200815701 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種用以支撐例如照明裝置或照相機等 被支撐物之支架裝置。 a【先前技術】 以往’已知有一種攝影照明用支架等之支架裝置，其 具備有·支柱，係使例如照明裝置等被支撐物安裝在上端 邻，複數脚體，係可轉動地安裝在支柱的托架，並藉由朝 •下方向之轉動而成為沿著支柱之折疊不使用狀g，藉著朝 上方向之轉動而成為傾斜狀的展開使用狀態；及複數個腕 肢’用以將腳體保持在傾斜狀的展開使用狀態（參照例如專 利文獻1)。 —[專利文獻Π日本特開平8-159382號公報（第！圖、 弟2圖） 【發明内容】 •[發明所欲解·決的課題] 上述習知敎架裝置巾，於㈣展較用狀態 τ :’、、了使腳體位於相對於水平方向傾斜之傾斜狀位置， 而有腳體防礙攝影作辈簟夕_ ^ α 壯能Β士 "5 虞。而且’於腳體折疊不使用 狀恶妆，必須將支架裝置整體横向放置。 本發明係鑑於此點㈣創者，其 =:r;吏用狀態時脚體成為_，且在腳‘ 广，可以不將支架聚置整體橫向放置而直接§ 立放置之支架裝置。 且接$ 318777 5 200815701 [解決課題的手段] 一申請專利範圍第i項記載之支架裝置係具備：基體； 支撙，以大致垂直狀立設在該基體，用以安裝被支樓物； 及複數個腳體，在前述基體設成可朝上下方向轉動，且藉 二=方：之轉動而成為大致垂直狀的折疊不使用狀態， 猎由朝下方向之轉動而成為大致水平狀的展開使用狀能. 在前述腳體折疊不使用狀能斤—丄、，]便用狀先、， 且+便用狀悲、時，藉由前述基體而自己站立 者。 申請專利範圍第2項記載之支架裝 範圍第1項記載之切 如U利 载置部的接觸部，腳體;厂=係於下面具有接觸在被 載置部的易滑性接觸;：::部：面具有接觸在前述被 ρ Ρ在别述腳體展開使用狀態時，僅 則述腳體的易滑性接觸部 體折疊不使用狀能時=别述被載置部，在前述腳 載置部者。、、僅别述基體的接觸部接觸在前述被 申請專利範圍第3項記载 範圍第！或2項記载二置係如申睛專利 向板部，係-方形成有^衣’土 _係具有：成對的對 且彼此分向Λ 孔，另—方形成有轴部用孔， 孔，轴部插通在前述頭和設在前述頭部用 部間；及螺帽構件，係 且位於刖述咸對的對向板 腳體係具有大致四角=該:栓構f秘部的前端部； 地將基端部安裝在前述螺帽構二:部:亥:構件係可轉動 端部-側面係可滑動地氏十：刖达腳構件的基 低接在則述螺栓構件的頭部底面， 318777 6 200815701 :=1:的基端部另-側面係可滑動地抵接在前述另一 範圍= = 之支架裝置，係如申請專利 體，限制腳體二=:::架=該操作 開使用狀態，前述鎖固操作體係沿著該腳二:長展 =多：地設在前述腳體的基端部，藉由朝一方向： ^為鎖固狀態’藉由朝另-方向之移動而成為鎖固解= [發明之效果] 根據本發明，具備複數個脚體，其係藉由朝上方向之 轉動而成為大致垂直狀的折叠不使用狀態，藉由朝下方向 之轉動而成為大致水平狀的展開使用狀態，由於在腳體折 疊不使用狀態時，藉由基體而自己站立，因此可防止在腳 體展開使用狀態時脚體成為阻礙’且在腳體折疊不使用狀 態時，可以不將支架裝置整體橫向放置而直接竪立放置。 【實施方式】 參照圖式説明本發明的支架裝置之一實施形態。 第1圖至第4圖中，1係支架裝置，該支架裝置工係 用以支撐例如照明裝置或照相機等被支撐物（未圖示）之照 相機支架兼照明支架等。 / 支架裝置1係具備··基台等之基體2 ;長條狀之支撐 體3,以大致垂直狀立設在基體2,下端部被固設在基體2, 而使被支撐物（未圖示）可裝卸地安裝在上端部；及長條狀 318777 7 200815701 -之複數個（例如3個）脚體4,在基體2以水平方向的軸線 為中心而褒設成可朝上下方向轉動，藉由朝上方向大致9〇 度之轉動而成為大致垂直狀的折疊不使用狀態（第2圖所 示狀態），藉由朝下方向大致⑽度之轉動而成為大致水平 狀的展開使用狀態（第2圖所示狀態）。 而且，支架裝置1係具備：複數個（例如3個）鎖固操 作，5，卩可移動方式裝設在腳體4的基端部而形成鎖固、 狀態’以限制腳體4朝上方向之轉動而將該脚體4鎖固成 _展開使用狀態；及複數個（例如3個）作為彈慶體之線圈狀 彈簧6’用以㈣鎖固操作體5而形成鎖固狀態。 後，支木4置1係如第1圖所示，在腳體4大致垂 直狀的折疊不使用狀·態時，藉由基體2穩定地自己站立在 地面等被載置部8上。此外，支架裝置}係如第2圖所示， ^體4大致水平狀的展開使用狀態時，藉由3個脚體4 穩定地自己站立在地面等被载置部8上。 φ 基體2係具有於下面形成有平面狀接觸部1〇的基底構 件1卜該接觸部10係於腳體4折疊不使用狀態時，以面 狀接觸在地面等被载置部δ。基底構件π係具有：筒狀部 12 ’係固設有支撐體3的下端部；及例如3對之對向板部 13a、13b，係一體地裝設在筒狀部12且彼此分開相對向。 然後’如第5圖所示’在一方之對向板部13&形成有圓形 狀的頭部用孔14,在另一方之對向板部⑽开》成有比頭部 用孔14小的圓形狀之轴部用孔15。 而且，基體2係具有··螺栓構件23，係使頭部a嵌 318777 8 815701 ， 入固設在美成 底構件11土的缸立11的頭部用孔14，使軸部22插通在基 間;及螺帽構件:用？：且位於成對的對向板部13a、13b 前端部。 ，係螺設在該螺栓構件23的轴部22之 由頭部21和軸部 26。頭部°21的Γ者螺检構件23之抽向而形成有複數個溝 寸大=向尺寸係比—方之對向板部仏的厚度尺 的内面&另L的方輛部22側之端部則比一方之對向板部… 方突出。，在1 對！板部⑽相對向的對向面）更朝内 轴部22 W部&之厨端侧外周面形成有螺紋溝27。在 的轴向大致中央部形成有環狀凹部分28。 的針L者i基體2係具有播止用轴構件29 ’其係位於成對 體4的^⑶、咖間且與螺栓構件23平行，藉由與聊 大&抵接而限制腳體4朝下方向轉動’使聊體4定位在 r赤：：狀的展開使用狀態。而且，在對向板部13a、13b 形成有在腳體4展開使用時與鎖固操作體5卡合的第工卡 Ϊ^31、及腳體4折疊不使㈣與鎖固操作體5卡合的 弟2卡合凹部32。 支#體3係由例如複數個圓筒狀管等所構成，且係從 基體2的基底構件u的筒狀部12朝上方突出之長條狀且 大致圓筒狀者，可朝長度方向伸縮。支樓體3係在上端部 具有支撐面部34’該支樓面部34之中央設有螺絲轴部％， 在該螺絲軸部35螺合被支樓物的螺絲孔部。此外，第r 圖及第2圖所示之支撐體3係縮至最短的狀態，而該狀態 318777 9 200815701 之長度方向尺寸 下的支撐體3之長度方向尺寸係比脚體 大。 、腳體4係在前端部下面具有易滑性接觸部其係於 腳體4展開使用狀態時以面狀接觸在地面等被載置部8(參 ，第3圖）。該易滑性接觸部㈣例如氟樹月旨製，與地面 δ 寻被载置部8之間的摩擦係數小，容易滑動於該被載置部 邻了：ΐ Γ系具有：大致四角筒狀的脚構件41，係使基端 端 地安裝在基體2的螺检構件23的轴部I及前 螭構件42，係安裝在該脚構件41之前端部。 2 2之Γί件41的基端部形成有對應螺栓構件2 3的軸部 長孔==及沿著脚構件41之長度方向的長條狀 ^ Ρ籌+ 41的孔43插通有基體2的螺检構件23 的軸部22 ’脚構件41係以該轴部2 φ 栓構件23轉動。補件41的二為二心而可相對於螺 地抵接在螺栓構件23的 手、了⑺動 部22側之端面，脚構件41的二^ =即頭部21的軸 動地抿接,s 一十、. $基编邛另一側面41b係可搖 一 之對向板部13b内面（與—方之對命舡 部13a相對向的對向面）。 贫、 、α 和-方之相對板部l3a内面基端部， 圖）。 硝形成有空間部45(參照第5 丽端構件42係大致圓柱狀者，在节 从 端面部亦即下面部形成部：：：之- 展開使用狀態時以面狀接心、j1MG其係於腳體4 面狀接觸在被載置部8。而且，在前炉 318777 10 200815701 == 折疊不使用狀態時以面狀接觸在支 == 彈性接觸部46係形成為對應支撐體3 外周面的圓弧面狀。 鎖固操作體5係沿著脚體 脚體4的脚構件41之基端部，夢由m可移動地設在 2側移動)，限制脚體4朝上方向轉動朝而 在展開使用狀態之_耗，藉;料體4鎖固 基體2的方向移動），容許脚體4由朝朝上另一方向移動（朝離開 脚體4的鎖固狀態之鎖固解除狀^方向轉動而成為解除 鎖固操作體5係具有彼此分開相對向之大 的一對操作部51、及連結兩操作 1反狀 ^ rn „如p ^ ”作4 51彼此的2個連結軸 。52、53。在#作部51形成有複數個溝… 固操作體5移動方向正交之方向延伸。而且，、二: 51形成有卡合部55’其係在腳體4展開使用時盘第 =卡合广腳體4折疊不使用時與第2=^ 卡口。連結軸部52、53係沿著該長孔4 動 在腳體4的脚構件41之長孔 月動地插通 f右绩圈壯m a 在—方之連結軸部52安 衣有線圈狀弹貫6的—端部，其 成鎖固狀態，該彈箐6另1部係安裝在基而形 件23之軸部22的環狀凹部分28。 _ 、累栓構 接著，説明上述支架裝置！的作用等。 仇使用支架裝置1時，把持腳體4,且使該脚體對 於基體2以螺栓構件23的轴部22為中心，朝下方向大1 318777 11 200815701 ，轉動90度直到脚體4之基端部抵接在擋止用構件29為 止，而成為大致水平狀的展開使用狀態。 此時，不須操作鎖固操作體5，鎖固操作體5的卡合 部55係隨著腳體4轉動而從基體2的第2卡合凹部％内 脫離，然後，藉由彈簧6的彈壓力而進人基體2的第 合：部31内，與該第！卡合凹部31卡合，結果，藉由鎖 口才木作體5使腳體4成為被鎖固在大致水平狀的展開使用 狀態之狀態。 籲如此支#裝置1係如第2圖戶斤示，在地面等被载置 部8上’藉由大致水平狀展開使用狀態的3個脚體$而穩 定地自己站立，且照明震置或照相機等被支撐物被安裝^ ^撑體3的上端部。於該第2圖所示之腳體4展開使用狀 恶時，僅腳體4的易滑性接觸部4〇接觸在被載置部8，因 此，可使支撐被支撐物的支架裝置」整體容易地在被 部8上移動。 • ❿且’木使用支架裝置i時，如第3圖所示，使鎖固 操作體5抵抗彈簧6的彈壓而相對於腳體4移動，將鎖固 操作體5的卡合部55從基體2的第！卡合凹部31内取出， 而使鎖固操作體5形成鎖固解除狀態。 接著，把持脚體4 ’使該腳體4相對於基體2以螺栓 =23的軸部22為中心，朝上方向大致轉動⑽度直到彈 性接觸部46抵接在支撐體3的外周面為止，而形成沿著支 撐體3之大致垂直狀的折疊不使用狀態。 此時，鎖固操作體5的卡合部55;藉由彈醬6的彈壓 318777 12 200815701 力進入基體2的第2卡合凹部32内，與該第2卡合凹部 32卡合。藉由鎖固操作體5的卡合部55和第2卡合凹部 32之卡合’將脚體4保持在大致垂直狀的折疊不使用狀態。 如此，支架裝置1係如第1圖所示，僅藉由基體2而 穩定地自己站立在地面等被載置部8上，且在此竪立姿勢 之下被保管在攝影室角落等保管場所。此外，於該第1圖 所示之腳體4折疊不使用狀態時，僅基體2的接觸部1〇 接觸在被載置部8。 響 然、後，根據支架裝置1 ’由於具備藉由朝上方向轉動 而成為大致垂直狀的折疊不使用狀態、且藉由朝下方向轉 動而成為大致水平狀的展開使用狀態之複數個脚體4，在 腳體4折疊不使用狀態時，藉由基體2而自己站立在地面 等被載置部8上，因此在脚體4展開使用狀態時，可防止 脚4成為攝影作業等之阻礙，且在腳體4折疊不使用狀 態時，可以不將支架裝置丨整體橫向放置而直 壽置’易於保管支架裝置1。 1 、 且在腳體4展開使用狀態時，由於僅腳體4的 觸部4〇接觸被载置部8，因此使支撐被支#物的 木衣置1整體容易地在被載詈邻8 行攝影作業等。被載场動，而可容易地 件nt者’由於螺检構件23的頭部21嵌入固設在基底本 動地抵用孔14，脚構件41的基端部—侧面41a可3 動地抵接在螺栓構件23的200815701 IX. Description of the Invention: [Technical Field] The present invention relates to a stent device for supporting a supported object such as a lighting device or a camera. [Prior Art] Conventionally, there is known a bracket device such as a photographic lighting bracket, which is provided with a pillar, and a support such as an illuminating device is attached to the upper end, and a plurality of legs are rotatably attached thereto. The bracket of the pillar is turned into a non-use shape g along the pillar by the rotation in the downward direction, and is tilted and deployed in an upward direction; and a plurality of wrists are used The leg body is held in an inclined deployment state (see, for example, Patent Document 1). - [Patent Document] JP-A-H8-159382 (Picture: Fig. 2, Figure 2) [Summary of the Invention] [The subject of the invention is to be solved] The above-mentioned conventional truss device towel is used in (4) State τ: ',, so that the foot body is placed at an inclined position inclined with respect to the horizontal direction, and the foot body hinders the photography of the generation _ ^ α 壮能Β士"5 虞. Moreover, the bracket device should be placed laterally as a whole without folding the foot. The present invention is based on the point (4) of the inventor, which is =: r; when the foot is in the state, the foot body becomes _, and in the case where the foot is wide, the stent device can be placed directly without placing the stent in the lateral direction. And the device of the present invention is provided with: a base body; a support body erected substantially perpendicularly to the base body for mounting the substructure; In the plurality of leg bodies, the base body is set to be rotatable in the up-and-down direction, and the folding is not used in a state of being rotated by the rotation of the two-squares, and the hunting is rotated in a downward direction to be substantially horizontally deployed. Shape energy. In the above-mentioned foot body folding does not use the shape can be used - 丄,,] will be used first, and + will use the shape of sadness, when standing by the aforementioned matrix. The contact portion of the U-mounting portion described in item 1 of the bracket mounting range described in the second paragraph of the patent application scope is the contact portion of the U-loading portion, and the factory body has a slip-contact contact with the contact portion at the bottom; : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : Placement unit. Only the contact portion of the substrate is in the range described in item 3 of the above-mentioned patent application scope! Or two items, such as the two-handed system, such as the patent of the patent to the plate, the system-formed with the clothing 'soil' has a pair of pairs and is divided into two holes, and the other side is formed with a hole for the shaft. a hole, the shaft portion is inserted between the head and the portion for the head portion; and the nut member is located at a front corner of the opposite leg system of the salty pair. The ground end portion is mounted on the nut body 2: part: Hai: the member is a rotatable end portion - the side is slidable to the ground ten: the base of the foot member is connected to the head of the bolt member Bottom surface, 318777 6 200815701 :=1: The base end portion of the base portion is slidably abutted against the other range == of the bracket device, such as the patent application body, the restriction foot body 2 =::: frame = the In the open state of use, the locking operation system is disposed along the foot 2: long stretch = more: grounding at the base end of the foot body, by one direction: ^ is locked state 'by facing the other direction Moving to become a locking solution = [Effects of the Invention] According to the present invention, a plurality of leg bodies are provided which are substantially vertical by rotation in an upward direction When the folding body is not in use, it is in a substantially horizontal deployment state by the downward rotation, and when the foot is folded and not in use, the base itself stands, thereby preventing the foot from being deployed. When the foot body is obstructed' and the leg body is folded and not used, the stent device can be placed vertically without being placed laterally as a whole. [Embodiment] An embodiment of a stent device of the present invention will be described with reference to the drawings. In the first to fourth figures, a 1 type bracket device for supporting a camera holder, an illumination stand, and the like of a supported object (not shown) such as an illumination device or a camera. / The bracket device 1 is provided with a base 2 such as a base; the elongated support 3 is erected substantially perpendicularly to the base 2, and the lower end is fixed to the base 2 to support the object (not shown) The plurality of (for example, three) leg bodies 4 are detachably mounted on the upper end portion; and the long strips 318777 7 200815701 - are arranged to be rotatable in the vertical direction about the axis of the base body 2 in the horizontal direction. A state in which the folding is not used (a state shown in Fig. 2) in a substantially vertical direction by a rotation of approximately 9 degrees in the upward direction, and a substantially horizontal deployment state by a rotation of substantially (10) degrees in the downward direction ( The state shown in Figure 2). Further, the bracket device 1 is provided with a plurality of (for example, three) locking operations, and the cymbal is movably mounted on the base end portion of the leg body 4 to form a lock, state 'to limit the foot body 4 upward direction The rotation of the foot body 4 is locked into an unfolded state of use; and a plurality of (for example, three) coil-shaped springs 6' serving as a spring body are used to (4) lock the operating body 5 to form a locked state. Then, as shown in Fig. 1, when the leg body 4 is substantially vertically folded, the base body 2 is stably standing on the ground portion 8 such as the ground. Further, as shown in FIG. 2, when the body 4 is in a substantially horizontally deployed state, the three leg bodies 4 stably stand on the ground-mounted portion 8 such as the ground. The φ base 2 has a base member 1 in which a planar contact portion 1 is formed on the lower surface. The contact portion 10 is in contact with the placed portion δ on the ground or the like when the leg body 4 is folded and not in use. The base member π has a cylindrical portion 12' to which a lower end portion of the support body 3 is fixed; and, for example, three pairs of opposing plate portions 13a, 13b are integrally attached to the tubular portion 12 and are opposed to each other . Then, as shown in Fig. 5, a circular head hole 14 is formed in one of the opposing plate portions 13 & and the other opposing plate portion (10) is formed to be smaller than the head hole 14 A hole 15 is formed in the shaft portion of the circular shape. Further, the base body 2 has the bolt member 23, and the head portion a is fitted with 318777 8 815701, and the head hole 14 of the cylinder 11 fixed to the soil of the bottom member 11 is inserted, and the shaft portion 22 is inserted. Base; and nut components: used? : and located at the front end portions of the pair of opposing plate portions 13a and 13b. The shank is screwed to the head portion 21 and the shaft portion 26 of the shaft portion 22 of the bolt member 23. The inner surface of the head portion 21 of the head portion 21 is formed with a plurality of groove widths, the inner surface of the thickness gauge of the opposing plate portion —, and the side of the square portion 22 of the other L. The end portion is protruded more than the opposite plate portion of one side. In 1 pair! The plate portion (10) faces the opposite side) and the threaded groove 27 is formed on the outer peripheral surface of the shaft end portion 22 W portion & An annular concave portion 28 is formed at a substantially central portion in the axial direction. The needle base 2 has a shaft member 29' for stopping, which is located in the pair (3) of the paired body 4, and is parallel to the bolt member 23, and is restrained by the contact with the bridge & Rotate in the downward direction to position the chat body 4 in the unfolded state of the r:: shape. Further, the opposing plate portions 13a and 13b are formed with the first work card 31 31 engaged with the lock operation body 5 when the leg body 4 is unfolded, and the leg body 4 is folded so that the (4) and the lock operation body 5 are stuck. The brother 2 is engaged with the recess 32. The support body 3 is formed of, for example, a plurality of cylindrical tubes, and is elongated and substantially cylindrical from the tubular portion 12 of the base member u of the base member 2, and can be stretched in the longitudinal direction. . The branch body 3 is provided with a support surface portion 34' at the upper end portion. The screw shaft portion is provided at the center of the branch surface portion 34, and the screw hole portion of the branch member is screwed to the screw shaft portion 35. Further, the support body 3 shown in Figs. 2 and 2 is reduced to the shortest state, and the length dimension of the support body 3 in the longitudinal direction of the state 318777 9 200815701 is larger than that of the leg body. The leg body 4 has a slippery contact portion on the lower surface of the front end portion, and is in contact with the placed portion 8 such as the floor surface when the leg body 4 is deployed and used (see Fig. 3). The slippery contact portion (4) is, for example, a fluorine tree, and has a small coefficient of friction with the ground δ-seeking portion 8, and is slidably attached to the placed portion: the Γ system has a substantially rectangular tube shape. The leg member 41 is attached to the shaft portion I and the front jaw member 42 of the thread detecting member 23 of the base body 2 at the proximal end, and is attached to the front end portion of the leg member 41. The base end portion of the member 41 is formed with a shaft hole corresponding to the bolt member 23 == and a long hole 43 along the longitudinal direction of the leg member 41. The hole 43 of the base member 2 is inserted through the base body 2. The shaft portion 22' of the thread detecting member 23' is rotated by the shaft portion 2φ. The second part of the patch 41 is a center of the screw member 23 and the end surface of the (7) moving portion 22 side with respect to the screw member 23, and the leg member 41 is axially spliced. s ten, . . . The other side 41b can be shaken to the inner surface of the opposite plate portion 13b (opposite surface opposite to the square facing portion 13a). The base end of the inner surface of the opposite plate portion l3a of the lean, α, and - square, Fig. The nitrate portion has a space portion 45 (see the fifth column end member 42 which is substantially cylindrical, and the section is formed from the end surface portion, that is, the lower surface portion::: - when the state of use is expanded, the surface is connected, and the j1MG is tied to The leg body 4 is in surface contact with the placed portion 8. Further, in the front furnace 318777 10 200815701 == when the folding is not in use, the contact is in a planar contact. == The elastic contact portion 46 is formed to correspond to the outer peripheral surface of the support body 3 The locking operation body 5 is along the base end portion of the leg member 41 of the leg body 4, and the dream is moved by the m on the 2 side, and the foot 4 is restricted from rotating upward. In the unfolded state of use, the material body 4 moves in the direction of the locking base 2, and the foot body 4 is allowed to move in the other direction upward (the locking state of the locking state away from the foot body 4) In the direction of rotation, the unlocking operation body 5 has a pair of operation portions 51 that are relatively apart from each other, and two connection shafts that connect the two operations 1 to each other, such as p^, to 4, 51. 53. A plurality of grooves are formed in the #51 portion. The direction in which the solid operating body 5 moves is orthogonal to each other. : 51 is formed with an engaging portion 55' which is used when the leg body 4 is deployed and used. When the disc body is folded, the wide leg body 4 is folded and not used, and the second = ^ bayonet. The connecting shaft portions 52, 53 are along the length. The hole 4 is inserted into the long hole of the leg member 41 of the leg body 4, and the right end of the leg member is inserted into the end portion of the connecting shaft portion 52. In the state, the other part of the magazine 6 is attached to the annular concave portion 28 of the shaft portion 22 of the base member 23. _, the squeezing mechanism, the function of the above-mentioned bracket device, etc. The foot body 4 is gripped, and the foot body is centered on the shaft portion 22 of the bolt member 23 with respect to the base body 2, and is turned upward by 1 318777 11 200815701, and rotated 90 degrees until the base end portion of the foot body 4 abuts against the stop. The member 29 is used in a substantially horizontal deployment state. In this case, the locking operation member 5 is not required to be operated, and the engagement portion 55 of the lock operation body 5 is rotated from the base body 2 as the foot body 4 rotates. 2, the engagement recess is disengaged within the %, and then enters the first portion 31 of the base 2 by the elastic force of the spring 6, and engages with the first engagement recess 31. As a result, The lock body 5 is in a state in which the leg body 4 is locked in a substantially horizontal deployment state. The device 1 is attached to the mounting portion 8 on the ground or the like as shown in FIG. The three foot bodies $ in the state of use are substantially horizontally deployed to stably stand on their own, and the illumination is placed or the support such as a camera is mounted on the upper end of the support 3. The foot shown in Fig. 2 When the body 4 is deployed in the use state, only the slippery contact portion 4 of the leg body 4 comes into contact with the placed portion 8, so that the entire support device supporting the object can be easily moved over the portion 8. • When the wooden bracket device i is used, as shown in FIG. 3, the locking operation body 5 is moved relative to the foot body 4 against the biasing force of the spring 6, and the engaging portion 55 of the locking operation body 5 is taken from the base body. 2 of the first! The engagement recess 31 is taken out, and the lock operation body 5 is brought into a lock release state. Then, the leg body 4' is rotated about the shaft portion 22 of the bolt=23 with respect to the base body 2, and is rotated approximately 10 degrees in the upward direction until the elastic contact portion 46 abuts against the outer peripheral surface of the support body 3. The folding is formed in a substantially vertical shape along the support body 3 in a non-use state. At this time, the engaging portion 55 of the lock operating body 5 is inserted into the second engaging recess 32 of the base 2 by the biasing force of the magazine 6 318777 12 200815701, and is engaged with the second engaging recess 32. The leg body 4 is held in a substantially vertical folded state by the engagement of the engaging portion 55 of the lock operating body 5 and the engagement of the second engaging recess 32. As shown in Fig. 1, the stent device 1 is stably standing on the placed portion 8 such as the ground by the base 2 only, and is stored in a storage place such as a corner of the photographing room in the erect posture. . Further, when the leg body 4 shown in Fig. 1 is folded and not in use, only the contact portion 1 of the base 2 contacts the placed portion 8. After that, the bracket device 1' has a plurality of legs that are in a state of being deployed in a substantially horizontal state by being folded in a vertical state by being rotated in the upward direction and being rotated in the downward direction. 4. When the leg body 4 is folded and not in use, the base body 2 stands on the ground-mounted portion 8 such as the ground. Therefore, when the leg body 4 is deployed and used, the foot 4 can be prevented from being obstructed by a photographing operation or the like. Further, when the leg body 4 is folded and not in use, the bracket device can be placed in the lateral direction without being placed in the lateral direction. 1 , and when the foot body 4 is in the deployed state, since only the contact portion 4 of the foot body 4 contacts the placed portion 8, the wooden body supporting the supported object is easily placed on the entire body 8 Line photography work, etc. When the field is moved, the head portion 21 of the screw detecting member 23 is fitted and fixed to the base movable contact hole 14, and the base end portion 41a of the leg member 41 can be movably abutted. Connected to the bolt member 23
端邱s / 曰7碩口Γ21之底面，脚構件41的J w另—側面仙可滑動地抵接在另一方之對向板部m 318777 13 200815701 i3b不會因為螺帽構件 叉到螺帽構件24鎖緊 内面之構成，因此對向板部13a、 24鎖緊而朝内方撓曲，脚體4不易 的影響’可順利進行脚體4之轉動 可猎由簡單構成之鎖固操作 地鎖固在大致水平狀之展開使用狀態實 作體5抵抗彈箬之骚段二" 立/、要使鎖固操 體4之鎖固 ㈣而略微移動’即可容易地解除腳 如雖未圖示亦可為使脚趙4可在該脚體4的 長度方向伸縮之構成。 〜 而且’不限於腳體4在前嫂都 划0 θ |菔在刖编邛下面具有接觸於被載置 邛8之易滑性接觸部4〇構 、， 得双力j為在腳體4的脚構件 41之則端裝設脚輪之構成等。 【圖式簡單說明】 第1圖係本發明支架裝置之—實施形態之斜視圖 第2圖係該上述支架裝置使用時之斜視圖。 • 第3圖係該上述支架裝置之局部侧視圖。 第4圖係該上述支架裝置之局部分解斜視圖。 第5圖係該上述支架裝置之局部剖視圖。 【主要元件符號說明】 1 支架裝置 3 支撐體 5 鎖固操作體 8 被載置部 11 基底構件 13a、 13b 對向板部 2 .基體 4 腳體 6 彈簧 10 接觸部 12 筒狀部 14 頭部用孔 318777 14 200815701 15 軸部用孔 21 22 轴部 23 24 螺帽構件 26、54 27 螺紋溝 28 29 擋止用轴構件 31 32 第2卡合凹部 34 35 螺絲軸部 40 41 腳構件 41a 41b 基端部另一侧面 42 43 圓形狀孔 44 45 空間部 46 51 操作部 52、53 55 卡合部 頭部 螺栓構件 溝 環狀凹部分 第1卡合凹部 支撐面部 易滑性接觸部 基端部一侧面 前端構件 長條狀長孔 彈性接觸部 連結軸部 15 318777The end of the end of the Qiu s / 曰7 Γ Γ 21, the J w of the foot member 41 - the side slidably abuts the other side of the opposite plate m 318777 13 200815701 i3b will not be forked to the nut due to the nut member The member 24 locks the inner surface, so that the opposing plate portions 13a, 24 are locked and flexed inwardly, and the foot body 4 is not easily affected. 'The rotation of the foot body 4 can be smoothly performed. Locking in a substantially horizontal deployment state using the body 5 to resist the impeachment of the second paragraph, "立 /, to lock the locking body 4 (four) and slightly move 'can easily release the foot as though The illustration may also be such that the foot 4 can be expanded and contracted in the longitudinal direction of the leg body 4. ~ And 'not limited to the foot body 4 in the front 嫂 划 0 θ | 菔 under the 刖 邛 具有 has contact with the 邛 8 placed on the easy to slide contact portion 4 structure, the double force j is in the foot body 4 The foot member 41 is provided with a caster or the like at the end. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an embodiment of the stent device of the present invention. Fig. 2 is a perspective view showing the stent device in use. • Figure 3 is a partial side view of the above stent device. Fig. 4 is a partially exploded perspective view of the above bracket device. Figure 5 is a partial cross-sectional view of the above stent device. [Main component symbol description] 1 support device 3 support body 5 lock operation body 8 mount portion 11 base member 13a, 13b opposite plate portion 2. base body 4 leg body 6 spring 10 contact portion 12 cylindrical portion 14 head Hole 318777 14 200815701 15 Shaft hole 21 22 Shaft 23 24 Nut member 26, 54 27 Thread groove 28 29 Stop shaft member 31 32 Second engagement recess 34 35 Screw shaft portion 40 41 Foot member 41a 41b The other side of the base end portion 42 43 The circular hole 44 45 The space portion 46 51 The operating portion 52, 53 55 The engaging portion Head bolt member groove annular concave portion The first engaging recess portion supports the surface of the face slippery contact portion One side front end member elongated long hole elastic contact portion connecting shaft portion 15 318777