TW202213909A - Manufacturing method of fan stator structure - Google Patents

Manufacturing method of fan stator structure Download PDF

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TW202213909A
TW202213909A TW109133384A TW109133384A TW202213909A TW 202213909 A TW202213909 A TW 202213909A TW 109133384 A TW109133384 A TW 109133384A TW 109133384 A TW109133384 A TW 109133384A TW 202213909 A TW202213909 A TW 202213909A
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coil
fan stator
conductive fixing
manufacturing
fixing bracket
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TW109133384A
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Chinese (zh)
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TWI739609B (en
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盧彥志
陳信宏
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大陸商深圳興奇宏科技有限公司
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Abstract

A manufacturing method of fan stator structure includes the steps of providing a fan stator; providing a plurality of coil lead wire holders at an end of the fan stator; and winding lead wires on the fan stator to form coils, and setting and connecting a front end and a back end of each of the lead wires to the coil lead wire holders. The above method eliminates the drawbacks of the conventional fan stator coil winding operation, such as requiring manual twisting and trimming of the lead wire front ends and back ends and leaking of tin solder occurred during welding of the lead wires to a circuit board.

Description

風扇定子結構製造方法Fan stator structure manufacturing method

一種風扇定子結構製造方法，尤指一種可提升風扇定子繞設線圈，線圈之首端及末端理線及與電路板結合電性連接效率的風扇定子結構製造方法。A fan stator structure manufacturing method, especially a fan stator structure manufacturing method which can improve the efficiency of winding a coil on the fan stator, arranging the wire at the head end and the end of the coil, and combining electrical connection with a circuit board.

風扇中最主要係由定子組及轉子組相互設置，並透過感應激磁之方式產生運轉，其中定子組5係為由複數矽鋼片51堆疊後並於上、下兩端設置上、下絕緣架52、53，再於各極柱上纏繞線圈54，最後將線圈與一電路板55進行焊接後完成製造作業。 習知技術中對該定子組5進行纏繞線圈54可透過人工方式或是自動化機台方式進行，纏繞線圈作業主要先將該線圈54之首端541捆繞於其中一極柱一周上進行固定(如第1a圖)，並保留該首端541呈自由端並捲繞呈麻花狀(如第1b圖)，其後對各極柱進行繞線作業，最後針對該線圈54之首端541及末端542再進行理線作業；然而習知技術對於理線作業係僅能必須透過人工方式將捲線以麻花狀纏線進行理線，其相當耗費人力及時間，且不同人所進行理線作業所整理處理後該理線線圈54之首、末端541、542其麻花狀纏線之線徑粗度及長度各有不同，因此還必須再透過一修剪程序進行調整適當長度(如第2a、2b圖)。 再者，當該線圈54首、末端541、542與電路板55進行插接及電性連接時，也係以人工方式透過焊錫固定（如第2c圖），而由於理線作業時首、末端541、542因捲線後令整體線徑加大，則電路板55上所對應之開孔56除了必須將開孔加大外，並當開孔增大時會產生漏錫等問題，且對應焊接之部位在電路板55上之焊錫錫包6也增大不少，並進行焊接後剩餘之線圈54首、末端541、542除殘留有焊錫相當不美觀外，又因長度過長容易造成短路因此又必須再進行一剪除程序加工致使費時費工，如參閱第1a、1b、2a、2b、2c圖。 如此習知風扇之定子雖在繞線之工作上可透過機械化自動機台進行繞線，而繞線工作完成後最終理線之步驟仍然需要透過人工進行處理，故對於生產效率及降低製造成本及良率上仍然不佳。 故如何改善習知缺失並降低工時減少人力之使用進一步降低不良率，則為現行該項業者首重之目標。 The most important thing in the fan is that the stator group and the rotor group are arranged with each other, and the operation is generated by induction magnetization. The stator group 5 is composed of a plurality of silicon steel sheets 51 stacked, and upper and lower insulating frames 52 are arranged at the upper and lower ends. , 53, and then winding the coil 54 on each pole, and finally welding the coil and a circuit board 55 to complete the manufacturing operation. In the prior art, winding the coil 54 of the stator group 5 can be performed manually or by an automated machine. The coil winding operation mainly firstly bundles the head end 541 of the coil 54 around one of the poles for fixing ( As shown in Fig. 1a), keep the head end 541 as a free end and coil it in a twist shape (as shown in Fig. 1b), and then perform the winding operation on each pole, and finally target the head end 541 and the end of the coil 54. 542 and then carry out the wire management; however, the conventional technology can only manually wind the coiled wire in a twist shape to manage the wire. After the treatment, the diameter, thickness and length of the twisted wires at the head and the ends 541 and 542 of the wire-arranging coil 54 are different. Therefore, a trimming procedure must be used to adjust the appropriate length (as shown in Figures 2a and 2b). . Furthermore, when the coil 54 is plugged and electrically connected to the circuit board 55 at the head, the ends 541 and 542, it is also fixed by soldering manually (as shown in Fig. 2c), and because the first and the end of the wire are arranged 541 and 542 make the overall wire diameter larger after winding, so the corresponding openings 56 on the circuit board 55 must be enlarged, and when the openings are enlarged, problems such as tin leakage will occur, and the corresponding welding The part of the solder package 6 on the circuit board 55 has also increased a lot, and the remaining coils 54 and the ends 541 and 542 after soldering are not only unsightly with residual solder, but also easy to cause short circuits due to the long length. It is necessary to perform a trimming procedure again, which is time-consuming and labor-intensive, as shown in Figures 1a, 1b, 2a, 2b, and 2c. In this way, although the stator of the conventional fan can be wound through a mechanized automatic machine during the winding work, the final wire management step after the winding work is completed still needs to be handled manually, so the production efficiency and the reduction of manufacturing costs and Yield is still not good. Therefore, how to improve the lack of knowledge and reduce working hours, reduce the use of manpower, and further reduce the defect rate is the most important goal of the current industry.

爰此，為有效解決上述之問題，本發明之主要目的，係提供一種提供可節省人力及縮短製造工時的風扇定子結構製造方法。 為達上述之目的，本發明係提供一種風扇定子結構製造方法，係包含下列步驟： 提供一風扇定子； 提供複數線圈導電固定支架設置於該風扇定子之一端； 對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合。 透過本發明之風扇定子結構製造方法係可大幅縮減製造工時以及節省人力，進而降低製造成本提升生產效率及良率。 Therefore, in order to effectively solve the above problems, the main purpose of the present invention is to provide a method for manufacturing a fan stator structure which can save manpower and shorten the manufacturing time. In order to achieve the above purpose, the present invention provides a method for manufacturing a fan stator structure, which includes the following steps: providing a fan stator; Provide a plurality of coil conductive fixing brackets arranged at one end of the fan stator; The fan stator is wound with a coil, and the front section and the end section of the coil are respectively arranged on the conductive fixing brackets of the coil to be combined with it. The manufacturing method of the fan stator structure of the present invention can greatly reduce the manufacturing time and manpower, thereby reducing the manufacturing cost and improving the production efficiency and yield.

本發明之上述目的及其結構與功能上的特性，將依據所附圖式之較佳實施例予以說明。 請參閱第3、4a、4b圖，係為本發明之風扇定子結構製造方法第一實施例之步驟流程圖及風扇定子結構立體圖及線圈導電固定支架示意圖，所述風扇定子結構製造方法係包含下列步驟： S1：提供一風扇定子； 提供一風扇定子1，所述風扇定子1具有一矽鋼片組11及複數絕緣架12，所述矽鋼片組11由複數矽鋼片堆疊組成，並該等絕緣架12設置於該等矽鋼片組1之上、下兩端； S2：提供複數線圈導電固定支架設置於該風扇定子之一端； 提供複數線圈導電固定支架2，所述線圈導電固定支架2具有一插接端21及一跨設槽22及一固定端23，所述插接端21與該固定端23分設於該線圈導電固定支架2之首末兩端，該跨設槽22設置鄰近該插接端21之至少一側，並低於該插接端21，所述線圈導電固定支架2透過該插接端21設置於該風扇定子下端之絕緣架12，當然亦可透過一體包射之方式 將該線圈導電固定支架2與該絕緣架12一體包射成型。 S3：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合。 關於線圈繞設之作業係可透過人工或自動化繞線機對該風扇定子1進行線圈繞設，首先先將該線圈3之前段跨設固定於該前述線圈導電固定支架2上，並開始對該風扇定子1每一極柱進行繞線作業，當繞線作業完成後，將該線圈3末端透過跨設或掛設於另一線圈導電固定支架2上，並當該線圈3末端與該線圈導電固定支架2結合時，該線圈3外部之絕緣層則被該線圈導電固定支架2之跨設槽22所摩擦而脫落，令該線圈3之內部銅線直接裸露確保與該線圈導電固定支架2電性連接。 藉由本發明之風扇定子結構製造方法係可改善習知定子繞線作業完後僅只能透過人工方式進行理線捲線之作業，不僅大幅提升製造之效率，同時可降低工時及人力的使用，進而提升製程良率降低製造成本。 請參閱第5、6圖，係為本發明之風扇定子結構製造方法第二實施例之步驟流程圖及加工示意圖，所述風扇定子結構製造方法係包含下列步驟： S1：提供一風扇定子； S2：提供複數線圈導電固定支架設置於該風扇定子之一端； S3：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合； 本實施例部分內容與前述第一實施例相同，故在此將不再贅述，惟本實施例與前述第一實施例之不同處在於所述步驟：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合此一步驟後更具有一步驟： S4：對該線圈導電固定支架與該線圈接合處進行焊接。 針對該線圈3跨設或掛設於該等線圈3導電固定支架2之部位，透過以焊接之方式對該部位進行焊接作業，並藉由該焊接之作業增加該線圈3與該線圈導電固定支架2之導電度以及結合強度，所述焊接作業係為電阻或雷射焊接，所述電阻焊接針對該線圈導電固定支架2透過接觸產生電阻後發熱，使該線圈3與該線圈導電固定支架2融合，並同時破壞了該線圈3表面的絕緣層，確保了該線圈3與該線圈導電固定支架2電性連接。 請參閱第7、8圖，係為本發明之風扇定子結構製造方法第三實施例之步驟流程圖及風扇定子結構立體圖，所述風扇定子結構製造方法係包含下列步驟： S1：提供一風扇定子； S2：提供複數線圈導電固定支架設置於該風扇定子之一端； S3：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合； 本實施例部分內容與前述第一實施例相同，故在此將不再贅述，惟本實施例與前述第一實施例之不同處在於步驟S3：對該風扇定子進行線圈繞設，並將該線圈3之前段及末段分別設置於該等線圈導電固定支架2上與其結合此一步驟後更具有一步驟： 步驟S5：將該風扇定子之線圈導電固定支架與一電路板固定並電性連接。 當完成前述步驟S3：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合時，更進一步欲將該風扇定子1與一電路板4進行固定及電性連接，使得以完成一完整之風扇定子1，所述電路板4與該風扇定子1透過該線圈導電固定支架2進行結合，並該風扇定子1與該電路板4主要具有兩種方式進行結合，其一該風扇定子1透過該線圈導電固定支架2對應焊接於該電路板4表面電路接點上，與該電路板進行電性連接，而該焊接方式主要係透過於該線圈導電固定支架2表面或一端沾設有一焊料層，透過加熱後，令該焊料層融化使該線圈導電固定支架2與該電路板4電性連接。 另一結合方法係為，將該電路板4與該風扇定子1之線圈導電固定支架2欲對應組設之部位開設孔洞41，並該線圈導電固定支架2可與該等孔洞41透過緊配之方式進行結合，並該等孔洞41壁面具有導電層，令該線圈導電固定支架2與該電路板4，藉由該導電層電性連接，又或者該電路板4於該等孔洞41周圍布設有焊接點42，所述線圈導電固定支架2透過該等孔洞41對應貫穿該電路板4後，再透過沾錫點焊之方式令該等線圈導電固定支架2與電路板電性連接。 本發明主要目的在於解決習知風扇定子繞線工作完成後僅能透過人工之方式對該線圈頭、末段進行理線、修整及焊接電路板等複雜程序實耗費人力及不良率高等缺點，並透過本發明風扇定子結構製造方法進一步可搭配其他自動化設備完成風扇定子全自動化生產之目的，進而解省人力成本以及提升生產效率與製程良率者。 The above-mentioned objects of the present invention and their structural and functional characteristics will be described with reference to the preferred embodiments of the accompanying drawings. Please refer to Figures 3, 4a, and 4b, which are the flow chart of the steps of the first embodiment of the fan stator structure manufacturing method of the present invention, the three-dimensional view of the fan stator structure, and the schematic diagram of the coil conductive fixing bracket. The fan stator structure manufacturing method includes the following step: S1: provide a fan stator; A fan stator 1 is provided, the fan stator 1 has a silicon steel sheet group 11 and a plurality of insulating frames 12 , the silicon steel sheet group 11 is composed of a stack of a plurality of silicon steel sheets, and the insulating frames 12 are arranged on the silicon steel sheet group 1 upper and lower ends; S2: Provide a plurality of coil conductive fixing brackets arranged at one end of the fan stator; Provide a plurality of coil conductive fixing brackets 2, the coil conductive fixing bracket 2 has a plug end 21 and a spanning slot 22 and a fixed end 23, the plug end 21 and the fixed end 23 are respectively located in the coil conductive The first and last ends of the fixing bracket 2, the spanning slot 22 is disposed adjacent to at least one side of the plug end 21, and is lower than the plug end 21, the coil conductive fixing bracket 2 is disposed on the plug end 21 through the plug end 21. Of course, the insulating frame 12 at the lower end of the fan stator can also be integrally molded with the coil conductive fixing bracket 2 and the insulating frame 12 by integral injection molding. S3: winding the fan stator with coils, and disposing the front section and the end section of the coil on the conductive fixing brackets of the coil to combine them. As for the coil winding operation system, the fan stator 1 can be coiled by manual or automatic winding machine. First, the front section of the coil 3 is straddled and fixed on the aforementioned coil conductive fixing bracket 2, and then the coil winding is started. Winding operation is performed on each pole of the fan stator 1. After the winding operation is completed, the end of the coil 3 is straddled or hung on another coil conductive fixing bracket 2, and when the end of the coil 3 is electrically conductive with the coil When the fixing bracket 2 is combined, the insulating layer outside the coil 3 is rubbed by the spanning groove 22 of the coil conductive fixing bracket 2 and falls off, so that the inner copper wire of the coil 3 is directly exposed to ensure that it is electrically connected to the coil conductive fixing bracket 2. sexual connection. The fan stator structure manufacturing method of the present invention can improve the conventional stator winding operation, which can only be done by manual winding, which not only greatly improves the manufacturing efficiency, but also reduces the man-hours and manpower usage, and further Improve process yield and reduce manufacturing cost. Please refer to FIGS. 5 and 6 , which are the flow chart and processing schematic diagram of the second embodiment of the fan stator structure manufacturing method of the present invention. The fan stator structure manufacturing method includes the following steps: S1: provide a fan stator; S2: Provide a plurality of coil conductive fixing brackets arranged at one end of the fan stator; S3: winding the fan stator with coils, and disposing the front section and the end section of the coil respectively on the conductive fixing brackets of the coils to combine with them; Part of the content of this embodiment is the same as that of the aforementioned first embodiment, so it will not be repeated here, but the difference between this embodiment and the aforementioned first embodiment lies in the steps: winding the fan stator, and winding the fan stator. The front section and the end section of the coil are respectively arranged on the conductive fixing brackets of the coils and combined with this step, there is a further step: S4: Weld the junction between the coil conductive fixing bracket and the coil. For the part where the coil 3 is spanned or hung on the conductive fixing brackets 2 of the coils 3, the part is welded by welding, and the coil 3 and the coil conductive fixing bracket are added by the welding operation. The conductivity and bonding strength of 2, the welding operation is resistance or laser welding, the resistance welding generates resistance for the coil conductive fixing bracket 2 through contact and then generates heat, so that the coil 3 and the coil conductive fixing bracket 2 are fused , and at the same time destroy the insulating layer on the surface of the coil 3 to ensure that the coil 3 is electrically connected to the coil conductive fixing bracket 2 . Please refer to FIGS. 7 and 8 , which are a flow chart of steps and a three-dimensional view of the fan stator structure according to the third embodiment of the fan stator structure manufacturing method of the present invention. The fan stator structure manufacturing method includes the following steps: S1: provide a fan stator; S2: Provide a plurality of coil conductive fixing brackets arranged at one end of the fan stator; S3: winding the fan stator with coils, and disposing the front section and the end section of the coil respectively on the conductive fixing brackets of the coils to combine with them; Part of the content of this embodiment is the same as that of the aforementioned first embodiment, so it will not be repeated here, but the difference between this embodiment and the aforementioned first embodiment lies in step S3: winding the fan stator and winding the fan stator. The front section and the end section of the coil 3 are respectively disposed on the coil conductive fixing brackets 2 and combined with this step, there is a further step: Step S5: Fix and electrically connect the coil conductive fixing bracket of the fan stator to a circuit board. When the aforementioned step S3 is completed: winding the fan stator with coils, and disposing the front section and the end section of the coil on the conductive fixing brackets of the coils to be combined with them, the fan stator 1 and a circuit board are further intended to be combined. 4. Fix and electrically connect to complete a complete fan stator 1. The circuit board 4 and the fan stator 1 are combined through the coil conductive fixing bracket 2, and the fan stator 1 and the circuit board 4 mainly have Two ways are combined, one is that the fan stator 1 is welded to the circuit contacts on the surface of the circuit board 4 through the coil conductive fixing bracket 2, and is electrically connected to the circuit board, and the welding method is mainly through the The surface or one end of the coil conductive fixing bracket 2 is coated with a solder layer. After heating, the solder layer is melted so that the coil conductive fixing bracket 2 is electrically connected to the circuit board 4 . Another combining method is to open holes 41 at the positions where the circuit board 4 and the coil conductive fixing bracket 2 of the fan stator 1 are to be assembled correspondingly, and the coil conductive fixing bracket 2 can be tightly fitted with the holes 41. The walls of the holes 41 have a conductive layer, so that the coil conductive fixing bracket 2 and the circuit board 4 are electrically connected through the conductive layer, or the circuit board 4 is arranged around the holes 41. Soldering points 42, the coil conductive fixing brackets 2 pass through the circuit board 4 correspondingly through the holes 41, and then the coil conductive fixing brackets 2 are electrically connected to the circuit board by means of tin-dipping spot welding. The main purpose of the present invention is to solve the shortcomings of the conventional fan stator winding work, which can only be performed manually on the coil head and the end section, such as wire management, trimming, and welding circuit boards. Through the manufacturing method of the fan stator structure of the present invention, the purpose of fully automatic fan stator production can be further completed with other automation equipment, thereby saving labor costs and improving production efficiency and process yield.

1:風扇定子 11:矽鋼片 12:絕緣架 2:線圈導電固定支架 21:插接端 22:跨設槽 23:固定端 3:線圈 4:電路板 41:孔洞 42:焊接點 5:習知定子組 51:矽鋼片 52:上絕緣架 53:下絕緣架 54:線圈 55:電路板 56:孔洞 6:錫包 1: Fan stator 11: Silicon steel sheet 12: Insulation frame 2: Coil conductive fixing bracket 21: Plug terminal 22: spanning slot 23: Fixed end 3: Coil 4: circuit board 41: Hole 42: Welding point 5: Knowing the stator group 51: Silicon steel sheet 52: Upper insulation frame 53: Lower insulation frame 54: Coil 55: circuit board 56: Hole 6: Tin package

第1a圖係為習知風扇定子加工示意圖； 第1b圖係為習知風扇定子加工示意圖； 第2a圖係為習知風扇定子加工示意圖； 第2b圖係為習知風扇定子加工示意圖； 第2c圖係為習知風扇定子加工示意圖； 第3圖係為本發明之風扇定子結構製造方法第一實施例之步驟流程圖； 第4a圖係為本發明之風扇定子結構製造方法第一實施例之風扇定子結構立體圖； 第4b圖係為本發明之風扇定子結構製造方法第一實施例之線圈導電固定支架示意圖； 第5圖係為本發明之風扇定子結構製造方法第二實施例之步驟流程圖； 第6圖係為本發明之風扇定子結構製造方法第二實施例之風扇定子結構立體圖； 第7圖係為本發明之風扇定子結構製造方法第三實施例之步驟流程圖； 第8圖係為本發明之風扇定子結構製造方法第三實施例之風扇定子結構立體圖。 Figure 1a is a schematic diagram of the conventional fan stator processing; Figure 1b is a schematic diagram of the conventional fan stator processing; Figure 2a is a schematic diagram of the conventional fan stator processing; Figure 2b is a schematic diagram of the conventional fan stator processing; Figure 2c is a schematic diagram of the conventional fan stator processing; FIG. 3 is a flow chart of the steps of the first embodiment of the manufacturing method of the fan stator structure of the present invention; Figure 4a is a perspective view of the fan stator structure according to the first embodiment of the fan stator structure manufacturing method of the present invention; Fig. 4b is a schematic diagram of a coil conductive fixing bracket according to the first embodiment of the manufacturing method of the fan stator structure of the present invention; Fig. 5 is a flow chart of the steps of the second embodiment of the manufacturing method of the fan stator structure of the present invention; FIG. 6 is a perspective view of the fan stator structure according to the second embodiment of the fan stator structure manufacturing method of the present invention; FIG. 7 is a flow chart of the steps of the third embodiment of the manufacturing method of the fan stator structure of the present invention; FIG. 8 is a perspective view of the fan stator structure according to the third embodiment of the fan stator structure manufacturing method of the present invention.

1:風扇定子 1: Fan stator

11:矽鋼片 11: Silicon steel sheet

12:絕緣架 12: Insulation frame

2:線圈導電固定支架 2: Coil conductive fixing bracket

3:線圈 3: Coil

Claims (8)

一種風扇定子結構製造方法，係包含下列步驟： 提供一風扇定子； 提供複數線圈導電固定支架設置於該風扇定子之一端； 對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合。 A method for manufacturing a fan stator structure, comprising the following steps: providing a fan stator; Provide a plurality of coil conductive fixing brackets arranged at one end of the fan stator; The fan stator is wound with a coil, and the front section and the end section of the coil are respectively arranged on the conductive fixing brackets of the coil to be combined with it. 如請求項第1項所述之風扇定子結構製造方法，其中所述風扇定子具有一矽鋼片組及複數絕緣架，所述矽鋼片組由複數矽鋼片堆疊組成，並於該矽鋼片組之上、下兩端各設置一絕緣架，所述線圈導電固定支架設置於該風扇定子下端之絕緣架。The fan stator structure manufacturing method according to claim 1, wherein the fan stator has a silicon steel sheet group and a plurality of insulating frames, the silicon steel sheet group is composed of a stack of a plurality of silicon steel sheets, and is on the silicon steel sheet group . An insulating frame is arranged at each of the lower ends, and the conductive fixing bracket of the coil is arranged on the insulating frame at the lower end of the fan stator. 如請求項第1項所述之風扇定子結構製造方法，其中於步驟：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合更具有一步驟：對該線圈導電固定支架與該線圈接合處進行焊接。The method for manufacturing a fan stator structure as claimed in claim 1, wherein in the step: winding the fan stator with coils, and disposing the front section and the end section of the coil on the coil conductive fixing brackets, respectively, in combination with the coils. There is a step: welding the junction between the coil conductive fixing bracket and the coil. 如請求項第3項所述之風扇定子結構製造方法，其中所述步驟：對該線圈導電固定支架與該線圈接合處進行焊接之步驟，所述焊接係為電阻或雷射焊接。The method for manufacturing a fan stator structure as claimed in claim 3, wherein the step is a step of welding the conductive fixing bracket of the coil and the junction of the coil, and the welding is resistance or laser welding. 如請求項第1項所述之風扇定子結構製造方法，其中步驟：對該風扇定子進行線圈繞設，並將該線圈之前段及末段分別設置於該等線圈導電固定支架上與其結合此一步驟後更具有一步驟：將該風扇定子之線圈導電固定支架與一電路板固定並電性連接。The method for manufacturing a fan stator structure as claimed in claim 1, wherein the steps are: winding the fan stator with coils, and disposing the front section and the end section of the coil on the conductive fixing brackets of the coil respectively to combine them with this one. After the step, there is a further step: fixing and electrically connecting the conductive fixing bracket of the coil of the fan stator to a circuit board. 如請求項第1項所述之風扇定子結構製造方法，其中所述線圈導電固定支架表面具有一焊料層。The method for manufacturing a fan stator structure according to claim 1, wherein the surface of the coil conductive fixing bracket has a solder layer. 如請求項第5項所述之風扇定子結構製造方法，其中步驟：將該風扇定子之線圈導電固定支架與一電路板固定並電性連接此一步驟後更具有一步驟：將該風扇定子之線圈導電固定支架與一電路板固定並電性連接。The method for manufacturing a fan stator structure as claimed in claim 5, wherein the step: fixing and electrically connecting the coil conductive fixing bracket of the fan stator to a circuit board, there is a further step after the step: the fan stator The coil conductive fixing bracket is fixed and electrically connected to a circuit board. 如請求項第1項所述之風扇定子結構製造方法，其中所述線圈導電固定支架具有一插接端及一跨設槽及一固定端，所述插接端與該固定端分設於該線圈導電固定支架之兩端，該跨設槽設置鄰近該插接端之一側，並低於該插接端。The method for manufacturing a fan stator structure according to claim 1, wherein the coil conductive fixing bracket has a plug end, a spanning slot, and a fixed end, and the plug end and the fixed end are respectively disposed in the At both ends of the coil conductive fixing bracket, the spanning slot is disposed adjacent to one side of the plug-in end, and is lower than the plug-in end.
TW109133384A 2020-09-25 2020-09-25 Manufacturing method of fan stator structure TWI739609B (en)

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