M304559 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種「板模夾具結構」，尤指其係用於建築工程上，以 方便、迅速地將板模固定者。 【先前技術】 按，目前一般習知之板模夾具結構，如第六圖及第七圖所示，其係由 一基座（10)、一壓桿(20)及一扭力彈簧（3〇)所組成，其中，基座（i〇)下方 形成有底板(11)，底板(11)頂面係一體射出成型有定位座（12)，該定位座 馨（12)後端並設有一孔道(14)與底板(n)之貫孔(13)相通，而前端則延伸有 二相間隔之翼片（15)，並令二翼片（15)間能形成為一與孔道(14)相通連之 容置空間（16)，壓桿(20)及扭力彈簧(30)係以一轴桿而樞設於基座（1〇)之 容置空間（16)内，且壓桿(20)底緣形成有一段鑛齒狀之卡掣部（21)，而扭 力彈簧(30)之兩端腳則分別勾扣於一側翼片（15)與壓桿(2〇)之板動部(泣） 上，使壓桿(20)在常態時能受到扭力彈簧(30)彈性伸張之推抵，而令扳動 部（22)能呈現出往孔道(14)頂緣靠近貼抵之形態，卡掣部（21)則可相對樞 轉入孔道(14)内。 其使用時，係將壓桿(2〇)之扳動部(22)往前扳抵樞轉，使扭力彈簧(3〇) 壓縮，卡掣部（21)相對脫離出孔道(14)，而得以令凸伸於板模外之鋼筋從 基座（10)之貫孔(13)穿入於孔道(14)内，隨後待基座（1〇)之底板(11)平置 貼抵於板模上後，即能放開扳動部(22)，讓壓桿(2〇)能受到扭力彈簧（3〇) 彈性釋放之帶動，而往後樞轉回復，使卡掣部（21)能咬合卡固於鋼筋上， 以促使鋼筋固定於孔道(14)中，板模相對獲得定位者。 然，如上所述之習知結構於實際應用中仍存在有下述之問題點：（一） 其基座（10)上係一體射出成型有底板(11)與定位座（12)，故於製作時就需 經過合模、注入、保持、固化、脫模等步驟，使得基座（1〇)有成型速度慢， 生產效率相對低之缺失者；（二)其製作成型之速度慢，相對就無法達成量 M304559 產’及不具有產業競爭力及競爭優勢者；（三)其基座⑽為塑膠製品，故 整體之結馳度係㈣弱，相職法承狄大之應力者。 是以，如何針對上述習知板模夾具結構之缺點進行研發改良，實為相 關業界所需努力研發之目標，本創作人有翻^此，乃思及創作的意念，遂 以多年的經驗加以設計，經多方探討並試作樣品試驗 ，及多次修正改良， 乃推出本創作。 【新型内容】 欲解決之技術問題點： t知之板㈣具結構，其基座上係—體射域财絲與定位座，故 二·作時之速度即會較慢，相對無法達成量產，以乃欲解決之技術問題點 者。 解決問題之技術特點： 一本創作提供-種板模夹具結構，其係由一底板、一定位座、一壓桿及 =力，所組成，其中’底板與定位座係以適厚之金屬板材，經連續沖 二垃所f作成如’且該底板上係沖設有接合孔，以供定位座底端所形 錄—靖折，轉底域定位絲相齡，又定位座後 •成有:=後:直接形成有一孔道，並與底板之貫孔相通，而前端則形 力彈I門2之片’以令一翼片間能形成有一容置空間，壓桿係置於扭 一段桿而樞設於定位座之容置空咖，域桿底緣形成有 盘壓桿:扳動邱t部’而扭力彈簧之兩端腳與中間橫桿則分別勾扣於翼片 令扳動部能呈i出往時能受到扭力彈簧彈性伸張之推抵，而 道内，料上== 職之賴，卡㈣财相對樞轉入孔 k内错由上赫構，俾以得驗财具結構者。 對照先前技術之功效： 後，再相結合具結構’其底板與定位座係連續沖壓成型出 »、、因為轉加1速度極快，且結合時又僅需將接腳弯折， M304559 即能達成，故相對能提昇該結構在生產製作時之速度與效率者。 ㈡本創作提供板模夾具結構，其製作成型之速度快，相對就能達成 量產’以提昇該結構在產業間之競爭力與競爭優勢者。 (二）本創作提供板模夾具結構，其底板與定位座係以適厚之金屬板 材，經連續沖壓後，所製作越出，故整體之結構強度係較佳，相對能承 受較大之應力者。 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一步之瞭 春解與認識，以下兹請配合【圖式簡單說明】列舉實施例，詳述說明如后： 清先由第一圖搭配第二圖、第三圖及第四圖所示觀之，其係由一底板 (40)、一定位座(50)、一壓桿(6〇)及一扭力彈簧(7〇)所組成，其中，底板 (40)與定位座(50)係以適厚之金屬板材，經連續沖壓後，所製作成型出， 且該底板(40)上係沖設有接合孔(41)，以供定位座（5〇)底端所形成之接腳 (51)***，並往一侧彎折，而讓底板(4〇)與定位座（5〇)能相結合，又定位 座(50)後端於沖壓成型後係直接形成有一孔道(52)，並與底板(4〇)之貫孔 (42)相通，而前端則形成有二相間隔之翼片（π)，以令二翼片（幻）間能形 φ成有一容置空間（54)，礙旱(60)係置於扭力彈簧⑽間，再以一軸桿而樞 设於定位座（50)之容置空間（54)内，且壓桿(60)底緣形成有一段鋸齒狀之 卡掣部（61)，而扭力彈簧(70)之兩端腳與中間橫桿則分別勾扣於翼片（53) 與壓桿(60)之扳動部(62)上，使壓桿(60)在常態時能受到扭力彈簧(7〇)彈 性伸張之推抵，而令扳動部（62)能呈現出往孔道（52)頂緣靠近貼抵之形 態，卡掣部(61)則可相對樞轉入孔道(52)内。 藉由上述之結構，其使用時，係將壓桿(60)之坡動部（62)往前扳抵樞 轉，使扭力彈簧(70)壓縮，卡掣部(61)相對脫離出孔道(52)，而得以令凸 伸於板模（80)外之鋼筋（81)從底板(40)之貫孔(42)穿入於孔道(52)内（請 同時由第五圖所示觀之），隨後待底板(4〇)平置貼抵於板模(8〇)上後，即能 M3 04559 放開扳動部(62)，顧桿⑽能受到扭力彈簧⑽彈性釋放之帶動，而往 ，插轉回後，使卡掣部⑽能咬合卡_鋼細)上，以促使鋼筋⑻）固 疋於孔道(52)中’板模(8〇)相對獲得定位者。 又底板(40)下方端面之周緣上係能一體成型有凸緣⑷），藉以 用時丄能增加底板⑽與板模⑽間之雜接觸力者。 、 藉上述具體實_之轉，可刺τ収㈣ =⑽係連續賴成型出後，再相結合，然因為賴加工速度反 2時又僅需將接腳⑸）彎折，即能達成，故相對能提昇該結構在生產製 ^時之速度與效率者；（二)其製作成型之速度快，相對就能達成量產，以 ===Γ競爭力與競爭優勢者；（三)其底板⑽蚊位座⑽ Γΐ 經連續沖壓後，所製作成型出，故整體之輸度 係較佳，相對能承受較大之應力者。 々綜上所述，本創作確實已達突破性之結構設計’而具有改良之創作内 谷’同時Χι触職n上之性與齡性，且本 2新雛，料合專觸_條之蚊，銳_新_^ ‘心月韵局審查委員授予合法專利權，至為感禱。 創作^者’本創作之—較佳實施例而已’當不能以之限定本 =作實就耗圍；即大凡依本創作申請專利範圍所作之均等變化與本 I應仍屬本創作專利涵蓋之範圍内。 : M304559 【圖式簡單說明】 第一圖：係本創作之立體組合圖。 第二圖：係本創作另一角度之立體組合示意圖。 第三圖：係本創作之立體分解圖。 第四圖：係本創作之組合剖面圖。 第五圖··係本創作之使用狀態示意圖。 第六圖：係習知之立體組合圖。 弟七圖·係習知之立體分解圖。 【主要元件符號說明】 習知部份： 基座-----（10) 底板-----（11) 定位座----（12) 貫孔-----（13) 孔道-----（14) 翼片-----（15) 容置空間---（16) 壓桿-----（20) 卡掣部----（21) 扳動部----（22) 扭力彈簧---（30) _本創作部份： 底板-----（40) 貫孔-----（42) 定位座----（50) 孔道-----（52) 容置空間---（54) 壓桿-----（60) 扳動部----（62) 扭力彈簧---（70) 接合孔 （41) 凸緣-----（43) 接腳-----（51) 翼片-----（53) 卡掣部----（61) M304559 (81) 板模-----（80) 鋼筋M304559 VIII. New Description: [New Technology Field] This creation department is concerned with a “plate mold fixture structure”, especially for the construction project, which is convenient and quick to fix the plate mold. [Prior Art] According to the conventionally known formwork fixture structure, as shown in the sixth and seventh figures, it is composed of a base (10), a pressing rod (20) and a torsion spring (3〇). The bottom plate (11) is formed under the base (11), and the top surface of the bottom plate (11) is integrally formed with a positioning seat (12), and a rear end of the positioning seat (12) is provided with a hole ( 14) communicating with the through hole (13) of the bottom plate (n), and extending the two-phase spaced fins (15) at the front end, and forming the two fins (15) to be connected to the opening (14) The accommodating space (16), the pressing rod (20) and the torsion spring (30) are pivotally disposed in the accommodating space (16) of the pedestal (1 〇) by a shaft, and the bottom of the pressing rod (20) The edge is formed with a section of the tooth-shaped snap portion (21), and the ends of the torsion spring (30) are respectively hooked to the plate portion (15) of the one side flap (15) and the pressing rod (2〇) (cry) In the upper state, the pressing rod (20) can be pushed by the elastic spring (30) in the normal state, and the pulling portion (22) can be brought into the shape of the top edge of the tunnel (14). The portion (21) is relatively pivotable into the bore (14). When it is used, the pulling portion (22) of the pressing rod (2〇) is pulled forward to pivot, so that the torsion spring (3〇) is compressed, and the clamping portion (21) is relatively separated from the outlet passage (14), and The reinforcing bar protruding from the outside of the plate mold is inserted into the hole (14) from the through hole (13) of the base (10), and then the bottom plate (11) of the base (1) is placed flat against the plate. After the mold is applied, the pulling portion (22) can be released, so that the pressing rod (2〇) can be driven by the elastic release of the torsion spring (3〇), and the rearward pivoting back, so that the locking portion (21) can The bite is snapped onto the reinforcing bar to cause the reinforcing bar to be fixed in the tunnel (14), and the plate mold is relatively positioned. However, the conventional structure as described above still has the following problems in practical applications: (1) The base (10) is integrally formed with the bottom plate (11) and the positioning seat (12), so During the production, it is necessary to carry out the steps of clamping, injecting, holding, solidifying and demoulding, so that the pedestal (1〇) has a slow molding speed and a relatively low production efficiency; (2) the speed of its molding is slow, relative It is impossible to achieve the quantity M304559 and 'have no industrial competitiveness and competitive advantage; (3) its pedestal (10) is a plastic product, so the overall degree of ties (4) is weak. Therefore, how to develop and improve the shortcomings of the above-mentioned conventional plate-die fixture structure is a goal that the relevant industry needs to work hard to develop. The creator has the idea of turning this, thinking and creating, and using years of experience. The design, the multi-party discussion and trial sample test, and many corrections and improvements, is the introduction of this creation. [New content] The technical problem to be solved: t knowing the board (4) has a structure, the base is the body-body field and the positioning block, so the speed of the second will be slower, and it is relatively impossible to achieve mass production. In order to solve the technical problems. Technical characteristics of solving the problem: A creation provides a type of plate mold fixture structure, which is composed of a bottom plate, a positioning seat, a pressing rod and a force, wherein the 'base plate and the positioning seat are made of a thick metal plate After the continuous flushing of the two wastes, such as 'and the bottom plate is punched with a joint hole for the bottom end of the positioning seat to be recorded - Jing folding, turn the bottom of the field to locate the silk phase, and after positioning the seat := After: a hole is formed directly, and communicates with the through hole of the bottom plate, and the front end is shaped to force the piece of the I door 2 to form an accommodation space between the wings, and the pressure bar is placed on the one pole. The pivoting arm is disposed in the positioning seat, and the bottom edge of the domain rod is formed with a disk pressing rod: the jaw portion is pulled, and the two ends of the torsion spring and the middle cross bar are respectively hooked on the airfoil to enable the pulling portion to be When the i is out, it can be pushed by the elastic spring of the torsion spring, and the inside of the road, the material is == the job, the card (four) is relatively pivoted into the hole k, the fault is determined by the upper structure, and the structure is verified. Compared with the effect of the prior art: After the combination of the structure, the bottom plate and the positioning base are continuously stamped and formed», because the speed of the transfer 1 is extremely fast, and only the pins need to be bent when combined, the M304559 can Achieved, so it can relatively improve the speed and efficiency of the structure in production. (2) This creation provides a formwork fixture structure, which is fast in production and can be mass-produced to enhance the competitiveness and competitive advantage of the structure in the industry. (2) The creation provides the structure of the formwork fixture. The bottom plate and the positioning seat are made of a thick metal plate. After continuous stamping, the overall structure is stronger and the structural strength is relatively strong. By. [Embodiment] In order to enable your review committee to have a further spring and understanding of the purpose, characteristics and efficacy of this creation, please refer to the following example for a brief description of the following: The first figure is matched with the second figure, the third figure and the fourth figure, which is composed of a bottom plate (40), a positioning seat (50), a pressing rod (6〇) and a torsion spring (7).组成), wherein the bottom plate (40) and the positioning seat (50) are formed by a thick metal plate, which is formed by continuous pressing, and the bottom plate (40) is punched with an engaging hole (41). ), the pin (51) formed by the bottom end of the positioning seat (5〇) is inserted and bent to one side, and the bottom plate (4〇) and the positioning seat (5〇) can be combined and positioned (50) The rear end is formed with a hole (52) directly formed after the press forming, and communicates with the through hole (42) of the bottom plate (4〇), and the front end is formed with two spaced apart fins (π) to The two-wing piece (magic) can form a accommodating space (54), and the drought-resistant (60) is placed between the torsion springs (10), and is pivoted to the accommodating space of the positioning seat (50) by a shaft ( 54), and the bottom edge of the pressing rod (60) is formed with a jagged hook portion (61), and the two ends of the torsion spring (70) and the intermediate cross rod are respectively hooked to the flap (53) and The pulling portion (62) of the pressing rod (60) enables the pressing rod (60) to be pushed by the elastic spring (7〇) in the normal state, so that the pulling portion (62) can be presented to the opening channel. (52) The top edge is close to the abutting shape, and the latching portion (61) is relatively pivotable into the opening (52). With the above structure, in use, the tilting portion (62) of the pressing rod (60) is pulled forward to pivot, the torsion spring (70) is compressed, and the locking portion (61) is relatively separated from the outlet channel ( 52), so that the reinforcing bar (81) protruding from the outside of the plate mold (80) penetrates into the hole (52) from the through hole (42) of the bottom plate (40) (please also observe the figure shown in the fifth figure) Then, after the bottom plate (4〇) is placed flat against the plate mold (8〇), the trigger portion (62) can be released by M3 04559, and the rod (10) can be driven by the elastic release of the torsion spring (10). After inserting and turning back, the cassette portion (10) can be engaged with the card_steel fine () to urge the reinforcing bar (8)) to be fixed in the hole (52), and the 'plate mold (8〇) is relatively positioned. Further, a flange (4) can be integrally formed on the periphery of the lower end surface of the bottom plate (40), thereby increasing the miscontacting force between the bottom plate (10) and the plate mold (10). By the above specific real _ turn, can be thorn τ (4) = (10) is continuous after the formation, and then combined, but because the processing speed is reversed 2, only need to bend the pin (5)), can be achieved, Therefore, it is relatively easy to improve the speed and efficiency of the structure in production; (2) its production and molding speed is fast, relatively mass production can be achieved, with ===Γ competitiveness and competitive advantage; (3) its The bottom plate (10) mosquito seat (10) Γΐ After continuous stamping, it is formed, so the overall transmission is better, and it can withstand relatively large stress. In summary, this creation has indeed achieved a breakthrough structural design 'with improved creation of the inner valley' and at the same time Χι touched the sex and age of the n, and this 2 new chicks, the combination of special touch _ Mosquito, sharp _ new _ ^ 'Heart of the Moon Review Board awarded legal patent rights, to the pray. The author of the creation of the present invention - the preferred embodiment of the "can not be limited by this = true to the cost; that is, the equivalent of the scope of the patent application of this creation and this I should still be covered by this creation patent Within the scope. : M304559 [Simple description of the diagram] The first picture: a three-dimensional combination of the creation. The second picture: a three-dimensional combination diagram of another angle of the creation. The third picture: the three-dimensional exploded view of the creation. The fourth picture: a sectional view of the combination of the creation. The fifth picture is a schematic diagram of the state of use of this creation. Figure 6: A stereoscopic combination of the familiar. The seventh figure of the younger brother is a three-dimensional exploded view of the conventional knowledge. [Main component symbol description] Conventional part: Base-----(10) Base plate-----(11) Positioning seat----(12) Through-hole-----(13) Hole -----(14) Flap-----(15) accommodating space---(16) Pressure bar-----(20) Clamping part----(21) Pulling part ----(22) Torsion Spring---(30) _This Part: Floor-----(40) Through Hole-----(42) Positioning Block----(50) Hole -----(52) accommodating space---(54) Pressure bar-----(60) Pulling part----(62) Torsion spring---(70) Engagement hole (41) Flange-----(43) Pin-----(51) Flap-----(53) Cassette----(61) M304559 (81) Plate Mould---- -(80) steel bars
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