M245218 捌、新型說明： 【新型所屬之技術領域】 本創作係關於一種織帶機之機架板，其係以整片金屬 板製作完成之織帶機機架側板，而可以成對之機架側板配 合橫支樑結合成完整之機架，以達到組裝調校方便且精密 度高之功效。 【先前技術】 織帶機發展完成已有多年之歷史，依不同薇商之設計 理念差異及生產產品之需求不同，使得現今的織帶機已被 開發出多種不同之類型，而相關廠商亦不遺餘力的針對其 結構設計作改良，以提供更完善之功效。 以目前一種較暢銷的電腦提花織帶機為例作說明：其 機架係由傳統機械式織帶機不斷演進而來，其基本^^構係、 如第四、五圖所示，在該機架（9 0)底面設有一底框架 (9 1 )，該底框架（9 1 )係由兩底侧桿（9 1 〇 )與 兩底橫樑（9 1 2)組裝而成，在底框架（9丄）上方由 前而後依序架設有成對的前架板（92)、中柱（93) 與後柱（94)，又在中柱（93)與後柱（94)上方 架设有一頂框架（9 5 )’該頂框架（9 5 )係由兩頂側 桿（9 5 0 )與三頂橫樑（9 5 2 )組裝而成，惟由於前 架板（9 2 )上方的頂框架（9 5 )上要架設提花機構， 故而在前架板（9 2 )與頂框架（9 5 )之間的相對距離 被要求得相當精密，故而在前架板（9 2 )與頂框架（9 M245218 二間另增設有一縱支桿（96)，又為避免前架板（ i上組裝之織帶機構操作時有過大的振動或援晃，故 :架板（9 2 )與中柱（9 3 ) t間又架設有一橫支 t 97)，此即使得機架（9 0)整體的構件變得相當 複雜。 〜口來由第八圖觀之，其係為第四圖中之機架（9〇 〗卞板（9 2 )之分解示意圖，其中可以見到在前架板 2)下緣外側組裝有—結合桿（9 2 ◦)，而前架板 2 )之下緣與結合桿（9 2 0 )相結合，而結合桿（ 9 2 〇 ) #與底框架（9 1 )之底側桿（9 1 0 )相結合 >於圖中可以見到在該底侧#( 9 1 〇 )前段上表面上焊 -他 ⑯U 1 3 ) ’以強化底側桿（9 1 ◦)之結 合能力’其間之組裝相當麻煩；又縱支桿（9 6 )上端結 :在=框架（9 5 )側’下端則分別與前架板（9 2 )及 曰（97)鳊相結合；橫支桿（97)盘縱支桿（ 9㈠相結合的另端則與中柱（93)相結合;參看第四 、五圖）。 诗，七圖觀之’其中揭示了中桎（93)之分解狀 〜i (93)為1^ (或1^)鋼柱，為利於結合 :裝二兩端分別焊設—端板（93〇)，以便螺設結 M245218 :之結合“ 9 4 Ο )來結合組裝；構成頂框架 ，】:广（9 5 0 )與頂橫樑（9 5 2 )亦係為管型框材 端與二Π 接之〔=之…(9 5 2 ^ 干U 5 ◦)之間〕或螺接之方式進行社人。 =述之說明可知，現有之織帶機機帛係由 二獨立的桿體與板體以焊接或螺合之方式組裝構成，妙 =帶機運轉速度日益提昇的今日，機架的制性與精 2:?:轉機件之精密度造成相當大的影響，而現有機 ^疋其螺合結合之位置或焊接結合之位置均會存在— 定的公差或間隙:，而在多個結合位置之累積之下，盆精密 度即無法確保’甚至於每台出廠的織帶機精密度均不相同 ，尤其是織帶機之各個轉軸分別樞設於兩前架板（9 2 ) 兩中柱（9 3)或兩後柱（94)之間，若在機架（9 〇 )組裝完成後各相對之軸孔未能精確對準，則各個轉軸 在組裝完成時即會產生偏斜，其必然會影響正常操作；為 確保操作之順暢，組裝人員在内部機件組裝完畢後必須花 費相當長的時間進行調校，影響織帶機之生產組裝效率； 又其結合位置過多，即會影響整體之穩固性，雖然在該機 架（9 0 )上可增設多根底橫樑（9 i 2 )、頂橫樑（9 5 2 )或搭配縱支桿（9 6 )與橫支桿（9 7 )等輔助桿 件，但在織帶機高速運轉時，仍不可避免的會產生較大的 振動，甚至於產生共振，其顯有加以改良之必要。 【新型内容】 本創作之主要目的在於提供一種織帶機之機架板，盆 主要係以整片金屬板製作織帶機之機架側板，❿以成對之 機架侧板配合橫支樑結合成完整之機架，並於該機架側板 上之適當位置開設孔洞’而可精確組裝各轴桿，以達到组 裝調校方便且精密度高之功效者。 【實施方式】 於第-圖中所不者，其為本創作之較佳實施例之機架 (1 〇)立體圖，其主要係以整片金屬板製作織帶機（工 )之機架側板（2 Q ) ’而以成對之機架側板（2 〇 ) 配合検支樑（30)結合成完整之機架（1〇)，並於該 為木側板（2 〇 )上之適當位置開設孔洞，而可精確祖裝 2桿（圖中未示），以達到組裝調校方便且精密度高之 配合第二圖之分解圖觀之，由於本創作之機架側板（ :〇)係由整片金屬板製作完成者，⑨而在製作加工時能 °將兩片金屬板相冑的孔洞開設在非常精確之位置，而操 2員只要在以橫支樑（3Q)組裝結合時注意其組襄之 :準度’即可讓兩片機架側才反（2 結合至第一圖中所 精確之位置，然後即可放心的組裝其間之各個轉軸或軸 ^，並能夠確I组裝S成時之精密度；自於本創作之機架 、1板上2 〇 )係、由整片金屬板製作而成，故而在機件高速 、田中亦此夠擁有絕佳的相對強固性，而能夠確保織帶 機在運轉中的順暢。 M245218 ，、係為本創作第一圖之較佳實施例 之機架側板（2 〇 )平面m 女夕 十面圖，该機架側板（2 0 )上開設 有多個方便操作之開口 f 9 、 止、 1 Z )，以及多個軸孔（2 4 ) :”、、亦依*要鑽《有許多供軸桿組裝及螺栓穿設之組裝 26) ’由於該機架側板（2〇)係由單一金屬板加 成’故而其上之各個開口（22)、軸孔（24)及 、且4孔（2 6 )之位置均可精確的控制，故而能夠在將兩 片機架順20)配合橫支樑（3〇)結合成機架（ι 〇)時，提供最高的精密度；另由於本創作之機架侧板（ 2 0 )、係為整片式金屬板加工製成，故而不會有組裝結合 的縫隙或焊接之接縫’故而能夠擁有最佳的強固性。 由以上之說明可知，本創作以嶄新的結構配置提供了 織帶機-種組裝方便且精確度高、強固性佳的機架，其確 為：相當優異之設計，然而在圖式中所示者僅係為本創作 一較佳實施例，而非用以限定本案之實施態樣，實際上該 機架側板（20)可依機型之需求而製作成其他不同之形 狀輪廓，而開口（ 2 2 )、轴孔（2 4 )及組裝孔（2 6 )之位置、形狀及數量亦可依需要作變化，舉凡不脫出以 下所附申請專利範圍中所界定之範圍者，均當屬本案之專 利範_。 【圖式簡單說明】 (一）圖式部分 第一圖為本創作之較佳實施例之機架立體圖。 M245218 作第—圖之較佳實施例之機架分解圖。 第四圖為現有2 —圖之較佳實施例之機架側板平面圖 ”、、 種織帶機之機架立體圖。 第五圖為第四圖中現 見有織帶機之機架側視平面圖。 弟八、七、八圖為第四 ΰ中現有、我τ機之部分分解意圖 (二）元件代表符號 (1 0 )機架 (2 2 )開口 (2 6 )組裝孔 (9 0 )機架 (9 1 〇 )底側桿 (9 1 3 )加強板 (9 2 0 )結合桿 (9 3 0 )端板 (9 5 )頂框架 (9 5 2 )頂橫樑 (9 7 )橫支桿 (2 0 )機架側板 (2 4 )軸孔 (3 0 )橫支樑 (9 1 )底樞架 (9 1 2 )底橫樑 (9 2 )前架孝反 (9 3 )中杈 (9 4 )後;^ (9 5 0 )頂側桿 (9 6 )縱支；j：旱M245218 新型 Description of the new type: [Technical field to which the new type belongs] This creation relates to a rack plate of a loom, which is a side plate of a loom frame made of a whole piece of metal plate, and can be matched with a pair of rack side plates. The horizontal support beams are combined into a complete frame to achieve the convenience of assembly and adjustment and high precision. [Previous technology] The development of the weaving machine has been completed for many years. According to the different design concepts of different Weishang companies and the different needs of production products, today's weaving machines have been developed in many different types, and relevant manufacturers have spared no effort to target Its structural design has been improved to provide more complete effects. Take one of the best-selling computerized jacquard weaving machines as an example: its frame is continuously evolved from traditional mechanical ribbon weaving machines, and its basic structure, as shown in Figures 4 and 5, (9 0) The bottom surface is provided with a bottom frame (9 1). The bottom frame (9 1) is assembled by two bottom side rods (9 1 0) and two bottom beams (9 1 2).丄) A pair of front frame plates (92), center pillars (93), and rear pillars (94) are arranged in sequence from the front to the top, and a top frame is set above the center pillars (93) and rear pillars (94). (9 5) 'The top frame (9 5) is assembled by two top side bars (9 50) and three top beams (9 5 2), but the top frame (9 2) above the front frame plate (9 2) 9 5) A jacquard mechanism is set up, so the relative distance between the front frame plate (9 2) and the top frame (9 5) is required to be quite precise, so the front frame plate (9 2) and the top frame (9 In M245218, there is an additional vertical support rod (96). In order to avoid excessive vibration or vibration when the webbing mechanism assembled on the front frame (i.e., the frame plate (9 2) and the center pillar (9 3 ) t A horizontal branch (t 97), which makes the overall structure of the frame (90) quite complicated. ~ From the eighth view, it is the frame (90) in the fourth figure. (9 2) An exploded schematic diagram, in which it can be seen that a coupling rod (9 2 ◦) is assembled outside the lower edge of the front frame plate 2), and the lower edge of the front frame plate 2) is in phase with the coupling rod (9 2 0) Combination, and the combination rod (9 2 〇) # is combined with the bottom side rod (9 1 0) of the bottom frame (9 1) > In the figure, the upper surface of the front section of the bottom side ((9 1 〇)) can be seen Up welding-other U 1 3) 'to strengthen the binding ability of the bottom side rod (9 1 ◦)' the assembly is quite troublesome; and the upper end of the vertical rod (9 6): at the lower end of the = frame (9 5) side It is combined with the front frame plate (9 2) and (97) 鳊 respectively; the other end of the horizontal rod (97) and the disc vertical rod (9㈠) is combined with the center pillar (93); see the fourth, Five pictures). Poetry, "The View of Seven Figures", which reveals the decomposition of Zhongli (93) ~ i (93) is a 1 ^ (or 1 ^) steel column, for the purpose of bonding: the two ends are welded together-end plate (93 〇), so that the screw connection M245218: the combination of "9 4 〇) to combine and assemble; to form the top frame,]: Guang (9 50 0) and the top beam (9 5 2) are also tubular frame ends and two Π followed by [= of ... (9 5 2 ^ dry U 5 ◦)] or by screwing. The description shows that the existing ribbon loom machine is composed of two independent rods and plates. The body is assembled by welding or screwing. Miao = Today, with the increasing speed of the machine, the system's system quality and precision 2:?: The precision of the rotating parts has a considerable impact, and the existing machine ^ 疋 其The position of the screw joint or the position of the weld joint will exist-a certain tolerance or gap: and the accumulation of multiple joint positions, the precision of the basin can not ensure 'even the precision of each factory-made ribbon loom It ’s not the same, especially each rotation axis of the loom is pivoted between two front frame plates (9 2), two middle pillars (9 3) or two rear pillars (94). ) After the assembly is completed, the opposite shaft holes are not accurately aligned, then each shaft will be skewed when the assembly is completed, which will inevitably affect the normal operation. To ensure the smooth operation, the assembly staff will complete the assembly of the internal parts. It must take quite a long time to adjust, which affects the production and assembly efficiency of the ribbon loom; too many binding positions will affect the overall stability, although multiple bottom beams (9 i) can be added to the frame (90) 2), the top cross beam (9 5 2) or auxiliary rods such as the vertical rod (9 6) and the horizontal rod (9 7), but when the loom is running at high speed, it will inevitably generate large vibrations It even needs to be improved even if it produces resonance. [New content] The main purpose of this creation is to provide a rack plate for a loom. A pair of frame side plates and a cross beam are combined to form a complete frame, and holes are formed at appropriate positions on the side plates of the frame to accurately assemble each shaft to achieve convenient assembly and precision. Takayuki [Embodiment] What is not shown in the figure-this is a perspective view of the frame (10) of a preferred embodiment of the creation, which is mainly a machine for making a ribbon machine (work) from a whole piece of metal plate. The rack side plate (2Q) 'and the pair of rack side plates (20) and the support beam (30) are combined to form a complete rack (10), which is appropriate on the wooden side plate (20). There are holes in the position, and 2 poles (not shown in the figure) can be precisely installed to achieve easy assembly and adjustment, and the high precision is matched with the exploded view of the second picture. Because of the side plate of the rack (: 〇) It is completed by the whole piece of metal plate, and the holes of the two pieces of metal plate can be opened at a very precise position during the manufacturing process, and the operator only needs to assemble and combine with a cross beam (3Q) Pay attention to its combination: accuracy can make the two pieces of rack side reverse (2 combined to the precise position in the first picture, and then you can safely assemble each of the rotating shafts or shafts in between ^, and can determine the I The precision when assembling S; from the frame of this creation, 2 o) on one board, made from a whole piece of metal plate, In the high-speed parts, Tanaka also has this great enough relative ruggedness, and to ensure weaving machines in operation smoothly. M245218 is a plane m side view of a rack side plate (20), which is the preferred embodiment of the first drawing of the present invention. The rack side plate (20) is provided with a plurality of convenient openings f9. , Stop, 1 Z), and multiple shaft holes (2 4): ",, also according to * to drill" There are many assembly for the assembly of shafts and bolts 26) 'Because of the side plate of the frame (2〇) The position of each opening (22), shaft hole (24), and 4 holes (2 6) can be accurately controlled by a single metal plate, so the two pieces of rack can be moved 20 times ) When combined with the cross-braced beam (30) to form a frame (ι 〇), it provides the highest precision; in addition, because the frame side plate (20) of this creation is made of a single piece metal plate, Therefore, there is no gap for assembly and bonding or welded seams. Therefore, it can have the best strength. From the above description, this creation provides a ribbon weaving machine with a new structural configuration-a kind of easy assembly, high accuracy, strong The rack with good performance is indeed a very good design, but the ones shown in the diagram are only a good practice for this creation. The embodiment is not intended to limit the implementation of this case. In fact, the rack side plate (20) can be made into other different shapes and contours according to the needs of the model, and the openings (2 2) and shaft holes (2 4 ) And the position, shape and number of the assembly holes (2 6) can also be changed as required. For example, those who do not depart from the scope defined in the scope of patents attached below shall be the patent scope of this case. Brief description] (1) The first part of the diagram is a perspective view of the rack of the preferred embodiment of the creation. M245218 is the exploded view of the rack of the preferred embodiment of the first figure. A plan view of the side plate of the rack in the preferred embodiment ", a perspective view of the rack of the weaving machine. The fifth figure is a side plan view of the frame with the loom now seen in the fourth figure. The eighth, seventh, and eighth pictures are the partial disassembly intentions of the existing and our τ machine in the fourth ΰ (9 1 〇) bottom side rod (9 1 3) reinforcement plate (9 2 0) combination rod (9 3 0) end plate (9 5) top frame (9 5 2) top beam (9 7) cross support rod ( 2 0) frame side plate (2 4) shaft hole (3 0) cross support beam (9 1) bottom pivot frame (9 1 2) bottom cross beam (9 2) front frame filial piety (9 3) middle fork (9 4 ) 后; ^ (9 50 0) longitudinal side of the top side rod (9 6); j: drought