TWI747665B - Sewing stabilization apparatus and method of sewing stabilization - Google Patents
Sewing stabilization apparatus and method of sewing stabilization Download PDFInfo
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本發明係有關一種縫紉穩定裝置及縫紉穩定方法,尤指用以偵測布料邊緣且維持縫紉過程穩定的一種縫紉穩定裝置及縫紉穩定方法。The present invention relates to a sewing stabilization device and a sewing stabilization method, in particular to a sewing stabilization device and a sewing stabilization method for detecting the edge of cloth and maintaining the stability of the sewing process.
縫紉是指一項以針與紗線將物體縫合的工藝技術,此技術最早出現於史前時代,並在往後的人類史中扮演重要角色。在此數千年間,幾乎所有的縫紉工作都是以雙手完成。近幾個世紀以來,隨著半自動縫紉機與電動縫紉機的發明、以及可程式之電腦化設備的普及,紡織品開始被大量地生產且遍布於全世界。目前一般市售的縫紉機在對應長距離之縫紉需求時,通常仍是需要現場操作人員在縫紉布料的過程中,不斷地手動調整布料的位置與方向。如此一來,才能夠在縫紉布料的過程中確保布料與其他織物之間的縫紉結果是正確無誤的。Sewing refers to a crafting technique that stitches objects together with needles and yarns. This technique first appeared in prehistoric times and played an important role in the future of human history. During these thousands of years, almost all sewing work was done with both hands. In recent centuries, with the invention of semi-automatic sewing machines and electric sewing machines, and the popularization of programmable computerized equipment, textiles have begun to be mass-produced and spread all over the world. At present, when sewing machines on the market respond to long-distance sewing needs, it is usually necessary for on-site operators to manually adjust the position and direction of the fabric during the process of sewing the fabric. In this way, it is possible to ensure that the sewing result between the fabric and other fabrics is correct during the process of sewing the fabric.
然而,前述必須倚靠現場操作人員不斷地手動調整布料的位置與方向之技術手段,不僅容易會因為受限於現場操作人員的經驗以及感知能力,而使得整體生產效率的不彰、縫紉品質穩定性不高,且亦容易對現場操作人員造成不必要的創傷。However, the aforementioned technical means that must rely on on-site operators to manually adjust the position and direction of the fabric are not only likely to be limited by the experience and perception of on-site operators, resulting in poor overall production efficiency and stability of sewing quality. It is not high, and it is easy to cause unnecessary trauma to on-site operators.
為此,如何設計出一種縫紉穩定裝置及縫紉穩定方法,特別是解決現有技術之生產效率不彰、縫紉品質穩定性不高以及操作人員之安全疑慮的技術問題,乃為本案發明人所研究的重要課題。For this reason, how to design a sewing stabilization device and sewing stabilization method, especially to solve the technical problems of poor production efficiency, low sewing quality stability and safety concerns of operators in the prior art, is the research of the inventor of this case. important topic.
本發明之一目的在於提供一種縫紉穩定裝置,能夠在縫紉布料的過程中,自動地調整布料的位置與方向,可以避免現有技術受限於現場操作人員的經驗以及感知能力的技術問題,達到提高生產效率、縫紉品質穩定性以及提高操作安全性之目的。One purpose of the present invention is to provide a sewing stabilization device that can automatically adjust the position and direction of the fabric during the process of sewing the fabric, avoiding the technical problems of the prior art that are limited by the experience and perception ability of the on-site operator, and achieving improvement The purpose of production efficiency, sewing quality stability and improving operation safety.
為了達到前述目的,本發明所提出的縫紉穩定裝置提供縫紉單元縫紉沿著第一方向移動的布料,所述縫紉穩定裝置包括:邊緣檢測模組以及邊緣校正模組。其中,邊緣檢測模組跨設於布料的邊緣,且沿著與第一方向垂直的第二方向輸出檢測頻譜,邊緣檢測模組依據檢測頻譜的響應產生第一校正訊號,或者依據檢測頻譜的未響應產生第二校正訊號。邊緣校正模組接收第一校正訊號或者第二校正訊號,且依據第一校正訊號移動布料的邊緣沿著與第一方向垂直且與第二方向垂直的第三方向接近縫紉單元,或者依據第二校正訊號移動布料的邊緣沿著第三方向遠離縫紉單元。其中,邊緣檢測模組連續地產生第一校正訊號以及第二校正訊號的其中一者。In order to achieve the foregoing objective, the sewing stabilization device proposed by the present invention provides a sewing unit to sew the cloth moving in a first direction. The sewing stabilization device includes an edge detection module and an edge correction module. Wherein, the edge detection module straddles the edge of the cloth, and outputs the detection spectrum along the second direction perpendicular to the first direction. The edge detection module generates the first correction signal according to the response of the detection spectrum, or according to the unification of the detection spectrum. In response, a second calibration signal is generated. The edge correction module receives the first correction signal or the second correction signal, and moves the edge of the fabric according to the first correction signal to approach the sewing unit along a third direction perpendicular to the first direction and perpendicular to the second direction, or according to the second The correction signal moves the edge of the fabric away from the sewing unit in the third direction. Wherein, the edge detection module continuously generates one of the first calibration signal and the second calibration signal.
進一步而言,所述之縫紉穩定裝置中,檢測頻譜包括可見光、紅外線、超音波、聲納、無線射頻辨識、近場通訊以及雷射的其中至少一者。Furthermore, in the sewing stabilization device, the detection spectrum includes at least one of visible light, infrared, ultrasonic, sonar, radio frequency identification, near field communication, and laser.
進一步而言,所述之縫紉穩定裝置中,邊緣檢測模組包括頻譜輸出端以及頻譜接收端,頻譜輸出端以及頻譜接收端沿著第二方向分別設置於布料的相對兩面之外,頻譜輸出端輸出檢測頻譜,頻譜接收端依據是否接收到頻譜輸出端輸出的檢測頻譜來判斷檢測頻譜是否響應。Furthermore, in the sewing stabilization device, the edge detection module includes a spectrum output terminal and a spectrum receiving terminal. The spectrum output terminal and the spectrum receiving terminal are respectively arranged outside two opposite sides of the cloth along the second direction, and the spectrum output terminal The detection spectrum is output, and the spectrum receiving terminal judges whether the detection spectrum responds according to whether the detection spectrum output by the spectrum output terminal is received.
進一步而言,所述之縫紉穩定裝置中,邊緣檢測模組的數量為多數個,且多數個邊緣檢測模組沿著第一方向並列地設置。Furthermore, in the sewing stabilization device, there are a plurality of edge detection modules, and a plurality of edge detection modules are arranged side by side along the first direction.
進一步而言,所述之縫紉穩定裝置中,邊緣校正模組使布料的邊緣與縫紉單元保持固定間距。Furthermore, in the sewing stabilization device, the edge correction module keeps the edge of the cloth and the sewing unit at a fixed distance.
進一步而言,所述之縫紉穩定裝置更包括控制單元,所述控制單元耦接邊緣檢測模組、邊緣校正模組以及縫紉單元。其中,當邊緣檢測模組產生第一校正訊號,控制單元控制邊緣校正模組移動布料的邊緣沿著第三方向接近縫紉單元。當邊緣檢測模組產生第二校正訊號,控制單元控制邊緣校正模組移動布料的邊緣沿著第三方向遠離縫紉單元。Furthermore, the sewing stabilization device further includes a control unit coupled to the edge detection module, the edge correction module, and the sewing unit. Wherein, when the edge detection module generates the first correction signal, the control unit controls the edge correction module to move the edge of the cloth to approach the sewing unit along the third direction. When the edge detection module generates the second correction signal, the control unit controls the edge correction module to move the edge of the cloth away from the sewing unit along the third direction.
本發明之另一目的在於提供一種縫紉穩定方法,能夠在縫紉布料的過程中,自動地調整布料的位置與方向,可以避免現有技術受限於現場操作人員的經驗以及感知能力的技術問題,達到提高生產效率、縫紉品質穩定性以及提高操作安全性之目的。Another object of the present invention is to provide a sewing stabilization method that can automatically adjust the position and direction of the fabric during the process of sewing the fabric, which can avoid the technical problems that the prior art is limited to the experience and perception ability of the on-site operator, and achieve The purpose of improving production efficiency, sewing quality stability and improving operation safety.
為了達到前述另一目的,本發明所提出的縫紉穩定方法提供縫紉單元縫紉沿著第一方向移動的布料,所述縫紉穩定方法包括下列步驟:沿著與第一方向垂直的第二方向輸出檢測頻譜,且依據檢測頻譜的響應產生第一校正訊號,或者依據檢測頻譜的未響應產生第二校正訊號。依據第一校正訊號移動布料的邊緣沿著與第一方向垂直且與第二方向垂直的第三方向接近縫紉單元,或者依據第二校正訊號移動布料的邊緣沿著第三方向遠離縫紉單元。其中,第一校正訊號以及第二校正訊號的其中一者連續地產生。In order to achieve the aforementioned another object, the sewing stabilization method proposed by the present invention provides a sewing unit to sew the cloth moving in a first direction. The sewing stabilization method includes the following steps: outputting detection in a second direction perpendicular to the first direction Frequency spectrum, and generate the first correction signal according to the response of the detection spectrum, or generate the second correction signal according to the unresponsiveness of the detection spectrum. Move the edge of the fabric according to the first correction signal to approach the sewing unit along a third direction perpendicular to the first direction and perpendicular to the second direction, or move the edge of the fabric to move away from the sewing unit along the third direction according to the second correction signal. Wherein, one of the first calibration signal and the second calibration signal is continuously generated.
進一步而言,所述之縫紉穩定方法中,檢測頻譜包括可見光、紅外線、超音波、聲納、無線射頻辨識、近場通訊以及雷射的其中至少一者。Furthermore, in the sewing stabilization method, the detection spectrum includes at least one of visible light, infrared, ultrasonic, sonar, radio frequency identification, near field communication, and laser.
進一步而言,所述之縫紉穩定方法更包括下列步驟:使布料的邊緣與縫紉單元保持固定間距。Furthermore, the sewing stabilization method further includes the following steps: keeping a fixed distance between the edge of the cloth and the sewing unit.
在使用本發明所述縫紉穩定裝置以及縫紉穩定方法時,所述邊緣檢測模組可以依據其跨設於布料後檢測頻譜是否響應,來決定是否產生第一校正訊號或第二校正訊號。當邊緣檢測模組確認檢測頻譜已響應(即代表邊緣檢測模組接收到檢測頻譜,布料邊緣未遮蔽到檢測頻譜,且布料邊緣已偏離縫紉作業區域),邊緣檢測模組產生第一校正訊號,且邊緣校正模組依據第一校正訊號移動布料的邊緣沿著第三方向接近縫紉單元(即代表將已偏離縫紉作業區域的布料邊緣移動至縫紉作業區域,且可使布料邊緣遮蔽檢測頻譜)。抑或是,當邊緣檢測模組確認檢測頻譜未響應(即代表邊緣檢測模組未接收到檢測頻譜,布料覆蓋縫紉作業區域且已遮蔽到檢測頻譜,但未知布料邊緣是否已偏離縫紉作業區域),邊緣檢測模組產生第二校正訊號,且邊緣校正模組依據第二校正訊號移動布料的邊緣沿著第三方向遠離縫紉單元(即代表將布料邊緣移動至縫紉作業區域,且可使布料邊緣未遮蔽檢測頻譜)。為此,邊緣校正模組使布料的邊緣與縫紉單元保持固定間距。進一步而言,在邊緣檢測模組產生第一校正訊號或第二校正訊號的期間,可更搭配特定條件(例如特定時間、特定週期或特定頻率等),以使邊緣校正模組對於布料邊緣的控制有更精確對準或可更多元控制的技術功效。When using the sewing stabilization device and the sewing stabilization method of the present invention, the edge detection module can determine whether to generate the first correction signal or the second correction signal according to whether the edge detection module detects the response of the frequency spectrum after it is placed across the cloth. When the edge detection module confirms that the detection spectrum has responded (that is, it means that the edge detection module has received the detection spectrum, the edge of the cloth is not covered by the detection spectrum, and the edge of the cloth has deviated from the sewing area), the edge detection module generates the first correction signal, And the edge correction module moves the edge of the fabric along the third direction to approach the sewing unit according to the first correction signal (that is, the edge of the fabric that has deviated from the sewing operation area is moved to the sewing operation area, and the edge of the fabric can mask the detection spectrum). Or, when the edge detection module confirms that the detection spectrum is not responding (that is, the edge detection module does not receive the detection spectrum, the cloth covers the sewing area and has blocked the detection spectrum, but it is unknown whether the edge of the cloth has deviated from the sewing area), The edge detection module generates a second correction signal, and the edge correction module moves the edge of the fabric along the third direction away from the sewing unit according to the second correction signal (that is, it means that the edge of the fabric is moved to the sewing area, and the edge of the fabric is not Mask detection spectrum). For this reason, the edge correction module keeps the edge of the cloth and the sewing unit at a fixed distance. Furthermore, during the period when the edge detection module generates the first calibration signal or the second calibration signal, specific conditions (such as a specific time, a specific period, or a specific frequency, etc.) can be matched to make the edge correction module's effect on the edge of the cloth The control has the technical effect of more precise alignment or more diversified control.
為此,本發明所述縫紉穩定裝置及縫紉穩定方法能夠在縫紉布料的過程中,自動地調整布料的位置與方向,可以避免現有技術受限於現場操作人員的經驗以及感知能力的技術問題,達到提高生產效率、縫紉品質穩定性以及提高操作安全性之目的。For this reason, the sewing stabilization device and the sewing stabilization method of the present invention can automatically adjust the position and direction of the fabric during the process of sewing the fabric, which can avoid the technical problem that the prior art is limited by the experience and perception ability of the on-site operator. To achieve the purpose of improving production efficiency, sewing quality stability and improving operation safety.
為了能更進一步瞭解本發明為達成預定目的所採取之技術、手段及功效,請參閱以下有關本發明之詳細說明與附圖,相信本發明特徵與特點,當可由此得一深入且具體之瞭解,然而所附圖式僅提供參考與說明用,並非用來對本發明加以限制者。In order to further understand the technology, means and effects of the present invention to achieve the intended purpose, please refer to the following detailed description of the present invention and the accompanying drawings. I believe that the features and characteristics of the present invention will provide an in-depth and specific understanding. However, the accompanying drawings are only provided for reference and explanation, and are not used to limit the present invention.
茲有關本發明之技術內容及詳細說明,配合圖式說明如下。The technical content and detailed description of the present invention are described as follows in conjunction with the drawings.
請參閱圖1至圖3所示。其中,圖1與圖2為本發明縫紉穩定裝置的外觀示意圖;圖3為本發明縫紉穩定裝置的系統架構圖。Please refer to Figure 1 to Figure 3. 1 and 2 are schematic diagrams of the appearance of the sewing stabilizing device of the present invention; Fig. 3 is a system architecture diagram of the sewing stabilizing device of the present invention.
本發明所述之縫紉穩定裝置提供縫紉單元10縫紉沿著第一方向(如圖1、圖2中所示的X方向或其反向)移動的布料(圖中未示)。所述縫紉穩定裝置可包括邊緣檢測模組20以及邊緣校正模組30,其中,邊緣檢測模組20跨設於布料的邊緣,且沿著與第一方向垂直的第二方向(如圖1、圖2中所示的Y方向或其反向)輸出檢測頻譜(spectrum)。邊緣檢測模組20依據檢測頻譜的響應產生第一校正訊號,或者依據檢測頻譜的未響應產生第二校正訊號。其中,邊緣檢測模組20可連續地產生第一校正訊號以及第二校正訊號的其中一者。The sewing stabilizing device of the present invention provides the
進一步而言,所述檢測頻譜可包括可見光、紅外線(infrared, IR)、超音波(ultrasonic)、聲納(sonar)、無線射頻辨識(radio frequency identification, RFID)、近場通訊(near field communication, NFC)以及雷射(laser)的其中至少一者。在本發明之所述實施例中,邊緣檢測模組20包括頻譜輸出端21以及頻譜接收端22,如圖2所示。其中,頻譜輸出端21以及頻譜接收端22沿著第二方向(即圖1、圖2所示的Y方向或其反向)分別設置於布料的相對兩面之外,所述頻譜輸出端21可以是燈泡、發光二極體(可泛指矽基材料、三五族材料、有機材料,且可呈一般大小或微米(micrometer)尺寸等)、紅外線雷射、音源產生器(可包括聲納或超音波等)以及特定頻譜(可包括RFID、NFC等)產生器、或其他類型雷射等。頻譜輸出端21輸出前述檢測頻譜,頻譜接收端22依據是否接收到頻譜輸出端21輸出的檢測頻譜來判斷檢測頻譜是否響應。在本發明之所述實施例中,所述響應可以是光學響應,所述電磁波亦可以通過近代物理之波粒二象性解釋其粒子性滿足所述光學響應之模型。Furthermore, the detection spectrum may include visible light, infrared (IR), ultrasonic (ultrasonic), sonar (sonar), radio frequency identification (RFID), near field communication (near field communication, At least one of NFC and laser. In the embodiment of the present invention, the
邊緣校正模組30接收第一校正訊號或者第二校正訊號,且邊緣校正模組30依據第一校正訊號移動布料的邊緣沿著與第一方向垂直且與第二方向垂直的第三方向(如圖1、圖2中所示的Z方向或其反向)接近縫紉單元10(未顯示於圖1中)。或者,邊緣校正模組30依據第二校正訊號移動布料的邊緣沿著第三方向(如圖1中所示的Z方向)遠離縫紉單元10。The
進一步而言,本發明所述之縫紉穩定裝置可更包括控制單元100,控制單元100耦接邊緣檢測模組20、邊緣校正模組30以及縫紉單元10。其中,當邊緣檢測模組20產生第一校正訊號,控制單元100控制邊緣校正模組30移動布料的邊緣沿著第三方向接近縫紉單元10。當邊緣檢測模組20產生第二校正訊號,控制單元100控制邊緣校正模組30移動布料的邊緣沿著第三方向遠離縫紉單元10。所述控制單元100可以是微處理單元(micro processing unit, MPU)、微控制單元(micro control unit, MCU)、或可整合數據運算、通訊調制以及功率處理等功能之系統單晶片(system on chip, SoC)等等。Furthermore, the sewing stabilization device of the present invention may further include a
如圖1以及圖2所示的,所述之縫紉穩定裝置可更包括第一板體200以及第二板體300。其中,第二板體300是與第一板體200呈正交地插設於第一板體200的側邊。在本發明之所述實施例中,所述邊緣檢測模組20以及所述邊緣校正模組30分別地在第二方向上包括二個,且對稱地配置於布料的相對兩面之外。第二板體300遠離第一板體200的上下兩面均配置有頻譜輸出端21以及吹氣坡道301。所述吹氣坡道301用以對布料輸出氣流,以避免置於其上的布料有不平整的情況,可保障縫紉成品之品質。As shown in FIGS. 1 and 2, the sewing stabilization device may further include a
在本發明之所述實施例中,邊緣校正模組30可包括馬達31、傳動帶32、雙向輪組33以及迴旋臂34。其中,馬達31可配置於第二板體300上,雙向輪組33樞設於迴旋臂34之一端,且雙向輪組33可通過傳動帶32而受到馬達31的驅動。進一步而言,所述雙向輪組33可包括輪框331以及可樞轉地環設於輪框331上的多數個環體332,且多數個環體332的可樞轉方向(即對應圖1中的Z方向或其反向)與輪框331的可樞轉方向(即對應圖1、圖2中的X方向或其反向)彼此呈正交。其中,輪框331可通過傳動帶32而受到馬達31的驅動,使輪框331與馬達31同步地進行樞轉。In the described embodiment of the present invention, the
進一步而言,在邊緣校正模組30未對布料產生校正動作時,輪框331靜止,環體332可受到其接觸到的布料而樞轉(用以當布料在第一方向上移動時,降低雙向輪組33對布料的摩擦力或阻力)。在邊緣校正模組30對布料產生校正動作時,輪框331進行樞轉,由於環體332的可樞轉方向與輪框331的可樞轉方向彼此呈正交,因此當布料在第一方向上移動時,環體332可提高雙向輪組33對布料的摩擦力或阻力,使布料更容易地受到雙向輪組33之控制而沿第三方向(即對應圖1、圖2中之Z方向或其反向)移動。Furthermore, when the
進一步而言,各馬達31之一側的第一板體200分別配置有氣管201以及氣壓缸202。其中,各氣管201突伸於第一板體200對應第二板體300之一側,且彎折於第二板體300的端緣之上。氣管201用以對布料輸出氣流,以避免置於其上的布料有不平整的情況,可保障縫紉成品之品質。且各氣管201上配置有頻譜接收端22,用以在第二方向上(即對應圖1、圖2中所示之Y方向或其反向)確認是接收到頻譜輸出端21輸出的檢測頻譜。各氣壓缸202樞接三角板體203的其中一角,所述三角板體203的其中另一角樞接於第一板體200上作為支點,所述三角板體203的其中又另一角則樞接前述迴旋臂34之另一端(對應雙向輪組33的另一端)。在實際操作時,氣壓缸202可以通過三角板體203以及迴旋臂34,將壓力傳輸至雙向輪組33,用以控制雙向輪組33對應布料的壓力。Furthermore, the
在本發明未圖示之實施例中,所述邊緣檢測模組20以及所述邊緣校正模組30亦可在第一方向上包括多數個,且可以與前述邊緣檢測模組20以及所述邊緣校正模組30在第二方向上包括多數個的配置方式彼此排列組合。然而,本發明不受此限制。In an embodiment not shown in the present invention, the
請參閱圖4與圖5所示,為本發明縫紉穩定方法的流程圖。其餘元件符號請參閱如前所述,在此不再贅述。在使用本發明所述縫紉穩定裝置時,預先提供縫紉單元10縫紉沿著第一方向移動的布料(步驟S1),且邊緣檢測模組20的頻譜輸出端21沿第二方向輸出檢測頻譜(步驟S2)。繼而,所述邊緣檢測模組20可以依據其跨設於布料後,頻譜接收端22依據是否收到檢測頻譜來判斷檢測頻譜是否響應(如圖5之步驟S7),且決定是否產生第一校正訊號或第二校正訊號。Please refer to Figures 4 and 5, which are flowcharts of the sewing stabilization method of the present invention. For the rest of the component symbols, please refer to the previous description, and will not be repeated here. When using the sewing stabilization device of the present invention, the
當邊緣檢測模組20確認檢測頻譜已響應(如圖5之步驟S8,即代表邊緣檢測模組20接收到檢測頻譜,布料邊緣未遮蔽到檢測頻譜,且布料邊緣已偏離縫紉作業區域),邊緣檢測模組20產生第一校正訊號(步驟S3),且邊緣校正模組30依據第一校正訊號移動布料的邊緣沿著第三方向接近縫紉單元10(步驟S5,即代表將已偏離縫紉作業區域的布料邊緣移動至縫紉作業區域,且可使布料邊緣遮蔽檢測頻譜)。When the
抑或是,當邊緣檢測模組20確認檢測頻譜未響應(如圖5之步驟S9,即代表邊緣檢測模組20未接收到檢測頻譜,布料覆蓋縫紉作業區域且已遮蔽到檢測頻譜,但未知布料邊緣是否已偏離縫紉作業區域),邊緣檢測模組20產生第二校正訊號(步驟S4),且邊緣校正模組30依據第二校正訊號移動布料的邊緣沿著第三方向遠離縫紉單元10(步驟S6,即代表將布料邊緣移動至縫紉作業區域,且可使布料邊緣未遮蔽檢測頻譜)。為此,邊緣校正模組30使布料的邊緣與縫紉單元10保持固定間距。進一步而言,在邊緣檢測模組20產生第一校正訊號或第二校正訊號的期間,可更搭配特定條件(例如特定時間、特定週期或特定頻率等),以使邊緣校正模組30對於布料邊緣的控制有更精確對準或可更多元控制的技術功效。舉例而言,可以通過控制雙向輪組33的啟動時間或停止時間,來進一步地控制布料受到推移的距離,以及布料邊緣至被縫紉單元所下針處的距離是恆定的或是隨時間變化地。所述隨時間變化地,即所述特定週期或特定頻率,可以使布料邊緣之縫紉的車縫線產生不同地結構與功效。例如可兼顧用料成本、車縫速度以及縫紉強度等因素,而配置所述特定條件。Or, when the
為此,本發明所述縫紉穩定裝置及縫紉穩定方法能夠在縫紉布料的過程中,自動地調整布料的位置與方向,可以避免現有技術受限於現場操作人員的經驗以及感知能力的技術問題,達到提高生產效率、縫紉品質穩定性以及提高操作安全性之目的。For this reason, the sewing stabilization device and the sewing stabilization method of the present invention can automatically adjust the position and direction of the fabric during the process of sewing the fabric, which can avoid the technical problem that the prior art is limited by the experience and perception ability of the on-site operator. To achieve the purpose of improving production efficiency, sewing quality stability and improving operation safety.
以上所述,僅為本發明較佳具體實施例之詳細說明與圖式,惟本發明之特徵並不侷限於此,並非用以限制本發明,本發明之所有範圍應以下述之申請專利範圍為準,凡合於本發明申請專利範圍之精神與其類似變化之實施例,皆應包括於本發明之範疇中,任何熟悉該項技藝者在本發明之領域內,可輕易思及之變化或修飾皆可涵蓋在以下本案之專利範圍。The above are only detailed descriptions and drawings of the preferred embodiments of the present invention. However, the features of the present invention are not limited to these, and are not intended to limit the present invention. The full scope of the present invention should be covered by the following patent application scope As the standard, all embodiments that conform to the spirit of the patent application of the present invention and similar changes should be included in the scope of the present invention. Anyone familiar with the art in the field of the present invention can easily think of changes or Modifications can be covered in the following patent scope of this case.
須知,本說明書所附圖式繪示之結構、比例、大小、元件數量等,均僅用以配合說明書所揭示之內容,以供熟悉此技術之人士瞭解與閱讀,並非用以限定本發明可實施之限定條件,故不具技術上之實質意義,任何結構之修飾、比例關係之改變或大小之調整,在不影響本發明所能產生之功效及所能達成之目的下,均應落在本發明所揭示之技術內容得能涵蓋之範圍內。It should be noted that the structure, ratio, size, number of components, etc. shown in the drawings in this specification are only used to match the content disclosed in the specification for the understanding and reading of those familiar with this technology, and are not intended to limit the scope of the present invention. The limited conditions of implementation do not have any technical significance. Any structural modification, proportional relationship change, or size adjustment should fall within the scope of the present invention without affecting the effects and objectives that can be achieved The technical content disclosed by the invention may be within the scope of coverage.
10:縫紉單元10: Sewing unit
20:邊緣檢測模組20: Edge detection module
21:頻譜輸出端21: Spectrum output terminal
22:頻譜接收端22: Spectrum receiver
30:邊緣校正模組30: Edge correction module
31:馬達31: Motor
32:傳動帶32: Transmission belt
33:雙向輪組33: Two-way wheels
34:迴旋臂34: swing arm
100:控制單元100: control unit
200:第一板體200: The first board
201:氣管201: Trachea
202:氣壓缸202: pneumatic cylinder
203:三角板體203: Triangle body
300:第二板體300: second board
301:吹氣坡道301: Blow ramp
331:輪框331: Wheel Frame
332:環體332: Ring
S1~S9:步驟S1~S9: steps
圖1與圖2為本發明縫紉穩定裝置的外觀示意圖;Figures 1 and 2 are schematic diagrams of the appearance of the sewing stabilizing device of the present invention;
圖3為本發明縫紉穩定裝置的系統架構圖;以及Figure 3 is a system architecture diagram of the sewing stabilization device of the present invention; and
圖4與圖5為本發明縫紉穩定方法的流程圖。4 and 5 are flowcharts of the sewing stabilization method of the present invention.
21:頻譜輸出端 21: Spectrum output terminal
22:頻譜接收端 22: Spectrum receiver
30:邊緣校正模組 30: Edge correction module
31:馬達 31: Motor
32:傳動帶 32: Transmission belt
33:雙向輪組 33: Two-way wheels
34:迴旋臂 34: swing arm
200:第一板體 200: The first board
201:氣管 201: Trachea
202:氣壓缸 202: pneumatic cylinder
203:三角板體 203: Triangle body
300:第二板體 300: second board
301:吹氣坡道 301: Blow ramp
332:環體 332: Ring
Claims (10)
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TW109144371A TWI747665B (en) | 2020-12-16 | 2020-12-16 | Sewing stabilization apparatus and method of sewing stabilization |
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TW202225515A TW202225515A (en) | 2022-07-01 |
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Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2006050593A2 (en) * | 2004-11-11 | 2006-05-18 | Laersion Jorge Badotti | Remote multipoint monitoring and timeline analysis equipment |
TW201702450A (en) * | 2015-04-30 | 2017-01-16 | 都寇帕鷹股份有限公司 | Stitch length-adjusting device for a sewing machine and sewing machine with such a stitch length-adjusting device |
CN206625013U (en) * | 2017-01-17 | 2017-11-10 | 王秀亮 | Stability and high efficiency coil winding machine |
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Patent Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2006050593A2 (en) * | 2004-11-11 | 2006-05-18 | Laersion Jorge Badotti | Remote multipoint monitoring and timeline analysis equipment |
TW201702450A (en) * | 2015-04-30 | 2017-01-16 | 都寇帕鷹股份有限公司 | Stitch length-adjusting device for a sewing machine and sewing machine with such a stitch length-adjusting device |
CN206625013U (en) * | 2017-01-17 | 2017-11-10 | 王秀亮 | Stability and high efficiency coil winding machine |
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