201209240 六、發明說明： 【發明所屬之技術領域】 本發明為一種織帶機之穿緯裝置，係指一種織帶機夕 層穿緯裝置。 > 【先前技術】 織帶機主要是以編織之方式將經紗與緯紗夺 T人㉚而織造201209240 VI. Description of the Invention: [Technical Field] The present invention relates to a weft insertion device for a webbing machine, which refers to a weft belt weft insertion device of a webbing machine. > [Prior Art] The webbing machine mainly weaves the warp and weft yarns by weaving
出長條狀之織帶，由於織帶的寬度有限，為7担A 兩1钗咼生產效 率，一般會將織帶機設計成可於左右（水平） T J万向上同時 完成多數條織帶。 前述的各織帶分別對應一穿緯裝置，且藉由穿緯裝 將緯紗與經紗交織，然而，現有技術之穿緯裴置是單層 設計，即每一穿緯裝置僅能處理單層的織帶，因此，如的 使穿緯裝置可同時處理上下多層的織帶以進一步提高如何 效率，實為可進一步研究的課題。 ，°產 【發明内容】 兩鑑於此，本發明係設計The long strip-shaped webbing, due to the limited width of the webbing, is 7 lbs A and 2 钗咼 production efficiency, and the webbing machine is generally designed to complete most of the webbing at the same time in the left and right (horizontal) T J 10,000. Each of the foregoing webbings respectively corresponds to a weft insertion device, and the weft yarns are interlaced with the warp yarns by a weft insertion device. However, the prior art weft insertion device is a single layer design, that is, each weft insertion device can only process a single layer of webbing. Therefore, if the weft insertion device can simultaneously process the upper and lower layers of the webbing to further improve the efficiency, it is a subject that can be further studied. , [Production] In view of this, the present invention is designed
π间王座效率的織 帶機之多層穿緯裝置 為達到上述的發明目的，本發 的 ^s月所铋用的技術手段為 上並包含有： 穿哀1其-置於織帶機的基座 舌針單7C，其設於固定座_ - 樓座及多數根讀，該 讀早％具有-支 針上下"料接於Μ座，該等舌 「併〜立長度由上至下漸縮； 201209240 一緯紗勾單元，其設於固定座另一側，緯紗勾單元具 有一旋臂、一支撐桿及多數根勾針，旋臂的一端樞設於固 定座’支撐桿固設於旋臂的另一端，該等勾針分別連接於 支樓桿’該等勾針上下排列且於旋臂之轉動方向上依序間 隔； 叫吁切平―----------------又得厘，且帶 動舌針單元的支撐座繞水平轴往復旋轉； 一緯紗勾傳動單元，其連接於緯紗勾單元的旋臂，且 帶動緯紗勾單元的旋臂繞垂直軸往復旋轉，以使該等緯紗 勾於固定座的二側間移動； 一主軸’分職力連接於舌針傳動單元與緯紗勾傳動單 P當主㈣步帶動舌針傳動單元與緯紗勾傳動單 等緯紗勾可同時分別移動至對應之舌針處以完成穿緯行程二 本發明的優點在於’藉由該等舌針上下排列且 至下漸縮的設計，配合該等緯紗勾上下排列且於旋臂： 方向上依序間隔的設計，使該等緯紗勾可同時分 應之舌針處以完成穿緯行程，達成多層穿緯 動至對 高整體的生產效率。 ’·’效’進而提 【實施方式】 以下配合圖式及本發明之較佳實施例 明為達成預定發明目的所採取的技術手Λ 步闌述本發 請參閱圖1、圖2、圖3所；、 緯裝置100,設置於織帶機的基:9G本創作織帶機之多層穿 包含一固定座10、一舌針，多層穿緯展置100 古針孕疋20、一緯岭 針傳動單元4G、—緯紗勾傳動單元5G、、—早7^、—舌 主轴6 0。 201209240 —過帶固定座1〇設於基座9〇上’固定座10具有數層 清參閱圖2'圖3、圖6所示，前述之舌針單元川設 於固定座10 -側，舌針單元2〇具有一支揮座^及多數根 舌針22,該等舌針22分別連接於支撐座2ι，該等舌針η 上下排列且長度由上至下漸縮。本實施例中，支撐座Μ具 有一連接部211及多數個夾持部212，各夾持部212分別固 接於連接部211之側且夾設對應之舌針22。 • μ請參閱圖4、圓5、圖7所示，前述之緯紗勾單元3〇 设於固定座1〇另一側，緯紗勾單元3〇具有一旋臂h、一 支撑桿32及多數根緯紗勾33,旋臂31的_端樞設於固定 座1〇,支樓桿32固設於旋臂31的另一端，該等緯紗勾33 分別連接於支揮桿32,料緯㈣33上下排列且於旋臂 31之轉動方向上依序間隔。本實施例中，緯紗勾單元％的 旋臂3 1槪呈L形。 請參閱圓卜圖2、圖3、圖6所示，前述之舌針傳動 單元帶動舌針單元20的支撐座21繞水平轴往復旋轉。 本貫施例中，舌針傳動單元4〇具有—第—傳動轴Μ及― 第一支臂42、一第一連接桿44、一第一偏心桿Μ，第一傳 動轴41柩設於基座90上，第—支臂42錢㈣於第__傳 動軸41’第-支臂42頂端固接於舌針單元的支樓座2卜 第—連接桿44 一端固接於第一傳動軸4卜第-偏心桿43 一端樞接於第一連接桿44另一端。 請參閱圖1、圓2、圖4、圖7所示，前述之緯紗勾傳 動單元50帶動緯紗勾單元3〇的旋臂31繞垂直抽往復旋 201209240 轉’以使該等緯紗勾33於固定座1G的兩側間移動。本實 施例中，緯紗勾傳動單元5〇具有一第二傳動轴51、一第二 支孑52、推桿53、一第二連接桿55、一第二偏心桿54， 第一傳動軸51平行於第一傳動軸41且樞設於基座上， 第二支臂52底端固接於第二傳動軸51，推桿53兩端分別 接於第-支臂52頂端與旋臂31的彎折處，第二連接桿 55 一端固接於第二傳動轴51，第二偏心桿54 —端樞接於 第二連接桿55另一端。The multi-layer weft insertion device of the webbing efficiency of the π throne is to achieve the above-mentioned object of the invention, and the technical means used in the present invention is as follows: The wearing tongue 1 is placed on the base tongue of the webbing machine Needle single 7C, which is set in the fixed seat _ - the base and the majority of the root reading, the reading has an early - the upper and lower needles of the yoke; the material is connected to the sley, and the tongues are "long and down" from the top to the bottom; 201209240 A weft hook unit, which is arranged on the other side of the fixed seat, the weft hook unit has a spiral arm, a support rod and a plurality of hook needles, one end of the spiral arm is pivoted on the fixed seat 'the support rod is fixed on the spiral arm At the other end, the hooks are respectively connected to the branch poles. The hooks are arranged up and down and are sequentially spaced in the direction of rotation of the arms; --- Again, and the support seat of the tongue unit rotates around the horizontal axis; a weft hook drive unit is connected to the spiral arm of the weft hook unit, and drives the spiral arm of the weft hook unit to reciprocate around the vertical axis , so that the weft yarns are moved between the two sides of the fixed seat; a spindle 'partial force is connected to the tongue drive single And the weft hook drive single P when the main (four) step drives the tongue drive unit and the weft hook drive single weft hook can be simultaneously moved to the corresponding tongue to complete the weft stroke. The advantage of the invention is that 'by the needle The upper and lower and downwardly tapered designs are arranged in such a manner that the weft hooks are arranged up and down and arranged in the direction of the spiral arms: the weft hooks can simultaneously be combined with the tongue needles to complete the weft insertion stroke, achieving multiple layers. The production efficiency of the latitude to the high overall. '·'Efficacy' and the following [Embodiment] The following is a schematic diagram of the technical handcuffs taken to achieve the intended purpose of the invention in accordance with the drawings and the preferred embodiments of the present invention. Please refer to Figure 1, Figure 2, Figure 3; weft device 100, set on the base of the ribbon machine: 9G The multi-layer wear of the original webbing machine includes a fixed seat 10, a tongue, and a multi-layered weft display 100 ancient Needle pregnancy 20, one weft needle drive unit 4G, - weft hook drive unit 5G, - early 7^, - tongue spindle 60. 201209240 - over-belt holder 1 〇 on the base 9 ' 'fixed seat 10 has several layers clear, see Figure 2 'Figure 3, Figure 6 The needle unit is arranged on the side of the fixing seat 10 - the needle unit 2 has a swinging seat and a plurality of tongues 22, and the tongues 22 are respectively connected to the supporting seat 2ι, and the tongues η The support frame has a connecting portion 211 and a plurality of clamping portions 212. The clamping portions 212 are respectively fixed to the side of the connecting portion 211 and are respectively corresponding to each other. Tongue pin 22. • μ See Figure 4, circle 5, and Figure 7. The weft hook unit 3 is disposed on the other side of the fixed seat 1 , and the weft hook unit 3 has a swing arm h and a support. The rod 32 and the plurality of weft hooks 33, the _ end of the arm 31 is pivoted on the fixed seat 1 〇, the branch rod 32 is fixed on the other end of the spiral arm 31, and the weft hooks 33 are respectively connected to the support rod 32, The weft (four) 33 is arranged up and down and sequentially spaced in the direction of rotation of the arm 31. In this embodiment, the spiral arm 3 1 of the weft hook unit % is L-shaped. Referring to Figures 2, 3, and 6, the aforementioned latch driver unit drives the support base 21 of the latch unit 20 to reciprocate about a horizontal axis. In the present embodiment, the latch drive unit 4 has a first-drive shaft Μ and a first arm 42, a first connecting rod 44, and a first eccentric rod Μ, and the first transmission shaft 41 is disposed at the base. On the seat 90, the first arm 42 (four) is fixed to the branch of the tongue unit at the top end of the first arm 44 of the first __ drive shaft 41'. The first end of the connecting rod 44 is fixed to the first transmission shaft. One end of the first eccentric rod 43 is pivotally connected to the other end of the first connecting rod 44. Referring to FIG. 1, circle 2, FIG. 4, and FIG. 7, the weft hook drive unit 50 drives the swing arm 31 of the weft hook unit 3〇 to rotate around the vertical reciprocating rotation 201209240 to make the weft hooks 33 fixed. Move between the sides of the seat 1G. In this embodiment, the weft hook drive unit 5 has a second transmission shaft 51, a second support 52, a push rod 53, a second connecting rod 55, and a second eccentric rod 54. The first transmission shaft 51 is parallel. The second drive arm 41 is fixed to the second drive shaft 51 at the bottom end of the second drive shaft 41. The two ends of the push rod 53 are respectively connected to the top end of the first arm 52 and the curved arm 31. The second connecting rod 55 is fixed at one end to the second transmission shaft 51, and the second eccentric rod 54 is pivotally connected to the other end of the second connecting rod 55.
此外，本實施例的緯紗勾傳動單元5〇亦同時驅動裝設 於第一支臂52頂端的打筘7〇。 。月參閱圖2、圖3、圖5、圖8所示，前述之主轴6〇分 別動力連接於舌針傳動單元4〇與緯紗勾傳動單元5〇。本實 包例中主軸60具有一軸桿61及一連接盤62，軸桿61 — 端突伸有-突伸部611，連接盤62套設於突伸部6ιι，舌 針傳動單元40的第-偏心桿43偏心樞接於主軸6()的連接 盤62,緯紗勾傳動單元5Q的第二偏心桿54亦偏心㈣於 主軸60的連接盤62。 如此，當主軸60轉動時，會同步帶動舌針傳動單元4〇 與緯紗勾傳動單元5G時。由於偏心的設計，主軸6〇依序 連動第一偏心桿43、第一連接桿44以帶動第—傳動軸4ι 繞水平轴往復旋轉，進而使第一支臂42與舌針單元2〇的 舌針22繞水平軸往復旋轉。同樣地，由於偏心的設計主 軸60依序連動第二偏心桿54、第二連接桿55以帶動第二 傳動軸51繞水平軸往復旋轉，進而使第二支臂52繞水平 軸往復旋轉，從而連動推桿53位移，並使緯紗勾單元4〇 201209240 的旋臂3 1繞垂直軸往復旋轉，以使該等緯紗勾33於固定 座10的兩側間移動。 由於該等舌針22上下排列且長度由上至下漸縮的設 計’配合該等緯紗勾33上下排列且於旋臂31之轉動方向 上依序間隔的設計，當舌針單元2〇與緯紗勾單元同步 作動時，該等緯紗勾33牵引緯紗同時分別穿梭於上下多層 中的對應層經紗的上分層81與下分層82之間，並同時分 別移動至對應之舌針22處以將緯紗轉勾至舌針22處以 完成穿緯行程並與經紗進行編織，最終編織完成的各織帶 8〇相對通過固定座10之過帶板u，達成多層穿緯的功效， 如此，本創作可同時處理上下多層的織帶，進而提高整體 的生產效率。 入補充說明的是，較佳地，舌針單元20的舌針22的數量 ;丨於二至五支之間，緯紗勾單元3〇的緯紗勾Μ的數量與舌 ^2的數量相等。而最佳地’舌針單元2()的舌針η的數 買與緯紗勾單元3G的緯紗勾33的數量皆為3支。 綜合以上’藉由該等舌針22上下排列且長度由上至下 ^缩的設計，配合該等緯紗勾33上下排列且於旋臂Μ之轉 :向上依序間隔的設計，使該等緯紗勾33可同時分別移 ^ 處〜成穿緯行程，達成多層穿緯的功 j ，進而提高整體的生產效率。 作任2 =賴是本㈣的㈣實施❹6，《對本發明 Γ:而T的限制’雖然本發明已以較佳實施例揭露如 常知2並限^本發明，任何所屬技術領域中具有通 識者，在不脫離本發明技術方案的範圍内，當可利用上 201209240 述揭示的技術内容作出些許更動或修飾為等同變化的等效 實施例，但凡是未脫離本發明技術方㈣内容，依據本發明 的技術實質對以上實施例所作的任何簡單修改、等同變化與 修飾，均仍屬於本發明技術方案的範圍内。 >、 【圖式簡單說明】Further, the weft hook drive unit 5 of the present embodiment also simultaneously drives the cymbal 7 装 mounted on the top end of the first arm 52. . Referring to Fig. 2, Fig. 3, Fig. 5, and Fig. 8, the aforementioned spindles 6〇 are respectively connected to the tongue drive unit 4〇 and the weft hook drive unit 5〇. In the embodiment of the present invention, the main shaft 60 has a shaft 61 and a connecting plate 62. The shaft 61 has a protruding portion 611 protruding from the end, and the connecting plate 62 is sleeved on the protruding portion 6 ι, the first of the latch transmission unit 40. The eccentric rod 43 is eccentrically pivoted to the lands 62 of the main shaft 6 (), and the second eccentric rod 54 of the weft hook drive unit 5Q is also eccentric (four) to the lands 62 of the main shaft 60. Thus, when the spindle 60 is rotated, the tongue drive unit 4〇 and the weft hook drive unit 5G are simultaneously driven. Due to the eccentric design, the main shaft 6 连 sequentially links the first eccentric rod 43 and the first connecting rod 44 to drive the first transmission shaft 4 to reciprocate around the horizontal axis, thereby making the first arm 42 and the tongue unit 2 〇 tongue The needle 22 reciprocally rotates about a horizontal axis. Similarly, the eccentric design spindle 60 sequentially interlocks the second eccentric rod 54 and the second connecting rod 55 to drive the second transmission shaft 51 to reciprocate around the horizontal axis, thereby reciprocating the second arm 52 about the horizontal axis. The movable push rod 53 is displaced, and the spiral arm 3 1 of the weft hook unit 4 〇 201209240 is reciprocally rotated about a vertical axis to move the weft hooks 33 between the two sides of the fixed seat 10. Since the tongues 22 are arranged up and down and the length is tapered from top to bottom, the design is matched with the weft hooks 33 arranged up and down and sequentially spaced in the direction of rotation of the arms 31, as the tongue unit 2 and the weft yarns When the hook units are synchronously actuated, the weft hooks 33 pull the weft yarns while respectively moving between the upper layer 81 and the lower layer 82 of the corresponding layer warp yarns in the upper and lower layers, and simultaneously move to the corresponding tongue pins 22 to respectively weft yarns. The hook is turned to the tongue needle 22 to complete the weft insertion stroke and is woven with the warp yarn, and the final weaving of the webbing 8〇 relative to the passing belt u of the fixing seat 10 achieves the effect of multi-layer weft insertion, so that the creation can be simultaneously processed. The upper and lower layers of the webbing increase the overall production efficiency. Incidentally, preferably, the number of the tongues 22 of the latch unit 20 is between two and five, and the number of weft hooks of the weft hook unit 3 is equal to the number of the tongues ^2. Preferably, the number of the latch needles η of the tongue unit 2 () and the number of the weft hooks 33 of the weft hook unit 3G are three. Combining the above design by the top and bottom of the tongue 22 and the length from top to bottom, the weft hooks 33 are arranged up and down and the rotation of the arms is rotated: the upwardly spaced design makes the wefts The hook 33 can be moved separately at the same time into the weft-passing stroke to achieve the multi-layer wefting work, thereby improving the overall production efficiency. Acting 2 = Lai is (4) (4) Implementation ❹ 6, "The invention is limited to: and T is limited" Although the invention has been disclosed in the preferred embodiments as is common knowledge 2 and limited to the invention, any of the technical fields of the invention The equivalents of the technical changes disclosed in the above-mentioned 201209240 may be modified or modified to equivalent variations, but without departing from the technical scope of the present invention (4), according to the present invention. The present invention is not limited to any simple modifications, equivalent changes and modifications of the above embodiments. >, [Simple description]
圖1為具有本發明的織帶機的立體圖 圖2為本發明的立體圖 圖3為本發明的側視圖 圖4為本發明的另一立體圖 圖5為本發明的另一側視圖 圖6為本發明的舌針單元的側視動作圖 圖7為本發明的勾針單元的仰視動作圖 圖8為本發明的仰視圖，說明各勾針 對應之舌針4 ”刀別移動至 【主要元件符號說明】 100多層穿緯裝置 10 固定座 11過帶板 20 舌針單元 21支撐座 211 連接部 212夾持部 22 舌針 30緯紗勾單元 31 旋臂 32支撐桿 3 3緯紗勾 40舌針傳動單元 41 第一傳動軸 42第一支臂 43 第一偏心桿 44第一連接桿 50 勾針傳動單元 201209240 51 第二傳動軸 52 53 推桿 54 55 第二連接桿 60 61 軸桿 611 62 連接盤 70 80 織帶 81 82 下分層 90 第二支臂 第二偏心桿 主軸 突伸部 打筘 上分層 基座1 is a perspective view of a ribbon machine of the present invention. FIG. 3 is a perspective view of the present invention. FIG. 3 is another perspective view of the present invention. FIG. FIG. 8 is a bottom view of the hook unit of the present invention. FIG. 8 is a bottom view of the present invention, illustrating that the hooks of the respective hooks are moved to the main component symbol description. 】 100 multi-layer weft insertion device 10 fixing seat 11 over-belt plate 20 latch needle unit 21 support seat 211 connecting portion 212 clamping portion 22 latch needle 30 weft hook unit 31 spiral arm 32 support rod 3 3 weft hook 40 tongue needle transmission unit 41 First transmission shaft 42 first arm 43 first eccentric rod 44 first connecting rod 50 crochet transmission unit 201209240 51 second transmission shaft 52 53 push rod 54 55 second connecting rod 60 61 shaft 611 62 connecting plate 70 80 Webbing 81 82 Lower layering 90 Second arm Second eccentric rod spindle protruding part smashing layered base