突條23之支持位置朝γ方向及ζ方向 调整’並且可調整滑動體2相對於收容體i之收容位置。^ On the bottom side of the sliding member 311, the window 322a of the front portion 312a and the rear portion (10) can be formed in the lower chamber 322 toward the front portion and the rear portion of the unit bottom portion 3t32U, respectively, and only intersect! The Tune 1 adjustment state 312 moves through the aperture 322a in the X direction. The 帛1 adjuster 312 has a front-rear size accommodated in a state in which it can be moved in the direction of the slide member 311, and is provided with a facing body on the inner panel 311a that is in contact with the inner panel 311k of the sliding member 311. The top plate 311a and the bottom plate 313d protruded from the inside of i. In the illustrated example, the inner surfaces of the top plate 311a and the bottom plate 313d of the sliding member 3U respectively have fishing claws 311b and 311e that hook the front end and the rear end of the cymbal 2 adjuster 313 from the opening side of the sliding member 3n. The fishing joint, the 帛2 adjustment device 313 is combined with the sliding member 311 so as to be movable only in the X direction. Further, the first adjuster 312 and the sliding member 311 are connected and engaged by the γ-direction operation groove 312e and the protrusion 311p, and the γ-direction operation groove 312e is attached to the first adjuster 312 and The slider 311P is installed in the first adjuster 312 and the sliding member 311 in the X direction, and the position of the front end of the groove and the position of the rear end of the groove are different in the Y direction. The other is housed in the operation groove 312e. In the illustrated example, protrusions 311p are respectively provided on both side portions of the protruding portion 311 of the sliding member 311 along the longitudinal direction thereof, and are formed on the both side portions 312c and 312c of the i-th adjuster 312, respectively. In the illustrated example, the Y-direction operation groove 312 for accommodating the projection 31邙15 M336200 is such that the γ-direction groove 312e is separated from the front and rear partitions 312c and 312c of the first adjuster 312. In the two places, the sliding parts such as the parts 3 lip are also set to correspond to the respective sides of the γ-direction operation grooves 312e. The Y-direction operation groove 312e is provided so as to be inclined upward as it goes toward the front end of the groove, and the protrusion 311p also forms a rib-like shape that is obliquely connected to the oblique portion. However, the full length of the protrusion 311p is γ-direction 312e. The full length is more standard. On the other hand, the second adjuster 313 includes a z-direction operation groove 313e that is connected in the x-direction and has a position at the tip end of the groove and a position of the rear end of the groove in the z direction, and operates in the two directions. A portion of the holding member 30 is housed by the groove 3Ue. In the illustrated example, the top plate 3Hc of the second adjuster buckle is located on the upper side of the support member 3〇, the collar 3〇4' 3〇4a and the top of the sliding member 311, 妒ς1, and the top plate of the thousand rivers Between the inner faces of the 311a, the portion of the collar that is higher than the canine portion 304a enters the z-direction operation groove 313e that is provided in the through state in the top plate 3A; and the second adjuster positive bottom plate 3Ud is located The material 3() 4^ 2 304a on the lower side of the supporting member 3〇 and the inner surface of the sliding member 311 are brought into contact with each other, so that the portion of the collar 304 which is lower than the flange portion 3〇4a enters ri* The scallops of the spurs enter the Z-direction operation grooves 313e in which the a bottom plate 313d is provided in a through state. The z-direction operation groove 3i3e is formed so as to approach the inside of the container as it goes toward the tip end of the groove. When the first motion groove 1 adjuster 312 is moved in the X direction, the sliding member 311 of the mounting base 32 is attached to the mounting portion 32 in such a manner that it can move only in the γ direction in accordance with the shape of the γ direction 312e. One of the γ directions or the other side is slidably moved. Further, when the second adjuster 313 is oriented in the χ direction, the support member % of the sliding member 3ΐ is combined with the shape of the groove for the direction of movement in the direction of the z z direction. Move to the side of the Z direction - / ΒΛ ι, 4 side or the other side. Thereby, the support position of the = member 3G with respect to the ridge 23 can be adjusted in the γ direction and the ζ direction, and the accommodation position of the slider 2 with respect to the housing body i can be adjusted.
在圖示之例中，在安裝底座32之上部室321及下部室 ,中之，、收谷體1之側部11内面對向之側部323及滑動 =件311之内板311k，分別設置有在χ方向較長之操作用 ，32j 3Um ’而且在第2調整器313之内板313a與第1 周正312之侧邛312c分別形成有面向該操作用窗324、 311m之操作用孔313b、312d，且在收容體1之侧部Π形 成有與該#作用窗324、311m連通之操作用開放部13，利 用上述構件將驅動器之前端等鉤掛在操作用孔Η补、 3⑶，藉此可使第！及第2調整器312、313朝χ方向移 動（第2圖、第3圖）。 再者，在圖示之例中，在第i調整器312之長度方向 大致中間位置，於其底部形成有小突起312g，且在安裝底 座32之底壁325形成有鉤合面325a，該鉤合面325a係分 別釣合於橫跨X方向之各位置且使χ方向之剖面形成為交 互地具有凸部與凹部之鋸齒形狀；而且，在第2調整器M3 之長度方向大致中間位置，於其頂板313c與底板3131分 別形成有小突起312f，且在滑動零件311之頂板3na及 17 M336200 ，底板3lld分別形成有釣合面3Uc、3uf，該鉤合面迎、 311f係分別鉤合於橫跨又方 ^ ^ 谷位置且使X方向之剖面 '成為則述之鑛歯形狀，而可使帛1及f 2調整器312、 • 313分別穩定地定位在調整後之移動位置。 ， 【圖式簡單說明】 第1圖係支持構造之平面構成圖。 第2圖係支持構造之側面構成圖。 第3圖係支持構造之側面構成圖。 • i第4圖係支持裝置3之側面構成圖（從收容體工之内側 硯看第1圖之上側的支持裝置3之狀態）。 第5圖係支持裝置3之側面構成圖（從與第4圖相 側觀看之狀態）。 第6圖係支持裝置3之剖面構成圖。 第7圖係支持裝置3之平面構成圖。 第8圖係支持裝置3之底面構成圖。 籲第9圖係支持裝置3之正面構成圖。 第10圖係支持裝置3之剖面構成圖（在z方向之 面）。 口」 第11圖係在與第1 〇圖不同之位置的剖面構成圖。 第12圖係支持構件3〇之分解立體構成圖。 第13圖係支持裝置3之分解立體構成 件30以外）。 克持構 第14圖係滑動零件311之立體構成圖。 【主要元件符號說明】 18 M336200 ’ 1 收容體 2 滑動體 -3 支持裝置 11 左右侧部 12 組裝部 13 操作用開放部 - 20 蓋板 21 容器插入口 -22 支持臂 23 突條 23a 頂部 23b 第1被支持面 ^ 23c 第2被支持面 30 支持構件 _ 31 調整手段 32 安裝底座 Φ 301 旋轉轴 302 滚輪 302a 套筒部 303 彈壓手段 304 軸環 304a 突緣部 305 間隔件 311 滑動零件 311a、 313c頂板 311b、 311e 鉤合爪 311c、 311 f鉤合面 3 lid; 313d底板 311g 前板 311h、 3llj肋條 311i 後板 311k 内板 311m、324操作用窗 311n 長溝槽 ^ 311 o 突出部 311p 突部 312g、 312f 小突起 312 第1調整器 312a 前部 312 b 後部 312c 側部 312 c v 312c 兩側部 312e Y方向動作用溝槽 312d v 313b操作用孔 313 第2調整器 313e Z方向動作用溝槽 321 上部室 321a 開放部 19 M3 3 6200 321b 前壁 321c、 321e 321d 後壁 322 下部室 322a 窗孔 323 侧部 325a 鉤合面 導槽In the illustrated example, in the upper chamber 321 and the lower chamber of the mounting base 32, the side portion 323 facing the side portion 11 of the receiving body 1 and the inner plate 311k of the sliding member 311 are respectively The operation hole 313b facing the operation windows 324 and 311m is formed in the side plate 313a of the second adjuster 313 and the side 邛 312c of the first circumference 312, respectively, for the operation of the operation of the operation window 324, 311m. 312d, and an operation opening portion 13 that communicates with the #-acting windows 324 and 311m is formed in a side portion of the container body 1, and the front end of the driver is hooked to the operation hole 、, 3(3) by the member. This can make the first! The second adjusters 312 and 313 are moved in the x direction (Fig. 2 and Fig. 3). Further, in the illustrated example, a small protrusion 312g is formed at a bottom portion thereof in a substantially intermediate position in the longitudinal direction of the i-th adjuster 312, and a hook surface 325a is formed on the bottom wall 325 of the mounting base 32. The joint surface 325a is formed in a zigzag shape in which the cross section in the X direction is formed so as to have a convex portion and a concave portion alternately in the X direction, and is substantially in the middle of the longitudinal direction of the second adjuster M3. The top plate 313c and the bottom plate 3131 are respectively formed with small protrusions 312f, and at the top plates 3na and 17 M336200 of the sliding member 311, the bottom plate 3lld is respectively formed with the fishing surface 3Uc, 3uf, and the hook surface and the 311f are respectively hooked to the horizontal The 帛1 and f 2 adjusters 312 and 313 are stably positioned at the adjusted moving position, respectively, across the square position and the cross section 'in the X direction'. [Simplified description of the drawing] Fig. 1 is a plan view showing the structure of the supporting structure. Figure 2 is a side view of the support structure. Figure 3 is a side view of the support structure. • Fig. 4 is a side view of the supporting device 3 (the state of the supporting device 3 on the upper side of Fig. 1 from the inside of the receiving body). Fig. 5 is a side view of the support device 3 (a state viewed from the side opposite to Fig. 4). Fig. 6 is a cross-sectional structural view of the support device 3. Fig. 7 is a plan view of the support device 3. Fig. 8 is a bottom view of the support device 3. Fig. 9 is a front view of the support device 3. Fig. 10 is a sectional view of the supporting device 3 (in the z direction). Portion Figure 11 is a cross-sectional view of the position different from the first figure. Fig. 12 is an exploded perspective view of the support member 3''. Fig. 13 is a view of the support device 3 other than the exploded three-dimensional component 30). Grab Figure 14 is a perspective view of the sliding member 311. [Description of main components] 18 M336200 ' 1 Housing 2 Slide body-3 Supporting device 11 Left and right side parts 12 Assembly part 13 Operational opening part - 20 Cover plate 21 Container insertion port-22 Support arm 23 Bar 23a Top 23b 1 Supported surface ^ 23c 2nd supported surface 30 Supporting member _ 31 Adjustment means 32 Mounting base Φ 301 Rotary shaft 302 Roller 302a Sleeve part 303 Elastic means 304 Bushing 304a Flange part 305 Spacer 311 Sliding parts 311a, 313c Top plates 311b, 311e hooking claws 311c, 311f hooking surface 3 lid; 313d bottom plate 311g front plate 311h, 3llj rib 311i rear plate 311k inner plate 311m, 324 operation window 311n long groove ^ 311 o protruding portion 311p projection 312g 312f small protrusion 312 first adjuster 312a front part 312 b rear part 312c side part 312 cv 312c side part 312e Y direction operation groove 312d v 313b operation hole 313 second adjuster 313e Z direction action groove 321 Upper chamber 321a Open portion 19 M3 3 6200 321b Front wall 321c, 321e 321d Rear wall 322 Lower chamber 322a Window hole 323 Side portion 325a Hook surface guide groove
2020