M275246 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種土木工程施工用組合式内模，具體而古，本 創作係關於-種土木工程施工中供生產格子板結構狀^ 模。 ' 〇 【先前技術】 •，格子板結構係廣泛於目前之土木及建築工程領域中。例如製造 業之薇房，特別是例如晶圓廒之高科技製造業薇房，均使用格子 板做為安裝機具設備之主要結構。 σ -般好減造方式，可分觸_及賴場鱗_。然而 ‘ 不論是現場賴或預鑄，均需設置-定數量之_，再灌注衆料 於内模之間’以形成格子板。内勘部之空間即為巾空之部分。 +因於格子板成形後會關祕力而翻模緊密連接，不易脫 模，故傳統上於格子板成形後，係保留内模於格子板上，亦即不 釀隸子減賴脫模。因此每—單位之格子板㈣使用一定數量 且無法重複使用之内模，增加模具成本。 右於设社需要必需將格子板與賴脫模時，傳統上係採破壞 之脫模方Α亦即於對内模進行結構性破壞後，再將内模自格 子板中取出。因破壞後之内模無法重複使用，此—脫模施工方式 之成本係與不脫模之施工方式近似。 ，此外，，在上述習知施工方式中，每一格子板均需使用新内模來 衣當崎之生產品質不穩定時，格子板之生產品質容易同時 M275246 受到影響 【新型内容】 本創作之主要目的在提供—種土紅觀卫帛 生產格子板結構之用。 、鬥杈’供 提= 乍ί辈另的在提供一種土木工程施工用組合式内模，以 提冋脫挺作業之效率。 ，創作之另—目的在提供—種土木工程施工用組合式内模，以 長：咼生產之模具可重複使用性。 、 本創作之組合式_包含複數個第—碰及—第二模體。第一 模體具有外舰面。_第—觀之外娜面射分離地相互連 接’以形成第-外側弧面。第二模體具有第二外侧弧面。第二外 他面’、有對應之—側邊，此職之二側邊係分別可分離地連接 Γ外侧弧面之二側邊。由是第二外舰面係與第—外側弧面組 合而成一封閉之曲面。 她佳實施例中’本創作組合式内模進一步包含具形變能力之 套模。套模係套合於第一外側弧面及第二外側弧面所組合而成之 封閉曲面外。 【實施方式】 本創作提供-種土紅觀卫驗合式喃。咪佳實施例而 言，本創作提供之組合式_係供使·生祕子減構之用。 此外’本解之組合式賴可依實際施H細於預禱結構 生產工法或是現場賴之結構生產玉法。如圖〗所示之實施例， M275246 組合式内模10係設置於底模上。側模52G係設於内模之 外侧。進行灌槳程序時係於内模10外充填襞料以形成結 如格子板。 如圖2a、圖2b及圖2。所示之實酬，本創作之組合式内模包 讀數個第一模體100及一第二模體。第-模體應具有外侧 二:1 °以較佳_㈣言’外側弧面1G1係為—連續之圓弧面， =:同實施例中，外側弧面101亦可包含曲率為零之平面或 數個曲率不同或不連續之圓弧面。 ^目一鄰^模體娜之外側弧面⑼係可分離地相互連接，以形 卜龜面11G。此處所言可分離地連接係包含抵接、搭接、 卡接或糟由可拆式連接件等可分離之連接 方式。第-外側弧面11G包含有對狀== 面’邮碼_，第—繼面110亦 可包含曲率為零之平面或數個曲率不同或不連續之圓弧面。 -夕體200具有第二外側弧面210。以較佳實施例而言，第 :外側弧面21〇係為連續之圓弧面，然而在不同實施例中，第二 外侧弧面2H)亦可包含曲率為零之平面或數個鱗不不 =;第二外側弧面_ ==可分離地連接第一外側弧面U。之二侧邊⑴。此 '搭接、卡接或藉由可拆式連接 式，且不必然為限制相對位移或完全密合之 成封閉之曲面。此一封閉之曲面較佳為圓教面，然而亦可為圓 M275246 椎面、多邊柱面或多邊椎面。 在如圖2a、圖2b及圖2c所示之實施例中，本創作組合式内模 進一步包含具形變能力之套模400。套模400係套合於第一外側弧 面110及第二外側弧面210之外。換言之，套模4〇〇係套合於第 一外側弧面110及第二外側弧面210所組合而成之封閉曲面外。 以較佳實施例而言，套模400係由塑料所製成。然而在其他實施 例中，套模4GG亦可由其他具延紐且可防歧料渗過之材料所M275246 8. Description of the new model: [Technical field to which the new model belongs] This creative department is about a combined internal mold for civil engineering construction. It is concrete and ancient. This creative department is about the construction of a grid-like panel mold for civil engineering construction. '〇 [Previous technology] • Lattice board structure is widely used in the current civil and construction engineering fields. For example, the Weifang of the manufacturing industry, especially the hi-tech manufacturing Weifang such as wafers, use grid panels as the main structure for installing machinery and equipment. σ-such a good way to reduce production, can touch _ and Laichang scale _. However, ‘whether it ’s on-site or 现场, you need to set-a certain amount of _, and then pour the material between the inner molds' to form a grid plate. The space of the internal survey department is the empty part of the towel. + Because the grid plate will close the secret force after forming, the flip mold is tightly connected, and it is not easy to release the mold. Therefore, traditionally, after the grid plate is formed, the internal mold is retained on the grid plate, that is, the mold release is not reduced. Therefore, a certain number of inner molds cannot be reused per unit of grid plate, which increases the cost of the mold. Right when the company needs to demold the grid plate and Lai, the demolding side A, which is traditionally used to destroy, is to take out the inner mold from the grid plate after structural damage to the inner mold. Because the internal mold cannot be reused after the damage, the cost of this-mold construction method is similar to that of the non-mold construction method. In addition, in the above-mentioned conventional construction method, each grid board needs to use a new inner mold to dress. When the production quality of the grid is unstable, the production quality of the grid board is easily affected and M275246 is affected. [New content] The main purpose is to provide a kind of slab plate structure for the production of a kind of earth red guanwei. 、 Douga ’supply and lift = At first another, we are providing a combined inner mold for civil engineering construction to improve the efficiency of lifting and lifting operations. The creation of another-the purpose is to provide-a kind of combined internal mold for civil engineering construction, in order to: reusable mold production. The combined form of this creation includes a plurality of first-touched-second motifs. The first phantom has an outboard surface. _ 第 — 外 外面 面 束, interconnected separately 'to form a first-outer arc surface. The second phantom has a second outer curved surface. The second external surface ’has a corresponding side—the two lateral edges of this post are separately connected to the two lateral edges of the outer arc surface of Γ. It is a closed curved surface composed of the second outboard surface system and the first-outer arc surface. In her preferred embodiment, the 'combination inner mold of the creation' further includes a set mold with deformability. The sleeve mold is sleeved on the closed curved surface formed by combining the first outer curved surface and the second outer curved surface. [Implementation] This creation provides-a kind of soil red observation and observation murmur. In the case of the Mijia embodiment, the combination type provided in this creation is for the purpose of reducing the structure of the shengshengzi. In addition, the combined type of this solution can be detailed in the praying structure production method or the on-site structure production jade method according to the actual application. As shown in the figure, the M275246 combined inner mold 10 is set on the bottom mold. The side mold 52G is provided outside the inner mold. The paddle process is carried out by filling material outside the inner mold 10 to form a knot such as a grid plate. See Figure 2a, Figure 2b, and Figure 2. As shown, the combined inner mold package of this creation reads a first phantom 100 and a second phantom. The first phantom should have two outer sides: 1 °. It is better to say that the outer arc surface 1G1 is a continuous arc surface. =: In the same embodiment, the outer arc surface 101 may also include a plane with zero curvature. Or several arc surfaces with different or discontinuous curvatures. ^ 目 一 邻 ^ The external arc surfaces of the motif na are detachably connected to each other to form the turtle face 11G. The detachable connection referred to here includes a detachable connection method such as abutment, overlap, snap-on connection or detachable connection. The first-outer arc surface 11G includes an opposite shape == surface 'post code_, and the first-continuous surface 110 may also include a plane with zero curvature or several arc surfaces with different or discontinuous curvatures. The evening body 200 has a second outer curved surface 210. In a preferred embodiment, the first outer arc surface 21 is a continuous arc surface. However, in different embodiments, the second outer arc surface 2H) may also include a plane or several scales with zero curvature. No =; the second outer curved surface _ == detachably connected to the first outer curved surface U. The two side ⑴. This' lap, snap or by detachable connection type, and not necessarily limited to relative displacement or completely closed to form a closed surface. This closed surface is preferably a circular teaching surface, but it can also be a circular M275246 vertebra, a polygonal cylinder, or a polygonal vertebra. In the embodiment shown in FIG. 2a, FIG. 2b and FIG. 2c, the creative combined inner mold further includes a sleeve mold 400 with deformability. The sleeve mold 400 is sleeved outside the first outer curved surface 110 and the second outer curved surface 210. In other words, the sleeve mold 400 is sleeved on the closed curved surface formed by combining the first outer curved surface 110 and the second outer curved surface 210. In a preferred embodiment, the sleeve mold 400 is made of plastic. However, in other embodiments, the die set 4GG can also be made of other materials that are extended and can prevent the penetration of the material.
製成。如圖2a、圖2b及圖2c所示，套模400之内周長係等於第 一模體100及第二模體200所形成之組合體剖面之外周長。然而 在不同實施例中’套模400之内周長可略小於第一模體刚^第 二模體200所形成之組合模體剖面之外周長，以提高套模彻與 組合模體之密合度。 ' 在施工上’當雜完成格子板之製作且完成養護程序後，即可 將第二模體200自組合式内模中脫出，再依序拆解第一模體卿 及套核400 ’以完成拆模之動作。 在如圖2a、圖2b及圖2c所示之實施例中，第一模體ι〇〇包含 有對應之二側壁。侧壁120係自第一模體觸外側弧面ι〇ι之 :邊向内延伸。此處所言之向内延伸，係指向整翻模之内部延 。由是在龍二碰12G _成—郎，絲—空間係位於 Η雜面1G1之背側:此外，第—模體⑽之側壁⑽係可分離 連接::::另一第:核體刚側壁DO連接。此處所言可分離地 連接方7抵接、H-卡，、或藉*可拆式連接件等可分離之 連接方式，且不必然為完全密合之連接方式 第二模體2〇0亦包含有對應之二侧㈣。。側壁则自第二 M275246 外侧弧面210之側邊213肖内延伸。此處所言之向内延伸，係指 向整體内模之内部延伸。由是在對應二側壁22〇間係形成一空間， 且此一空間係位於第二外側弧面21〇之背侧。 如圖2a、圖2b及圖2c所示，第二模體200之側壁22〇係盘相 鄰之第-模體觸側壁12〇夾一角度，使第二模體細可沿由第 -杈體100及第二模體200所組成内模之内部方向位移，並與第 一模體100分離。然而在如圖3a及圖％所示之實施例中，第二 模體200之侧壁220係可分離地連接第一模體1〇〇之侧辟12〇。: 處所言可分離地連接係包含抵接、搭接、卡接、或藉:可拆式連 接件等可分離之連接方式，且不必然為完全密合之連接方式。就 此-實施例而言，第二模體·係可沿轴向與第—模體⑽分離。 一料，在如圖4a及圖4b所示之實施例中，第一模體副及第 :极體200均為實心體。換言之即第一模體1〇〇之側壁 苐二模體200之側壁220間均為實心。 在如圖5a&® 5b所紅實施财，組合朗模進 ^置_。定位裝細係設置於第一外侧弧面丨 弧面210之反侧，她合式喃之内部。 2= :分離地連接第-模體⑽及鄕„此處所言可== 連接係包含抵接、搭接、卡接、妈 + — i 分離之連接方弋H 接鎖接、或猎由可拆式連接件等可 刀離之連財式完约奴連接方式。 如圖5a及圖5b所示，定位, 自盥箆mnn μ 、置600係為一板件，分別鎖固於 ^ 2相鄰之第—模請外壁120垂直延伸而出之 板件610，並與第二槿I# 9nn — μ ^ 甲而出之 禾棋體200之外壁22〇抵接。然而在 中，疋位裝置600亦可為_桿件 Λ 仟仟直接牙過弟一模體100外壁120 9 M275246 及弟一模體200外壁220上脅;夕戸与 上對應之開口，並加以鎖固；或設計定 衣 ，'、、—疋位圈（未緣示）直接套合於組合式内模之内緣。 >圖6a jil 6b林創作組合式_另—較佳實補。在此一實 施例中，第二模體之二側壁22〇係自上而下相互接近。亦即 - 讀應麵咖之間的間距為上寬下窄。因此在脫模時，第二模 體200可沿轴向向上脫出組合式内模。在不同之實施例中，亦可 僅使第二外側弧面21G之二對應側邊213自上而下相互接近，造 成侧壁220形成傾斜扭轉的狀態。 圖7為本創作組合式内模另一較佳實施例。此一實施例與前述 T施例之不同處在於，使用並非完全相同之第一模體⑽及第三 模體3GG來取代前述實施例所述之複數個第一模體⑽。故於本實 施例中’係由第一模體100、第二模體2〇〇及第三模體3〇〇共同組 成組合式内模。然於不同實施例中，亦可配合實際施工需要採用 更多數篁之模體共同組合為一組合式内模。 本發明已由上述相關實施例加以描述，然而上述實施例僅為實 # 施本發明之範例。必需指出的是，已揭露之實施例並未限制本發曰^ 之範圍。相反地，包含於申請專利範圍之精神及範圍之修改及均等 設置均包含於本發明之範圍内。 【圖式簡單說明】 圖1為本創作組合式内模實施例與底模組合示意圖； 圖2a為本創作實施例之爆炸圖； 圖2b為圖2a所示實施例之立體示意圖； M275246 圖2c為圖2a所示實施例之另一角度立體示意圖； 圖3a為本創作另一實施例之爆炸圖； 圖3b為圖3a所示實施例之立體示意圖； 圖4a為本創作另一實施例之爆炸圖； 圖4b為圖4a所示實施例之立體示意圖； 圖5a為本創作另一實施例之爆炸圖； 圖5b為圖5a所示實施例之立體示意圖； 圖6a為本創作另一實施例之爆炸圖； 圖6b為圖6a所示實施例之立體示意圖；以及 圖7為本創作另一實施例之爆炸圖。 【主要元件符號說明】 10組合式内模 100第一模體 101外側弧面 110第一外側弧面 113側邊 120側壁 200第二模體 210第二外侧弧面 213側邊 220側壁 300第三模體 11 M275246 400套模 500底模 520侧模 600定位裝置production. As shown in FIGS. 2a, 2b, and 2c, the inner perimeter of the sleeve mold 400 is equal to the outer perimeter of the cross section of the combined body formed by the first mold body 100 and the second mold body 200. However, in different embodiments, the inner perimeter of the set mold 400 may be slightly smaller than the outer perimeter of the cross section of the combined mold body formed by the first mold body and the second mold body 200, so as to improve the density of the sleeve mold and the combined mold body.合度。 Degree. 'On the construction' When the production of the lattice board is completed and the maintenance process is completed, the second phantom 200 can be taken out of the combined inner mold, and the first phantom and the core 400 are dismantled in sequence. In order to complete the removal of the mold. In the embodiment shown in Figs. 2a, 2b and 2c, the first phantom ιoo includes corresponding two side walls. The side wall 120 extends from the side of the first phantom that touches the outer arc surface: inwardly. The term "inward extension" referred to here refers to the internal extension of the entire mold. Since the 12G _Cheng-lang, the silk-space system is located on the back side of the 1G1 heterogeneous surface in Long Er: In addition, the side wall of the first-motif ⑽ can be detachably connected :::: another: the rigid side wall of the nuclear body DO connection. The detachable connection method such as the abutment, H-card, or borrowing * removable connector mentioned here is not detachable, and it is not necessarily a completely tight connection. The second module body 200 is also Contains the corresponding two sides. . The side wall extends from the side 213 of the second curved surface 210 of the second M275246. The term "inward extension" as used herein refers to the internal extension of the overall inner mold. Therefore, a space is formed between the corresponding two side walls 22o, and this space is located on the back side of the second outer arc surface 21o. As shown in FIG. 2a, FIG. 2b and FIG. 2c, the side wall 22 of the second phantom 200 is adjacent to the plate by an angle between the first phantom and the second phantom. The inner mold of the body 100 and the second mold body 200 is displaced in the internal direction and separated from the first mold body 100. However, in the embodiment shown in FIG. 3a and FIG.%, The side wall 220 of the second mold body 200 is detachably connected to the side of the first mold body 100. The detachable connection mentioned here includes abutment, overlap, snap connection, or borrowing: detachable connection methods such as detachable connectors, and it is not necessarily a completely tight connection method. In this embodiment, the second phantom unit can be separated from the first phantom unit in the axial direction. For one thing, in the embodiment shown in Figs. 4a and 4b, the first phantom pair and the second polar body 200 are solid bodies. In other words, the side walls of the first phantom 100 and the side walls 220 of the second phantom 200 are solid. 5a & ® 5b, the implementation of the wealth, the combination of Lang Mo Jin _ set_. The positioning device is arranged on the opposite side of the first outer curved surface 丨 the curved surface 210, and the inner part of the combined type is murmured. 2 =: Separately connect the -motif ⑽ and 鄕 „can be said here == The connection system includes abutment, lap, snap, mom + — i separate connection party 弋 H lock, or hunting can Detachable connectors, such as detachable connection types, can be used to complete the connection. As shown in Figure 5a and Figure 5b, positioning, self-cleaning 箆 mnn μ, 600 series is a plate, respectively locked in ^ 2 phase The adjacent piece—the plate 610 extending vertically from the outer wall 120 and abutting against the outer wall 22 of the second piece I # 9nn — μ ^ out of the chess body 200. However, in the middle, the niche device 600 can also be _ 件 Λ 牙 directly through the outer wall of the younger phantom 100 100 9 M275246 and the outer wall of the younger phantom 200 220 on the upper part of the wall; Xi and the corresponding openings, and lock; or design clothes , ',,-疋 bit ring (not shown) is directly fitted on the inner edge of the combined inner mold. ≫ Fig. 6a jil 6b Lin creation combined type_other—better practice. In this embodiment, The two side walls 22 of the second phantom are close to each other from top to bottom. That is, the distance between the reading cups is wide and narrow. Therefore, when the mold is released, the second phantom 200 can be axially upward. Take off Combined inner mold. In different embodiments, it is also possible to make only the two corresponding side edges 213 of the second outer arc surface 21G approach each other from top to bottom, causing the side wall 220 to form a tilted and twisted state. Another preferred embodiment of the combined inner mold. This embodiment is different from the foregoing T embodiment in that the first motif ⑽ and the third motif 3GG which are not exactly the same are used instead of the plural described in the previous embodiment. First phantom ⑽. Therefore, in this embodiment, 'combined inner mold is composed of the first phantom 100, the second phantom 2000, and the third phantom 300. However, in different embodiments It can also be combined with the actual construction needs to use a larger number of phantoms to form a combined internal mold. The present invention has been described by the above related embodiments, but the above embodiments are only examples of implementing the present invention. Required It is pointed out that the disclosed embodiments do not limit the scope of the present invention. On the contrary, the spirit and scope of the scope of patent application and the modifications and equal settings are included in the scope of the present invention. [Schematic description of the drawings ] Figure 1 for this creative composition Schematic diagram of the combination of the inner mold embodiment and the bottom mold; Figure 2a is an exploded view of the creative embodiment; Figure 2b is a perspective view of the embodiment shown in Figure 2a; M275246 Figure 2c is another perspective view of the embodiment shown in Figure 2a Figure 3a is an exploded view of another embodiment of the creation; Figure 3b is a schematic perspective view of the embodiment shown in Figure 3a; Figure 4a is an exploded view of another embodiment of the creation; Figure 4b is an embodiment of the embodiment shown in Figure 4a 3D schematic diagram; Fig. 5a is an exploded view of another embodiment of the creation; Fig. 5b is an exploded view of the embodiment shown in Fig. 5a; Fig. 6a is an exploded view of another embodiment of the creation; Fig. 6b is an implementation shown in Fig. 6a A schematic perspective view of the example; and FIG. 7 is an exploded view of another embodiment of the creation. [Description of main component symbols] 10 combined inner mold 100 first mold body 101 outer arc surface 110 first outer arc surface 113 side 120 side wall 200 second mold body 210 second outer arc surface 213 side 220 side wall 300 third Mould body 11 M275246 400 sets of mold 500 bottom mold 520 side mold 600 positioning device