200900563 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種組設於建築物天花板下之組合式释 吊樑組，尤指一種可提昇組裝便利性以及降低成本之懸吊 標組結構設計。 【先前技術】 目則組設於天花板下之組合式懸吊樑組設計，概如第 十圖所示，其係由數懸吊樑（5 0)以及數十字形吊樑接 頭（6 0 )，該些懸吊樑（5 〇 )係縱向及橫向間隔排列， 該些十字形吊樑接頭（6 〇 ) 連接部（6 1 )配合螺絲（6 0 )之端部，藉此組成一組形 該懸吊標組組設於建築物之天 其係於該懸吊樑組中之數支預 水平調整架（40)，再以該 先固定於天花板下之懸吊螺桿 得以懸吊於天花板下。 惟前揭懸吊樑組雖以其組 花板下組成較大面積的懸吊樑 裝時，每四支縱橫連接之懸吊 樑接頭配合螺絲來固接，在組 另一方面，該十字形吊樑接頭 懸吊樑組所使用之十字形吊樑 樑組存在有成本高之缺點。 分別以其朝四方凸伸之四個 2 )固接於四支懸吊樑（6 成具有數方格的懸吊樑組， 花板時’如第十一圖所示， 定懸吊樑（5 0 )頂面組設 水平調整架（4 0 )組接預 (4 1 )下端，使懸吊樑組 合式之構造設計，可便於天 架’但該懸吊樑組中於使組 樑間即須使用一個十字形吊 裝的過程中十分繁瑣不便； 形狀複雜且特殊，且每一組 接碩數量甚多，造成該懸吊 200900563 【發明内容】 电，=1:…的在於提供一種組合式天花板懸吊樑 :猎此…改善先前既有組合式天 組裝不便^本高#缺點。 為達成前揭目的，本發明所設計之組合式 樑組係包括： 化板芯吊 :主懸吊樑’至少呈間隔平行排列，各 一主樑本體及二主承载部設於 ，、 體頂部形成開口朝上的第-體主標本 有卡接溝呈轴向延伸Γ 槽 承載部上各設 縣s，田1J懸吊襟’係分別連接於二相鄰主懸吊樑間，各副 側…k ，、本體及-副承載部設於該副樑本體兩 “梁本體頂部形成開口朝上的第二組接槽，該 本體側端底部形成缺 榡 下几从 4缺π°ρ，相樑本體側端底部設有一朝 下凸伸之卡接凸部， 鄰接之主懸吊樑之主=ΓΓ副樑本體側端跨置於 部上的卡接… 卡接凸部與該主承載 1上旳卞接溝卡接配合；以及 器’各連接器包括—連接片及數固定螺絲組， 縣吊_ 4數穿孔，該連接片可抵靠於相對應之二副 :固：=於其間之主懸吊樑頂部，該些固定螺絲組各以 第固ΓΓ 一端的固定頭部分別置入於該主懸吊標頂端之 弟 組接槽及副懸吊樺頂婭夕贫_ / 片上的穿孔，以螺㈣固槽中，再穿過連接 接—體。 將一主懸吊樑與二副懸吊樑固 5 200900563 相較於先 之特點在 x月x則揭組合式天花板懸吊樑組設計， :既有之組合式天花板懸吊樑組設計，本發明 l組裝簡便：本發明組合式天花板懸 用連接於二相鄰t ”、，、主要係利 “ 吊樑之副懸吊樑，以其副摔太^山 跨置於該主懸吊# ^3 & ㈨铩本體兩端 屮钵側邊的主承載部上， 本體底部之卡接Λ 進步利用副樑 利用該連接器中之連接片杯土私4 的卡接溝中，另 於其間之主縣吊摔對應之副懸吊樑與位 …辟 祐頂部配合固定螺絲與螺帽鎖固，使立可 輕易地穩固地沣厶—遍 L + 便具j 懸吊樑組之接頭式组人：乂：先則既有的組合式天花板 驟，"…有:： 明可以大大簡化組裝步 、、我具有極佳之簡便性。 數固成本：同上所述，本發明係利用包括連接片及 數口疋螺絲組來固接於二副懸吊樑與 樑，是故，本發明可以士 +多用杰二斗， ， 70王免用先則技術揭示之特製十字 形：樑接頭，$而有效降低材料成本，同時，本發明於組 波時因”且襞簡便化可以縮短工時，故可再降低組裝時的 人工費用。 【實施方式】 如第—圖所示，係揭示本發明組合式天花板懸吊樑组 之一較佳實施例，㈣中可以見及，該組合式天花板懸系 樑組係包括數主懸吊樑（1 〇 )、數副懸吊樑（2 〇 )以 及數連接器（3 G )，或可進-步包括至少―灑水器定位 件（27)，如第一至五圖所示，其中： 200900563 該些主懸吊樑（i 〇 )係至少呈間隔平行排列，當該 主懸吊樑（1 〇 )長度相較於施工現場尺寸有長度不田 情形時，卩進一步將數主懸吊# (1 〇 )之直線；接 度的延伸，每一主懸吊樑（i 〇 )包括—主樑本體（丄i )， 以及二主承載部（1 2 )設於該主樑本體（丄丄）兩侧呈 水平延伸，於本較佳實施例中，該二主承载部（丄2 )係 設於該主樑本體（i i )兩側底部，該主樑本體（丄丄^ 及二主承載部（丄2 )為中空體’以減輕重量，該主樑本 體（1 1 )頂部形成開口朝上的第—組接槽（i 3 )，咳 第組接槽（1 3 )上端開口小於槽内側空間，使該開口 兩側具有凸緣，又該二主承載部（丄2 )上各設有卡：溝 (1 4 )呈轴向延伸狀，該卡接溝（i 4 )以設於該主承 載部（1 2 )鄰接該主樑本體（！ i )處為佳。 該些副懸吊樑（2 Q )彳分別垂直連接於二相鄰主懸 吊樑（1 0 )之間’該副懸吊樑（2 〇 )係包括一副縣 體（2 1 )以及二副承載部（2 2 )設於該副樑本體（2 1 )兩側呈水平延伸’於本較佳實施例中，該二副承載部 (2 2 )係設於該副樑本體（2 i )兩側底部，該副標本 ,(2 1 )及該二副承載部（2 2 ) &中空體，以減輕重 ! ’該二副承載部（2 2 )長度短於該副樑本體（2丄）， 使该副樑本體（2 1 )側端底部形成缺口部（2 4 )，該 ^口部（2 4 )的長度對應於主懸吊樑（丄〇 )之主承載 部（1 2)寬度，該副樑本體（2丄）兩端底部各設有一 朝下凸伸之卡接凸部（2 5 )，用以與該主懸吊樑（1 〇 ) 7 200900563 主承載部、 縣？ 的卡接溝（1 4 )卡接配合，又該副 懸吊樑（2 〇 )之斷面形狀可相同於該主懸吊樑之斷面形 狀，該副樑本體「9 1)及一副承載部（22)為中空體， ^ )頂邛形成開口朝上的第二組接槽（2 3) ’該第二組接#(23)上端開口小於槽内側空間， 使該開口兩側具有凸緣。 固-辉if接器（3〇)各包括一連接片（31)以及三 疋…、、，且（3 2 )，該長條狀之連接 三個穿孔（3 1 1D x ^ 之二副懸吊襟（20;及：連接片（31)抵靠於相對應 )及位於其間之主懸吊樑（ 部，該些固定螺絲組（3 ϋ )頁 、ϋJ各包括一固定螺絲s ) 以及螺帽（34)，該固定螺絲 ’：3) 及-固定頭# ( 3 U w 3 )具有—螺接部以 1 、J J 1 )位於一總，挪、+ ?1)可盔且+ 細所迷之固定頭部（3 3 1 ) T為長方形塊體，使 以其固定頭部（331)直㈣ 絲（33)可分別 之第一組接槽（"）及C入主標本體（11)頂端 伐子曰Q丄3 )及副樑本體（ 接槽（2 3 )巾，再旋轉9Q A之二組 可抵靠於該第-組接槽（13)、使/固&頭部（33!) 口兩側之凸緣下方，使該固定頭部接槽（H)開 一組接槽（13)或第二組接槽 1)無須由該第 再移動至預定位置處，使其在^作上=末端槽口置入 前述之固定螺絲（3 3 ) /、較佳之簡便性， / π μ具螺接部 片（31)之穿孔（311) 由下而上穿過連接 每-連接片…）可將—主懸帽⑴），使 '、（1 0 )與二副懸吊 200900563 樑（2〇)固接一 f# 足’再配合二副懸吊樑（2 〇 )分 置於該主懸吊樑（i 〇、Ah + 刀別跨 u υ )兩側之主承載部（1 2 )上及+ 接凸部（25)與卡接、隻f 接合狀態。 接屢（Η)之卡接配合而呈穩固之 剛迷中’該主懸吊樑（1 0 )之主樑本體（1 i )底 口P尚可形成一開口朝卞 底 _ , 0 下的第一組接槽（1 3 )，於副懸吊 樑（2 〇 )之副樑本 吊 之第二組接槽（23 :1)底部尚可形成一開口朝下 . )，用以提供該連接器（30)進 步固接於該主懸吊樑口’進一 當數主懸吊樑u 〇V::j懸類2〇)之底部。 副雜吊妙r 〇 〇 )作直線串接，其連接部位不與 本〇 )組接時，或是數副懸吊樑（2 〇 )作直 、主接、、連接部位不與主懸吊樑（丄Q )組接時 主懸吊樑（icn (或二副懸，樑（ ：： 利用一連接哭（q η、 υ」）之間可直接 (3Q)㈣其頂㈣，或再增設-連接写 (30)固接其底部間 接益 與前述相同，在此即不„述。（3Q)之組接方式概 第—Γ亥組合式天花板懸吊襟組欲懸吊於天花板下時，如 以及第六至八圖所示，可令預定的逹接器 广接水平調整器“〇)，再藉由該水平調整，（40 懸吊樑組得以懸吊於天花板；，==下端，使該 穿過該連接片（川之一固定螺Γ(3)上’並為 調整器（40)底端，再以螺帽 牙過该水平 、d 4 )加以鎖固即可完 9 200900563 成’並可藉由該水平調整器（4〇)調整該懸吊樑組各部 位的高度。如此，如第一圖所示，該組合式天花板懸吊樑 組固定於天花板下方時，即可於該些主懸吊樑（1 0)及 該些副懸吊樑（2 0 ) 2又組成的方格區間中裝設飾板、 燈具（70)、抽風機（8〇)等。 如第九圖所不’該組合式天花板懸吊樑組中，該副懸 吊樑（20)於其中空的副樑本體（2丄）中成形有一固 接4 ( 2 6 )，同樣的，該主懸吊標（工〇 )於其中空的 ^襟本體（11)中亦可成形-中空的固接部（15)， 、提仏灑水态疋位件（2 7 )配合螺栓（2 8 )組接於 二主懸吊樑（10)之間或二副懸吊樑（2〇)之間。 如第、九圖所示’以該灑水器定位件（2 7 )組接 垃二副懸吊樑（20)為例’請參看第九圖，其係令一連 接於二相鄰主懸吊诲f 金丨劣 ’币# ( 1 0 )之間之副懸吊樑（2 0 )分 兩段，用以連接—壤水器定位件（27)，並使其預200900563 IX. Description of the Invention: [Technical Field] The present invention relates to a combined release beam group assembled under a ceiling of a building, and more particularly to a suspension group structure capable of improving assembly convenience and reducing cost. design. [Prior Art] The design of the combined suspension beam group set under the ceiling is as shown in the tenth figure. It is composed of several suspension beams (50) and several cross-shaped beam joints (60). The suspension beams (5 〇) are arranged longitudinally and laterally, and the cross-shaped lifting beam joints (6 〇) connecting portions (6 1 ) are matched with the ends of the screws (60) to form a group The suspension group is set on a plurality of pre-leveling brackets (40) of the suspension beam group, and the suspension screw fixed under the ceiling is suspended under the ceiling. . However, when the front suspension beam group is assembled with a larger area of suspended beams under the group of flower panels, each of the four longitudinally and vertically connected suspension beam joints is fixed by screws, and on the other hand, the cross shape The cross-shaped lifting beam group used in the suspension beam joint suspension beam group has the disadvantage of high cost. Attached to the four suspension beams (6 into a group of suspended beams with several squares, when the plate is used), as shown in the eleventh figure, the suspension beam (5) 0) The top surface is equipped with a horizontal adjustment frame (40) to connect the lower end of the pre-(4 1), so that the suspended beam combined structure design can facilitate the truss' but the suspension beam group is between the group beams. The process of using a cross-shaped hoisting is very cumbersome and inconvenient; the shape is complex and special, and the number of each group is very large, resulting in the suspension 200900563 [Invention] Electric, =1: ... is to provide a modular ceiling Suspension beam: Hunting this...Improved the previous combined type of day assembly inconvenience ^本高# Disadvantages. To achieve the foregoing purpose, the combined beam set designed by the present invention includes: slab core hoist: main suspension beam Arranged at least in parallel at intervals, each of the main beam body and the two main bearing portions are disposed at the top of the body, and the first main body specimen having the opening upwards has an engaging groove extending axially, and each county is provided on the groove carrying portion. Tian 1J Suspension 襟 ' is connected between two adjacent main suspension beams, each side...k, and The body and the auxiliary bearing portion are disposed on the second beam body at the top of the beam body to form a second group of connecting grooves with the opening facing upward, and the bottom portion of the body side end is formed with a defect of a few π°ρ from the bottom, and the side end of the phase beam body The bottom portion is provided with a downwardly projecting engaging convex portion, and the main suspension beam adjacent to the main suspension beam is engaged with the side end of the main beam side of the main suspension beam. The engaging convex portion and the main bearing 1 are connected to the groove. The card connector is matched; the connector 'each connector includes a connecting piece and a plurality of fixing screw sets, and the county crane _ 4 number of perforations, the connecting piece can abut against the corresponding two pairs: solid: = main suspension beam in between At the top, the fixed sets of the fixing screws are respectively placed at the top of the main hanging sling, and the perforations of the sub-hanging watts _ _ _ _ _ _ _ _ _ _ In the solid groove, the connecting body is passed through. The main suspension beam and the second suspension beam are fixed. 200900563 Compared with the prior characteristics, the combined ceiling suspension beam group design is revealed in x month x: The design of the combined ceiling suspension beam set, the invention is simple to assemble: the combined ceiling suspension of the invention is connected to two Adjacent t ”,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, On the bottom, the card at the bottom of the body is improved. The auxiliary beam is used in the joint groove of the connecting piece in the connector, and the main suspension in the main county is the corresponding suspension beam and the position. With the fixing screws and nuts locked, the stand can be easily and firmly smashed - the L + can be equipped with the j-clamping beam group of the joint group: 乂: first the existing combined ceiling, "... There are:: Ming can greatly simplify the assembly steps, and I have excellent simplicity. Digital solid cost: As described above, the present invention uses a connecting piece and a plurality of sets of screws to fix the second suspension beam and Liang, is the reason, the present invention can be used in a multi-purpose Jie Erdou, 70 king-free technology to reveal the special cross: beam joints, $ and effectively reduce the cost of materials, at the same time, the invention in the group wave time and襞Simplification can shorten the working hours, so the labor cost during assembly can be reduced. [Embodiment] As shown in the first figure, a preferred embodiment of the combined ceiling suspension beam set of the present invention is disclosed. (4) It can be seen that the combined ceiling suspension beam set includes several main suspension beams. (1 〇), several pairs of suspension beams (2 〇) and a number of connectors (3 G), or further steps including at least a sprinkler locator (27), as shown in Figures 1 to 5, wherein : 200900563 The main suspension beams (i 〇) are arranged at least in parallel at intervals. When the length of the main suspension beam (1 〇) is longer than the size of the construction site, the main suspension is further suspended. a straight line of # (1 〇); an extension of the joint, each main suspension beam (i 〇) includes a main beam body (丄i), and two main bearing portions (1 2 ) are disposed on the main beam body (丄两侧) The two sides extend horizontally. In the preferred embodiment, the two main load-bearing portions (丄2) are disposed on the bottom sides of the main beam body (ii), and the main beam body (丄丄^ and two main The bearing portion (丄2) is a hollow body to reduce the weight, and the top of the main beam body (1 1 ) forms a first-group groove (i 3 ) with an opening facing upward, coughing The upper end opening of the first set of slots (13) is smaller than the inner space of the slot, so that the two sides of the opening have flanges, and the two main bearing portions (丄2) are respectively provided with cards: the grooves (14) are axially extended. Preferably, the card joint groove (i 4 ) is disposed adjacent to the main beam body (! i ) at the main load bearing portion (1 2 ). The auxiliary suspension beams (2 Q ) are respectively vertically connected to the two phases Between the adjacent main suspension beam (10), the auxiliary suspension beam (2 〇) includes a pair of county bodies (2 1 ) and the second auxiliary bearing part (2 2 ) is disposed on the auxiliary beam body (2 1 ) The two sides are horizontally extended. In the preferred embodiment, the two sub-bearing portions (2 2 ) are disposed on the bottom sides of the sub-beam body (2 i ), the sub-samples, (2 1 ) and the second pair The bearing portion (2 2 ) & hollow body to reduce the weight! 'The two sub-bearing portions (2 2 ) are shorter in length than the sub-beam body (2丄), so that the side of the side end of the sub-beam body (2 1 ) is formed a notch portion (2 4 ), the length of the mouth portion (2 4 ) corresponds to the width of the main bearing portion (12) of the main suspension beam (丄〇), and the bottom ends of the auxiliary beam body (2丄) are respectively provided a latching protrusion (2 5 ) protruding downward to serve Suspension beam (1 〇) 7 200900563 The main bearing part, the county's card joint groove (1 4 ) is snap-fitted, and the sub-suspension beam (2 〇) may have the same cross-sectional shape as the main suspension beam In the cross-sectional shape, the sub-beam body "9 1" and a sub-bearing portion (22) are hollow bodies, and the top cymbal forms a second group of slots (23) with the opening facing upwards. 23) The upper end opening is smaller than the inner space of the slot, so that the two sides of the opening have flanges. The solid-figure connector (3〇) each includes a connecting piece (31) and three 疋..., , and (3 2 ), The strips are connected by three perforations (3 1 1D x ^ of the two suspension slings (20; and: the connecting piece (31) against the corresponding) and the main suspension beam between them (the part, the fixed The screw set (3 ϋ ) page, the ϋ J each includes a fixing screw s ) and the nut (34), the fixing screw ': 3) and the - fixing head # ( 3 U w 3 ) have a screwing portion to 1, JJ 1) The fixed head (3 3 1 ) T, which is located in a total, moving, + 1) helmet and + thin, is a rectangular block, so that the head (331) can be fixed (4) by wire (33). The first group of slots (") and C into the main label Body (11) top cutting 曰Q丄3) and sub-beam body (joining groove (2 3 ) towel, and then rotating 9Q A two groups can abut against the first-group groove (13), make / solid &; under the flanges on both sides of the head (33!), so that the fixed head joint groove (H) opens a set of slots (13) or the second set of slots 1) without moving from the second to the predetermined position Place the above-mentioned fixing screw (3 3 ) / in the upper end slot, preferably for simplicity, / π μ with the perforation (311) of the screwing piece (31) from bottom to top Over-connecting each-connecting piece...) can be - main suspension cap (1), so that ', (1 0) and the second pair of suspension 200900563 beam (2〇) fixed a f# foot' and then with the second suspension beam (2 〇) is placed on the main load-bearing part (1 2 ) on both sides of the main suspension beam (i 〇, Ah + knives across the u υ ) and the + joint convex part (25) is engaged with the snap and f only. The bottom of the main beam body (1 i ) of the main suspension beam (1 0 ) can form an opening toward the bottom of the bottom _ , 0 under the sturdy ( Η ) card a first set of slots (13), and an opening may be formed at the bottom of the second set of slots (23:1) of the secondary beam of the secondary suspension beam (2 〇) to provide the The connector (30) is progressively fixed to the bottom of the main suspension beam 'into the main suspension beam u 〇V::j suspension class 2〇). When the connecting part is not connected with the 〇), or the suspension girders (2 〇) are straight, the main connection, and the connection part is not suspended from the main suspension. When the beam (丄Q) is assembled, the main suspension beam (icn (or the second auxiliary suspension, the beam ( :: using a connection crying (q η, υ)) can be directly (3Q) (4) its top (four), or additional - Connection writing (30) is fixed to the bottom of the bottom. The indirect benefits are the same as the above, and this is not the case. (3Q) The combination method is the first - when the combination of the ceiling-mounted ceiling suspension group is to be suspended under the ceiling, As shown in Figures 6 to 8, the predetermined splicer can be connected to the level adjuster "〇" and then adjusted by the level (40 suspension beam sets can be suspended from the ceiling; == lower end, Pass the connecting piece (the one on the fixed screw (3) of the Sichuan and the bottom end of the adjuster (40), and then lock the nut to the level, d 4 ) to complete the 9 200900563 'The height of each part of the suspension beam set can be adjusted by the level adjuster (4〇). Thus, as shown in the first figure, the combined ceiling suspension beam set is fixed to the ceiling In the square, the plaque, the lamp (70) and the exhaust fan (8〇) can be installed in the square section formed by the main suspension beam (10) and the auxiliary suspension beams (20) 2 In the combined ceiling suspension beam set, the auxiliary suspension beam (20) is formed with a fixed joint 4 (2 6 ) in the hollow sub-beam body (2丄), Similarly, the main suspension target (worker) can also be formed in the hollow body (11) - a hollow fixing portion (15), and a squirting water state clamping member (27) The bolts (28) are connected between the two main suspension beams (10) or between the two suspension beams (2〇). As shown in the figure, the water sprinkler positioning member (2 7) Take the second suspension beam (20) as an example. Please refer to the ninth diagram, which is a sub-suspension connected between two adjacent main suspensions 丨f 丨 丨 ' 'coin # ( 1 0 ) The beam (2 0 ) is divided into two sections for connecting the water separator positioning piece (27) and pre-preserving it
疋組接灑水器定位件（9 7、— & A 仟（2 7 )之端部呈平齊狀。所述之灑 定：：位件（2 7 )係包括-底板部（2 7 1 )以及二固 該：此2 7 3 )成形於該底板部（2 7 1 )之頂面兩端， 有：/ ( 2 7 1 )上介於該二固定冑（2 7 3 )之間設 1:= ( 2 7 2 ) ’該二固定部（273)上各設有 分_( 2 7 4 )，分別提供螺栓（2 8)穿設其中，再 又於5亥-副懸吊樑（2 0 )之副樑本體（川中 之固接部（26”，使該灑水器 丄 二副懸吊才梁（20)之間，並以^水^27)固接於 。亥灑水裔定位件（2 7 ) 10 200900563 之疋位孔（2 7 2 )提供灑水器組裝之用。 所述之灑水器定位件（27)之底板部（271)可 為中空狀，其内設有肋板，並於具有固定部（273)之 兩端各凸伸插入凸部（2 7 5 )，用以插入該副懸吊樑（2 〇 )之副樑本體（2 1 )底部開口朝下之第二組接槽（2 3 )中，或是插入該主懸吊樑（1 〇 )之主樑本體（1工） 底部開口朝下之第一組接槽（丄3 )中。 由前述說明可知’本發明所設計之組合式天花板懸吊 樑a係$用連接於二相鄰主懸吊標之副懸吊標，以其副樑 本體兩鳊跨置於忒主懸吊樑側邊的主承載部上，並進一步 W 4樑本體底部之卡接凸部卡接於該主承載部上的卡接 冓:5利用該連接器中之連接片抵靠於二相對應之副懸 卞/、位於其間之主懸吊樑頂部配合固定螺絲與螺帽鎖 固^吏其穩固地結合—體，進而提供一種組裝簡便的實用 天铯板懸吊樑組。 【圖式簡單說明】 第一圖係本發明組合戎 例之立體示意圖。 ^化板懸吊樑組之—較佳實施 例之& Α ^係帛圖所7F經合式天花板懸吊樑組較佳f 例之局部立體分解示意圖。 實施 第三圖係第一圖所+ 4 你丨夕所不組合式天花板懸吊樑組較佳眚仏 i J之局邛分解平面示意圖。 貫施 第四五圖係第—圖所示組合 實施例組合後之局部立妒-立 化板心吊祿組較佳 局4立體不意圖及局部平面示意圖。 11 200900563 弟八圖係第一圖所示組人彳不〇 4 例與水平調整器、懸吊螺捍之^襟組較佳實施 第七、八圖係第一圖所示組合 實施例與水平調整器、懸吊螺桿組合後==组較佳 及平面示意圖。 卜繞示意圖 第九圖係第一圖所示紐合 例於副懸吊樑與灑水器定〜吊樑組較佳實施 第…“义 體分解示意圖。 體分解示意圖。 °式天化板懸吊樑組之局部立 第十一圖係先前既有之袓人々 調整器及懸“累桿組合後之局二體：意：。吊樑組與水平 【主要元件符號說明】 (1 〇)主懸吊樑 (1 2 )主承載部 (14)卡接溝 (2 〇 )副懸吊樑 (2 2 )副承載部 (2 4 )缺口部 (2 6 )固接部 (271)底板部 (2 7 3 )固接部 (2 7 5 )插入凸部 (3 0 )連接器 (3 1 1 )穿孔 (1 1)主襟本體 (13)第—組接槽 (15)固接部 (2 1 )副樑本體 (23)第二組接槽 (2 5)卡接凸部 (2 7 )灑水器定位件 (2 7 2 )定位孔 (2 7 4 )穿孔 (2 8 )螺栓 (31)連接片 12 200900563 (3 2 )固定螺絲組 （3 3 )固定螺絲 (3 3 1 )固定頭部 （3 4 )螺帽 (4 0 )水平調整器 （4 1 )懸吊螺桿 (5 0 )懸吊樑 (6 0 )吊樑接頭 （6 1 )連接部 (6 2 )螺絲 (7 0 )燈具 (8 0 )抽風機 13端The sprinkler positioning member (9 7, - & A 仟 (2 7 ) is flush at the end. The sprinkling:: the position (2 7) includes the bottom plate (2 7 1) and the second solid: the 2 7 3) is formed on both ends of the top surface of the bottom plate portion (2 7 1 ), and there is: / ( 2 7 1 ) between the two fixed turns (2 7 3 ) Let 1:= ( 2 7 2 ) 'The two fixed parts (273) are provided with points _( 2 7 4 ), respectively, which are provided with bolts (2 8), and then 5 hangs - auxiliary suspension beams (2 0) of the sub-beam body (the middle part of the Chuanzhong (26", so that the sprinkler 丄 two pairs of hanging beams (20), and fixed with ^ water ^ 27). Positioning member (2 7 ) 10 200900563 The position hole (2 7 2 ) provides for the assembly of the sprinkler. The bottom plate portion (271) of the sprinkler positioning member (27) may be hollow, and therein a rib plate is provided, and a convex portion (2 7 5 ) is protruded from each end of the fixing portion (273) for inserting a bottom opening of the auxiliary beam body (2 1 ) of the auxiliary suspension beam (2 〇) In the second set of slots (2 3 ) facing downwards, or the bottom of the main beam body (1 work) inserted into the main suspension beam (1 〇) The first group of slots (丄3) facing downwards. It can be seen from the foregoing description that the combined ceiling suspension beam a designed by the present invention is connected to the auxiliary suspension of two adjacent main suspension tags. The two armatures of the sub-beam are placed on the main load-bearing portion of the side of the main suspension beam, and further, the engaging projections at the bottom of the main body of the W-beam are engaged with the snap-fits on the main load-bearing portion: 5 The connecting piece in the connector abuts against the corresponding auxiliary suspension/the top of the main suspension beam located therebetween, and the fixing screw and the nut lock securely combine to form a simple assembly. Practical Scorpio Suspension Beam Set. [Simplified Schematic Description] The first figure is a three-dimensional diagram of the composite example of the present invention. ^The slab suspension beam group - the preferred embodiment of the & Α ^ system A partial three-dimensional exploded view of the 7F accommodating ceiling suspension beam group. The third figure is the first picture of the singular +4 丨 J 所 组合 组合 组合 组合 组合 组合 组合 所 所 所 所 所 J J J J J J J Schematic diagram of the decomposition plane. The fourth and fifth diagrams are combined with the combination of the combined examples shown in the figure. - Lihua Banxin Hanglu Group is better than the four-dimensional unintentional and partial plane diagram. 11 200900563 The eighth figure shows the group of people in the first picture and the level adjuster, the hanging screw The preferred embodiment of the seventh and eighth diagrams is a combination of the first embodiment shown in the first figure and the level adjuster and the suspension screw. The == group is better and the plane diagram. The second diagram of the diagram is shown in the first figure. In the case of the auxiliary suspension beam and the sprinkler set ~ the suspension beam group is preferably implemented... Schematic diagram of the body decomposition. The eleventh figure of the hanging type beam group of the °-type Tianhua board is the former two-body adjuster and the "two-body after the combination of the tired rods: meaning: hanging beam group and level [main symbol description 】 (1 〇) main suspension beam (1 2 ) main bearing part (14) snap groove (2 〇) auxiliary suspension beam (2 2 ) auxiliary bearing part (2 4 ) notch part (2 6 ) fixing part (271) The bottom plate portion (2 7 3 ) fixing portion (2 7 5 ) is inserted into the convex portion (30) connector (3 1 1) perforated (1 1) main body body (13) first-group groove (15) ) fixing part (2 1 ) sub beam body (23) second grouping groove (25) snapping convex part (2 7 ) sprinkler positioning member (2 7 2 ) positioning hole (2 7 4 ) perforation ( 2 8 ) Bolt (31) connecting piece 12 200900563 (3 2 ) Fixing screw set (3 3 ) Fixing screw (3 3 1 ) Fixing head (3 4 ) Nut (4 0 ) Level adjuster (4 1 ) Hanging Suspension screw (5 0 ) Suspension beam (60) Beam connection (6 1 ) Connection (6 2 ) Screw (7 0 ) Lamp (8 0 ) Exhaust fan 13