M334749 _八、新型說明： 【新型所屬之技術領域】 本創作為提供一種鋼筋加工機，一 =依所需之形狀進行彎折，以有效提二折鋼筋，且可 改良。 下菜政率的鋼筋加工機結構 【先前技術】 而營造建築上 之材料 hi ’ ί造建築為現今社會上佔有相當重要之地付 ’主要可用於增加水泥結構體之強拿刀性 yf為不可或缺.，. 其鋼筋為了運送時的方便，A多將其 ，工地常見之情形， 般 而於營造建築物使用時，則透過銜接二===度之長條狀， 鋼筋也同時須依照建築物之需求，進行鋼^之南度。 ==構，雖設有可令鋼筋彎 以:之:構 热法將彎折方向進行正、反轉，且在機頭 *折之機構亚 於進行較複雜之之鋼筋加工作業時，則須耗；許二因2 ’ 加工裎序，始能達到所需之彎折形狀，且益法 #次的f折 是以，要如何解決上述習用之問題與缺失， 與從事此行業之相關廠商所亟欲研究改善之方向所^者Y之彳作人 M334749 【新型内容】 一- ，故’本創作之創作人有鑑於上述缺失 .1評估及考量’並以從事於此行#累積之 J，=枓’經由多 修改，始設計出此種可快速彎折㈣，3 作及 折’=提升作業效率的鋼筋加工機結構=狀進行彎 本創作之主要目的在於：第一驅叙 寻矛〗者。 ★動時，其第一驅動軸盥第二驅動乂 ^弟二驅動軸經由帶動件轉 -彎折器與第二彎折器，以令置進彳τ位移時，同時帶動第 置爽固器上之鋼筋兩端，而^快速折器可別彎折設 本創作之次要目的在於：兮第一=鋼肋之功效。 =軸:;轉動軸同時連接有-偏“ 折為別又设有一傳動件，該傳動件 弓折态14弟二彎 折益位移至所需位置時，可經由轴承 =$折益與弟二彎 件驅動轉動軸且由偏移轴進行改變鋼筋鋼=同時可經由傳動 之形狀進行彎折，且有效提升作業效率。/狀’而達到可方便依所需 本創作之再一目的在於：姑穿 工作平台處分別設有相對應以 置與第二位移裝置相鄰於 位移裝置位移於工作平“之令第-位料置與第二 鋼筋幫折，以達到鋼筋,彎折之形狀^折讀弟二幫折器穩定進行 :可增移第置與七位移裝置上-侧 偏移於第-位職置與第 ^>動弟-料器與第二管折器 6 M334749 _【實施方式】 ’ 為達成上述目的及功效，本創作 ，…圖就本創作較佳實施例詳加說 ，用之技術手段及構造，茲繪 請參閱第-圖、第二圖及第與功能如下，俾利完全了解。 立體圖、局部示意圖一及局部示所不，係為本創作較佳實施例之 筋加工機A係包括有工作平z/R思，―，由圖令可清楚看出本創作鋼 *折器E所構成，其中·· 口 、夹固器c、第一彎折器D與第二彎 • 該工作平台Β兩側分別設有一 Β1、Β2上分別銜接有—帶J 置Η、Β2，各驅動裝置 1、Β 2 1又銜接於第一驅動轴 第Β ^，該各帶動件Β 1 齒輪B 1 2 1、B 2 2 1，且2與弟一驅動軸B 2 2上之驅動 2係以固定件B 3固定於jl作平fR驅動軸B 1 2與第二驅動軸B 2 第一驅動軸B 1 2與第二驅動轴工作平台6上相對應於 夾固器C上設有一升降閥C1 設置有-夾固IIC，該 且經由升降閥c 1改_距之夾^ j11 c啊設村供鋼筋擺設 B2與夾固HC間分別設有第—於^驅動裝置B1、 該第-f折HD與第二彎折哭ρ/'/、弟—料器£。 ’該帶動裝置Dl、Ε1係以傳:nff設有帶動裝置Dl、Ε1 彎折器D與第二彎折器E之轉1 ί : E 1 1分別連接於第一 一端同時連接有偏移軸D 2工 f、E 2，该轉動軸D 2、E 2 折器E上鄰近於偏移輛〇2 且該第一彎折器D與第二彎 抵塊D2 3、E2 3及引片D24、有軸承D22、E2 2、 與工作平台B_連接M334749 _ VIII, new description: [New technical field] This creation is to provide a steel processing machine, one = bend according to the shape required, to effectively increase the two-fold steel, and can be improved. The structure of the steel bar processing machine under the policy of [previous technology] and the construction of the material on the building hi ' 造 building is a very important place in today's society. 'It can be used to increase the strength of the cement structure. Or lack of.,. In order to facilitate the transportation of the steel bar, A will use it, the common situation of the construction site, as in the case of building a building, the long bar of the joint ====, the steel bar must also be in accordance with The demand for the building, the south of the steel. == Construction, although it can be used to bend steel bars: the thermal method will be used to positively and invert the direction of bending, and when the mechanism of the machine head is folded for more complex steel processing operations, Consumption; Xu 2 due to the 2' processing order, can achieve the required bending shape, and the f-fold of the benefit method is how to solve the above problems and problems, and related manufacturers engaged in this industry亟 研究 研究 研究 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 334 =枓' After many modifications, I designed this kind of quick bending (4), 3 and folding '=Strength of the steel processing machine structure to improve the efficiency of the work. The main purpose of the bending is to create the first spear. By. ★When moving, the first drive shaft 盥 second drive 乂 ^ brother drive shaft via the drive member turn-bend and the second bender, so that the displacement of the 彳τ, while driving the first set of cooler The upper ends of the steel bars, and the ^ fast folding device can be bent. The second purpose of this creation is: 兮 first = steel rib effect. =Axis:; Rotating shaft is connected at the same time - partial "Folding is another gear member. When the transmission member is in a bowed state, the second member bends and shifts to the desired position, and the bearing can be converted to the desired position. The bending member drives the rotating shaft and changes the steel bar by the offset shaft. At the same time, it can be bent through the shape of the transmission, and the work efficiency is effectively improved. The other purpose of the creation is that it is convenient to: The working platform is respectively provided with a corresponding position and a second displacement device adjacent to the displacement device, and the displacement of the displacement device is set to be the same as that of the second material and the second steel bar to achieve the shape of the steel bar and the bending. The second brother of the reading brother is stable: the shifting of the first and seventh displacement devices can be shifted to the first position and the second position and the second tube folding device 6 M334749 _ [implementation Ways] In order to achieve the above objectives and effects, this creation, ... is a detailed description of the preferred embodiment of the present creation, using the technical means and structure, please refer to the first, second and first functions as follows, Philip fully understands. The three-dimensional diagram, the partial diagram one and the partial diagram are not the best embodiment of the rib processing machine A, including the work flat z/R thinking, ―, from the order can clearly see the creation of the steel * folding device E The port is composed of a port, a clamper c, a first bender D and a second bend. The two sides of the work platform are respectively provided with a Β1 and a Β2 respectively connected with a belt J, Β2, and each drive. The device 1, Β 2 1 is coupled to the first drive shaft Β ^, the respective drive members Β 1 gears B 1 2 1 , B 2 2 1, and 2 and the drive 2 on the drive shaft B 2 2 The fixing member B 3 is fixed to j1 as a flat fR driving shaft B 1 2 and the second driving shaft B 2 . The first driving shaft B 1 2 and the second driving shaft working platform 6 are provided with a lifting valve corresponding to the clamp C. C1 is provided with a clamping IIC, and the clamping device c 1 is modified by the lifting valve c 1 , and the clamping device is provided with a clamping device B1 and a clamping HC, respectively, and a driving device B1, the first-f Fold HD and the second bend to cry ρ / ' /, brother - material £. 'The driving device D1, Ε1 is transmitted: nff is provided with the driving device D1, the Ε1 bending device D and the second bending device E are rotated 1 ί : E 1 1 are respectively connected to the first end and are connected with an offset The shaft D 2 works f, E 2, the rotating shaft D 2, the E 2 folding device E is adjacent to the offset vehicle 且 2 and the first bending device D and the second bending device D2 3, E2 3 and the leader piece D24, bearing D22, E2 2, connected with working platform B_
台B處分別設有相裝以内壁兩側相鄰於工作平 3與第二位移裝置£3鄰 ^，域第-位移袭置D E 3 2，該套環D 3 2、E 3J分別設有-套環D 3 2、 第二驅動轴B 2 2上。 门^別套設於第一驅動轴B ! 2與 藉由上述之結構、組成設計，兹就本創作之使用作動情形說明如 7 M334749 ’…如彳土二，日可芩閱第二圖、第三圖、第四圖及第五圖所示，係為本創作 之局部示意圖―、局部*意圖二、實施示意圖—及實施示 • ί:;行彎看出，上述構件動作時，如欲使用該鋼筋加工 哭C之央1鋼肋F守’可將所欲進行彎折鋼筋F之中央處置於夾固 二# 口二^體13 2内’並經由升降閥c 1調整夾合體c 2之間距，而 別擺設於第—彎折器D與第二彎折器Ε之軸承D 2 2、 '鋼筋F擺設=該鋼筋F係抵觸於抵塊D 2 3、Ε 2 3上，以完成 1 1將?之驅動裝置Β 1、Β 2開啟並驅動帶動件Β 1動齒輪B121、其帶動件61 1、B21所銜接之驅 隨之進行正、反轉，#統山1 = 一驅動軸812與第二驅動軸B 2 2The bottoms of the table B are respectively provided with the inner wall adjacent to the working level 3 and the second displacement device, and the first displacement-displacement DE 3 2 is provided, and the collars D 3 2 and E 3J are respectively provided. - collar D 3 2, second drive shaft B 2 2 . The door is set on the first drive shaft B! 2 and the structure and composition design by the above, and the use of the creation is described as 7 M334749 '... The third, fourth and fifth diagrams show a partial schematic diagram of the creation, a partial *intention 2, an implementation diagram, and an implementation diagram. Use the steel bar to process the C-Chong 1 steel rib F shou' to dispose the center of the bent steel bar F to be clamped in the shackle 2 2 and to adjust the clamp c 2 via the lift valve c 1 The distance between the two, not in the first bender D and the second bender Ε bearing D 2 2, 'rebar F arranging = the steel F is against the block D 2 3, Ε 2 3 to complete 1 1 drive device Β 1, Β 2 open and drive the drive Β 1 move gear B121, its drive member 61 1 , B21 drive the drive forward and reverse, #统山1 = a drive shaft 812 and second drive shaft B 2 2
:位移裝置D 3與第二:移裝E 3 2之設置同時帶動該第 第一彎折器D與第二彎拼<设位移於工作平台B上，又該 置E 3往復位移於工作平丄日可酼第一位移裝置D 3與第二位移裝 E可依鋼筋F進行前後往彳 :^可令第—彎折HD與第二彎折器 -位移裝置D 3與第二位欲進行鋼筋F彎折處，又該第 對應之滾輪D 3 1、e 3 1=郴於工作平台B處分別設有相 |置與第二位移裝置E 3位“=二3 1、E 3 1可令第一位移裝 與第二彎折器㈣定進行鋼筋^ 平台B時，使其第一彎折器D 。 弓々，以達到鋼筋F彎折之形狀平穩 • 請同時配合參閱第六" 創作較佳實施例之實麵意圖及第九_示，係為本 f :，欲將其鋼筋以:ί示意圖-、局部實施示意 g L :、Ε11進行順時針、逆時ϋ逆時針旋轉’並於其傳動件 1 ，且同時該轉動么?時’同時帶動轉動軸D2、 1、E 2 i係柯片D 2 4、E =】E 2所連接之偏卿2 ，以將樞設於軸承D 2 2 8 M334749 …E 2 2與抵塊D 2 3、Ξ 2 3間之鋼筋F進行角度上之彎折， …於該鋼筋F角度上彎折後，再將其第—f#||D與第二彎折器二 …作平台B上移動，而後再經由偏移軸D2丄、E 2 i進行角^之織 折，俾令其鋼筋F可快速彎折成所欲形成之形狀。 又 弓 =時配合參閱第十圖、第十—圖及第十二圖所示，料本 私貫知例之實施示意@五、局部實施示賴三、局部實施示 ’如欲使其鋼筋F呈弧形彎折時，係可將該偏移軸D 2工 ^卜 f依附引片D24、E24之孤度進行偏移，而令鋼筋^^所彎= E 2 4之弧度成形’俾令其鋼筋F所快速彎折出 ，其本：口 ^ n==?r_3、E3二時 可’且該第—f#llD與第二彎折器e e 31 ； D 3 該鋼筋F於第—f折器D與第“折行角目3 折或:=;，；鋼筋f之兩端可呈現相互重疊交錯狀態。 示音二四3第十五圖所示，係為本創作較佳實施例之實施 K =鋼單次可將複數鋼筋F進行 鋼筋F呈現為备声機A進行夾固並彎折後，即可將其 折ί所體Ϊ度料、角度孤度彎折、兩端相互重疊彎 作之例而已，非因此即侷限本創 故，ίί閱全本創作之專利範圍内，合予陳明。 實存在下^優Ϊ圖所不’本創作使用時，與制技術相較，著 、:K12與第二驅動轴 弟位移衣置D3與第二位移裝置E3,並可同 M334749 •，時帶動第-彎折HD與第二f_E，以人 二彎折器£：吁別彎折設置夾固器c上之鋼弟—彎折器D與第 … 彎折鋼筋F之功效。 助兩端，而達到快速 -、傳動件D1 1、E1 1係連接於轉動轴 動件D1 1、E1 1驅動轉動軸D 2、E $ b 2，以經由該傳 2 1、E 2 1位置變化，以令該第一:驅動偏移軸D ‘移至所需位置時，可經由軸承D 2 2弓$ /、第二彎折器E位 •同時可經由傳動件D1 i、E1 i驅動抵觸鋼筋F， 移轴D 2 1、Ε 2 1進行改變鋼筋Ε 2且由偏 需之形狀進行彎折，且有效提升作^狀而達到可方便依所 三、 該第一位移裝置D 3與第二位移一; 別設有相對應之滾輪〇31、e3於工作平台B處分 令第一位移裝置D3與第二位移、£31可 使其第一彎折器!)與第二彎 ^私於工作平台B時， 鋼筋F彎折之形狀平穩。°°思疋^丁鋼筋F彎折，以達到 四、 偏移’ 3 3、E 3 3同時可帶動第_彎折 #: the displacement device D 3 and the second: the movement of the E 3 2 simultaneously drives the first bending device D and the second bending device to be displaced on the working platform B, and the E 3 reciprocating displacement is performed The first displacement device D 3 and the second displacement device E can be moved forward and backward according to the reinforcing bar F: ^ can make the first bending HD and the second bending device - displacement device D 3 and the second desire The bending point of the steel bar F is performed, and the corresponding roller D 3 1 , e 3 1 = 郴 is disposed at the working platform B, respectively, and the second displacement device E 3 position "= 2 3 1 , E 3 1 The first displacement assembly and the second bending device (4) can be made to carry out the reinforcement of the platform B when the first bender D. The bow is bent to achieve a smooth shape of the steel F bend. Please also refer to the sixth " The solid intent of the preferred embodiment and the ninth indication are: f:, the steel bar is to be rotated by: 示意图 schematic -, partial implementation g L :, Ε 11 clockwise, counterclockwise counterclockwise rotation 'And at the transmission member 1, and at the same time the rotation?? At the same time, the rotation axis D2, 1, E 2 i is the slab D 2 4, E =] E 2 connected to the eccentric 2, to be pivoted For bearing D 2 2 8 M334749 ... E 2 2 and the steel bar F between the block D 2 3 and Ξ 2 3 are bent at an angle, ... after bending the angle of the steel F, then the first -f#||D and the first The two benders 2 are moved on the platform B, and then the offsets are made by the offset axes D2丄, E 2 i, so that the steel bars F can be quickly bent into the shape to be formed. Referring to the tenth, tenth, and twelfth figures, the implementation of the privately-known example is shown in the following figure. 5. Five, partial implementation, and partial implementation, if you want to make the steel bar F curved. When bending, the offset axis D 2 can be offset by the degree of separation of the lead pieces D24 and E24, and the bending of the reinforcing bar ^^ = E 2 4 is shaped to make the steel bar F Quickly bent out, its: mouth ^ n ==?r_3, E3 two hours can be 'and the first -f #llD and the second bender ee 31; D 3 the steel bar F in the first -F folding device D And the "folding angle 3 fold or :=;,; the ends of the steel f can be overlapped and staggered. The fifteenth figure of the sound of the second four shows the implementation of the preferred embodiment of the present invention. K = steel can be used to present the plurality of reinforcing bars F to the reinforcing bar F for clamping and bending. It can be folded and folded, and the angle of the angle is bent and the two ends are overlapped and bent. This is not the case, so it is limited to the original, and ί 阅 全 全 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When there is a real existence, the image is not used. Compared with the system technology, the K12 and the second drive axis are placed on the D3 and the second displacement device E3, and can be driven by the M334749. The first-bend HD and the second f_E, the two-bend bender: the effect of bending the steel bar F by bending the steel disc-bending device D on the clamp c. Assisting both ends, and reaching fast -, the transmission members D1 1, E1 1 are connected to the rotating shaft member D1 1 , E1 1 driving the rotating shaft D 2, E $ b 2 to pass the transmission 2 1 , E 2 1 position Change so that the first: drive offset axis D' is moved to the desired position, via the bearing D 2 2 bow $ /, the second bender E position • can also be driven via the transmissions D1 i, E1 i Resisting the steel bar F, shifting the axis D 2 1 , Ε 2 1 to change the reinforced concrete Ε 2 and bending it by the shape of the partial need, and effectively raising the shape to achieve the convenience, the first displacement device D 3 and The second displacement is one; the corresponding roller 〇 31, e3 is assigned to the working platform B, the first displacement device D3 and the second displacement, £31 can make the first bender!) and the second bend private When working on the working platform B, the shape of the steel F bend is stable. °°思疋^丁钢F bends to reach four, offset ' 3 3, E 3 3 can also drive the first bend #
偏移於第-位移裝置D 3與第二 與-二彎折器E :?SE可形成位差’，以:以 到其的本於使用時，為確實能達 利之申請要件，爰依法提出H ΓΞίίΐΤ ’為符合新型專 創作人定當竭力配合，賴ϋ審委有任何舰，請不絲函指示， M334749 【圖式簡單說明】 嘴二圖 第三圖 第四圖 第五圖 第六圖 第七圖 第八圖 第九圖 第十圖 第-圖係為本創作較佳實施例之立體圖。 係為本創作較佳實施例之局部示意圖一。 係為本創作較佳實施例之局部示意圖二。 係為本創作較佳實施例之實施示意圖一。 係為本創作較佳實施例之實施示意圖二。 係為本創作較佳實施例之實齡意圖三。 係為本創作較佳實施例之局部實施示意圖一 係為本創作較佳實施例之局部實施示意圖二 係為本創作較佳實施例之實施示意圖四。 ^ 係，本創作較佳實施例之實施示意圖五。 3十：圖係為本創作較佳實施例之局部實施示意圖· ，十=圖係為本創作較佳實施例之局部實施示意圖〗 =十二圖係為本創作再一較佳實施例之實施示意圖 =十四圖係為本創作較佳實施例之實施示意圖六。 第十五圖係為本創作較佳實施例之實施示意圖七。 M334749 【主要元件符號說明】 Μ * 鋼筋加工機· · · Α 抵塊 .…工作平台····B 引片..... 驅動裝置· · · · B 1 第一位移裝置· 帶動件.....B 1 1 滾輪..... 第一驅動軸···B12 套環..... ，驅動齒輪····B121 偏移閥···· 驅動裝置· · · · B 2 第二彎折器· · •帶動件.....B 2 1 帶動裝置·· · 第二驅動軸· · · B 2 2 傳動件· · · · φ 驅動齒輪· · · · B 2 21 轉動軸· · · · 固定件.....B 3 偏移軸· · · · 夾固器.....C 軸承..... 升降閥.....C 1 抵塊..... 夾合體.....C 2 引片..... 第一彎折器· · · D 第二位移裝置· 帶動裝置····D1 滾輪..... 傳動件.....D 1 1 套環..... 轉動轴.....D 2 偏移閥· · · · 偏移軸.....D 2 1 鋼筋..... 籲軸承......D2 2Offset from the first-displacement device D 3 and the second-to-two bender E: ?SE can form a difference', so that the application requirements for the actual use of the device can be made in accordance with the law. H ΓΞίίΐΤ 'To comply with the new type of creator, we must do our best to cooperate. Lai Wei has any ship, please do not send a letter, M334749 [simple description] mouth two figure third figure fourth figure fifth figure sixth figure Figure 7 Figure 8 Figure 9 Figure 10 is a perspective view of a preferred embodiment of the present invention. This is a partial schematic diagram 1 of the preferred embodiment of the present invention. This is a partial schematic diagram 2 of the preferred embodiment of the present invention. It is a schematic diagram 1 of the implementation of the preferred embodiment of the present invention. This is a schematic diagram 2 of the implementation of the preferred embodiment of the present invention. This is the third intent of the creation of the preferred embodiment. A partial implementation diagram of a preferred embodiment of the present invention is a schematic diagram of a partial implementation of the preferred embodiment of the present invention. ^ is a schematic diagram of the implementation of the preferred embodiment of the present invention. 30: The diagram is a partial implementation diagram of a preferred embodiment of the creation. The ten = diagram is a partial implementation diagram of the preferred embodiment of the creation. The 12 diagram is the implementation of another preferred embodiment of the creation. Schematic = Fourteen is a schematic diagram of the implementation of the preferred embodiment of the present invention. The fifteenth figure is a schematic diagram of the implementation of the preferred embodiment of the present invention. M334749 [Description of main component symbols] Μ * Rebar machine · · · Α Abutment block....Working platform····B Lever..... Drive unit · · · · B 1 First displacement device · Drive unit. ....B 1 1 Roller..... First drive shaft···B12 collar....., drive gear····B121 Offset valve···· Drive unit · · · · B 2 Second bender · ·•Driver.....B 2 1 Drive unit·· · Second drive shaft · · · B 2 2 Transmission · · · · φ Drive gear · · · · B 2 21 Rotary shaft · · · · Fixing parts ..... B 3 Offset shaft · · · · Clamping device ..... C bearing ..... Lifting valve ..... C 1 ... Clamping body.....C 2 Pulling piece..... First bending device · · · D Second displacement device · Driving device ····D1 Roller..... Transmission parts.. ...D 1 1 Collar ..... Rotating shaft .....D 2 Offset valve · · · · Offset shaft .....D 2 1 Rebar..... ....D2 2
34 12 3 1 12 3 4 12 3 2 2 3 3 3 3 11222223333 DDDDDDEEEEEEEEEEEEF 1234 12 3 1 12 3 4 12 3 2 2 3 3 3 3 11222223333 DDDDDDEEEEEEEEEEEEF 12