TW514694B - Assembling form and construction method thereof - Google Patents

Assembling form and construction method thereof Download PDF

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Publication number
TW514694B
TW514694B TW90129463A TW90129463A TW514694B TW 514694 B TW514694 B TW 514694B TW 90129463 A TW90129463 A TW 90129463A TW 90129463 A TW90129463 A TW 90129463A TW 514694 B TW514694 B TW 514694B
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Taiwan
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template
mold
group
tie
bearing
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TW90129463A
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Chinese (zh)
Inventor
Yung-Chuan Juang
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Yung-Chuan Juang
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Priority to TW90129463A priority Critical patent/TW514694B/en
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Publication of TW514694B publication Critical patent/TW514694B/en

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Abstract

This invention, entitled ""Assembled form and construction method thereof,"" is a reinvention of application No.84111564 entitled ""Bearing type form and assembled form post thereof,"" mainly consisting the steps of: (1) adopting the design of the bearing form and assembled form posts of the original invention, to set form assembling bolts on form assembling posts in order to assemble the bearing type forms into a complementary plane; (2) designing an assembled form with holes punched on a plane slat and an angle slat, which uses three-sectional tie bars on the assembled form in plane-slat shape, and the form assembling bolts on the assembled form in angle-slat shape; and (3) assembling a reinforcing device or connector on the assembling form for extending the form to guide the form work upwards by the tie bars. This invention provides the improvements of accommodating vertical assembled form work and laminated-form work to replace slope shoring effect, thereby obtaining a systematized construction method of high industrial value for form work.

Description

514694 A7514694 A7

五、發明説明(/ ) 關於本發明,緣是,發明人已申請有第八四---五六四 號「承屋式模版及i攘槔」之核准發明專利案,其主要係設 % _ ^---^------裝-- (請先閱讀背面之注意事項再頁) 線 計一模板之組合邊為具有承(壓)合面之承壓式模版及其組 模桿者;其主要技術,係設計一模版之組合邊成具有高低階 面,則以該低搜面作為承合面;並設計一具有壓合翼之組模 禅,於該組模桿上,設置組模螺栓,作組合一雙具承合面之模 版成互補之模版平面者。然而,原發明係設計組模桿成一,, τ 型截面之桿件,於應用其兩翼版作為壓合翼,並在組模桿 上,分別設弊組模螺栓組裝孔與組裝組模螺栓和設製所需之 繫條串置孔;在模版工程施工上,係於其(牆)模穴擬首先組 立之一侧模面,利用組模桿上之组模螺栓,獨立組合各一雙 承壓(合)式模版在組模桿上而連結成其模穴之一侧模面再 旨级模桿上之繫條串置孔,串置貫串式繫條及套管之模穴定 位器,作级立其模穴另一側模相對位置之組模样,期組合其 另一侧模之承壓(合)式模版在其組模桿上之效果;並由於使 用組合模版,而期在組模桿上對模穴之兩側模作對稱式設置 繫條之方式,而期無需使用橫貫材,即可令各模版對其模穴 灌漿時之壓力,作完全對稱式繫結承壓式模版之功效者❶ 經濟部智慧財產局員工消費合作社印製 但由於原發明既已設計其單元模版之橫邊為具有承合号 之型式,又設計其组模桿秦肩具有一 “τ”型截面桿;其在以 組模桿作對稱式組合承壓(命)式模版之作用上,係以“ T,, 型桿之兩翼作為壓合翼,致在“T”型样之辉版(捍)上並無 其他支功能;且其在詛模桿上,係以分別設褽有組模螺栓孔 本紙張尺度適用中國8^揉準(〇阳)八4规格(210父297公釐) 514694 經濟部智慧財產局員工消費合作社印製 五、發明説明(a ) 及繫條串置孔,與在其組模嫁检孔組裝組模螺栓,在一模穴 擬先完成組立之一側模面,使用組模桿上之組模螺栓,獨立組 «各雙承壓(合)式模版,連結成一侧模面,在該組模桿上 之繫條串置孔,牟置貫串式繫條及其套管(模穴定位器)作組 立其相對位置之組模桿,仍利用其上之組模栓,於另一側模組 合各一雙承壓(合)式模版在其組模桿上連結成另一側模之模 面;致尚未能使繫條在施工中,直接產生板合(固定)模版之 效果;且由於原發明,係設計承壓(合)式模版為具有雙跨距 (二支)豎撐之型式,在施工上,雖因以組模桿作對式組合承 壓(合)式模版,而無須使用橫貫材作設置(支承)繫條,但仍 需在雙跨距承壓(合)式模版之繫結跨度上,使用短支之簡支 橫撐支承繫條及其中間豎撐之作用力;而尚未能達到完全簡 捷便利及實用性之目的。因此本發明,再思索:1設計承壓 (合)式模版+于施工中可無需設置橫背撐之型式;二考慮於 組模桿上採用具有操穴定位器及可作外段組合之繫條;再依 據「零件組合再生原理,將原發明在模版工程中,所使用之 零件,再創作及組會,另成一新零件,于產生工具效用」之 技術觀念,于原發明之組模桿,在本發明,易創作成一平版 條型及一角版條型之組模版者;並在模臊工程中予使用具有 模穴定位器之三段式繫條;及依所需擬設置繫條之橫向間 距,設計承壓(合)式模版成單跨距豎撐冬單元模版,與配 合設計其具有適當寬度及長度之平版條型组模膦,而在其中 心線上為依擬設置繫條之豎向間距予設製繫條串置(组裝)(2 &gt; 私纸張尺度逍用中國國家梂準(CNS ) A4规格(210X297公釐) (請先閱讀背面之注意事項再^^4頁) --^-- 丨訂------丨線,--- me In · B7 五、發明説明(j ~--- 孔者;則可利用在平版條型组模版,先組裝三段式繫條之 外段螺桿在其繫條串置孔上,而成一「繫條螺栓组裝體」 之组模工具者;即無需如原發明以在其組模桿組模桿上獨 立設製組模螺栓,而利用繫條螺栓組裝體」作組模工具 ’在模版工程〈播〉模穴振先组立之一側模,以「繫條螺 栓組裝體」組合各一雙單跨距之承壓〈合〉式模版,作以 繫條直接鎖固在其各组模版上,連結成一側模面;于增加 繫條在模版工程中之應用功效;即亦免除在原發明,需在 其模版上設置橫背撐支承繫條及需在其組模桿上設置組模 螺拴者。另本發明設計之角版條型組模版,係在其兩翼版 上之適當間距設置有螺栓孔,而可利用其在模版工程之外 角隅處,配合在其擬作陽角組合之模版上設製與角組模版 之翼版上相等岗距之組裝孔;則可使用角組模版予組合或 讀組合外角隅處之模版成陽角模,或利用分段之角組模版 於組合陽角模,作外伸至模穴之上方,於積層模版工程施 工上’做其外角延伸之定位器功效者。而可設計以本發明 組合模版之方式,在模版工程上建立其系統化之施工法者 經濟部智慧財產局員工消費合作社印製 蓋原發明「承壓式模版及組模桿」以設計組模桿在模版 工程作縱向及橫向組合具有承合面之承壓〈合〉式模版,雖 具有獨特之利用價值;然而,因原發明之設計方式,在模版 工程中,僅能使繫條間接產生组模之功效而己;致尚不能滿 足發明人于創作本案之目的❶於是,本發明,係予設計承 (3) 本纸張尺度適用中國國家梂準(CNS ) A4規格(21〇χ297公釐) 514694 經濟部智慧財產局員工消費舍作社印製 ft, 紙 本 發明説明(4) — 壓(σ )式模版成單跨距之单元模版及配合設計其平版條型 組模版,與使用三段式繫條,利用繫條之中段作為模穴定位器 ,在以組模版组合承壓〈合〉式模版之作業上則可先以組 裝其繫條之外段螺桿在平版條型組模版之繫條串置孔上,成 一「繫條螺栓組裝體」之組模工具;在模穴擬先組立之一侧 模面,即可方便以「繫條螺栓组裝體」作紐合其承壓〈合〉 式模版,令繫條兼作為組模螺栓于鎖固各一雙承壓〈合〉式 模版在其組模版上,連結成模穴首先組立之一側模面,再利用 其「繫條螺栓組裝體」上之繫條组立其對向模之組模版, 于襄承組立其對向模之承壓〈合〉式模版在其組模版上和 利用該繫條鎖固模版完成其模穴之兩側模面;令繫條直接產 生組合模版之功效者。以組模版組合單跨距之承壓〈合〉 式模版,其相互間之結合,係得予使甩在承壓合面上之摩擦力 ,或彷使用原發明中之型夾器,作夹持相互結合之模版 ,予固定之。而本發明以Γ繫條螺栓組裝體」在模版工程中 作組立模版,係仍得以一般之斜樓支持組立中之模版及調整 其豎直度;另亦得於在設計有水平支承檯之模版工程中,在水 平支承檯之侧邊,設計組裝一支褸版,跨置至水平支承檯上方 ,作為豎模器,使在該模穴擬先組立之一側模面,其「繫條螺 栓组雾體」上之繫條螺桿,得配合串置在豎模器〈支撐版 &gt;上,和水平支承檯之固結繫條,聯合結合「繫條螺栓组 裝體j在豎模器上,作聋組模版在水平支承檯上者; 關於豎模器之設計,係包含一支撐版及其角支承,支撐版 (4) 請 先 閱 讀 背 面 之 注 意 事 項 再 頁 裝 綵 逍用中國國家橾準(CNS &gt; Α4规格(210X297公釐 發明説明(f 經濟部智慧財產局員工消費合作社印製 之長度為需跨置水平支承檯上方至包含「 繫條螺检組裝體」了部二支以1之繫條為s,而其角支承 之豎向高度為需可跨置至水平支承檯上方至包含「繫條螺 栓组裝體」下部一支繫條為宜,並在模版工程於設置水平 支承檯時,即同時設置〈組合〉之;故雖增加設置水平支 承檯之手續,但在紅立時為可發揮快速組立之效果。而由 於本發明設計平版條型組模版,其一方面係簡化原發明組 模桿之構造,另一方面為利用於所設計之組模版在組合承 壓〈合〉式模版之施工上,以繫條兼組模螺栓,作組合模 版之功效;在其對於組模版之補強,仍方便在級模版之背 面’直接以三段式繫條之外段螺桿,裝置型鋼等材 料作為補強II或架接器,使組模版在多〈積〉層結構體之 撫版工程施工上,在結構體模版工程之外部模穴之外側模 部份’使用架接器予架接延伸组模版之長度,而延續導引 承雇〈合〉式模版,作向上組合或爬模作業之功效者;其 中,當該外部外側模予設計成具有加長一長度時,係可利用 组模版配合组裝其上層之外部水平支承檯在模穴上方,於 本層灌漿,時手製作上層之凸榫者;而關於在積層模版工程 之施主上’仍可在其外部模之上端,於組模版之上端製孔 裝置一整直版或角鈑在外側模頂端予整直外側模,並得以 鎬定螺桂:组裝該整直角鈑,於本層拆模後,固定該整直凫 飯在原位置上,作為再向上施工時之承置器者。而達到於 本發明,設計之組模版在模版工程上建立其具有產業上利用V. Description of the invention (/) Regarding the present invention, the reason is that the inventor has applied for an approved invention patent case No. 84 --- No. 564 "house-type template and i 攘 槔", which is mainly based on% _ ^ --- ^ ------ install-(Please read the notes on the back first and then the page) The combined edge of the meter and template is a pressure-bearing stencil with a bearing (compression) surface and its assembly mold The main technology is to design a template with a combination of edges to have a high and low order surface, then use the low search surface as the bearing surface; and design a group of mold Zen with compression wings, set on the group of mold rods, set Set the mold bolts to make a pair of stencils with bearing surfaces into complementary stencil planes. However, the original invention is to design a group mold rod into one. The τ-shaped cross-section member is used to apply its two-wing version as a compression wing, and the group mold rod is provided with a group mold bolt assembly hole and an assembly group bolt and Set required string holes; in the formwork construction, one of the side mold faces of the (cavity) mold cavity is to be assembled first, and the set bolts on the set mold rod are used to independently combine one pair of bearings. The press (closed) stencil is connected to the mold rod to form one of its side cavities, and then the string locating holes on the die rod are placed in series. Make a group appearance of the relative position of the mold on the other side of the mold cavity, and combine the effect of the pressure-bearing (closed) template on the mold of the other side on the group mold rod; and because the combination template is used, the group is expected to be in the group On the mold rod, the two sides of the mold cavity are symmetrically provided with tie bars, and without using cross-bars, each template can be used to make the pressure of its cavity cavities to be fully symmetrical to tie the pressure-containing template. Efficacy 印 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs Considering that the horizontal side of the unit template is a type with a bearing number, the group mold rod Qin shoulder is designed to have a "τ" cross-section rod; it acts as a symmetrical combination pressure-bearing (life) template using the group mold rod. In the above, the two wings of the "T," type rod are used as the compression wings, so that there is no other support function on the "T" type of bright version (protection); and it is set on the curse mold rod separately. There is a set of mold bolt holes. The paper size is applicable to China's 8 ^ standard (0 Yang) 8 4 specifications (210 father 297 mm) 514694 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of the invention (a) and the string Set holes and assemble assembly bolts in the assembly holes of the assembly molds. One side of the mold cavity is to be completed first in a mold cavity. Use the assembly bolts on the assembly rods. Independently «each double pressure (combined) The pattern template is connected to form a side mold surface, and the tie rods on the set of mold rods are placed in series. Mou through string tie rods and their sleeves (mold cavity locators) are used to form the relative set of mold rods. The set of mold bolts on the other side are combined with a pair of pressure-bearing (closed) stencils on the other side of the mold set and connected on the set mold rod. The mold surface of the other side mold; which has not been able to directly produce the effect of the plate (fixed) template in the construction of the tie bar; and because of the original invention, the design pressure-bearing (close) template is double-span ( Two) The type of vertical bracing. Although the group of rods is used as a combined pressure-bearing (combination) template in the construction, it is not necessary to use cross-bars for setting (supporting) tie bars, but it still needs to be supported in two spans. On the binding span of the compression (compression) type template, the forces of the short-supported simple-supported horizontal brace support tie bar and its intermediate vertical support are used; but the purpose of complete simplicity and convenience and practicality has not yet been achieved. Therefore, the present invention, Rethink: 1 Design a pressure-bearing (combined) template + no need to set a cross brace during construction; 2 consider using a tie bar with an acupoint positioner and an outer section combination on the group mold rod; then based on The principle of "regeneration of parts combination, the original invention in the stencil project, re-creation and assembly of the parts used, another new part, in the production of tool utility" technology concept, in the original invention of the group mold rod, in the present invention , Easy to create a flat plate and a corner version A group of template templates; and a three-section tie bar with a mold cavity locator is used in the mold project; and the lateral distance of the tie bar is to be set according to the needs, and the pressure-bearing (combined) template is designed to have a single span The vertical support winter unit template is designed to cooperate with the flat strip type module mold with appropriate width and length, and the central line is arranged in series (assembled) for the vertical distance of the tie bar according to the intended setting (assembly) ( 2 &gt; Standards for private paper use China National Standard (CNS) A4 specification (210X297 mm) (Please read the precautions on the back before ^^ 4 pages)-^-丨 Order ------丨 line, --- me In · B7 V. Description of the invention (j ~ --- hole holders; you can use the flat plate type template, first assemble the three-segment tie bar outside the screw in the tie bar Holes, forming a "tethered bolt assembly" grouping tool; that is, as the original invention does not need to independently set the grouping mold bolts on the grouping rod assembly mold rod, and use the tie bolt assembly " One set of side molds is assembled in the mold project “Broadcasting” in the template project “Broadcasting”, and each pair of single-span single-span pressure-bearing units is assembled with “tie bolt assembly” 〉 Type template, which is directly fixed to each group of templates with tie bars and connected to one side of the die surface; in order to increase the application effect of tie bars in the template project; that is, it is also exempt from the original invention, and it is necessary to set a horizontal back on its template. Those who support the tie bar and need to set the group screw on the group mold rod. In addition, the angle plate strip group template designed by the present invention is provided with bolt holes at appropriate intervals on the two wings of the plate, and can be used on the outside corner of the template project to cooperate with the template intended to be a combination of positive angles. Assembly holes with the same pitch as the wing plate of the corner group template; you can use the corner group template to combine or read the template at the outer corner of the combination to form a male corner mold, or use the segmented corner group template to combine the male corner molds. It is used to extend to the top of the mold cavity, and to do the positioner function of its outer corner extension in the construction of the laminated template. And it can be designed in the way of the combination template of the present invention to establish a systematic construction method on the template project. The employee consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs can print and cover the original invention "pressure-bearing template and group mold rod" to design the group mold. The vertical and horizontal combination of the rod in the template project has a bearing surface of the "combination" type template, although it has a unique value for use; however, due to the original invention design method, in the template project, only the tie bar can be indirectly generated assembly It is not enough to satisfy the purpose of the inventor in the creation of this case. Therefore, the present invention is a design contract. (3) The paper size is applicable to the Chinese National Standard (CNS) A4 specification (21 × 297 mm). 514694 Printed by the Consumer House of the Intellectual Property Bureau of the Ministry of Economic Affairs ft, printed on paper Description of the invention (4) — Press (σ) type template into a single-span unit template and design its lithographic strip group template, and use three sections The tie bar uses the middle section of the tie bar as a mold cavity locator. In the operation of pressing a combination template with a combination of template plates, the screw of the outer section of the tie bar can be assembled in the flat plate type mold The tie bar string holes form a "die tie bolt assembly" grouping tool; one side die surface is to be assembled in the mold cavity first, and the "tie tie bolt assembly" can be conveniently used as a joint bearing. Pressing the "compression" type template, so that the tie bar also serves as a group mold bolt to lock each pair of pressure-bearing <compression> type templates on its group template, which are connected to form a cavity firstly set up one side mold surface, and then use its " The tie bars on the "tie bar bolt assembly" set up the group template of its facing die, and Yu Xiangcheng set up the pressure-resistant (combination) type template of the facing die on its set template and used the tie bar to lock the template. The mold faces on both sides of the mold cavity; those who make the tie bars directly produce the effect of the combination template. Combining single-span pressure-bearing (combination) type templates with a group template, the combination of each other can make the friction force thrown on the pressure-bearing surface, or use the clamp of the original invention as a clamp Hold the combined template and fix it. The present invention uses the Γ series strip bolt assembly as an assembly template in the template project, which can still support the template in the assembly and adjust its verticality in a general inclined building; it can also be obtained in a template with a horizontal support platform. In the project, a stencil plate is designed and assembled on the side of the horizontal support platform, and it is placed above the horizontal support platform as a vertical mold device, so that one of the side mold surfaces in the mold cavity is to be assembled first. The tie rod screw on the "group of mist bodies" must be placed in series on the vertical mold <support plate> and the consolidation tie bar of the horizontal support platform, and the "tether bolt assembly j" on the vertical die device must be combined. For the deaf group template on the horizontal support platform; the design of the vertical mold device includes a support plate and its angular support, the support plate (4) Please read the precautions on the back before using the Chinese national standard (CNS &gt; Α4 specification (210X297mm invention description (f printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, employee consumer cooperatives, the length printed above the horizontal support platform to the two containing the "snail inspection assembly") The tie bar is s, and its corner support The vertical height of the bearing is preferably one that can be straddled above the horizontal support platform to a lower tie bar that contains the "tethered bolt assembly", and when the horizontal support platform is set in the template project, <combination> is set at the same time. Therefore, although the procedure for setting a horizontal support platform is increased, the effect of rapid assembly can be exerted when it is standing up. Because the lithographic strip-type template of the present invention is designed, on the one hand, it simplifies the structure of the original inventive mold rod, and on the other hand On the one hand, it is used for the design of the group template in the construction of the combination pressure (combination) type template, using the tie bar and the group bolts as the function of the combination template; in its reinforcement of the group template, it is still convenient for the class template. On the back side, materials such as the three-stage tie bar outer section screw and the installation steel are used as the reinforcement II or bridging device, so that the group template is used in the construction of the multi-layer structure structure, and in the structure body template project. The outer mold part of the outer mold cavity 'uses a connector to bridge the length of the extended set of templates, and continues to guide the employment of (combined) type templates for the effect of upward assembly or climbing operations; where, when the external When the outer mold is designed to have an extended length, the upper horizontal external support platform can be assembled with the template to assemble the upper layer above the mold cavity, grout in this layer, and manually make the upper tenon; and about the laminated template The donor of the project can still be on the upper end of its external mold, and a hole-making device on the top of the group template can be a straight plate or a corner plate on the top of the outer mold to straighten the outer mold, and the screw can be set: The right-angle sheet is used to fix the straight rice bowl in its original position after the mold is removed from this layer, and it is used as a holder for the upward construction. To achieve the present invention, the designed group of templates is used in the template project to establish its own industry. use

I (5) 圖三 圖四 五、發明説明(6) 價值之系統化施工法者β 為便於貝審查委黃能吏詳細明瞭本發明之特點及功能所 在’兹配合圖示說明如下: 〔圖示部份〕 圖一、係本發明設計之平版條型組模版示意圖〈第三角法 圖一、係本發明在平版條型級模版上組裝三段式繫條之外 段螺桿,成一「繫條螺栓组裝體」之實施示意圖 〈第三角法〉。 係本發明在平版條型組模版之背部,以繫條螺桿組 裝、C&quot;型鋼,作為補強器或架接器之「繫條螺栓 組裝艘」實施示意圖〈第三角法〉。 係本發明設計在一角版條之,翼版上設製不等高間 距之繫條串置孔之角版條型组模版示意圖〈第三角 法〉。 圖五、係本發明設計在一角版條之兩翼版上設製有等高 間距之組模螺栓孔之角版條型組模版杀意亂〈第三 角法〉。 圖六、係本發明設計單跨豎撐型式之承壓〈合〉式模版 示意圖〈第三角法&gt; 。 係一混凝土構造建築物之結構體平面剖視圖。 係本發明設計擬在圖七所示之結構體模版工程, 於其組模基線〈放樣線〉上,設置水平支承檯 (6) I^ Ί. I 11 (請先閲讀背面之注意事項再頁) 訂 經 部 智 慧 財 產 局 員 工 消 黄 合 作 社 印 製- 圖七 圖八 514694 經濟部智慧財產局員工消費合作社印製 A7 -----一 _ B7 五 '發明説明(7 ;) ----一—~ _ 之示意圖。 圖九、係圖八之n ;水平支承檯之立趙示意圖。 圖十、係圖九t H1Q,剖視圖,為示明水平支承棱係 以一I式繫條组合一對支承條版、水平調整器,其 水平調整器之本體係為一槽鋼和在其底部〈翼鈑〉, 予設製有一對水平調整螺絲之示意圖〈第三角法〉。 圖十一、係本發明設計之一般型豎模器;為包含一支撐版 和一支撐角鈑,與組裝在其水平支承檯之一側邊 之實施示意圖〈第三角法&gt; 。 圖十二、係本發明設計,以設置豎模器在水平支承檯之擬 先組立模版之一側邊,而使「繫條螺栓組裝體」 之繫條得串置在豎模器之支撐版上,作豎組立 承壓〈合〉式模版在其组模版上,而連結成模穴之 一侧模面;俟模穴綁鈣筋,再以其三段式繫條組 東其對向模之組模版,則另一側模之承壓〈合〉 式模版,即得以襄承之方式組立在其組模版上;而 以繫條鎖固模版在其組模版上之實施示意圖〈第三 角法&gt; 〇 圖十二、係圖十二之、13-13夕剖視圖;其中之「繫條螺 栓組裝體」係一裝置有補強器者;為示明一雙承 壓〈合〉模版,係以繫條螺棹予鏔獨高強度剛性 墊片〈鈑〉在豎模器之支撐版及組稹版上之實施 剖祝示意鲺。 (請先閱讀背面之注意事項再^^4 頁) • 111 li II - 1 · -裝· 訂 線'I (5) Figure 3, Figure 4 and 5. Explanation of the invention (6) Systematic construction method of value β For the convenience of the committee, Huang Nengli clearly elaborated the features and functions of the present invention. (Shown part) Figure 1. Schematic diagram of the lithographic strip-type template designed by the present invention. [Third angle method. Figure 1. The present invention assembles the three-section tying strip outside the screw on the lithographic strip-type stencil to form a "tie strip." Bolt assembly "implementation diagram (third angle method). The present invention is a schematic diagram of the implementation of the "tether bolt assembly ship" of the "flat bar bolt assembly ship" on the back of the flat plate bar template using a bar screw assembly and C &quot; shaped steel as a reinforcement or a coupler. It is a schematic diagram of a corner plate type group template (the third angle method) designed by the present invention at a corner plate, and a wing plate is provided with a series of holes with a series of unequal heights. Fig. 5 shows the corner plate-type group template of the present invention, which is designed on the two wing plates of a corner plate with equal-height intervals, and the bolt-hole group template has the third angle method. FIG. 6 is a schematic diagram of the pressure-resisting <close> template of the single-span vertical support type designed according to the present invention <third angle method>. It is a plan sectional view of the structure of a concrete structure building. The design of the present invention is intended to be used in the structural template project shown in Figure 7. On the base line (stakeout line) of the mold set, a horizontal support table (6) I ^ ^. I 11 (Please read the precautions on the back and then the page ) Printed by the Employees ’Cooperative of the Intellectual Property Bureau of the Bookkeeping Department-Figure 7 Figure 8 514694 Printed by the Consumers’ Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 ----- 一 _ B7 Five 'Invention Description (7;) ----一 — ~ _ The schematic diagram. Figure 9 is the figure n of Figure 8; Fig. 10 is a cross-sectional view of H1Q, which is a cross-section view showing the horizontal supporting ribs with a pair of supporting strips and a horizontal adjuster with an I-type tie bar. The horizontal adjuster is a channel steel at the bottom of the system. <Wing sheet>, a schematic diagram of a pair of level adjustment screws (third angle method) is provided. Fig. 11 is a general vertical mold designed according to the present invention; it is a schematic diagram of the implementation of the third angle method including a supporting plate and a supporting angle plate, and assembled on one side of its horizontal supporting platform. FIG. 12 shows the design of the present invention, in which a vertical mold is set on one side of a horizontal support platform to be assembled first, so that the tie bars of the “tie bar bolt assembly” are placed in series on the support plate of the vertical die. In the above, a vertical group pressure-bearing (combination) type template is formed on the group template, which is connected to one side mold surface of the mold cavity; the mold mold cavity is tied with calcium tendons, and the three-section tie bar group is used to face the opposite mold. Group template, the pressure-bearing (combination) template of the other side mold can be assembled on the group template in a supporting manner; and the schematic diagram of the implementation of the tie-locked template on the group template (third angle method) &gt; 〇 Fig. 12 is a sectional view of Fig. 12 and 13-13; the "tethered bolt assembly" is a device with a reinforcing device; to show a pair of pressure-bearing (combination) templates, it is based on The snail screw is used to illustrate the implementation of the high-strength rigid gasket (sheet) on the support plate and the assembly plate of the vertical mold. (Please read the precautions on the back side before ^^ 4 page) • 111 li II-1 ·-Binding · Binding

• n m HI 514694 經濟部智慧財產局員工消費合作社印製 五、發明説明(y) 圖十四、係本發明說明圖十二之立體示意圖;為示明在模 版工程,使用「繫條螺栓組裝體」予完成組立其 模穴之一側模後;俟綁鋼筋,側另一侧模之組立 ’係以原「繫條螺栓組裝體」上之繫條组立其對 向模〈另一側模〉之組模版在水平支承檯上,再 襄承組立〈合〉其承壓〈合〉式模版至其組模版 上之實施立體示意圖。 係本發明另設計之角槽型豎模器示意圖&lt;第三角 法〉。 係本發确組裝角槽型豎模器在水平支承檯之一侧 邊’配合「繫條螺栓組裝體」組立模版之示意圖 〈第三角法&gt; 。 圖十七、係本發明在單向模模穴之模版組立〈合〉上, 設計以設置單向水平支承檯及紐裝豎模器在其侧 邊,配合使甲「繫條螺栓組裝體J組立承壓〈合〉 模版之實施示意圖〈第三角法&gt; 。 圖十八、係本發明在一模版工程上,使用平版條型組模版 组合承壓〈合〉式模版,成一完全對稱承壓之 牆模穴,及使用角版條型組模版,在外角隅處,以 組模螺栓組合柱模版〈陽角組合模&gt; 之實施示意圖 〈第三角法〉4 圖十九、係圖十八之、19次放大圖,為示明三段式繫條之一 外段螺桿為组裝在先组立之一側模之組模版上,成 圖十五 圖十六 (請先閲讀背面之注意事項再 線- (8) 五、發明説明(7 ) 餐條螺检組裝艘」作組立模穴之一側模,以繫條 鎖固承壓〈合〉式模版在其組模版上;再結合該繫 條之中段及另一外段螺桿,作組立其另一側模〈對 向模〉之組模版,而可組合〈立〉另一側模之承壓 〈合〉式模版在其組模版上;作以繫條鎮緊高強度 剛性塾片〈鈑〉固定模版在組模版上之實施示意圖 圖一十、係本發明在一模版工程之外角隅處之大型柱,以 角組模版和繫條螺桿組合柱模版及柱牆模版之實施 示意圖〈第三角法〉。 圖廿一、係本發明在模版工輕上設計於組模版之上端製孔 ,組裝一角鈑條在模版工程外部模穴之外侧模上端 ’作替直外侧模;並可設計以錨定螺栓固設該角 鈑條,另作為再向上一層模版施工,支承模版或設 置水平支承檯之實施示意圖〈第三角法〉❶ 圖廿二、圖廿一之、22&quot;處放大圖,為示明其上一層之外 部模穴底部之水平支承檯,係設置在其預先設置在 下層結構體上之承董器〈整直角鈑〉上之實施示意 圖❶ 經濟部智慧財產局員工消費合作社印製 圖廿三 係本發明在模版工程中,設計於建築物模版工程 之外部模穴之外侧模,使用加長〈高〉型模版及可 架接延伸之組模版,在其外側上端,裝置其上一層 之水平支承檯模穴;與下〈本〉層模穴同時灌漿, 成固設上一層之水平支承檯在下〈本&gt; 層結構體 (9) 五、發明説明(八&gt;) 之凸榫之實施示意圖〈第三角法&gt; 。 圖四、係續圖廿三,表示其上層之水平支承檯,係固設 在其下層結構體之凸榫上;而其外側模之組模版, 係再作架接向上延伸其長度,作為外側模之加長型 模版向上組合之導引,而使外側模之模版作爬模作 業之實施示意圖〈第三角法〉。 圖廿五、係本發明在超高牆之後I工程以架接器在其模 八之一侧模上之組模版,作架接其组模版向上延 伸其長度’及以其繫條螺桿作組立其對向模之組模 版延伸其長度,在其牆模穴,作雙向〈側〉爬模作 業’及以繫條鎖固模版在其組模版上之實施示意圖 〈第三角法〉。 圖廿六、係原發明之第一圖,為示明原發明以設計在一版 件之背面级合有三豎撐,而製作其組合邊成具有高 低階面之承壓〈合〉式模版示意圖 &lt;第三角法&gt; 。• nm HI 514694 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of the invention (y) Figure 14 is a three-dimensional schematic diagram of Figure 12 of the description of the invention; After completing the assembly of one of the side molds of the mold cavity, the assembly of the side mold on the other side of the steel bar is tied with the tie bar on the original "tethered bolt assembly" to form its opposite mold (the other side mold). The template of the group is on the horizontal support platform, and then the three-dimensional schematic diagram of the implementation of the combination of the combination of the pressure-type template and the template on the group template. It is a schematic diagram of the angle slot type vertical mold device of the present invention &lt; third angle method &gt;. This is a schematic diagram of assembling an angle slot type vertical mold device on one side of a horizontal support platform 'with a "tie bolt assembly" assembly template <third angle method>. FIG. 17 shows the one-way mold cavity assembly (combination) of the present invention, which is designed to set a one-way horizontal support platform and a button-mounted vertical mold on its side, and cooperate with Schematic diagram of the assembly of the pressure-bearing <combination> template <third angle method>. Figure 18. This is a stencil project of the present invention, which uses a lithographic strip-type group template to combine pressure-bearing <combination> templates to form a completely symmetrical pressure-bearing The wall mold cavity, and the use of angle plate type group template, at the outer corner ,, the group template bolt combination column template <yang angle combination mold> implementation diagram <third angle method> 4 Figure 19, Figure 18 The enlarged view of 19 times is to show that the outer screw of one of the three-stage tie bars is assembled on the group template of the first side mold, which is shown in Figure 15 and Figure 16. (Please read the note on the back first Matter re-line-(8) V. Description of the invention (7) Dining bar screw inspection assembly ship "is used as a side mold of the group mold mold cavity, and a bar-locked and pressure-bearing (combined) type template is used on its group template; The middle and other outer screws of the strip are used to form the group template of the other side mold (opposite mold). The pressure-bearing <combination> template of the other side mold can be combined on the group template; the implementation of the high-strength rigid cymbal <sheet> fixed template with a tie bar on the group template is shown in Figure 10 The implementation diagram of the present invention is a large column at a corner outside a stencil project. The corner group stencil, tie rod screw combined column stencil and column wall stencil are implemented as a schematic diagram (third angle method). The light upper design makes holes on the top of the group template, and assembles a corner sheet at the upper end of the outer mold of the outer mold cavity of the template project as a straight outer mold. It can also be designed to anchor the corner sheet with anchor bolts, and another upward First floor template construction, supporting template or implementation of horizontal support platform (third angle method) ❶ Figure II, Figure II, 22 &quot; enlarged view, showing the horizontal support platform on the bottom of the outer mold cavity of the upper layer It is a schematic diagram of the implementation of the arrangement on the supporting device (rectangular sheet) set in advance on the lower structure. 廿 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. 廿 The three series of the invention are in the template project. Calculated in the external mold cavity of the external mold cavity of the building template project, using an elongated <high> template and a set of templates that can be extended and extended, at the upper outer side, the horizontal support table mold cavity of the upper layer is installed; 〉 Layer mold cavities are grouted at the same time to form a horizontal support table on the lower level. <This &gt; Layer Structure (9) 5. The schematic diagram of the tenon implementation of the invention description (8 &gt;) <The third angle method>. 4. Continuing Figure 23 shows the horizontal support platform on the upper level, which is fixed on the tenon of the lower structure. The template of the outer mold is extended to extend its length as the outer mold. Guidance of the combination of the lengthened template upwards, and the implementation of the climbing template of the outside template (third angle method). Figure 25. In the present invention, after the super-high wall, the project I uses a connector to place the mold in its mold. A group of templates on one of the side molds is used as a frame to extend its length upwards and a set of screws is used to form its opposite template to extend its length. In its wall mold cavity, a two-way <side 〉 Climbing operation 'and locking the template with tie bars Implementation is schematically <triangulation of> group on the template. Figure 26. The first diagram of the original invention is a schematic diagram showing the original invention designed to have three vertical braces cascaded on the back of a plate and making a combined edge to form a pressure-resisting (combined) template with high and low order surfaces. &Lt; Third angle method>.

圖分七、係原發明之第三圖,為示明原發明以設計一、T 經濟部智慧財產局員工消費合作社印製 &quot;型截面桿,在某中心線上為分別設製有組模螺栓 孔及繫條串置孔,而在其组模螺栓孔组裝有組模 螺检之組模桿TF意圖〈第三角法〉❶ 圖廿八、係原發明之第四圖,為示明原發明以組模桿作對 稱式組合承壓〈合〉式模版,以組模桿上之組模螺 栓釔合一、型夾予鎖固承壓〈合〉式模版在組 模桿上之實施剖視圖〈亦為囷三十之、28-28&quot;剖 (1〇)The picture is divided into seven. It is the third picture of the original invention. It shows that the original invention was designed by the I.T. Intellectual Property Bureau of the Ministry of Economic Affairs and the Consumer Cooperatives of the Ministry of Economic Affairs. And the tie-rods are placed in series, and the die set rod TF of the die set screw hole TF is assembled with the intention of the third angle method (the third angle method). Figure VIII. The fourth figure of the original invention shows the original invention. The group mold rod is used as a symmetrical combined pressure bearing (combination) type template, and the group mold bolts on the group mold rod are combined with yttrium, and the clamp is used to lock the pressure bearing <compression> type template on the group mold rod.囷 30 之, 28-28 &quot; Section (1〇)

514694 經濟部智慧財產局員工消費令作社印製 A7 __ ____B7五、發明説明(7/ )視阐&gt; 。 圖廿九,係原發明之第五圖,為示明原發明在模版工程之 模八’於擬首先组立之一側,以組模桿組合承墨 〈合〉式模版,利用其上之組模螺栓鎖固承壓〈合 &gt;式模版在組模桿上,連結成模穴之一侧模,再 利用其上之繫條串置孔,串置貫串式繫條及套管作 為模穴定位器,組立其對向模之組模桿,擬再組合 對向模之模版在該組模桿上之實施立體示意圖。 圖三十、係原發明之第八圖,為_示明原發明設計之具有三 豎撐〈雙跨距〉之承壓〈合〉式模,在模版工程以 組模桿組合承壓〈合〉式模版完成其模穴,在其各 模版所需設查繫條之跨度上,為設置一短支橫撐予 支承模版之中間豎撐,但無需使用橫貫材予支承繫 條之實施立體示意圖。〔圖號部分〕(10)平版條组模版之繫條螺栓組裝體 (1〇-1)裝置補強器之平版條組模版繫條螺栓組裝體(’01)平版條型組模版 (1 01-1 )繫條串置〈組裝〉孔(101 a )對向模組模版 (10, L)組模版架接處 (102) 二段式繫條 (102-1)繫條琢桿之螺帽(103) 補強器或架接器(c型鋼)(104) 角取條型兩翼設置不等高繫條螺棹孔之组模版 (104-1)繫條〈塚栓〉组裝孔 (104-2)繫條螺桿 . (11) (請先閱讀背面之注意事項再本頁) .裝514694 Printed by the Consumer Consumption Order of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 __ ____B7 V. Description of Invention (7 /) Visual Examination &gt;. Figure IX is the fifth figure of the original invention. It shows that the original invention is in the eighth step of the stencil project. One side is to be assembled first. The mold bolt is locked and pressurized. The stencil is connected to the mold rod to form a side mold of the mold cavity. The tie bar is used to string holes, and the string tie and casing are used as the mold cavity. The positioner sets up the group mold rods of the opposing mold, and intends to combine the template of the opposite mold to implement the three-dimensional schematic diagram of the group mold rods. Figure 30. This is the eighth diagram of the original invention. It shows the pressure-bearing <close> type mold with three vertical stays (double spans) designed by the original invention. The pattern template completes its mold cavity. In the span of each template required for setting the tie bars, a short vertical support is provided to support the middle vertical support of the template, but a three-dimensional schematic diagram of the implementation of the cross bars to support the tie bars is not required. [Figure number part] (10) Flat plate strip group template of the tie bar bolt assembly (10-1) Device stiffener bar plate template tie bar bolt assembly ('01) Flat plate strip type template (1 01- 1) The tie bar is in series with <assembly> holes (101 a), and the opposite side of the module template (10, L) group template holder joint (102). The two-stage tie bar (102-1) tie rod nut ( 103) Reinforcing device or adapter (c-shaped steel) (104) Angle-striped strip type two wings with unequal-height strip screw holes template (104-1) system strip (tsuka bolt) assembly hole (104-2 ) Tie screw. (11) (Please read the precautions on the back before this page).

4T 線 本紙伕尺度適用中國國家揲準(CNS ) A4規格(210x297公釐) )14694 五、發明説明(/a ) (104-a)外伸型角版條組模版 (105) 角版條兩翼設置等高組模螺栓孔之組模版 (105-1)组模螺栓孔 (105-2)組模螺栓 (106) 承壓式模版(在「繫條螺栓組合體」上組合者) (106-1)承壓式模版之組合處低階支承面 (107) 承壓式模版(以襄承組入在組模版上者) (108) 背撐版〈墊板或支撐版〉 (109) 高強度剛性墊鈑 (11〇)整直角鈑 (111)錨定螺栓 (112)定位角鈑 (1 1 2 - 1 &gt;定位螺絲 (113) 加長型外模版(爬模型模版) (114) 超高牆爬模版 (115)柱模版 (1 1 5-1 )柱模版 (1 16 )柱模版 (117-1)— (117-4)柱牆模版 (請先閲讀背面之注意事項再—本頁} •裝 ♦ 經濟部智慧財產局員工消費合作社印製 (20)水平支承檯 (201 )支承條取 ( 202-1 )水平調整螺絲 (203-1 )螺帽 (30)豐模器 (30-1-1)角槽體翼版 (3 0-1」3)組裝繫條螺桿之長孔 (30-1-4)銥裝錨定螺桿之長孔 (301)支撐版 (301-1 )繫條螺桿紐裝孔(12) (20-1 )單向模木平支承檯 (202)水平調整器(槽鋼型) ( 203 )水平支承檯繫條螺桿 (203-2)螺樁 (30-1 )—體成型角槽豎模器 (30-1-2)角槽體槽腹版 本纸張尺度逋用中國國家橾準(CNS ) A4规格(210X297公釐) 線 514694 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明説明() (302 )支撐角版 (302-1 )長孔 (302-2}支撐角版鎔定螺栓孔 (30 3)支撐角版錨定螺栓 (30 3-1 )螺帽 (401 )水平支承檯固定角鈑 (401-1)水平支承檯固定角鈑錨定螺栓 (501)填塞物 (60Ί)鋼筋 (F 101)原發明之承壓(合)式模版 (F101-a)於(F101)之版件 (F101-b)於(F101)之框邊豎撐 (F101-C)於(F101)之中間豎撐 (F10)於&lt;「101)橫邊之承合面 (F102)原發明之具有型截面之組模桿 (厂102“3)於(F102)之螺模螺栓 (F102-b)於(F102)之繫條串置孔 (F103) ’口〃型夹持器 (F103-a)於(F103)之調固螺絲 (F1 04)空隙 讣105)貫串式繫條(含套管) (F106)短支橫撐 關於原#明係設計模版之組合邊嘁異有高低階面,而 擬以其低潛w作為承合面之承廢〈合〉式模版,請先看圖 廿六所示,係原發明設計在一版件(#101-a)之背面每合 横邊之豎撐(F1〇1-b)及中間豎撐(F101-C);而成一具 (13) 本纸張ΑΛΛ用中國目家料(CNS ) A彻·( 210X297公釐) &quot; - (請先閲讀背面之注意事項再^^4 頁) 514694 A7 B7 五、發明説明(K ) 〜—〜^ 有雙跨距〈三豎撐&gt; 之承壓〈合〉式模版(F1CM);而請 在續看圖廿七所示,係原發明設計以一型截面桿, 在其中心線上分別設置有組模螺拴孔與组裝有組桿螺栓 (F102-a),及繫條串置孔(F102-b)之组模椁(F1〇2) 者’則其以組模桿作組合承壓〈合〉是模版之方式,請看 圖廿八所示,係原發明以组模桿(F102)作紐合承壓 〈合〉式模版(F 1 0 1 ),以利用組模桿之兩翼作為壓合面 與承壓〈合〉式模版之承合面(F10)組合成一互補之平 面,而利用組模桿上之組模螺栓(F102_a),可串置一 口 型夾(F103),配合其調固螺絲(F103-a)予鎖固承 壓〈合〉式模版在組模桿上;此部分說明於本發明係設計仍 可利用以鎖固承壓合面間產生之摩擦力作結合模版之功 效,謹先予陳明。而請續看圖廿九所示,係原發明在模版 工程之一模穴擬先組立之一側模面,以組模桿(F1Q2)作 對稱式組合承壓〈合〉模舨(F 101),連結完成其模穴之 一側模,而再在其組模桿之繫條串置孔串置貫串式繫條 (F105)及套管之模穴定位器,作組立其對向模面之組模 禅’擬再在該對向模之祖模桿間,组合〈立y其承壓 〈合〉式模版之實施立體示韋圈;請再看圖三十所示,為 原發明之模版工程,因使用雙跨距之承壓〈合&gt; 式模,則 其在以組模桿組合模版後,所需在其模穴之舞置繫條上, 仍須在其模版(尸101)之背面繫結跨度上,設置一短支橫 撐(F1〇6)作支撐承Μ〈合〉式模版(F1〇1)^中間採 (14) 私紙張尺度適用中國國家揉準(CNS ) A4規格(210X297公釐) (請先閲讀背面之注意事項再β本頁) .裝· 訂 經濟部智慧財產局員工消費合作社印製 514694 A7 _____B7 五、發明説明(6 ) (F101-C),但仍能無需以設置橫貫材之方式支承繫條者。 請 先 閲 讀 背 之 注 意 事 項 再 參 頁 蓋本發明,係藉原發明設計模版之組合邊成具有承合 面之技術,而予設計其單跨距豎撐之承壓(合)式模版,與配 合設計其可具有較多功效之組模版,作建立模版工程之施工 法,僅按圖式詳細說明於后: 訂 - 闞於本發明组模板之設計,請參看圖一,係一版條型 組模版(101),其係為一般夹板或工程塑膠合纖版或鋁合金 材料等製品,其厚度係配合如圖六所示之承壓式模版(106) 之組合邊低階支承面(106-1)之階高等厚者,在組模版 (101)上,為依一模版工程之設計其在相互組合之模版上所 需設置繫條之間距,設置其繫條螺桿組裝孔dOi-i)者;並 請參看圖二為在组模版(1〇1)之繫條螺桿組裝孔(1〇1-1) 上,組裝三段螺接式之繫條螺桿(101)之外段上, 使其成一「繫條螺栓組裝體」(10),請再看圖三所示係一 耷組模版(101)上以繫條螺桿(1Q2)组裝、c&quot;型鋼(103) 等作為補強器,並可作為架接器架接組模版(1〇〇)在如圖三 中架接處(10-L)之「具補強器之繫條螺栓組裝餿」 經濟部智慧財產局員工消費合作社印製 (而角版條型組模版,請參看隱四,係為一在角版條 之兩翼以不等高之方式設置繫條螺桿孔(1〇4·〗)之角組模 版(104),其在模版工程應用上,係作為在大型枉或角隅處 組合柱模版和柱牆模版,而以在角红模版(104)上之繫條螺 桿组裝孔(104-i)上,設置繫條螺桿(104-2)組令模版者;並 請再參看圖五,係為另一角版條型组模版(105〉,其兩翼為 (15)4T line paper size is applicable to China National Standard (CNS) A4 (210x297 mm) 14694 V. Description of the invention (/ a) (104-a) Extruded corner strip set template (105) Corner strip two wings Set group template (105-1) group template bolt holes (105-2) group template bolts (106-2) group template bolts (106) pressure-bearing template (combined on the "tie bolt assembly") (106- 1) Low-order bearing surface at the combination of pressure-bearing stencils (107) Pressure-bearing stencils (grouped on the template with Xiang Cheng) (108) Back support plate <pad or support plate> (109) High strength Rigid cushion sheet (11〇) Straight-angle sheet (111) Anchor bolt (112) Positioning corner sheet (1 1 2-1 &gt; Set screw (113) Lengthened outer template (climbing model template) (114) Super high wall Climbing template (115) Column template (1 1 5-1) Column template (1 16) Column template (117-1) — (117-4) Column wall template (Please read the precautions on the back before-this page} • Printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs (20) Horizontal support table (201) Support strips (202-1) Level adjustment screws (203-1) Nuts (30) Harvester (30-1- 1) Angle slot wing (3 0-1``3) assembly Long hole (30-1-4) of tie rod screw Long hole (301) of iridium anchoring screw (301) Support plate (301-1) tie screw mounting hole (12) (20-1) one-way die wood flat Supporting table (202) Horizontal adjuster (channel steel type) (203) Horizontal supporting table tie screw (203-2) screw pile (30-1)-body forming angle slot vertical mold (30-1-2) angle Slot body and abdomen version Paper size, using China National Standards (CNS) A4 (210X297 mm) line 514694 A7 B7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of invention () (302) Support angle (302-1) Long hole (302-2) Support angle plate fixing bolt hole (30 3) Support angle plate anchor bolt (30 3-1) Nut (401) Horizontal support table fixing angle plate (401-1 ) Horizontal support table fixing angle sheet anchor bolt (501) stuffing (60Ί) reinforcing steel bar (F 101) The original pressure-bearing (combination) type template (F101-a) on (F101-B) (F101-b) The vertical support on the frame side of (F101) (F101-C) and the vertical support on the middle of (F101) (F10) on the bearing surface of the lateral side of "101" (F102). Factory 102 "3) Screw bolts (F102-b) in (F102) and string holes (F103) in (F102) Mouth-shaped holder (F103-a) in (F103), set screw (F1 04), gap (105), tandem tie bar (including sleeve) (F106) short support, horizontal brace. About the original # 明 系 设计 stencil The edges of the combination are different, with high and low-order surfaces, and the low-latent w-type waste-retaining <combination> type template is shown in Figure 26. The original invention is designed on a version (# 101- a) The vertical support (F1〇1-b) and the middle vertical support (F101-C) on each side of the back side are folded into one piece (13) This paper ΑΛΛ is made of Chinese household materials (CNS) A Che · (210X297 Mm) &quot;-(Please read the precautions on the back before ^^ 4 page) 514694 A7 B7 V. Description of the invention (K) ~-~ ^ There is a double span <three vertical supports> pressure bearing <combination> F1CM); and please continue to see Figure VII, the original invention is designed with a type of cross-section rod, respectively on its center line is provided with a set of screw holes and assembled assembly bolts (F102-a ), And the group mold hole (F102) of the string hole (F102-b), then the combination of the mold rod as a combination of pressure (combination) is a template, please see Figure 28. The original invention uses the group mold rod (F102) as the joint pressure. The combination template (F 1 0 1) uses the two wings of the group mold rod as the pressing surface and the bearing surface (F10) of the pressure combination template to form a complementary plane, and the group on the group mold rod is used. The mold bolt (F102_a) can be placed in series with a clip (F103), and its adjusting screw (F103-a) is used to lock the pressure-bearing <compression> type template on the mold rod; this part is explained in the design of the present invention. It is still possible to use the friction generated between the locking and abutting surfaces as the effect of combining the templates. Please continue to see Figure IX. The original invention is to first assemble one side mold surface in one of the mold cavities of the stencil project, and use the group mold rod (F1Q2) as a symmetrical combined pressure (combination) mold 舨 (F 101 ), Complete the side mold of one of its mold cavities, and then place the string ties (F105) and the cavity locator of the sleeve in the tie bar of the set of mold rods to form its opposite die surface The group model Zen 'intends to combine the three-dimensional demonstration circle of the <form y and its pressure <compression> type template between the ancestor mold rods of the opposite mold; please see Figure 30 again, which is the original invention template For engineering, because of the use of the double-span pressure-bearing <Match> type mold, after combining the template with a set of mold rods, it needs to be on the template of the dance set of its cavity (Body 101) On the back of the binding span, a short support (F10) is set as a support bearing <M> template (F1〇1) ^ Intermediate mining (14) The size of the private paper is applicable to the Chinese national standard (CNS) A4 Specifications (210X297mm) (Please read the precautions on the back before β page). Binding and order printed by the Intellectual Property Bureau Employee Consumer Cooperative of the Ministry of Economic Affairs 514694 A7 _____B7 V. Invention Ming (6) (F101-C), but still need not traverse member of the support arrangement by a tie bar. Please read the precautions on the back first and cover the present invention with reference to the page. It is based on the technology of combining the design template of the original invention to form a bearing surface, and the pressure-resisting (combined) template of the single-span vertical brace is designed. Design a group template that can have more functions as a construction method for creating a template project, which will be described in detail only according to the drawings below: Order-阚 Based on the design of the group template of the present invention, please refer to Figure 1, which is a version bar group The stencil (101) is a general plywood or engineering plastic synthetic fiber plate or aluminum alloy material, and the thickness is matched with the combination edge low-order bearing surface (106- 1) For those with higher thickness, on the group template (101), in order to design a template project, it is necessary to set the distance between the tie bars on the combined template, and set the tie screw assembly hole dOi-i). And please refer to FIG. 2 for assembling a three-section screw-type tie screw (101) on the assembly screw (101- 1) of the tie screw (101) of the group template to make it Into a "tethered bolt assembly" (10), please look at a set of templates shown in Figure 3 101) is assembled with a tie rod screw (1Q2), c &quot; section steel (103), etc. as a reinforcement, and can be used as a bridging frame template (100) at the bridging position (10- L) “Assembly of bolts with reinforcements” Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs (for the corner strip type template, please refer to Hidden Four, which is one on the two wings of the corner strip) The corner group template (104) of the tie rod screw hole (104 ·) is set in a high way, and it is used as a combination of a column template and a column wall template at a large concrete corner or corner corner in the template engineering application. The red screw assembly hole (104-i) on the corner red stencil (104) is provided with a tie screw (104-2) group order template; and please refer to Figure 5 again, it is another angular plate group Template (105>) with two wings (15)

經濟部智慧財產局員工消費合作社印製 五、發明説明(IG , 以等高敦置組模螺栓组裝孔(105 ·1),在模版工程上,係方 便在角瞒處,當不易設置繫條時,而以在角組模版(105)上 之組模螺栓級裝孔(105·]^上設置組模螺栓組合 模版成一鋼體者;角組模版概係為以鋼鈑依角隅之角度摺製 成型者。 關於本發明在模版工程上之應用,主要係為增進繫 條環桿在一模版工程上之應用功效,而在組模版上以組裝相 互結合之模版所需設置之繫條螺桿成一 r繫條螺栓組裝 艘」之&amp;模工具;請先看圖十九,係使用「繫條螺栓組裝 體j (10)作組模工具组合模版之結合」(10)示意圖,係顯 示三段螺接式繫條螺桿(102)之外段為裝置在组模版(ιοί) 上成「繫條螺栓組裝體」(10),並先以(1〇)組合一雙模版 (106),並以三段式繫條(1〇2)在模版(1〇6)背面設置背撐 版(108)及高強度剛性墊鈑(1〇9),以螺帽(i〇2-l)緊固一 雙承壓式模槳(106)在組模版(101)上;再結合(1〇2)之中 段,即及以其艿一段螺桿作組立對向模之組模版(10U),再 組立一雙承壓式模版(107)在組模版(l〇la)上,並亦以繫 條螺桿(102)在模版(107)在組模版背面設置貪撐版(108) 及高_度剛性墊鈑(109),以螺帽(102-1)緊固之;即證明繫 條螺桿(102)在组模版上作组合模版之工具時,維係以作组 楙螺栓之功用,並同時完成設置繫條之工作众 使用组模版在模版工程上施工,請參看圖七,係依一 . &gt; ' 般混凝土造建築物設計之結構«之平面剖視圖,並請看圖八 (16) 本纸变逍用中两國家梯準(CNS ) A4规格(210X297公釐) (請先閱讀背面之注意事項再本頁) .裝· 訂 線- 514694 五 經濟部智慧財產局員工消費合作社印製 紙 本 發明説明(Π, 係本發明為確保一模版工程施工之準確度,係以在組立模版 之基線地版上先設置水平支承檯(2〇)再在水平支承檯上 組模;並請看圖九,水平支承檯(2〇),係由一對支承條版 (201)與若干對水平調整器(2〇2),以水平支承檯繫 條螺桿(203)組裝而成者;並請參看圖十,係示明水平調 整器(202)為以一槽&quot;匚&quot;鋼為本體,並再其底部以設置一 對螺絲孔,裝置一對水平調整螺絲(202-1),以利對地版調 整水平支承檯成水平者。 請看圖十一,係本發明設計之豎模器(3〇),其組合在水 平支承檯(20)之一側之組合示意圖,豎模器(3〇)係由一支 稽版(301 )及支撐角版( 302 )所組成,支撐版(30 i ) 之長度為以能跨置水平支承檯之繫條螺桿(203 )和組模 版底部二支以4繫條螺桿(102)者,豎模器(30)係在水 平未承檯(20)於組立模版之基線地版上調整完全水平時, 即予組裝支撐版(301)及支撐角版(302 )在水平支承 楼(2 0)之一側上,在水千支承楼之底部因地版不平整所造 成之空隙,係以填塞物(501)處理之,則在水平支承檯(2〇) 上即可開始以「繫條螺栓組装體」(1〇)或(10,1)如圖十二 所示,在水平支承檯上與豎模器(30)豎组模版;其 组合要領,請看躕十二,係將r繫條螺栓組裝髏」(10)或 (10-1)底部之兩繫條螺桿組入支撐版(301)之組裝孔 (310-1)上,使組模版(1,01)豎立在水平支承檯上,再接 續组入模版&lt; 105)像一雙承壓式模版(i〇a)組合再组 (17) J -^-- (請先閱讀背面之注意事項再@本頁) 钉 線 514694 A7 B7 五、發明説明(/s ) 模版(101)上,並以螺帽(102-1)鑌緊高強度剛性墊版 (10 9),固定一雙模版(1〇6)组合再组模版(101)上及豎立 在豎模器(30)之支撐版(301)上,如圖十三所示;並繼續完 成全一側模面之組合後,俟在模穴綁鋼筋(601)完成,便可 以再用「繫條螺栓組裝艘」(10-1)完成,上之三段螺接式 繫條螺桿(102),完全組立對向模之組模版(l〇la)在水平 支承檯上,則對向模之模版(1 0 7),即可以襄承組立在組模 版(10 1a)上^並在模版(106J及(107)背面之繫條螺桿 上設置背撐版(108)及高強度剛性墊鈑(109),以螺帽 (102-1)鎖緊固定之;在一模版工程上即完全使繫條螺桿 產生組合模版之效果·請再看圖十四,係圖十二支立體圖,為 更清楚表示本追加〈一〉係以先使用「繫條螺栓組裝體」 (10)或(1 0-1)組立全一側之模版(1 06 )後,再以繫條 螺桿(102)组立對向樽之全部組模版(i〇 U),則對向模之 模版(107),即可襄承組立在水平支承檯(20)為, 圖十五係本發明另設計之塑鋼或高纖合成塑材一體成 型支角槽豎模器&lt;30-1),其係為設計一具有翼版(30-1-1), 槽腹舨(30-ί-2)之大型直角相f支撐體,在角槽豎模器(30_ 1)之鄰邊以設製若干長孔(30-1-3)作為繫條螺桿(102)及 (203)之組裝孔,並請參看圖十六,即係以一鱧成型支角模 槽鳌棋豸(30-1)在水平支承檯(20)上之一側與卜繫條螺 栓狃裝馥j (1〇-1)配合組立模版(106)之示意圖。 關於一混凝土模穴,亦有以製作單向模版者,如地下室 (18) / 本紙張尺度逋用中Η困家«準(CNS ) A4洗格(210X297公釐) I.一 ^------裝-- (請先閲讀背面之注意事項再頁)Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. The invention description (IG, set the assembly bolt assembly holes (105 · 1) at the same height. For the template project, it is convenient to hide in the corner. When it is not easy to set up the system, In the case of grouping, the grouping bolt bolt-level mounting hole (105 ·) ^ on the angle grouping template (105) is set to form a steel body; the angle grouping template is made of steel sheet according to the angle. The angle is converted into a shape. The application of the present invention to the template project is mainly to improve the application effect of the tie ring rod in a template project, and the system is required to assemble the combined template on the group template. "A screw is assembled into an r-series bolt assembly ship" &amp; mold tool; please see Figure 19 first, which is a schematic diagram of the use of "the combination of the bolt assembly j (10) as a combination tooling template" (10), Show the three-segment screw-type tie bar screw (102) outside the device as a "tie bar bolt assembly" (10) on the group template (ιοί), and first combine a double template (106) (106) ), And a three-section tie bar (102) is provided with a backing plate (108) and a backing plate (108) on the back of the template (106). Strength rigid pad (109), a pair of pressure-bearing die paddles (106) are fastened to the group template (101) with a nut (102); and combined with the middle section (101), That is to say, a pair of screws of the same group is used as a group template (10U), and then a pair of pressure-bearing templates (107) are assembled on the group template (10la), and a tie screw (102) is also used. The template (107) is provided with a greedy support plate (108) and a high-degree rigid pad (109) on the back of the group template, which is fastened with a nut (102-1); that is, the tie rod screw (102) is proved on the group template When used as a combination template tool, maintain the function of group bolts, and complete the work of setting tie bars at the same time. The group template is used for the construction of the template project, please refer to Figure 7, according to one. &Gt; The structure of the building design «plane cross-sectional view, and please see Figure 8 (16) This paper has become a standard for two national ladders (CNS) A4 (210X297 mm) (Please read the precautions on the back before this page) Assembling and Threading-514694 Printed Paper Description of the Invention by the Consumers' Cooperative of the Intellectual Property Bureau of the Five Ministry of Economic Affairs (Π, is the invention to ensure the construction of a template project The accuracy is based on setting the horizontal support platform (20) on the baseline ground plate of the assembly template, and then setting the mold on the horizontal support platform; and see Figure 9, the horizontal support platform (20), which is supported by a pair The strip plate (201) and several pairs of level adjusters (202) are assembled by using a horizontal support platform and a bar screw (203); and please refer to FIG. 10, which shows that the level adjuster (202) is a The groove is steel and the bottom is provided with a pair of screw holes, and a pair of leveling screws (202-1) is installed to facilitate the leveling of the horizontal support platform to the floor. Please refer to FIG. 11, which is a schematic diagram of the vertical mold device (30) designed according to the present invention, which is assembled on one side of the horizontal support table (20). The vertical mold device (30) is composed of an audit plate (301). ) And supporting angle plate (302), the length of the supporting plate (30 i) is a tie rod screw (203) capable of straddling a horizontal supporting platform and two bottom plates of the group template with a 4 series screw (102), The vertical mold (30) is completely horizontal when the horizontal unsupported platform (20) is adjusted on the baseline floor of the assembly template, and the supporting plate (301) and the supporting angle plate (302) are assembled in the horizontal supporting building (2 0). ) On one side, the gap caused by the uneven ground plate at the bottom of the Shuiqian supporting building is treated with the stuffing (501), then the horizontal supporting platform (20) can begin to "Bolt assembly" (10) or (10,1) as shown in Figure 12, on the horizontal support platform and the vertical mold (30) vertical group template; the combination of essentials, please see 蹰 12, Department of General The two bolts at the bottom of the “r-bar bolt assembly skull” (10) or (10-1) are assembled into the assembly holes (310-1) of the support plate (301), so that the group template (1,01) is erected horizontally. Support , Then continue to group into the template &lt; 105) like a pair of pressure-bearing template (i〇a) combination and then group (17) J-^-(Please read the precautions on the back before @ this page) Nail line 514694 A7 B7 V. Description of the invention (/ s) on the template (101), and the nut (102-1) is used to tighten the high-strength rigid pad (10 9), and a pair of templates (106) is fixed and combined On the template (101) and on the support plate (301) of the vertical mold (30), as shown in Figure 13; and continue to complete the combination of the mold surface on one side, and then tie the steel bars (601) in the mold cavity After completion, it can be completed with "tethered bolt assembly ship" (10-1). The upper three-segment screw-type tethered screw (102) is completely supported by the set template (10la) of the opposite mold on the horizontal support. On the stage, the opposing template (1 0 7), that is, can be assembled on the group template (10 1a) ^ and a back support plate (108 is set on the tie screw on the back of the template (106J and (107)). ) And high-strength rigid pad (109), which are locked and fixed with nuts (102-1); in a stencil project, the tie rod screw can completely produce the effect of a combined stencil. Please see Figure 14 again. Twelve stereograms for more It is clearly stated that the addition of <1> is to first use the "tie bolt assembly" (10) or (1 0-1) to form the template (1 06) on all sides, and then use the tie screw (102) to form The entire set of templates (i0U) of the opposite bottle, the template (107) of the opposite mold can be assembled on the horizontal support table (20). Figure 15 is a plastic steel or high fiber Synthetic plastic material integrated support angle groove vertical mold device &lt; 30-1), which is designed for a large right-angle phase f support with a wing plate (30-1-1) and a groove belly (30-ί-2) Body, on the adjacent side of the angle slot vertical mold (30_ 1), a number of long holes (30-1-3) are set as the assembly holes of the tie rod screws (102) and (203), and please refer to FIG. That is, a set of supporting angle die grooves (30-1) on one side of the horizontal support table (20) is assembled with the bolster strip bolt assembly j (1〇-1) to form an assembly template (106). The schematic. Regarding a concrete mold cavity, there are also those who make one-way templates, such as the basement (18) / the paper size of the paper «准 (CNS) A4 wash grid (210X297 mm) I. 一 ^ --- --- install-(Please read the precautions on the back first)

JT 線、 經濟部智慧財產局員工消骨合作社印製 514694 經濟部智慧財產局員工消費合作社印製 A7 ~----— B7五、發明説明(/?^ ~一 &quot; ----- 周圍之混凝土牆等;單向模版之組合施工,請參看圖十七, 本發明係以在模版組合基線之地版上設置單向水平支承檯 (2〇-1),其在模穴内侧,係以螺樁(203-2)固定角鈑(4()ι) 在繫條螺桿(203)上,及以錨定螺栓(4〇1-1&gt;固定角鈑 (4〇1)在地版上,則可在水平支承檯(2〇_υ外側组合豎模 器(30),配合「繫條螺栓组裝體」(1〇)或(1〇1)在水平支 承檯(20-1)上與豎模器(3 〇)組立單向模版者。 請參看圖十八,係本發明在一模版工程上組合承壓式模 版成一完全對承壓之牆模穴,即在角隅處組合模版之實施示 意圖,囷中,「繫條螺栓組裝體」(10)係在水平支承檯 (20)之一側上配合豎模器(30)豎組模版(1〇6)成一完整 模面像,再以「繫條螺栓組裝體」(1〇)之三段螺接式繫條 螺桿(102)完成組立對向模之組模版(1〇la),再襄承組立 模版(1 07)再組模版(1 〇 1 a)上,圖十九係其組合示意圖;而 由於^組模啟係一以鏑鈑依角隅之角度大小摺製者,係為一 剛體,故角組模版(105)在角隅組合模版(115)及(115-1), 亦係成一剛捷之性質,便強化一模版工程之角隅處剛度;又 角組槔版(105)係可設計延伸一長度,以做為上層模版施工 之基準點,及更方便在架組上層模版之效果者·並請再參看 圖二十,係本發明在大型柱或其角巧處,使甩角紐模版 (104)组合枉模版(11 及柱牆稹版(117-1)( 117-2) (117-3)(117-4)之實施示意圖,角组模版(104)係在抹 模穴内交錯設置繫條螺桿(104-2),與组合柱牆模版、枉模 (19) 本紙珉尺度逋用中國國家;»準(CNS ) A4规格(210X297公釐) II 8 I..... 1·--‘------^--- (請先閱讀背面之注意事項再本頁) 有!----線——,--- I m am =1— · 514694 A7 _____ B7 發明説明(&amp; ) 版在組模版(104)上成一剛醴之柱模穴,其外角隅4,係使 用分段組合延伸组模版(1 04-a),為可建立上層模版施工之 基準點及方便再架组上層之模版者。 請參看®廿一,係在多層模版工程之施工上,為便利上 層水平支承檯之設置,本追加〈一〉以在下層結構髏模版工 程之外側模上端,以使用角鈑條(110)組裝在外模之頂端, 一方面作整直外模,並以錨定螺栓(111)在組模版上作組裝 固定角鈑或整直器者,則其可在灌漿拆模後再固設角鈑 (110),作為上一層水平支承檯設置之支持鈑之效果,如圖 廿二係角鈑條(110)以錨定螺栓(111)ST設在下層外部頂 端,再在其上設置水平支承檯(20)之示意圖。 使用組模版由於在多層結構體之模版工程施工上,可以 進行架接,在施工上是很有價值的,請看圖廿三,即係以在 模版工程之外部外側模以使用加長型模版(113),則可以設 計在其上端内侧予預先組合水平支承檯(20)之一侧東承條 版(20Ί)在外側模版(113)之組模版(1〇1)上部,予外伸至 上層,設置其内側模之水平支承條版{201)在下層外側模版 (113)上成一外伸模穴,並在下層結構體灌漿時,同時給予 灌漿,使-設上層外部水平支承檯之内側支承條版(201)在 結構鱧本;請苒看圖廿四,待上層模版施工時,再在束承條 取(201)上教入水平調整器(202)及以固定角鈑(401)加強 固定之,則外側模之组模版(101〉即可以架接盔(103)予架 接在(10-L)處延伸其長度,作為模版(彳13)再向上组合之 (請先閲讀背面之注意事項再®t本頁) 裝 訂--------線--f— · 經濟部智慧財產局員工消*合作社印製 • 1- I I—? I —I · 紙 本 (20) 514694 A7Printed by JT Line, printed by the bone-eliminating cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 514694 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 ~ ----— B7 V. Invention Description (/? ^ ~ 一 &quot; ----- Surrounding concrete walls, etc .; for the combined construction of unidirectional templates, please refer to Figure 17, the present invention is to set a unidirectional horizontal support platform (20-1) on the ground plate of the template combination baseline, which is inside the mold cavity. The angle sheet (4 () ι) is fixed with a screw pile (203-2) on the tie screw (203), and the angle sheet (4〇1) is fixed on the floor with an anchor bolt (41-1->). Can be combined on the horizontal support table (20_υ outside the vertical mold device (30), combined with the "tie bolt assembly" (10) or (101)) on the horizontal support table (20-1) The upper side and the vertical mold device (30) form a one-way template. Please refer to FIG. 18, which is a combination of pressure-bearing stencils in a stencil project according to the present invention to form a complete pair of pressure-bearing wall mold cavities. Schematic diagram of the implementation of the template. In the figure, the "tie bolt assembly" (10) is matched with the vertical mold (30) and the vertical group template (106) on one side of the horizontal support table (20) to form a complete mold surface image. Then, use the three-section screw-type tie bar screw (102) of the "tie bolt assembly" (10) to complete the set template (10la) of the assembly facing mold, and then support the set template (1 07) and On the group template (101a), Figure 19 is a schematic diagram of its combination; and because the group template is a rigid body that is folded at the angle of the sheet and the angle ,, it is a rigid body, so the angle group template (105 ) In the corner template (115) and (115-1), it also has a rigid nature, which strengthens the corner stiffness of a template project; and the corner group template (105) can be designed to extend a length. Take it as the reference point for the construction of the upper layer template, and the effect of the template on the upper layer of the frame is more convenient. Please refer to FIG. 20 again. This invention is a combination of the large angle column template (104). Schematic of stencil template (11 and column wall stencil (117-1), 117-2) (117-3) (117-4), corner group stencil (104) is staggered with tie rod screws ( 104-2), combined with column wall template and die (19) The paper size of the paper is used in China; »Standard (CNS) A4 (210X297 mm) II 8 I ..... 1 · --'- ----- ^ --- (Please Read the notes on the back first, then this page) Yes! ---- line ——, --- I m am = 1— · 514694 A7 _____ B7 The &amp; Description of the invention is on the group template (104). The pillar pillar cavity of 醴, its outer corner 隅 4, is a segmented combination extension group template (1 04-a), which can establish the reference point for the construction of the upper layer template and facilitate the re-setting of the upper layer template. See ® 请 一In order to facilitate the installation of the upper level horizontal support table in the construction of the multi-layer template project, this supplement (1) is added to the upper end of the side mold outside the skeleton template project of the lower structure, and is assembled on the top of the outer mold by using the angle sheet (110). On the one hand, if a straight outer mold is used, and an anchor bolt (111) is used to assemble and fix the corner sheet or straightener on the group template, the corner sheet (110) can be fixed after the grouting and demolding. The effect of the supporting plate set on the first level horizontal support table is shown in Figure 2. The second angle plate (110) is set at the outer top of the lower layer with anchor bolts (111) ST, and a horizontal support table (20) is set on it. The use of group templates is useful in the construction of multi-layer structure template projects, which is very valuable in construction. Please see Figure 23, which is to use an extended template outside the template project to use an extended template ( 113), it can be designed on the inner side of its upper end to preassemble one of the horizontal support tables (20). The side of the east strip plate (20Ί) is on the upper part of the group template (101) of the outer template (113) and extended to the upper layer. The horizontal support strip {201) of the inner mold is set to form an overhanging cavity on the lower outer mold (113), and when the lower structure is grouted, the grout is given at the same time so that the inner support of the upper outer horizontal support platform is set. The strip version (201) is in the structural copy; please refer to Figure 24. When the upper template is constructed, teach the level adjuster (202) on the beam take-up strip (201) and strengthen it with the fixed angle sheet (401). Fix it, then the group template (101) of the outer mold can be used to mount the helmet (103) to the frame (10-L) to extend its length, and then use it as a template (彳 13) and then combine it upward (please read the back Precautions (t this page) Binding -------- line --f-- · Ministry of Economy Wisdom * Bureau of Consumer Cooperatives production staff printed • 1- I I-? I -I · paper (20) 514694 A7

五、發明説明(么)) 導引,使模版(113)作向上爬模之作業,予完成外部模之施 經濟部智慧財產局員工消资合作社印製 工。使用架接器(103)架接组模版(101)作向上延伸其長 度,使模版作向上组合之爬模作業,在超高牆體之模版工程 上尤為有利,請參看圖廿五,係組模版(1〇1)在超高牆體之 模版工程上,以在一侧使用架接器(103)架接組模版(1cn) 在(10-L)延伸其長度及再以繫條螺桿组裝對向之組模版 (1 CM a),使模版(114)在雙向作向上爬模之組合作業者。 綜上所示’由於本發明係設計以一平版條和一角版條為 組模版,取材容易又方便製作,即因發明人自創之承壓式模 版在模版工程上之應用,今在組模版上組裝三段式繫條成一 「繫條螺栓組裝禮」之一组模工具,而使繫^條榉桿在組模版 上作組合一雙承壓式模版或角隅、柱模版時產生組模之效 果,且在本發明中設計使用豎模器,使「繫條螺栓組裝體」 得在水平支承檯上結合整模器配合豎組模版,或以、「繫條螺 栓组裝體」上之繫條螺桿組立對向模之組模版作襄承組立對 向模,完成一完全鮮稱組合之模穴;其施工容易既簡北模版 工程之施ii程序,並提高模版工程之施工效率❶又因組模版 在模版工程上具有架接延伸其長度或作外伸定位之設汁,使 組模版具向上引導组模,令模版再具爬模作業之效养,更充 分發揮提高系統轉換重複施工之玫率,故本發明组摸版I一 具多項功效之组模零件,依其所兵之功效所建立之模版工程 施工法 &gt; 當深具產業上之利用價值者众 (21) (請先閲讀背面之注意事項再 -裝 頁) .tr— 線 *--,----------lullV. Description of the invention (?) Guidance, so that the template (113) is used to climb up the mold to complete the application of the external mold to the printing of the employee's capital cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. Use the connector (103) to mount the group template (101) to extend its length upwards, so that the template can be used for climbing up the climbing work. It is particularly advantageous in the super high wall template project. Please refer to Figure 25. The template (101) is used in the ultra-high wall template project to use a connector (103) on one side to mount the template (1cn) to extend its length at (10-L) and then use a tie screw group A combination operator who installs the opposite group template (1 CM a), so that the template (114) can be used as a climbing model in both directions. In summary, 'Since the present invention is designed to use a flat plate and a corner plate as a group template, it is easy and convenient to obtain materials. That is, due to the application of the pressure-bearing template created by the inventor to the template project, it is now in the group template. The three-section type tie bar is assembled into a set of "tool tie bolt assembly rituals" as a set of mold tools, and the tie beech rods are combined on the set template to form a pair of pressure-bearing stencils or corner frames and column stencils. Effect, and in the present invention, a vertical mold is designed to be used, so that the "tethered bolt assembly" can be combined with a mold adjuster on the horizontal support platform to match the vertical template, or the "tethered bolt assembly" The tie-rod screw assembly counter-die group template is used to support the assembly counter-die to complete a completely new combination of mold cavities; its construction is easy to simplify the application process of the northern template project and improve the construction efficiency of the template project. Because the group template has a set of extensions or extension positioning on the template project, so that the group template guides the group module upward, so that the template has the effect of the climbing mold operation, and more fully improves the system conversion and repeated construction. Rose rate, so this The Ming Group's version I has a multi-functional modular component. The template engineering construction method established according to the effectiveness of the troops &gt; When it has deep industrial use value (21) (Please read the precautions on the back first Re-installation) .tr— line *-, ---------- lull

Claims (1)

B8 C8 一 _ D8 ' 申請專利範圍 1. 一種組模舨及模鈑工程施工法,主要係設計一模版之組合邊 為具有承壓〈合〉面之承壓式模版及其組模版者;其主要技 術,係設計組合邊具有低階承合面之承壓式模版成單跨距之 單元模版;並設計一長度、厚度與單跨距承壓式模版之版件 等長、等厚之一平版條,而在平版條之中心線上,依所擬設 置繫條之豎向間距,設置其繫條串置〈組裝〉孔,組裝繫條 作组合一雙具承合〈低階〉面之模版成互補之模版平面之組 模版者。 2. —種組模舨及模版工程施工法,主要係設計於模版之組合 邊設製組模螺栓孔及其角組模版者;其主要技術,係設計 對擬作一角度組合之模版’其組合邊成具有組模螺检孔 之模版;並設計一於其兩翼版〈鈑〉上為設製有組模螺栓 孔之角版,於組模螺栓作組合一對模版成一陰角模或陽角 模之角組模版者* 經濟部智慧財產局員工消費合作社印製 3· —種組廪版及廣舨工程施工法,主要,係設計作組合承壓〈合 〉式模版之「繫條螺栓〈桿〉組裝體」者;其主要技術,係 設計於擬組合承壓〈合〉式模之組模版上,予設置〈組裝〉 三段式繫條之外段螺桿兼組模螺拴,於成一「繫條螺栓〈桿 〉組裝體」之組模工具者。 4. 一種組属舨及模版工程施工法,主要係設計組模版之補強 器或架接器者,其主要技術,係設計一〃型鋼,於其 相對於組模版所設製繫條串置孔之間距製孔,而於組模版 上設置三段式繫條之外段螺桿時,予鎖固該,C,型銅在 組模版冬背面,作為補強器或作為延伸組模版之架接器者 本紙張尺度逋用中國國家揉準(CNS ) A4規格(210X297公瘦) 514694 A8 88 C8 ____D8 ^、申請專利範圍 Ο 5· —種组模舨及模版工程施工法,主要係設計模版工程之水 平支承棱者;其主要技術,係設計一 %匚〃型鋼本艘,在 其底部設製一對水平調整螺絲及在其腹鈑上設置一繫條串 置孔,而成一水平調整器,龙配合設計一〈對〉水平支承 條版,於繫條組合成一模版工程之水平支承檯者β 6. —種組篇版及模版工程施工法,主要係設計作賢組承壓〈 合〉式模版之豎模器者;其主要技術,係設許一支撐版及 一角支撐鈑,以支撐版作跨置水平支承檯與「繫條環栓〈 桿〉组裝體」下部之繫條串置在支撐版上,予組裝「繫條 螺栓〈桿〉組裝體」在水平支承檯上,作豎組承壓式模版 之豎模器者〇 經濟部智慧財產局員工消費合作社印製 7· —種組模版及模版工程施工法,主要係設計模版工程外部 模Λ端之整直器或承置器者;其主要技術,係設計在一模 版工程外部樓之組模版上端製孔,利用組模版予組裝一角 鈑在該外部〈側〉模上端成一整直器者;而在一積層施工 之模版工程上’即得以錨定螺栓組裝該整直角鈑在其外部 〈側〉樓上端’俟灌漿拆模時,固定該整直角鈑在原位置 上,作支承向上組立模版之承置器者, 8·—種组模版及模版工程施工法,主要係設計墓〈多〉層模 版工程之加長型承壓〈合〉式模版及架接之组模版,作延 伸設置其上層之水平支承捶及爬模作業者丨其主要技術, 係依一積層結構艘之模版工程外知平整型模穴之高度,設 製其外倒模之未展〈合〉武模版為加長一“當之長度,及 六 經濟部智慧財產局員工消費合作社印製 ▲一— ^——— 其組模版,可在每層灌毁後,為以架接器架接組模版組合 至上層施工時所需設置水平支承檯之高程,使外側模之加 長型模版,在其組模版作引導之間距間,作攸模作業者; 並可利用該外側以架接延伸至上層水平支承檯高程之組模 版作歌置繫條組裝其外部模底部之水平支承檯者^ 9.種祖模版及模舨工程施工法,主要係設計超高牆模版工 義之肢模作業者;其主要技術,係設計超高牆模版工程《 一側模,於组模版使用架接器,自本層〈程序〉模穴灌漿 後,以利用繫條和架接器,架接其一側模之組模版向上延 伸其長〈高〉度,再利用已架接延伸之各組模版上之繫條 ,組立其另一側〈對向〉模之組模版,在各相對立之位置 Λ ;使一超高牆模版工程之每層〈程序〉灌漿後之兩側模 ,即得于設計和組模版等長度之承壓〈合〉式模版,作爬 模之模版’及以組模版作延伸組模之欣模作業者。 10.如申請專利範圍第1項或第3項所述之組模版及模版工程 施工法;其中,利用組模版組裝繫條成一 r蘩條螺栓組裝 體」之組模工具,在裰版工程中組立模版暨自動設置繫條 ;其施工步驟為: (1 ).設計一模版工程之組模版,而在其模穴擬先組立之厂 侧模,所需之各組模版上組裝繫條成「繫條 螺栓組裝截」毛組模X具; (2):使用「繫條螺栓組裝體」组立其模穴一側模之承壓〈 合〉式模版,作以繫條鎖固各一雙承壓〈合〉式模版 在組模版上,填結成模穴之一側模面; 本紙張用中8JH家鮮(CNS ) ( 210X297公釐) '&quot; ---B8 C8 _ D8 'Patent Application Scope 1. A group mold and sheet metal engineering construction method, which is mainly designed to design a template whose combined edge is a pressure-bearing template with a pressure-bearing (compression) surface and its group template; The main technology is to design a single-span unit template with a single-span pressure-bearing template with a low-order bearing surface on the side of the combination; and design a flat plate of the same length and thickness as the single-span pressure-bearing template. On the center line of the flat plate, the vertical spacing of the tie bars is set according to the intended setting, and the tie bars are arranged in series with <assembly> holes. The assembled tie bars are combined to form a pair of templates with supporting <low-order> surfaces to complement each other. The template plane group template. 2. —A group of molds and template engineering construction methods are mainly designed for the combination of the template and the set of bolt holes and corner group template; its main technology is to design a template to be an angle combination 'its combination edge Form a template with a set of screw inspection holes; and design a corner plate with a set of mold bolt holes on its two wing plates (sheets), and use a combination of a pair of stencils to form a female or male corner mold. Angular group template * Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 3 — a group version and the construction method of the Guangxi project, which are mainly designed as "composite bolts < "Assembly"; its main technology is designed on the group template of the combined pressure-bearing <compression> type mold, and the <assembly> three-segment tie bar outside section screw and group mold screw are provided. Tie bolt <rod> assembly "group of mold tools. 4. A construction method of group concrete and template engineering, which is mainly used to design the reinforcement or bridging device of the group template. The main technology is to design a section steel and place holes in series relative to the system bar set by the group template. Make holes at intervals, and when the three-section tie bar screw is set on the group template, lock it. C, type copper is on the back of the group template winter, as a reinforcement or as a connector of the extension group template. This paper size uses the Chinese National Standard (CNS) A4 (210X297 male thin) 514694 A8 88 C8 ____D8 ^, the scope of patent application 0 5 · — a variety of group mold and template engineering construction methods, mainly the level of design template engineering The main technology is the design of a one-percent-shaped steel ship. A pair of horizontal adjustment screws are set at the bottom and a series of string holes are arranged on the web sheet to form a level adjuster. Design a <pair> horizontal support strip, and combine the strips to form a horizontal support platform for the template project β 6. — Various group version and template engineering construction methods, which are mainly designed as the pressure-bearing <he> type template of the Xian group Vertical molder The main technology is to set up a support plate and a corner support plate, and use the support plate as a straddling horizontal support platform and the tie bar at the bottom of the "tie bar ring bolt" assembly on the support plate to assemble " Tie bolts (rods) assembly "on the horizontal support platform, as a vertical mold presser of the vertical group pressure-bearing stencils 0 printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs The main technology is to design a straightener or a holder for the external mold Λ end of the template project; its main technology is to design holes in the upper end of the group template of the external building of the template project, and use the group template to assemble a corner sheet on the external side 〉 When the upper end of the mold is a straightener, and on a multi-layer construction template project, the right-angled sheet can be assembled with anchor bolts on the outside (side) of the upper side of the upper floor. In position, as a supporter supporting the upward group of stencils, 8 · —a group of stencils and stencil engineering construction methods, which are mainly designed for the design of tombs with “multi-layer” multi-layer stencils. Group template It is used to extend the horizontal support of the upper layer and the climbing mold operator. Its main technology is to determine the height of the flat mold cavity according to the template project of a multilayer structure ship. The template is lengthened by 1 ", and printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. ▲ 一 —— ^ ———— The group template can be used to connect the group template with a connector after each layer is destroyed. The height of the horizontal support platform needs to be set up to the upper layer construction, so that the outer molds are elongated templates, and the group template is used as a guide to act as a model operator; and the outer side can be used to extend to the upper horizontal support. The set of templates at the platform elevation is used to assemble the horizontal supporting platform at the bottom of the external mold. 9. The ancestral template and mold engineering construction method are mainly the limb mold operators who design the super-high wall template. The design of the super-high wall template project "One side mold, using a connector for the group template, after the cavity of this layer <program> is grouted, using the tie bar and the connector to frame the group template of one side mold upwards Extend its length High> degree, and then use the tie bars on each set of templates that have been erected to extend, and set up the other set of <opposite> templates on the other side, at opposite positions Λ; make each super high wall template project After the layer <procedure>, the two molds on the two sides can be obtained from the design of the pressure-bearing <combined> template with the same length as the design template and the template. 10. The group template and template engineering construction method described in item 1 or 3 of the scope of application for patents; wherein, the group template is used to assemble the tie bars into an r-strip bolt assembly. Set up templates and set tie bars automatically; its construction steps are: (1). Design a set of template for the template work, and in the mold cavity of the factory side mold to be assembled first, assemble the tie bars on each set of templates to form " Tie bolt assembly section "hair set mold X tool; (2): Use" tie bolt assembly "to form pressure-bearing <he> template of one side of its cavity, and use tie bars to lock each pair The pressure-containing stencil is on the group stencil, which is formed into one side of the mold cavity. This paper uses 8JH household fresh (CNS) (210X297 mm) '&quot; --- (3) '利用e完成組立之該一侧模面上之繫條,組立其對向 模之組模版; (4) ·襄承組立對向模之承壓〈合〉式模版及以繫條鎖固其 各一雙承壓〈合〉式模版在其組模版上,而完成組立 該模穴之兩側模暨自動設置其模穴所需之繫條 &lt; 繫結 器〉者^ 如申請專利範圍第巧項或第3項武第5項所述之組模版及模 版工程施工法;其利用r繫條螺栓組裝體」之組模工具, 在模版工程之水半支承檯上組立模版暨自動設置繫‘;其 施工步驟為: (1).設計在一模版工程擬組立承壓〈合〉式模版之地版基 線〈放樣線〉上,設置水平支承檯; &lt;2).設計該模穴擬先組立之一倒棵,所需之各組模版、與 组裝繫條在組模版上成「繫條螺栓組裝體」之組模工具 , (3) ·使用「繫條f栓组裝體」在其水平支承檯上,組立其 模穴擬先行組立之一側模,作从「繫條螺栓組裝體」相 互組合其承壓〈合〉式模版,而以繫條鎖固各一雙承壓 〈合〉式模版在組模版上,連結成該一侧模面; (4) .利用先組立完成之一側模面上之繫條,组立其對向模 之組模版,在水平支承檯上; (5) .以〈襄承〉組立該模穴另一側模〈對向模〉之承壓〈 合〉式模版及以該繫條鱗固其各一雙承壓〈合〉式模版 在其組模版上,而完成組立該模穴之兩側模面暨自動設 CNS ) A4現格(210x297公釐) 請先閱讀背面之注恁事項再填¾本頁) 1T 經濟部智慧財產局員工消費合作社印製 514694(3) 'Use e to complete the tie bars on the side of the die set and set up the group template of the facing die; (4) · Xiang Cheng's pressure-resistant <combination> type template and tie bars Lock each pair of pressure-bearing (combination) template on its group template, and complete the two sides of the mold cavity and complete the tie bars required to automatically set the cavity &lt; tie device> ^ If you apply The scope of the patent scope item No. 3 or item No. 5 and item No. 5 is the group template and template engineering construction method; it uses the "r series bar bolt assembly" grouping tool to form a template on the water semi-supporting platform of the template project and The automatic setting system '; its construction steps are: (1). Design a horizontal support platform on a ground plate baseline (stakeout line) of a template project intended to form a pressure-bearing <close> template; &lt; 2). Design the The mold cavity is to be assembled first, and the required sets of templates and assembly ties are set on the set template to form a "tie bar bolt assembly". (3) · Use the "tie bar f bolt group" On the horizontal support platform, one side mold is to be assembled on its horizontal support platform, and it is to be assembled from the "tethered bolt assembly". Combine the pressure-bearing <combination> templates with each other, and lock a pair of pressure-bearing <combination> templates with tie bars on the group template to connect the one side mold surface; (4). Use one of the first assembly to complete one The tie strips on the side molds form the group template of the opposite mold on the horizontal supporting platform; (5). The bearing pressure of the other mold of the other side of the cavity, the "opposite mold," is formed by "Xiang Cheng". A combination template and a pair of pressure-bearing <compression> templates on the group template, and the two sides of the mold cavity are assembled and the CNS is automatically set. A4 is now available (210x297) Li) Please read the notes on the back before filling this page) 1T Printed by the Consumer Consumption Cooperative of Intellectual Property Bureau, Ministry of Economic Affairs 514694 六 經濟部智慧財產局員工消費合作社印製 補g 、申請專利範圍 置其模穴所需之繫條〈繫結器〉者。 12·如申請專利範圍第1項歲第3埃我第6項所述之敏模版及模 版工程施工法;其利用「繫條螺栓組裝體」之組模工具, 與在模版工程之水平支承檯側邊組裝豎模器,作豐組立模 版暨自動設置繫條;其施工步驟為: (1) .設計在一模版工程擬组立承壓〈合〉式模版之地版基 線〈放樣線〉上’設置水平支承檯,並配合其組模間 距,在水乎支承檯之擬先組立模版之一側邊,以組合 水平支承檯冬繫條共同組裝一豎模器〈支撐版〉在水 平支承檯之側邊; (2) .在該模穴擬先行組立之一侧模,所需之組模版上組裝 繫條成「繫條螺栓組裝體」之組模工具; (3) ·使用「繫條螺栓組裝體」在其水平支承檯上,組立其 模穴擬先行組立之一側模,作以「繫條螺栓組裝體」 相互組合其承靨〈合〉式模版,並串置其繫條螺栓在 豎模器上,而以繫條鎖固各一雙承學〈合〉式模版在 組模版及豎撝器上,連結参該模穴之一侧模面; (4 )·利用先組立完成之一側模面上之繫條,组立其對向模 〈另一側〉之組模版,在水平支承檯上; (5).以〈襄承〉组立該模穴另一側之承壓〈合〉式模版及 以該繫條鎖固其各一雙承壓〈合〉式模版在其組模版 上,而完成組立該模穴之兩側模面暨自勤設置其模穴 所t之繫條〈繫結器〉者。 本纸張尺度適用中國國家標準(CNS ) Α4現格(210Χ297公釐) 請先¾.讀背面之注意乎項再填寫本頁) 訂6. Printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs and applying for patents. 12. The sensitive stencil and stencil engineering construction method described in item 1 of the scope of patent application, item 3, item 3, and item 6; it uses the tooling tools of the "tie bolt assembly" and the horizontal support table in the stencil project The vertical mold is assembled on the side to make the Feng group vertical template and automatic setting tie bar. The construction steps are as follows: (1). Designed on the ground plate baseline of the template (stakeout line) of a template project intended to form a pressure-bearing (combined) template. 'Set a horizontal support platform and match the spacing between the mold sets. At the side of one of the stencils of the water support platform, firstly, a vertical mold device <support plate> is assembled with the horizontal support platform winter tie bar on the horizontal support platform. (2). Attach one side mold in the mold cavity first, and assemble the tie bars into a "tie bar bolt assembly" on the required set of stencils; (3) · Use the "tie bars" "Bolt assembly" on its horizontal support platform, set up one side mold of its cavity to be assembled first, as a "tethered bolt assembly" to combine their bearing (combination) type template, and arrange its tie bolts in series On the vertical mold device, each pair is locked by a tie bar. The plate is connected to one of the side mold faces of the mold cavity on the group template and the mullion; (4) · Use the tie bar on the side mold surface to form the opposite mold (the other side). The group template is on the horizontal support platform; (5). The "compression" type template on the other side of the cavity is set up with "Xiang Cheng" and each pair of pressure bearing is locked with the tie bar. 〉 The template is on the group template, and the two sides of the mold cavity are assembled and the tie bar “tethering device” is set up. This paper size is applicable to Chinese National Standard (CNS) A4 (210 × 297 mm). Please read the notes on the back before filling in this page.) Order
TW90129463A 1996-04-24 1996-04-24 Assembling form and construction method thereof TW514694B (en)

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