M335538 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種隔熱隔音樓板減重裝置，尤指_種結構簡單， 可有效阻斷噪切確保隔音效能，降低整體營建成本，翻於中空樓 板建築之隔熱隔音樓板減重裝置。 【先前技術】 ► 城輕樓板結構體之整體重量以加大地板間距，且同時達到隔熱 與隔音之目的，習知係採用於樓板中鋼筋間形成之間隙埋設輕量之發 泡保利龍之方法以取代傳統混凝土樓板建築。 於埋設實心保利龍塊體時，為避免因保利龍之輕量性質所致於灌 漿時容易脫離原置放位置浮起之問題，通常係使用固定鐵架承裝欲埋 設之實心側舰體，再將定齡_和侧龍塊體一併埋設 於樓板之鋼筋層間。 然而’用於固定實心保利龍塊體之固定鐵架於使用上具有以下幾 "個缺點。 首先ώ於白知固定鐵架係以雙面夾固定鐵架將實心輕量塊體裹 覆U❿後再將固定鐵架連同實心輕量塊體—併放人鋼筋層内。 據此’轉中空樓板上層之噪音將容易沿著該雙面夾固定鐵架傳導至 〆口疋木體之底側’再㈣其翻之混凝土層傳至巾空樓板下方。如 原先汉种工樓板所欲獲得之隔音效果將因該種目定架體之使用 而被大幅度·，物_利達成巾球板之重要齡之目的。 5 M335538 . 其次’該固定鐵架通常結構較為複雜，於製造上所耗費之成本不 低，因此將大幅增加整體營建成本。 • 再者’由_蚊鐵架並不列人整體結構強度之計算内，因此該 -固定鐵架除單純固定實心保利龍塊體之功用夕卜，對整體結構強度之增 加並無助益。 , 魏於此’為改善上述缺點’賴狀齡人如—種適用於中 空樓板建築之結合有實心輕量塊體之固定架體，其結構簡單，可有效 φ阻斷來自上方之深音以達成隔音效能，並可降健體營建成本。 【新型内容】 -本創作之主要目的在提供—種結構鮮，可有效阻斷噪音以達到 ·.隔音效果、p条低整體營建成本，且適用於中空樓板建築之隔熱隔音樓 板減重裝置。 為達上述目的’本創作係提供一種供使用於中空樓板之隔熱隔音 _，板減餘置’包括—固定架體以及複數個實心輕量塊體。其中該固 -定^體包括-壓條以及複數個與該壓條垂直相連結之固定條；該實心 •輕里塊體職藉由該定條賴定於該固定架體上。 於實騎’該触音樓板減钱錄佳於每個實心輕量塊體更 λ有通過其中〜且貝穿該塊體之貫穿孔道，該貫穿孔道係包括一上 段孔道以及—下段孔道，且下段孔道直㈣大於上段孔道直徑；該每 侧疋域貝穿該±段孔道，且於—端設有—連結部，供與—固定件 相連結，藉以將該實心輕量塊體固定於其上；於該下段孔道於該實心 6 M335538 •輕里塊體底侧開口之内側更設有一可卡合其中之實心輕量塊。 . 為·本辦之無與仙财更深人之瞭解，賴實施例配合 ^ 圖式詳述於後。 【實施方式】 , 本創作係提供一種供使用於中空樓板之隔熱隔音樓板減重裝置， 包括-固定架體1以及複數個實心輕量塊體2。其中該固定架體工包 鲁括壓條10以及複數個與該壓條10 ϋ直相連結之固定條。該實心 輕里塊體2則係藉由該固定條12以固定於該固定架體丨上。 實施時，該隔熱隔音樓板減重裝置較佳於每個實心輕量塊體2更 设有-通過其中心且貫穿該塊體之貫穿孔道，該貫穿孔道係包括一上 段孔道以及-下段孔道，且下段孔道直徑係大赴段孔道直徑。每個 =定條12係貫穿該上段孔道，且於一端設有一連結部122，供與一固 定件Η树結，細_實讳量塊體2固定於其上。此外，該下段 孔逼於该貫心輕量塊體底側開口之内側則設有一個可卡合於其中之實 •心輕量塊。 第1Α、2Α與況圖係顯示本創作之隔熱隔音樓板減重 實施例。由第1Α圖可知，該隔熱隔音樓板減重裝置包括一固定架體上 以及連結於其上之複數個實心輕量塊體2。其中，該實心輕 係為方形實心輕量塊體h，並具有-通過其中心且貫穿該塊體之貫穿 孔道’且該貫穿孔道係包括一上段孔道212以及—下段 該上段孔細於與下段孔細連接處有一開口犯，而該下^ 7 M335538 .道214於該實心輕量塊體21底侧則設有一開口 2i5。此外，該上段孔 道121之直徑係小於該下段孔道214之直徑。 .該固定架體1則包括一壓條1〇以及複數個固定條12。其中，該 -固定條12係與該顯10垂直相連結，且每個固定條^分別與一固定 件14以及一具有中央穿孔162之塾片16相結合。 、·於本實施例中，該固定條η為-桿體，係藉由設置於該壓條1〇 上之孔10UC條10可分離式地相結合。該固定们2於遠離該壓 #㈣之端設有-連結部122，其係為一螺紋部122 ;而該固定件Μ 則係為螺帽。當該固定條12穿過設於該壓條1〇上之孔搬並貫穿出 方形實心輕量塊體21之上段孔道212後，該塾片㈣經由其中央穿 孔162套合於該固定條12以壓置於該上段孔道之開口犯上，再 經由將顧定件14_)與該連結部叫螺紋部賊鎖，而可將該方 形實心輕量塊體21固定於該固定 i之固定條12上。 此外°亥下奴孔逼214於該實心輕量塊體21底側開口 215之内側 鲁U個可卡合於其中之實心輕量境別。該實心輕量塊⑽係於 田口疋件14(螺中目)與该連結部(螺紋部)相旋鎖後，再自該開口犯 '卡合入該下段孔道214内。 於中工樓板建築中，習知用於固定實心輕量塊體之固定架體係包 後於二4工里塊體之外；換言之，該等固定架體係分別與其上、下方 之此凝土直接接觸。因此，雖有採用實心輕量球體，樓層上方之嗓音 仍將、二由此凝土層以及該等習知固定架體傳導至樓層下方，如此將使 付” ts球體於隔音效能方面如同虛設。 8 M335538 然而’透過本發明之設計，即利用該實心輕量塊216以將用於固 定實心輕量塊體21之固定條12隱藏於該實心輕量塊體21之内部，藉 此可阻斷自來樓板上方透過壓條10以及固定條12所傳至之噪音，: -確實能達到使用習知固定架體所無法達成之隔音效能。 上述固絲U可由工程瓣或鐵所製成，而該壓條1Q之材質則 可為鐵或鋼材，並可設為波浪狀。此外，為避免該固定條12於貫穿壓 條10上之孔102後所可能發生之轉動，亦可於該固定條12頭部下方 鲁設置-直徑較小之方形塊體，且該孔搬亦可設計為配合該方形塊體 之形狀，藉此得以更為穩固地將該固定條12與該壓條1〇相結合。另， 除本實施例中所使用之方形實心輕量塊體21外，亦可使用其它不同形 狀(如圓形、橢圓形或鼓形)之實心輕量塊體2。 於貝知日寸’如第2A與2B圖所不，將本創作之隔熱隔音樓板減重 裝置直接置入由上鋼筋層32以及下鋼筋層34所形成之間隙内後，再 將該壓條10與鄰近鋼筋綁紮财，即可將該隔熱隔音樓板減重裝置固 ’定於鋼筋層間。 此外，於使用本創作之隔熱隔音樓板減重裝置的同時，亦可使用 多功此裝置4而將整體鋼筋層固定於模板層$之上。如第沈圖所 示’該多功能裝置包括-基座40以及一u形支擇聊似，該U形描 腳42係與該基座40可分離式地相結合，且該基座40底部設有一卡苟 杯。此外，自該U形支撐卿42上端向上延伸一釣狀部私亦可钩合住 該上鋼筋層i。施工時，施工者先於模板層5上打洞，隨後將該卡筒 你插入該_，而觸基座⑼_於模板層5上，細避免因埋設 9 M335538 本創作之隔熱隔音樓板減重裝置之中空樓板的整體重量減輕所導致之 鋼筋層浮起問題。 第1B、3A與3B圖係顯示本創作之隔熱隔音樓板減重裝置之第二 實施例。於本實施射，定條12，係為一桿體，於其靠近屢條1〇, 之端设有-螺紋部124 ’其係供與—螺帽18相鎖合；另於其遠離該塵 條10’之端則設有-連結部122,，該連結部122，係為一鋪狀凸起部。 此外，於本實施例中，所使用之實心輕量塊體2顧形實心輕量塊禮 23 ;所使用之固定件14’則為一具有中央穿孔142之塾片，且該塾片於 該中央穿孔142周緣設有四條_ 144。當該蚊條12,貫穿設於該壓 條10’上之孔102’後，將螺帽18旋鎖於該螺紋部124上，則可將該固 定條12,與該壓條1G，_定。隨後，#翻定條12，貫穿該圓形實心 輕量塊體23之上段孔道232後，再利用該固定件14(塾片）上之裂隙 144將翻定件14卡合於蚊條12，之連結部122，(軸狀凸蝴上， 以將該圓形實心輕量塊體23固定於棚定架體丨，上。最後，再將實心 輕量塊236卡合於下段孔道234内，以達成隔音之功效。 第4A與4B圖係顯示本創作之隔無音樓板減重褒置之第三杏施 例。與第-實施财嗔在於，於本實施财，翻定條12，，係^接 焊接於該壓條上’且其於遠離該壓條1〇，，之端所設之連結部⑵係 為-螺紋部。於本實施财，該實心輕量塊體2係為橢圓形實心輕量 塊^ ’而纖件14職―_。#定條12，，貫穿該擴圓形實 Μ里細5之上段孔道252後，將—具有中央穿請之塾片π 套入該瞻ir並抵住於該上段孔道说開口外侧，再將該固定件 M335538 .16(螺帽)鎖固於該連結部12·紋部)上，如此可將該麵形實心輕量 塊體25固定於該固定架體Γ上。此外，其下段孔道254於該_开^ •實心輕量塊體25之底_部則卡合有—實心輕量塊—，以阻隔來^ • 上方之噪音。 於本實施例中’該固定條I2，，係由鐵所製成，而該壓條1〇，，之材質 則為鐵或鋼材。此外’除本實施例中所使用之擴圓形實心輕量塊體％ *外’其它形狀(如方形、圓形或鼓形)之實心輕量塊體2亦可使用。 • f5A與犯圖係顯示本創作之隔熱隔音樓板減重裝置之第四實施 例。與第三實施例不同處僅在於所使用之實心輕量塊體2之形狀。於 本實施例中絲職形輕量塊體27作為示例，其他與第三實施例相似 之結構，於此不再贅述。 綜上所述，本創作確實可達到職之目的，提供一種結構簡單， 可有效阻斷上方噪音以確保隔音效能，並可降低整體營建成本，且適 用於衫樓板建築之隔熱隔音樓板減錄置。其極具產業利用之價 值’菱依法提出專利申請。 範又上述明朗式僅是肋制本創作之實細，凡熟於此業技 了之人士，仍可鱗效的局部變化與修飾’其縣脫離本創作之技術 M335538 【圖式簡單說明】 第1A圖係顯示本創作⑽熱隔音樓板減錄置之第—實施例之 第〜實施例之分解圖 之第一實施例之 第1B圖係為本創作之隔熱隔音樓板減重裝置之 第2A圖係顯示本創作之隔熱隔音樓板減重襄置 俯視圖。 第2B圖係為本創作之隔熱隔音樓板減重裝置 實施例之剖面圖 圖係頌不本創作之隔熱隔音樓板減重裝置 罘二實施例之 俯視圖。 苐3B圖係為本創作之隔熱隔音樓板減重裝置 ^AA 昂〜實施例之剖面圖。 弟4A圖係顯示本創作之隔熱隔音樓板減重裝置 〜罘二實施例之 俯視圖。 第4B圖係為本創作之隔熱隔音樓板減重裝置 _ 笛Q η 〈弟二實施例之剖面圖。 弟5Α圖係顯示本創作之隔熱隔音樓板減重裝 楚 丨 Κ弟四實施例之 俯視圖。 第5Β圖係為本創作之隔熱隔音樓板減重裝置之第 〜乐四實施例之剖面圖。 12 M335538 【主要元件符號說明】 ; 固定架體1、Γ、Γ 壓條 10、10’、10” 孔 102 、 102， . 固定條 12、12’、12” , 連結部122、122’ ^ 螺紋部124 固定件14、14， 墊片16 中央穿孔142、162 裂隙144 螺帽18 實心輕量塊體2 φ 方形實心輕量塊體21 圓形實心輕量塊體23 橢圓形實心輕量塊體25 鼓形實心輕量塊體27 上段孔道212、232、252 下段孔道214、234、254 開口 213、215 實心輕量塊216、236、256 上鋼筋層32 下鋼筋層34 多功能裝置4 基座40 U型支撐腳42 鈞狀部44 卡筍46 模板層5 13M335538 VIII. New description: 【New technology field】 This creation is about a kind of heat insulation and sound insulation floor weight reducing device, especially the simple structure, which can effectively block noise cutting to ensure sound insulation efficiency and reduce overall construction cost. Light-insulated floor slab weight reducing device for hollow floor slab construction. [Prior Art] ► The overall weight of the city light floor structure to increase the floor spacing, and at the same time achieve the purpose of heat insulation and sound insulation. It is customary to use the gap formed between the steel bars in the floor to embed a lightweight foaming Poly Dragon. Method to replace traditional concrete slab construction. In order to avoid the problem of floating off the original placement position during grouting due to the lightweight nature of the Polytron, it is usually used to mount the solid side hull to be buried. Then, the ageing _ and the side dragon block are buried together between the slabs of the slab. However, the fixed iron frame used to fix the solid Polyon block has the following disadvantages in use. First of all, the fixed iron frame of the Baizhi fixed iron frame is covered with a double-sided clamp to wrap the solid lightweight block and then the fixed iron frame together with the solid lightweight block - and placed in the steel layer. According to this, the noise of the layer on the hollow floor will be easily transmitted along the double-sided clamp fixed iron frame to the bottom side of the rafter wood. Then (4) the turned concrete layer is transferred to the underside of the empty floor slab. For example, the sound insulation effect of the original Chinese slabs will be greatly reduced due to the use of the gantry. 5 M335538. Secondly, the fixed iron frame is usually more complicated in structure and the cost of manufacturing is not low, so the overall construction cost will be greatly increased. • Furthermore, the _ mosquito iron frame does not include the calculation of the overall structural strength. Therefore, the fixed iron frame is not helpful for the increase of the overall structural strength except for the function of simply fixing the solid Polylong block. In order to improve the above-mentioned shortcomings, Wei is a kind of fixed frame body which is suitable for hollow floor slabs and has a solid and lightweight block. The structure is simple and can effectively block the deep sound from above. Achieve sound insulation performance and reduce the cost of building health. [New Content] - The main purpose of this creation is to provide a heat-insulated floor slab weight-reducing device that is fresh in structure, can effectively block noise to achieve sound insulation effect, low overall construction cost, and is suitable for hollow floor construction. . In order to achieve the above objectives, the present invention provides a thermal insulation for use in hollow slabs, which includes a fixed frame body and a plurality of solid lightweight blocks. Wherein the solid body comprises a bead and a plurality of fixing strips perpendicularly connected to the bead; the solid body is fixed on the fixing frame by the strip. In the real ride, the touch-sensitive floor slab is better than the solid-weight block, and the λ has a through-hole that passes through the block, and the through-hole includes an upper channel and a lower channel, and The lower section of the tunnel is straighter than the diameter of the upper section; the side of each section is pierced by the section of the section, and the joint is provided at the end to be connected to the fixing member, thereby fixing the solid lightweight block to the hole The inner channel is further provided with a solid lightweight block that can be engaged therein on the inner side of the solid 6 M335538 • light slab bottom side opening. For the understanding of this book and the deeper understanding of Xiancai, relying on the example of the implementation of the figure is detailed later. [Embodiment] The present invention provides a heat-insulating floor slab weight reducing device for use in a hollow floor panel, comprising a fixing frame body 1 and a plurality of solid lightweight blocks 2 . The holder body includes a bead 10 and a plurality of fixing strips that are directly connected to the bead 10 . The solid lightweight block 2 is fixed to the fixed frame body by the fixing strip 12. In practice, the heat-insulating floor slab weight reducing device is preferably provided with each solid lightweight block 2 - a through-hole through the center thereof and extending through the block, the through-hole system including an upper channel and a lower channel And the diameter of the lower section of the tunnel is larger than the diameter of the tunnel. Each of the = strips 12 extends through the upper section of the tunnel and is provided at one end with a joint portion 122 for splicing with a fixed member, to which the fine-sized block 2 is fixed. In addition, the lower hole is forced to be disposed inside the opening of the bottom side of the transparent lightweight block to provide a solid lightweight block that can be engaged therein. The first, second, and conditional diagrams show examples of weight loss for the thermal and acoustic floor panels of this creation. As can be seen from the first drawing, the heat insulating floor slab weight reducing device comprises a fixed frame body and a plurality of solid lightweight blocks 2 attached thereto. Wherein, the solid light is a square solid lightweight block h, and has a through-hole through the center thereof and through the block, and the through-hole system includes an upper-stage tunnel 212 and a lower section, the upper-section hole is thinner than the lower section There is an opening in the fine joint of the hole, and the lower surface of the solid lightweight block 21 is provided with an opening 2i5. In addition, the diameter of the upper channel 121 is smaller than the diameter of the lower channel 214. The fixing frame body 1 comprises a pressing strip 1〇 and a plurality of fixing strips 12. Wherein, the fixing strip 12 is perpendicularly connected to the display 10, and each fixing strip is combined with a fixing member 14 and a cymbal 16 having a central through hole 162, respectively. In the present embodiment, the fixing strip η is a rod body which is detachably coupled by a hole 10UC strip 10 provided on the bead 1 。. The fixing members 2 are provided at the end away from the pressure #(4) with a coupling portion 122 which is a threaded portion 122; and the fixing member 系 is a nut. After the fixing strip 12 is inserted through the hole provided in the bead 1 并 and penetrates the upper hole 212 of the square solid lightweight block 21, the cymbal piece (4) is fitted to the fixing strip 12 via the central through hole 162 thereof. The square solid weight block 21 can be fixed to the fixing strip 12 of the fixing i by pressing the opening of the upper channel and the locking portion 14_) and the connecting portion. In addition, under the sea, the slave hole 214 is on the inner side of the bottom side opening 215 of the solid lightweight block 21, and the solid U-shaped can be engaged in it. The solid lightweight block (10) is slid into the lower tunnel 214 from the opening after the Taguchi element 14 (snail head) is twisted with the joint (threaded portion). In the Zhonggong floor slab construction, it is customary to fix the solid lightweight block fixed frame system package after the block of the second and fourth workers; in other words, the fixed frame system is directly connected to the upper and lower parts of the concrete. contact. Therefore, although a solid lightweight ball is used, the sound above the floor will still pass the second concrete layer and the conventional fixing frame to the bottom of the floor, which will make the pay ts sphere look like a dummy. 8 M335538 However, by the design of the present invention, the solid lightweight block 216 is utilized to hide the fixed strip 12 for securing the solid lightweight block 21 inside the solid lightweight block 21, thereby blocking The noise transmitted through the bead 10 and the fixing strip 12 above the floor is: - it can achieve the sound insulation effect that cannot be achieved by using the conventional fixing frame. The above fixing U can be made of engineering petals or iron, and the The material of the bead 1Q may be iron or steel, and may be wavy. In addition, in order to avoid the rotation of the fixing strip 12 after the hole 102 passing through the bead 10, the head of the fixing strip 12 may also be The lower block is provided with a square block having a smaller diameter, and the hole can also be designed to fit the shape of the square block, thereby thereby more stably combining the fixing strip 12 with the bead 1 。. Except used in this embodiment In addition to the square solid lightweight block 21, solid lightweight blocks 2 of other different shapes (such as circular, elliptical or drum) can be used. In the case of Bei Zhi Ri inch, as shown in Figures 2A and 2B, The heat-insulating and sound-proof floor slab weight-reducing device of the present invention is directly placed in the gap formed by the upper reinforced layer 32 and the lower reinforced layer 34, and then the bead 10 is tied to the adjacent reinforcing bar, and the heat-insulating floor can be reduced. The heavy device is fixed between the layers of the steel bar. In addition, while using the heat-insulating floor slab weight reducing device of the present invention, the device can also be used to fix the overall reinforcing layer on the template layer $. The multi-function device includes a base 40 and a u-shaped support. The U-shaped foot 42 is detachably coupled to the base 40, and a card is provided at the bottom of the base 40. In addition, a fishing-shaped portion extending upward from the upper end of the U-shaped support 42 can also hook the upper reinforcing layer i. During construction, the constructor first punches the hole in the template layer 5, and then the card is inserted. You insert the _, and touch the base (9) _ on the template layer 5, to avoid the separation of the creation of 9 M335538 The problem of the lifting of the reinforcing layer caused by the overall weight reduction of the hollow floor slab of the soundproof floor slab weight reducing device. The first embodiment of the heat insulating and soundproof floor slab weight reducing device of the present invention is shown in Figs. 1B, 3A and 3B. The fixed strip 12 is a rod body, and is disposed near the end of the strip 1 - a threaded portion 124 ' is for locking with the nut 18; and further away from the dust strip 10' The end is provided with a connecting portion 122, which is a paving convex portion. Further, in the present embodiment, the solid lightweight block 2 used is a solid lightweight block 23; The fixing member 14' is a cymbal having a central perforation 142, and the cymbal is provided with four _144 at the periphery of the central perforation 142. When the mosquito strip 12 penetrates the hole provided in the bead 10' After 102', the nut 18 is screwed onto the threaded portion 124, and the fixing strip 12 can be fixed to the bead 1G. Then, the flip bar 12 is inserted through the upper tunnel 232 of the circular solid lightweight block 23, and then the flip member 14 is engaged with the mosquito strip 12 by using the crack 144 on the fixing member 14 (the cymbal). The connecting portion 122 (on the shaft-like convex member, the circular solid lightweight block 23 is fixed to the shed frame body 。, and finally, the solid lightweight block 236 is engaged in the lower hole 234, In order to achieve the effect of sound insulation. Figures 4A and 4B show the third apricot example of the creation of the soundless floor slab weight reduction device. The first implementation of the financial system is that in this implementation, the settlement 12, The joint portion (2) provided at the end away from the bead 1 is a threaded portion. In the present embodiment, the solid lightweight block 2 is elliptical solid light. The measuring block ^ 'and the fiber piece 14 job _ _. #定条12, through the hole 252 in the upper part of the circle, the 塾 具有 with the central 请 套 套Resisting the outer side of the opening of the upper section of the opening, and then fixing the fixing member M335538.16 (nut) to the connecting portion 12·the portion, so that the surface can be solid and lightweight 25 is fixed to the holder body Γ. In addition, the lower channel 254 is in the bottom portion of the solid lightweight block 25, and the solid-weight block is engaged to block the noise above. In the present embodiment, the fixing strip I2 is made of iron, and the bead is made of iron or steel. Further, a solid lightweight block 2 of other shapes (e.g., square, circular or drum) of the expanded circular solid lightweight block used in the present embodiment may be used. • f5A and the map show the fourth embodiment of the heat-insulated floor slab weight reduction device of this creation. The only difference from the third embodiment is the shape of the solid lightweight block 2 used. In the present embodiment, the wire-shaped lightweight block 27 is taken as an example, and other structures similar to those of the third embodiment are not described herein. In summary, this creation can indeed achieve the purpose of the job, providing a simple structure, which can effectively block the noise above to ensure the sound insulation performance, and can reduce the overall construction cost, and is suitable for the reduction of the thermal insulation floor of the slab building. Set. It is extremely valuable for industrial use. Fan and the above-mentioned clear style are only the actual details of the ribbed creation. Anyone who is familiar with this industry can still make local changes and modifications of the scale. The technology of the county is out of this creation. M335538 [Simple description] 1A is a second embodiment of the heat-insulating floor slab weight reduction device of the present invention. The first embodiment of the first embodiment of the present invention is the second embodiment of the thermal insulation floor slab reduction device. The figure shows the top view of the heat-insulated floor slab weight reduction of this creation. 2B is a cross-sectional view of an embodiment of the heat-insulating and sound-proof floor slab of the present invention. The figure is a top view of the heat-insulating floor slab weight-reducing device of the second embodiment.苐3B is a heat-insulated floor slab weight-reducing device of the creation ^AA ang ~ section of the embodiment. The 4A figure shows the top view of the heat-insulated floor slab weight reducing device of the present invention. Figure 4B is a heat-insulating floor slab weight-reducing device of the present invention _ 笛Q η <division of the second embodiment. The brother 5 Α diagram shows the top view of the four examples of the heat insulation and sound insulation floor slab of this creation. Figure 5 is a cross-sectional view of the first to fourth embodiment of the heat-insulated floor slab weight reducing device of the present invention. 12 M335538 [Description of main component symbols]; Fixing frame 1, Γ, 压 Pressing strips 10, 10', 10" Holes 102, 102, . Fixing strips 12, 12', 12", connecting parts 122, 122' ^ Threaded parts 124 Fixings 14, 14, washers 16 Central perforations 142, 162 Fractures 144 Nuts 18 Solid lightweight blocks 2 φ Square solid lightweight blocks 21 Round solid lightweight blocks 23 Elliptical solid lightweight blocks 25 Drum-shaped solid lightweight block 27 Upper section channels 212, 232, 252 Lower section channels 214, 234, 254 Openings 213, 215 Solid lightweight blocks 216, 236, 256 Upper rebar layer 32 Lower rebar layer 34 Multi-function device 4 Base 40 U-shaped support foot 42 braided portion 44 card shoot 46 template layer 5 13