TWM609804U

TWM609804U - Speaker with woven wire damper

Info

Publication number: TWM609804U
Application number: TW109213639U
Authority: TW
Inventors: 陳元森
Original assignee: 陳元森
Priority date: 2020-10-16
Filing date: 2020-10-16
Publication date: 2021-04-01

Abstract

一種具有織入式導線彈波的喇叭，包括喇叭本體、音圈及導線彈波。音圈設於喇叭本體。導線彈波套設於音圈，包括經紗、導線及緯紗，經紗與導線間隔設置，導線組成導線組合，緯紗間隔設置且交織於經紗與導線，緯紗與導線交織的區域界定為導線設置區域，緯紗在最靠近導線組合的第一側的經紗與導線組合的第一側之間共同形成彈性調整區域，緯紗在最靠近導線組合的第二側的經紗與導線組合的第二側之間共同形成彈性調整區域，該等彈性調整區域的寬度相等且大於其餘經紗彼此之間的距離，導線組合連接音圈。A speaker with woven wire bounce, including a horn body, a voice coil and a wire bounce. The voice coil is arranged on the speaker body. The wire elastic wave is sheathed in the voice coil, including warp yarn, wire and weft yarn. The warp yarn and the wire are arranged at intervals, and the wires form a combination of wires. The weft yarns are arranged at intervals and interwoven between the warp and the wires. The area where the weft and the wires are interwoven is defined as the wire setting area. An elastic adjustment area is formed between the warp yarn closest to the first side of the wire combination and the first side of the wire combination, and the weft yarn jointly forms elasticity between the warp yarn closest to the second side of the wire combination and the second side of the wire combination. Adjusting areas, the widths of the elastic adjusting areas are equal and greater than the distance between the remaining warp yarns, and the wire assembly is connected to the voice coil.

Description

具有織入式導線彈波的喇叭Speaker with woven wire bounce

本創作是有關一種喇叭，尤其是一種具有織入式導線彈波的喇叭。This creation is about a kind of horn, especially a kind of horn with woven wire bounce.

一般的動圈式喇叭是利用固定磁場的反作用力使另一個磁場反方向運動的原理(即，異性相吸，同性相斥)產生聲音。進一步地說，功率放大器發出的功率交流電藉由導線傳送至音圈，以改變磁場極性，使音圈相對於磁迴裝置所產生的固定磁區產生反作用力。正向脈衝使振膜相對於磁鐵產生往外的運動，負向脈衝使振膜向內運動。當音圈推動振膜往復運動時，振膜推動空氣，空氣壓力產生改變以形成聲波。彈波負責保持音圈在磁鐵鐵心的間隙中的正確位置，確保音圈在受力時沿著軸線方向往復運動。A general moving-coil horn uses the reaction force of a fixed magnetic field to make another magnetic field move in the opposite direction (that is, opposite sex attracts each other, and same sex repels each other) to produce sound. Furthermore, the power alternating current generated by the power amplifier is transmitted to the voice coil through a wire to change the polarity of the magnetic field, so that the voice coil generates a reaction force with respect to the fixed magnetic region generated by the magnetic return device. The positive pulse makes the diaphragm move outward relative to the magnet, and the negative pulse makes the diaphragm move inward. When the voice coil pushes the diaphragm to reciprocate, the diaphragm pushes air, and the air pressure changes to form sound waves. The elastic wave is responsible for maintaining the correct position of the voice coil in the gap of the magnet core, and ensuring that the voice coil reciprocates along the axis direction when the force is applied.

然而，在習知的喇叭中，導線是懸空的，並沒有任何東西支撐，所以導線單獨承受音圈所傳遞而來的振動力，以致於音圈急速且頻繁地運動一段時間以後，導線容易疲勞而斷裂。However, in the conventional speaker, the wire is suspended without any support, so the wire alone bears the vibration force transmitted by the voice coil, so that after the voice coil moves rapidly and frequently for a period of time, the wire is easily fatigued. And break.

為了解決上述問題，於是業界開始發展在彈波製造的過程中，將導線固定在彈波上，以製成一導線彈波。藉由導線彈波的本體支撐導線，提升導線的耐疲勞性而不易斷裂。以下將介紹兩種導線彈波的製造方法：In order to solve the above-mentioned problems, the industry has started to develop a wire in the elastic wave manufacturing process to fix the wire on the elastic wave to make a wire elastic wave. The body of the wire elastic wave supports the wire, which improves the fatigue resistance of the wire and is not easy to break. The following will introduce two manufacturing methods of wire bounce:

第一種導線彈波的製造方法包括下列步驟：首先，準備一基材，基材為單層布體結構；接著，將基材浸泡在液態的合成樹脂中，使基材吸收合成樹脂；然後，吸收合成樹脂的基材乾燥硬化；再來，藉由縫線將導線縫合固定在基材的表面；又，基材連同導線經過熱壓成型裝置的熱壓而成型出導線彈波；最後，切斷裝置將導線彈波從基材上切下。藉由導線彈波的本體支撐導線，提升導線的耐疲勞性而不易斷裂。The first method for manufacturing wire bomb waves includes the following steps: first, prepare a substrate, which is a single-layer fabric structure; then, soak the substrate in a liquid synthetic resin, so that the substrate absorbs the synthetic resin; , The base material that absorbs the synthetic resin is dried and hardened; then, the wire is sewn and fixed on the surface of the base material by stitching; and the base material and the wire are heated by the hot press forming device to form a wire elastic wave; finally, The cutting device cuts the wire elastic wave from the substrate. The body of the wire elastic wave supports the wire, which improves the fatigue resistance of the wire and is not easy to break.

第二種導線彈波的製造方法包括下列步驟：首先，準備一基材，基材為雙層布體結構並且包括一第一布體及一第二布體；接著，將第一布體和第二布體浸泡在液態的合成樹脂中，使第一布體和第二布體吸收合成樹脂；然後，吸收合成樹脂的第一布體和第二布體乾燥硬化；再來，將導線設置於第一布體和第二布體之間；又，藉由熱壓成型裝置的熱壓，使得導線固定在第一布體和第二布體之間，以成型出導線彈波；最後，切斷裝置將導線彈波從基材上切下。The second method of manufacturing wire elastic wave includes the following steps: first, prepare a base material, which is a double-layer cloth structure and includes a first cloth body and a second cloth body; then, the first cloth body and The second cloth body is immersed in the liquid synthetic resin, so that the first cloth body and the second cloth body absorb the synthetic resin; then, the first cloth body and the second cloth body that absorb the synthetic resin are dried and hardened; then, the wires are set Between the first cloth body and the second cloth body; in addition, the wire is fixed between the first cloth body and the second cloth body by the hot pressing of the hot pressing forming device to form a wire elastic wave; finally, The cutting device cuts the wire elastic wave from the substrate.

第一種導線彈波的製造方法的個別問題在於：縫線需要藉助人工操作縫紉機才能夠將導線縫合固定在基材的表面。The individual problem of the first method of manufacturing wire bouncing is that the suture needs to be manually operated by a sewing machine to be able to sew and fix the wire on the surface of the substrate.

第二種導線彈波的製造方法的個別問題在於：其一，在熱壓成型的過程中，導線的位置會偏移，遠離最佳位置，從而影響到導線彈波、音圈、振膜的共同振諧效率；其二，每一片導線彈波的導線的位置的偏移狀況都不同，以致於每一台喇叭的音質略有差異。The individual problems of the second wire bounce manufacturing method are: First, in the process of hot pressing, the position of the wire will shift away from the best position, which affects the wire bounce, voice coil, and diaphragm. Common resonance efficiency; secondly, the deviation of the position of the wire of each piece of wire bounce is different, so that the sound quality of each speaker is slightly different.

上述兩種導線彈波的製造方法包含以下數種共同問題：The above-mentioned two wire bomb manufacturing methods include the following common problems:

首先，步驟複雜。First, the steps are complicated.

再者，因為導線比經紗和緯紗硬，導線的彈性和韌性比經紗和緯紗的彈性和韌性差，所以導線設置區域比導線彈波的其他區域更硬，導線設置區域的彈性和韌性比導線彈波的其他區域的彈性和韌性更差。因此，導線彈波的硬度、彈性及韌性不均勻，導致導線彈波的彈性回復力和抗疲勞性不均勻，使得導線彈波容易變形，進而影響喇叭輸出的音質。Furthermore, because the wire is harder than the warp and weft, the elasticity and toughness of the wire is worse than that of the warp and weft, so the wire setting area is harder than the other areas of the wire elastic wave, and the elasticity and toughness of the wire setting area is higher than that of the wire elastic. The elasticity and toughness of other areas of the wave are worse. Therefore, the hardness, elasticity and toughness of the wire elastic wave are not uniform, resulting in uneven elastic recovery and fatigue resistance of the wire elastic wave, which makes the wire elastic wave easy to deform, thereby affecting the sound quality of the speaker output.

此外，常見的導線有兩種：第一種導線是由複數條細線混捻而成，其橫截面為圓形；第二種導線是由複數條細線互相交錯編織而成的扁線，其橫截面為扁平狀。兩種常見的導線的該等細線都是緊靠在一起，導致每根細線所產生的熱量不易排出而有蓄積熱量的問題，使得導線容易過熱。In addition, there are two common types of wires: the first type of wire is a mixture of multiple thin wires, and its cross-section is circular; the second type of wire is a flat wire that is interlaced and woven by multiple thin wires. The cross section is flat. The thin wires of the two common wires are close together, which causes the heat generated by each thin wire to be difficult to dissipate and to accumulate heat, which makes the wires easy to overheat.

又，整條導線都緊貼著紗線而受限於紗線，無法自由地撓曲。In addition, the entire wire is tightly attached to the yarn and is limited by the yarn and cannot bend freely.

本創作的主要目的在於提供一種具有織入式導線彈波的喇叭，利用緯紗固定導線，完全不需要縫線，減少製造步驟，且複數條導線能夠牢固地固定在最佳位置上，不會偏移，提升導線彈波、音圈、振膜的共同振諧效率，每一台喇叭的音質都能夠保持一致。The main purpose of this creation is to provide a horn with woven wire bounce, which uses wefts to fix the wires, no stitches at all, reduces manufacturing steps, and multiple wires can be firmly fixed in the best position without deviation. Shift, improve the common resonance efficiency of wire bounce, voice coil, and diaphragm, and the sound quality of each speaker can be kept consistent.

本創作的另一目的在於提供一種具有織入式導線彈波的喇叭，導線彈波具有均勻的硬度、彈性及韌性，從而具有均勻的彈性回復力和抗疲勞性，不易變形和脆裂，提高喇叭輸出的音質。Another purpose of this creation is to provide a horn with woven wire bounce. The wire bounce has uniform hardness, elasticity and toughness, so that it has uniform elastic recovery and fatigue resistance, is not easy to deform and brittle, and improves The sound quality of the speaker output.

為了達成前述的目的，本創作提供一種具有織入式導線彈波的喇叭，包括一喇叭本體、一音圈以及一導線彈波。音圈可移動地設置於喇叭本體中。導線彈波套設於音圈，包括複數條經紗、複數條導線及複數條緯紗，並且在其表面形成一層樹脂固形層，該等經紗與該等導線間隔設置，該等經紗與該等導線直線延伸且互相平行，各導線為單絲線體，該等導線組成至少一導線組合，至少一導線組合的兩側分別界定為一第一側和一第二側，該等緯紗間隔設置且交織於該等經紗與該等導線，該等緯紗直線延伸且垂直於該等經紗與該等導線，該等緯紗與該等導線交織的區域界定為一導線設置區域，該等緯紗在最靠近至少一導線組合的第一側的經紗與至少一導線組合的第一側之間共同形成一彈性調整區域，該等緯紗在最靠近至少一導線組合的第二側的經紗與至少一導線組合的第二側之間共同形成另一彈性調整區域，該等彈性調整區域的寬度相等，其餘經紗彼此之間的距離小於該等彈性調整區域的寬度，至少一導線組合連接音圈。In order to achieve the foregoing objective, this creation provides a speaker with woven wire bounce, including a speaker body, a voice coil, and a wire bounce. The voice coil is movably arranged in the speaker body. The wire elastic wave is sheathed in the voice coil, including a plurality of warp yarns, a plurality of wires, and a plurality of weft yarns, and a resin solid layer is formed on the surface of the wire elastic wave. The warp yarns are spaced from the wires, and the warp yarns and the wires are straight Extending and parallel to each other, each wire is a monofilament body, the wires form at least one wire combination, the two sides of at least one wire combination are respectively defined as a first side and a second side, and the weft yarns are arranged at intervals and interwoven in the The warp yarns and the wires, the weft yarns extend straight and perpendicular to the warp yarns and the wires, the area where the weft yarns and the wires are interwoven is defined as a wire arrangement area, and the weft yarns are closest to at least one wire combination An elastic adjustment area is formed between the warp yarns on the first side and the first side of the at least one wire combination, and the weft yarns are between the warp yarns closest to the second side of the at least one wire combination and the second side of the at least one wire combination. Together to form another elastic adjustment area, the widths of the elastic adjustment areas are equal, the distance between the remaining warp yarns is smaller than the width of the elastic adjustment areas, and at least one wire combination is connected to the voice coil.

本創作的功效在於，本創作利用緯紗固定導線，完全不需要縫線，減少製造步驟，且該等導線能夠牢固地固定在最佳位置上，不會偏移，提升導線彈波、音圈、振膜的共同振諧效率，每一台喇叭的音質都能夠保持一致。The effect of this creation is that this creation uses weft yarns to fix the wires, no stitches at all, reducing the manufacturing steps, and the wires can be firmly fixed in the best position without shifting, improving the wire bounce, voice coil, and The common resonance efficiency of the diaphragm, the sound quality of each speaker can be kept consistent.

再者，該等彈性調整區域能夠共同調整導線設置區域的硬度、彈性和韌性，使得導線設置區域變軟且彈性和韌性提升，導線設置區域和該等導線的組合的硬度、彈性和韌性相當於導線彈波的其他區域的硬度、彈性及韌性。是以，導線彈波具有均勻的硬度、彈性及韌性，從而具有均勻的彈性回復力和抗疲勞性，不易變形和脆裂，提高喇叭輸出的音質。Furthermore, these elastic adjustment areas can jointly adjust the hardness, elasticity and toughness of the wire setting area, so that the wire setting area becomes softer and the elasticity and toughness are improved. The hardness, elasticity and toughness of the wire setting area and the combination of the wires are equivalent to The hardness, elasticity and toughness of other areas of the wire bounce. Therefore, the wire elastic wave has uniform hardness, elasticity and toughness, so that it has uniform elastic recovery and fatigue resistance, is not easy to be deformed and brittle, and improves the sound quality of the speaker output.

以下配合圖式及元件符號對本創作的實施方式做更詳細的說明，俾使熟習該項技藝者在研讀本說明書後能據以實施。The following is a more detailed description of the implementation of this creation in conjunction with the drawings and component symbols, so that those who are familiar with the art can implement it after studying this manual.

請參閱圖1至圖4編織步驟S2含浸步驟S3組裝步驟S7，本創作提供一種具有織入式導線彈波的喇叭的製造方法，包括下列步驟：Please refer to Figures 1 to 4, weaving step S2, impregnation step S3, assembly step S7, this creation provides a method for manufacturing a speaker with woven wire bounce, including the following steps:

排列步驟S1：如圖1和圖2所示，複數條經紗11、複數條第一導線123和複數條第二導線133間隔設置，該等經紗11、該等第一導線123和該等第二導線133直線延伸且互相平行，各第一導線123和各第二導線133均為單絲線體。該等第一導線123並排設置並且組成一第一導線組合12，第一導線組合12的兩側分別界定為一第一側121和一第二側122，該等第二導線133並排設置並且組成一第二導線組合13，第二導線組合13的兩側分別界定為一第一側131和一第二側132，至少一條經紗11設置於第一導線組合12的第二側122與第二導線組合13的第一側131之間。Arrangement step S1: As shown in Figures 1 and 2, a plurality of warp yarns 11, a plurality of first wires 123 and a plurality of second wires 133 are arranged at intervals, the warp yarns 11, the first wires 123 and the second wires The wires 133 extend linearly and are parallel to each other, and each of the first wires 123 and each of the second wires 133 is a monofilament body. The first wires 123 are arranged side by side and form a first wire assembly 12. The two sides of the first wire assembly 12 are respectively defined as a first side 121 and a second side 122. The second wires 133 are arranged side by side and form a A second wire assembly 13, two sides of the second wire assembly 13 are respectively defined as a first side 131 and a second side 132, at least one warp yarn 11 is arranged on the second side 122 and the second wire of the first wire assembly 12 Combination 13 between the first side 131.

編織步驟S2：如圖1和圖3所示，複數條緯紗14間隔設置且交織於該等經紗11、該等第一導線123和該等第二導線133以編織出一基材10，該等緯紗14直線延伸且垂直於該等經紗11、該等第一導線123和該等第二導線133，該等緯紗14與該等第一導線123交織的區域界定為一第一導線設置區域15，該等緯紗14與該等第二導線133交織的區域界定為一第二導線設置區域16。。Knitting step S2: As shown in Figures 1 and 3, a plurality of weft yarns 14 are arranged at intervals and interwoven with the warp yarns 11, the first wires 123 and the second wires 133 to weave a base material 10, The weft yarn 14 extends straight and is perpendicular to the warp yarns 11, the first wires 123 and the second wires 133. The area where the weft yarns 14 and the first wires 123 are interwoven is defined as a first wire arrangement area 15. The area where the weft yarns 14 and the second wires 133 intersect is defined as a second wire arrangement area 16. .

含浸步驟S3：如圖1和圖4所示，基材10含浸於一樹脂槽20內之一樹脂溶液21中，使該等經紗11、該等第一導線123、該等第二導線133和該等緯紗14吸附及黏著樹脂。Impregnation step S3: as shown in Figures 1 and 4, the substrate 10 is immersed in a resin solution 21 in a resin tank 20, so that the warp yarns 11, the first wires 123, the second wires 133 and These weft yarns 14 absorb and adhere resin.

乾燥步驟S4：如圖1和圖4所示，一烘乾裝置30包含一上烘烤板31及一下烘烤板32，利用上烘烤板31和下烘烤板32的溫度，使基材10上的樹脂中的水分及揮發性物質去除，以烘乾基材10，同時樹脂滲入基材10內並且黏附於該等經紗11、該等第一導線123、該等第二導線133和該等緯紗14上而形成一樹脂固形層19(參見圖8)。Drying step S4: As shown in Figures 1 and 4, a drying device 30 includes an upper baking plate 31 and a lower baking plate 32. The temperature of the upper baking plate 31 and the lower baking plate 32 is used to make the substrate The moisture and volatile substances in the resin on 10 are removed to dry the substrate 10. At the same time, the resin penetrates into the substrate 10 and adheres to the warp yarns 11, the first wires 123, the second wires 133, and the A solid resin layer 19 is formed on the weft yarn 14 (see FIG. 8).

成型步驟S5：如圖1和圖4所示，一熱壓成型裝置40包含一成型模具41和一加熱裝置(圖未示)，成型模具41包含一上模411及一下模412。當上模411和下模412合模且對基材10加壓時，加熱裝置通電以使上模411和下模412的溫度升高至190

至270

，藉以使基材10上的樹脂軟化。除了破開樹脂以外，亦使樹脂填滿間隙，而相連接形成樹脂固形層19的最終型態，以覆蓋於該等經紗11、該等第一導線123、該等第二導線133和該等緯紗14之間，藉以在基材10上熱壓成型出一導線彈波63。 Molding step S5: As shown in FIGS. 1 and 4, a hot press molding device 40 includes a molding die 41 and a heating device (not shown), and the molding die 41 includes an upper mold 411 and a lower mold 412. When the upper mold 411 and the lower mold 412 are closed and the substrate 10 is pressurized, the heating device is energized to raise the temperature of the upper mold 411 and the lower mold 412 to 190

Up to 270

, Thereby softening the resin on the substrate 10. In addition to breaking the resin, the resin fills the gaps, and is connected to form the final shape of the resin solid layer 19 to cover the warp yarns 11, the first wires 123, the second wires 133 and the Between the weft yarns 14, a wire elastic wave 63 is formed by hot pressing on the substrate 10.

如圖5所示，導線彈波63包括該等經紗11、該等第一導線123、該等第二導線133及該等緯紗14，並且在其表面形成一層樹脂固形層19。該等緯紗14在最靠近第一導線組合12的第一側121的經紗11與第一導線組合12的第一側121之間共同形成一第一彈性調整區域17，該等緯紗14在最靠近第一導線組合12的第二側122的經紗11與第一導線組合12的第二側122之間共同形成另一第一彈性調整區域17。該等緯紗14在最靠近第二導線組合13的第一側131的經紗11與第二導線組合13的第一側131之間共同形成一第二彈性調整區域18，該等緯紗14在最靠近第二導線組合13的第二側132的經紗11與第二導線組合13的第二側132之間共同形成另一第二彈性調整區域18。該等第一彈性調整區域17和該等第二彈性調整區域18的寬度相等，其餘經紗11彼此之間的距離小於該等第一彈性調整區域17和該等第二彈性調整區域18的寬度。As shown in FIG. 5, the wire elastic wave 63 includes the warp yarns 11, the first wires 123, the second wires 133, and the weft yarns 14, and a resin solid layer 19 is formed on the surface thereof. The weft yarns 14 jointly form a first elastic adjustment area 17 between the warp yarn 11 closest to the first side 121 of the first wire assembly 12 and the first side 121 of the first wire assembly 12, and the weft yarns 14 are closest to each other. The warp yarn 11 of the second side 122 of the first wire assembly 12 and the second side 122 of the first wire assembly 12 jointly form another first elastic adjustment area 17. The weft yarns 14 jointly form a second elastic adjustment area 18 between the warp yarn 11 closest to the first side 131 of the second wire assembly 13 and the first side 131 of the second wire assembly 13, and the weft yarns 14 are closest to each other. The warp yarn 11 of the second side 132 of the second wire assembly 13 and the second side 132 of the second wire assembly 13 jointly form another second elastic adjustment area 18. The widths of the first elastic adjustment areas 17 and the second elastic adjustment areas 18 are equal, and the distance between the remaining warp yarns 11 is smaller than the width of the first elastic adjustment areas 17 and the second elastic adjustment areas 18.

切斷步驟S6：如圖1和圖4所示，一切斷裝置50包含一上切具51及一下切具52，上切具51和下切具52從基材10上將導線彈波63切斷，使得導線彈波63與基材10分離。Cutting step S6: As shown in FIGS. 1 and 4, a cutting device 50 includes an upper cutting tool 51 and a lower cutting tool 52. The upper cutting tool 51 and the lower cutting tool 52 cut the wire elastic wave 63 from the substrate 10 , So that the wire bounce 63 is separated from the substrate 10.

組裝步驟S7：如圖1和圖5至圖8所示，喇叭本體61包含一底座611、一磁迴裝置612、一外框613、一振膜614、一防塵蓋615、一懸邊616及至少一連接端子617，磁迴裝置612設置於底座611上，一音圈62可移動地設置於磁迴裝置612中並且具有一線圈621，外框613設置於磁迴裝置612的外側，振膜614套設於音圈62，防塵蓋615設置於振膜614的一中心孔上，懸邊616設置於振膜614的頂緣與外框613之間，至少一連接端子617設置於外框613上並且具有一接觸點6171。導線彈波63套設於音圈62。第一導線組合12具有一第一端部124及一第二端部125，第二導線組合13具有一第一端部134及一第二端部135，第一導線組合12的第一端部124和第二導線組合13的第一端部134均連接至少一連接端子617的接觸點6171，第一導線組合12的第二端部125和第二導線組合13的第二端部135均連接音圈62的線圈621。藉此，喇叭本體61、音圈62和導線彈波63共同組裝成一喇叭60。Assembly step S7: As shown in Figures 1 and 5 to 8, the speaker body 61 includes a base 611, a magnetic return device 612, an outer frame 613, a diaphragm 614, a dust cover 615, a suspension edge 616, and At least one connection terminal 617, the magnetic return device 612 is arranged on the base 611, a voice coil 62 is movably arranged in the magnetic return device 612 and has a coil 621, the outer frame 613 is arranged on the outside of the magnetic return device 612, and the diaphragm 614 is sleeved on the voice coil 62, the dust cover 615 is provided on a central hole of the diaphragm 614, the overhang 616 is provided between the top edge of the diaphragm 614 and the outer frame 613, and at least one connecting terminal 617 is provided on the outer frame 613 And has a contact point 6171. The wire bounce 63 is sleeved on the voice coil 62. The first wire assembly 12 has a first end 124 and a second end 125, the second wire assembly 13 has a first end 134 and a second end 135, and the first end of the first wire assembly 12 124 and the first end 134 of the second wire assembly 13 are both connected to the contact point 6171 of the at least one connecting terminal 617, and the second end 125 of the first wire assembly 12 and the second end 135 of the second wire assembly 13 are both connected The coil 621 of the voice coil 62. In this way, the horn body 61, the voice coil 62 and the wire bounce 63 are assembled together to form a horn 60.

請參閱圖5至圖8，本創作提供一種具有織入式導線彈波的喇叭60，包括一喇叭本體61、一音圈62以及一導線彈波63。喇叭本體61、音圈62和導線彈波63的結構和連結關係如前所述Please refer to FIGS. 5 to 8. The present invention provides a speaker 60 with woven wire bounce, including a speaker body 61, a voice coil 62 and a wire bounce 63. The structure and connection relationship of the speaker body 61, the voice coil 62 and the wire bounce 63 are as described above

藉此，本創作利用緯紗14固定導線，完全不需要縫線，減少製造步驟，且該等第一導線123和該等第二導線133能夠牢固地固定在最佳位置上，不會偏移，提升導線彈波63、音圈62、振膜614的共同振諧效率，每一台喇叭60的音質都能夠保持一致。In this way, this creation uses the weft yarn 14 to fix the wires, no stitching is required at all, reducing the manufacturing steps, and the first wires 123 and the second wires 133 can be firmly fixed at the optimal position without shifting. The common resonance efficiency of the wire bounce 63, the voice coil 62, and the diaphragm 614 is improved, and the sound quality of each speaker 60 can be kept consistent.

再者，因為各第一導線123和各第二導線133比各經紗11和各緯紗14硬，各第一導線123和各第二導線133的彈性和韌性比各經紗11和各緯紗14的彈性和韌性差，所以第一導線設置區域15和第二導線設置區域16比導線彈波63的其他區域更硬，第一導線設置區域15和第二導線設置區域16的彈性和韌性比導線彈波63的其他區域的彈性和韌性更差。該等第一彈性調整區域17能夠共同調整第一導線設置區域15的硬度、彈性和韌性，該等第二彈性調整區域18能夠共同調整第二導線設置區域16的硬度、彈性和韌性，使得第一導線設置區域15和第二導線設置區域16變軟且彈性和韌性提升，第一導線設置區域15和該等第一導線123的組合以及第二導線設置區域16和該等第二導線133的組合的硬度、彈性和韌性相當於導線彈波63的其他區域的硬度、彈性及韌性。是以，導線彈波63具有均勻的硬度、彈性及韌性，從而具有均勻的彈性回復力和抗疲勞性，不易變形和脆裂，提高喇叭60輸出的音質。Furthermore, since each first wire 123 and each second wire 133 are harder than each warp yarn 11 and each weft yarn 14, the elasticity and toughness of each first wire 123 and each second wire 133 are higher than that of each warp yarn 11 and each weft yarn 14. And toughness, so the first wire setting area 15 and the second wire setting area 16 are harder than the other areas of the wire spring 63, and the first wire setting area 15 and the second wire setting area 16 are more elastic and tough than the wire spring The other areas of 63 have worse elasticity and toughness. The first elastic adjustment areas 17 can jointly adjust the hardness, elasticity, and toughness of the first wire arrangement area 15, and the second elastic adjustment areas 18 can jointly adjust the hardness, elasticity, and toughness of the second wire arrangement area 16 so that the first The first wire arrangement area 15 and the second wire arrangement area 16 become softer and the elasticity and toughness are improved. The combination of the first wire arrangement area 15 and the first wires 123 and the second wire arrangement area 16 and the second wires 133 The combined hardness, elasticity, and toughness are equivalent to the hardness, elasticity, and toughness of other areas of the wire bounce 63. Therefore, the wire elastic wave 63 has uniform hardness, elasticity and toughness, so that it has uniform elastic restoring force and fatigue resistance, is not easy to be deformed and brittle, and improves the sound quality output by the speaker 60.

此外，該等第一導線123並沒有緊靠在一起而有縫隙，該等第二導線133並沒有緊靠在一起而有縫隙，且該等第一導線123和該等第二導線133均接觸到該等緯紗14，故該等第一導線123和該等第二導線133所產生的熱量能夠從縫隙以及透過該等緯紗14排出，而該等緯紗14又能夠將吸收到的熱量傳遞給該等經紗11而進一步排出。藉此，該等第一導線123和該等第二導線133所產生的熱量易於排出，不會有蓄積熱量的問題，使得該等第一導線123和該等第二導線133不易過熱。In addition, the first wires 123 are not close together but have gaps, the second wires 133 are not close together but there are gaps, and the first wires 123 and the second wires 133 are in contact To the wefts 14, the heat generated by the first wires 123 and the second wires 133 can be discharged from the gap and through the wefts 14, and the wefts 14 can transfer the absorbed heat to the Wait for the warp yarn 11 to be further discharged. Thereby, the heat generated by the first wires 123 and the second wires 133 is easily discharged, and there is no problem of heat accumulation, so that the first wires 123 and the second wires 133 are not easily overheated.

較佳地，各經紗11為金屬紗線，各緯紗14為金屬紗線。因為金屬紗線的散熱效果十分顯著，所以本創作能夠進一步提升對該等第一導線123和該等第二導線133的散熱效果。Preferably, each warp yarn 11 is a metal yarn, and each weft yarn 14 is a metal yarn. Because the heat dissipation effect of the metal yarn is very significant, this creation can further improve the heat dissipation effect for the first wires 123 and the second wires 133.

本創作的方法的第二實施例與第一實施例的差異在於：其一，如圖9所示，在排列步驟S1中，單一條經紗11A設置於相鄰的二條第一導線123之間，單一條經紗11A設置於相鄰的二條第二導線133之間；以及其二，如圖10所示，在編織步驟S2中，該等緯紗14與位於相鄰的二條第一導線123之間的單一條經紗11A和該等第一導線123交織的區域界定為第一導線設置區域15，該等緯紗14與位於相鄰的二條第二導線133之間的單一條經紗11A和該等第二導線133交織的區域界定為第二導線設置區域16。如圖11所示，在成型步驟S3完成以後，第二實施例的導線彈波63A與第一實施例的導線彈波63的結構具有前述差異。The difference between the second embodiment of the method of this creation and the first embodiment is: First, as shown in FIG. 9, in the arranging step S1, a single warp yarn 11A is arranged between two adjacent first conductors 123, A single warp yarn 11A is set between two adjacent second wires 133; and the second, as shown in FIG. 10, in the weaving step S2, the weft yarns 14 are located between the two adjacent first wires 123 The area where a single warp yarn 11A intersects with the first wires 123 is defined as a first wire arrangement area 15. The weft yarns 14 and the single warp yarn 11A and the second wires located between the two adjacent second wires 133 The area 133 interlaced is defined as the second wire arrangement area 16. As shown in FIG. 11, after the forming step S3 is completed, the structure of the wire elastic wave 63A of the second embodiment and the wire elastic wave 63 of the first embodiment have the aforementioned difference.

藉此，第二實施例的該等第一導線123和該等第二導線133的熱量能夠進一步透過彼此之間的單一條經紗11A向外排出，散熱效果比第一實施例更顯著。除此之外，第二實施例的其餘技術特徵皆與第一實施例相同，並且能夠獲得相同的功效。Thereby, the heat of the first wires 123 and the second wires 133 of the second embodiment can be further discharged through the single warp yarn 11A between each other, and the heat dissipation effect is more significant than that of the first embodiment. In addition, the remaining technical features of the second embodiment are the same as those of the first embodiment, and the same effects can be obtained.

本創作的方法的第三實施例與第一實施例的差異在於：如圖12所示，在排列步驟S1中，該等第一導線123互相交錯編織，使得第一導線組合12形成一扁平狀的複絲線體，該等第二導線133互相交錯編織，使得第二導線組合13形成一扁平狀的複絲線體。如圖13和圖14所示，在編織步驟S2中以及在成型步驟S3完成以後，第三實施例的導線彈波63B與第一實施例的導線彈波63的結構具有前述差異。除此之外，第三實施例的其餘技術特徵皆與第一實施例相同，並且能夠獲得相同的功效。The difference between the third embodiment of the present invention and the first embodiment is: as shown in FIG. 12, in the arranging step S1, the first wires 123 are interlaced with each other, so that the first wire assembly 12 forms a flat shape. The second wires 133 are interlaced and woven with each other so that the second wire assembly 13 forms a flat multifilament wire body. As shown in FIGS. 13 and 14, in the braiding step S2 and after the forming step S3 is completed, the structure of the wire elastic wave 63B of the third embodiment and the wire elastic wave 63 of the first embodiment has the aforementioned difference. In addition, the remaining technical features of the third embodiment are the same as those of the first embodiment, and the same effects can be obtained.

本創作的方法的第四實施例與第一實施例的差異在於：其一，如圖15所示，在編織步驟S2中，該等緯紗14以不規則的方式交織於該等經紗11、該等第一導線123和該等第二導線133，使得基材10A形成複數剪切區域101，第一導線組合12的一部分和第二導線組合13的一部分外露於該等剪切區域101。具體來說，在各剪接區域101之中的複數條緯紗14交織於複數條經紗11，但均未交織於第一導線組合12和第二導線組合13，在各剪切區域101之外，所有緯紗14交織於所有經紗11和第一導線組合12和第二導線組合13；其二，如圖1和圖16所示，在切斷步驟S6和組裝步驟S7之間更包括一剪切步驟S8：將該等剪切區域101切斷並且移除而形成複數鏤空部102，該等鏤空部102周邊的複數條緯紗14被截斷而無通過該等鏤空部102，在該等鏤空部102中無緯紗14交織於第一導線組合12的一部分和第二導線組合13的一部分，使得第一導線組合12的一部分和第二導線組合13的一部分能夠自由地撓曲。在剪切步驟S8完成以後，第四實施例的導線彈波63C與第一實施例的導線彈波63的結構具前述差異。除此之外，第四實施例的其餘技術特徵皆與第一實施例相同，並且能夠獲得相同的功效。The difference between the fourth embodiment of the method of this creation and the first embodiment is: First, as shown in FIG. 15, in the weaving step S2, the weft yarns 14 are interwoven in the warp yarns 11 and the warp yarns in an irregular manner in the weaving step S2. The first wires 123 and the second wires 133 are equalized so that the substrate 10A forms a plurality of shearing regions 101, and a part of the first wire assembly 12 and a part of the second wire assembly 13 are exposed in the shearing regions 101. Specifically, the plurality of weft yarns 14 in each splicing area 101 are interwoven with the plurality of warp yarns 11, but none of them are interwoven with the first wire combination 12 and the second wire combination 13, and outside each cutting area 101, all The weft yarn 14 is interwoven in all the warp yarns 11 and the first wire combination 12 and the second wire combination 13; second, as shown in FIGS. 1 and 16, a cutting step S8 is included between the cutting step S6 and the assembling step S7 : Cut and remove the cut regions 101 to form a plurality of hollow parts 102. The plural weft yarns 14 around the hollow parts 102 are cut off without passing through the hollow parts 102, and there is nothing in the hollow parts 102 The weft yarn 14 is interwoven with a part of the first wire assembly 12 and a part of the second wire assembly 13 so that a part of the first wire assembly 12 and a part of the second wire assembly 13 can be freely flexed. After the cutting step S8 is completed, the structure of the wire elastic wave 63C of the fourth embodiment and the wire elastic wave 63 of the first embodiment have the aforementioned difference. Otherwise, the remaining technical features of the fourth embodiment are the same as those of the first embodiment, and the same effects can be obtained.

本創作的方法的第五實施例與第一實施例的差異在於：如圖18所示，在排列步驟S1中，該等第一導線123混捻，使得第一導線組合12形成一圓形的複絲線體，該等第二導線133混捻，使得第二導線組合13形成一圓形的複絲線體。如圖19和圖20所示，在編織步驟S2中以及在成型步驟S3完成以後，第五實施例的導線彈波63D與第一實施例的導線彈波63的結構具有前述差異。The difference between the fifth embodiment of the method of this creation and the first embodiment is: as shown in FIG. 18, in the arrangement step S1, the first wires 123 are mixed and twisted, so that the first wire assembly 12 forms a circular shape. For the multifilament yarn body, the second conductive wires 133 are mixed and twisted, so that the second conductive wire assembly 13 forms a circular multifilament yarn body. As shown in FIGS. 19 and 20, in the weaving step S2 and after the forming step S3 is completed, the structure of the wire elastic wave 63D of the fifth embodiment and the wire elastic wave 63 of the first embodiment have the aforementioned difference.

以上所述者僅為用以解釋本創作的較佳實施例，並非企圖據以對本創作做任何形式上的限制，是以，凡有在相同的創作精神下所作有關本創作的任何修飾或變更，皆仍應包括在本創作意圖保護的範疇。The above are only used to explain the preferred embodiments of the creation, and are not intended to restrict the creation in any form. Therefore, any modifications or changes made to the creation under the same creative spirit , Should still be included in the scope of protection of this creative intent.

10,10A:基材 101:剪切區域 102:鏤空部 11,11A:經紗 12:第一導線組合 121:第一側 122:第二側 123:第一導線 124:第一端部 125:第二端部 13:第二導線組合 131:第一側 132:第二側 133:第二導線 134:第一端部 135:第二端部 14:緯紗 15:第一導線設置區域 16:第二導線設置區域 17:第一彈性調整區域 18:第二彈性調整區域 19:樹脂固形層 20:樹脂槽 21:樹脂溶液 30:烘乾裝置 31:上烘烤板 32:下烘烤板 40:熱壓成型裝置 41:成型模具 411:上模 412:下模 50:切斷裝置 51:上切具 52:下切具 60:喇叭 61:喇叭本體 611:底座 612:磁迴裝置 613:外框 614:振膜 615:防塵蓋 616:懸邊 617:連接端子 62:音圈 621:線圈 63,63A,63B,63C,63D:導線彈波 S1:排列步驟 S2:編織步驟 S3:含浸步驟 S4:乾燥步驟 S5:成型步驟 S6:切斷步驟 S7:組裝步驟 S8:剪切步驟10, 10A: base material 101: Clipping area 102: Hollow 11, 11A: warp 12: The first wire combination 121: first side 122: second side 123: The first wire 124: first end 125: second end 13: The second wire combination 131: First side 132: second side 133: second wire 134: The first end 135: second end 14: Weft 15: The first wire setting area 16: Second wire setting area 17: The first elastic adjustment area 18: The second elastic adjustment area 19: Resin solid layer 20: Resin tank 21: Resin solution 30: Drying device 31: Upper baking board 32: Lower baking plate 40: Hot press forming device 41: Forming mold 411: upper die 412: die 50: cutting device 51: Upper cutter 52: lower cutter 60: Horn 61: Speaker body 611: Base 612: Magnetic Return Device 613: Outer Frame 614: Vibration 615: Dust Cover 616: dangling 617: connection terminal 62: voice coil 621: Coil 63, 63A, 63B, 63C, 63D: wire bounce S1: Arrangement steps S2: Weaving step S3: impregnation step S4: drying step S5: forming steps S6: Cut off step S7: Assembly steps S8: Cutting step

［圖1〕是本創作的方法的流程方塊圖。［圖2〕是本創作的方法的第一實施例的排列步驟的示意圖。［圖3〕是本創作的方法的第一實施例的編織步驟的示意圖。［圖4〕是本創作的方法的第一實施例的含浸步驟至組裝步驟的流程示意圖。［圖5〕是本創作的方法的第一實施例的成型步驟所成型的導線彈波的剖面圖。［圖6〕是本創作的喇叭的第一實施例的立體圖。［圖7〕是本創作的喇叭的第一實施例的分解圖。［圖8〕是本創作的喇叭的第一實施例的剖面圖。［圖9〕是本創作的方法的第二實施例的排列步驟的示意圖。［圖10〕是本創作的方法的第二實施例的編織步驟的示意圖。［圖11〕是本創作的方法的第二實施例的成型步驟所成型的導線彈波的剖面圖。［圖12〕是本創作的方法的第三實施例的排列步驟的示意圖。［圖13〕是本創作的方法的第三實施例的編織步驟的示意圖。［圖14〕是本創作的方法的第三實施例的成型步驟所成型的導線彈波的剖面圖。［圖15〕是本創作的方法的第四實施例的編織步驟的俯視圖。［圖16〕是本創作的方法的第四實施例的編織步驟的側視圖。［圖17〕是本創作的方法的第四實施例的剪切步驟完成剪切的導線彈波的俯視圖。［圖18〕是本創作的方法的第五實施例的排列步驟的示意圖。［圖19〕是本創作的方法的第五實施例的編織步驟的示意圖。［圖20〕是本創作的方法的第五實施例的成型步驟所成型的導線彈波的剖面圖。 [Figure 1] is the flow block diagram of the authoring method. [Fig. 2] is a schematic diagram of the arrangement steps of the first embodiment of the authoring method. [Figure 3] is a schematic diagram of the knitting steps of the first embodiment of the method of this creation. [Figure 4] is a schematic diagram of the flow from the impregnation step to the assembling step of the first embodiment of the authoring method. [Figure 5] is a cross-sectional view of the wire elastic wave formed by the forming step of the first embodiment of the method of this creation. [Figure 6] is a perspective view of the first embodiment of the speaker created by this invention. [Figure 7] is an exploded view of the first embodiment of the speaker created by this invention. [Figure 8] is a cross-sectional view of the first embodiment of the speaker created by this invention. [Figure 9] is a schematic diagram of the arrangement steps of the second embodiment of the authoring method. [Fig. 10] is a schematic diagram of the knitting steps of the second embodiment of the method of this creation. [Figure 11] is a cross-sectional view of the wire elastic wave formed by the forming step of the second embodiment of the method of this creation. [Figure 12] is a schematic diagram of the arrangement steps of the third embodiment of the authoring method. [Fig. 13] is a schematic diagram of the knitting steps of the third embodiment of the method of this creation. [Figure 14] is a cross-sectional view of the wire elastic wave formed by the forming step of the third embodiment of the method of this creation. [Figure 15] is a top view of the knitting step of the fourth embodiment of the method of this creation. [Figure 16] is a side view of the knitting step of the fourth embodiment of the method of this creation. [Figure 17] is a top view of the wire elastic wave after the shearing step of the fourth embodiment of the method of this creation is completed. [Fig. 18] is a schematic diagram of the arrangement steps of the fifth embodiment of the authoring method. [Figure 19] is a schematic diagram of the knitting steps of the fifth embodiment of the method of this creation. [Figure 20] is a cross-sectional view of the wire elastic wave formed by the forming step of the fifth embodiment of the method of this creation.

60:喇叭 60: Horn

61:喇叭本體 61: Speaker body

611:底座 611: Base

612:磁迴裝置 612: Magnetic Return Device

613:外框 613: Outer Frame

614:振膜 614: Vibration

615:防塵蓋 615: Dust Cover

616:懸邊 616: dangling

62:音圈 62: voice coil

621:線圈 621: Coil

63:導線彈波 63: Wire Bouncing

Claims

一種具有織入式導線彈波的喇叭，包括：一喇叭本體；一音圈，可移動地設置於該喇叭本體中；以及一導線彈波，套設於該音圈，包括複數條經紗、複數條導線及複數條緯紗，並且在其表面形成一層樹脂固形層，該等經紗與該等導線間隔設置，該等經紗與該等導線直線延伸且互相平行，各該導線為單絲線體，該等導線組成至少一導線組合，該至少一導線組合的兩側分別界定為一第一側和一第二側，該等緯紗間隔設置且交織於該等經紗與該等導線，該等緯紗直線延伸且垂直於該等經紗與該等導線，該等緯紗與該等導線交織的區域界定為一導線設置區域，該等緯紗在最靠近該至少一導線組合的該第一側的經紗與該至少一導線組合的該第一側之間共同形成一彈性調整區域，該等緯紗在最靠近該至少一導線組合的該第二側的經紗與該至少一導線組合的該第二側之間共同形成另一彈性調整區域，該等彈性調整區域的寬度相等，其餘經紗彼此之間的距離小於該等彈性調整區域的寬度，該至少一導線組合連接該音圈。 A speaker with woven wire bounce, including: A speaker body; A voice coil movably arranged in the speaker body; and A wire elastic wave is sheathed in the voice coil, including a plurality of warp yarns, a plurality of wires, and a plurality of weft yarns. A resin solid layer is formed on the surface of the wire. The warp yarns are spaced apart from the wires, and the warp yarns are spaced apart from the wires. The wires extend straight and are parallel to each other, each of the wires is a monofilament body, the wires form at least one wire combination, the two sides of the at least one wire combination are respectively defined as a first side and a second side, and the weft yarns are spaced apart Are arranged and interwoven between the warp yarns and the wires, the weft yarns extend straight and perpendicular to the warp yarns and the wires, and the area where the weft yarns and the wires are interwoven is defined as a wire arrangement area, and the weft yarns are at the most The warp near the first side of the at least one wire combination and the first side of the at least one wire combination together form an elastic adjustment area, and the weft yarns are located closest to the second side of the at least one wire combination. The warp yarns and the second side of the at least one wire combination jointly form another elastic adjustment area, the widths of the elastic adjustment areas are equal, and the distance between the remaining warp yarns is smaller than the width of the elastic adjustment areas, the at least one The wire combination connects the voice coil.

如請求項1所述的喇叭，其中，該等導線包括複數條第一導線及複數條第二導線，該等第一導線並排設置並且組成一第一導線組合，該第一導線組合的兩側分別界定為一第一側和一第二側，該等第二導線並排設置並且組成一第二導線組合，該第二導線組合的兩側分別界定為一第一側和一第二側，至少一條經紗設置於該第一導線組合的該第二側與該第二導線組合的該第一側之間；其中，該等緯紗與該等第一導線交織的區域界定為一第一導線設置區域，該等緯紗與該等第二導線交織的區域界定為一第二導線設置區域；其中，該等緯紗在最靠近該第一導線組合的該第一側的經紗與該第一導線組合的該第一側之間共同形成一第一彈性調整區域，該等緯紗在最靠近該第一導線組合的該第二側的經紗與該第一導線組合的該第二側之間共同形成另一第一彈性調整區域，該等緯紗在最靠近該第二導線組合的該第一側的經紗與該第二導線組合的該第一側之間共同形成一第二彈性調整區域，該等緯紗在最靠近該第二導線組合的該第二側的經紗與該第二導線組合的該第二側之間共同形成另一第二彈性調整區域，該等第一彈性調整區域和該等第二彈性調整區域的寬度相等，其餘經紗彼此之間的距離小於該等第一彈性調整區域和該等第二彈性調整區域的寬度；以及其中，該第一導線組合和該第二導線組合分別連接該音圈。The horn according to claim 1, wherein the wires include a plurality of first wires and a plurality of second wires, the first wires are arranged side by side and form a first wire combination, and both sides of the first wire combination They are respectively defined as a first side and a second side. The second wires are arranged side by side and form a second wire combination. The two sides of the second wire combination are respectively defined as a first side and a second side, at least A warp yarn is arranged between the second side of the first wire combination and the first side of the second wire combination; wherein the area where the weft yarns and the first wires are interwoven is defined as a first wire arrangement area , The area where the weft yarns and the second wires are interwoven is defined as a second wire arrangement area; wherein the weft yarns are closest to the first side of the first wire combination. A first elastic adjustment area is formed between the first sides, and the weft yarns jointly form another second side between the warp yarns closest to the second side of the first wire assembly and the second side of the first wire assembly. An elastic adjustment area, the weft yarns jointly form a second elastic adjustment area between the warp yarns closest to the first side of the second wire assembly and the first side of the second wire assembly, the weft yarns being the most The warp near the second side of the second wire combination and the second side of the second wire combination jointly form another second elastic adjustment area, the first elastic adjustment areas and the second elastic adjustments The widths of the regions are equal, and the distance between the remaining warp yarns is smaller than the widths of the first elastic adjustment regions and the second elastic adjustment regions; and wherein the first wire combination and the second wire combination are respectively connected to the voice coil .

如請求項1所述的喇叭，其中，單一條經紗設置於相鄰的二條導線之間，該等緯紗與位於相鄰的二條導線之間的單一條經紗和該等導線交織的區域界定為該導線設置區域。The horn according to claim 1, wherein a single warp yarn is arranged between two adjacent wires, and the area where the weft yarns and the single warp yarn located between the two adjacent wires and the wires interweave is defined as the Wire setting area.

如請求項3所述的喇叭，其中，該等導線包括複數條第一導線及複數條第二導線，單一條經紗設置於相鄰的二條第一導線之間，該等第一導線組成一第一導線組合，該第一導線組合的兩側分別界定為一第一側和一第二側，單一條經紗設置於相鄰的二條第二導線之間，該等第二導線組成一第二導線組合，該第二導線組合的兩側分別界定為一第一側和一第二側，至少一條經紗設置於該第一導線組合的該第二側與該第二導線組合的該第一側之間；其中，該等緯紗與位於相鄰的二條第一導線之間的單一條經紗和該等第一導線交織的區域界定為一第一導線設置區域，該等緯紗與位於相鄰的二條第二導線之間的單一條經紗和該等第二導線交織的區域界定為一第二導線設置區域；其中，該等緯紗在最靠近該第一導線組合的該第一側的經紗與該第一導線組合的該第一側之間共同形成一第一彈性調整區域，該等緯紗在最靠近該第一導線組合的該第二側的經紗與該第一導線組合的該第二側之間共同形成另一第一彈性調整區域，該等緯紗在最靠近該第二導線組合的該第一側的經紗與該第二導線組合的該第一側之間共同形成一第二彈性調整區域，該等緯紗在最靠近該第二導線組合的該第二側的經紗與該第二導線組合的該第二側之間共同形成另一第二彈性調整區域，該等第一彈性調整區域和該等第二彈性調整區域的寬度相等，其餘經紗彼此之間的距離小於該等第一彈性調整區域和該等第二彈性調整區域的寬度；以及其中，該第一導線組合和該第二導線組合分別連接該音圈。The horn according to claim 3, wherein the wires include a plurality of first wires and a plurality of second wires, a single warp yarn is arranged between two adjacent first wires, and the first wires form a first wire A wire combination, the two sides of the first wire combination are respectively defined as a first side and a second side, a single warp yarn is arranged between two adjacent second wires, and the second wires form a second wire Combination, the two sides of the second wire combination are respectively defined as a first side and a second side, and at least one warp yarn is arranged between the second side of the first wire combination and the first side of the second wire combination Among them, the weft yarns and a single warp yarn located between two adjacent first wires and the interweaving area of the first wires are defined as a first wire setting area, and the weft yarns are located between the two adjacent first wires. The area where a single warp yarn between the two wires and the second wires weaves is defined as a second wire arrangement area; wherein the weft yarns are closest to the first side warp of the first wire combination and the first A first elastic adjustment area is formed between the first sides of the wire assembly, and the weft yarns are shared between the warp yarns closest to the second side of the first wire assembly and the second side of the first wire assembly. Another first elastic adjustment area is formed. The weft yarns jointly form a second elastic adjustment area between the warp yarns closest to the first side of the second wire combination and the first side of the second wire combination. The equal wefts jointly form another second elastic adjustment area between the warp yarns closest to the second side of the second wire combination and the second side of the second wire combination, the first elastic adjustment areas and the The widths of the second elastic adjustment areas are equal, and the distance between the remaining warp yarns is smaller than the widths of the first elastic adjustment areas and the second elastic adjustment areas; and wherein the first wire combination and the second wire combination are respectively Connect the voice coil.

如請求項1所述的喇叭，其中，該等導線互相交錯編織，使得該至少一導線組合形成一扁平狀的複絲線體。The horn according to claim 1, wherein the wires are interlaced with each other, so that the at least one wire is combined to form a flat multifilament wire body.

如請求項5所述的喇叭，其中，該等導線包括複數條第一導線及複數條第二導線，該等第一導線互相交錯編織並且組成一第一導線組合，使得該第一導線組合形成一扁平狀的複絲線體並且其兩側分別界定為一第一側和一第二側，該等第二導線互相交錯編織並且組成一第二導線組合，使得該第二導線組合形成一扁平狀的複絲線體並且其兩側分別界定為一第一側和一第二側，至少一條經紗設置於該第一導線組合的該第二側與該第二導線組合的該第一側之間；其中，該等緯紗與該等第一導線交織的區域界定為一第一導線設置區域，該等緯紗與該等第二導線交織的區域界定為一第二導線設置區域；其中，該等緯紗在最靠近該第一導線組合的該第一側的經紗與該第一導線組合的該第一側之間共同形成一第一彈性調整區域，該等緯紗在最靠近該第一導線組合的該第二側的經紗與該第一導線組合的該第二側之間共同形成另一第一彈性調整區域，該等緯紗在最靠近該第二導線組合的該第一側的經紗與該第二導線組合的該第一側之間共同形成一第二彈性調整區域，該等緯紗在最靠近該第二導線組合的該第二側的經紗與該第二導線組合的該第二側之間共同形成另一第二彈性調整區域，該等第一彈性調整區域和該等第二彈性調整區域的寬度相等，其餘經紗彼此之間的距離小於該等第一彈性調整區域和該等第二彈性調整區域的寬度；以及其中，該第一導線組合和該第二導線組合分別連接該音圈。The horn according to claim 5, wherein the wires include a plurality of first wires and a plurality of second wires, and the first wires are interlaced with each other and form a first wire combination, so that the first wire combination forms A flat multifilament thread body and its two sides are respectively defined as a first side and a second side. The second wires are interlaced with each other and form a second wire combination, so that the second wire combination forms a flat shape The two sides of the multifilament thread body are respectively defined as a first side and a second side, and at least one warp yarn is arranged between the second side of the first wire combination and the first side of the second wire combination; Wherein, the area where the weft yarns and the first wires are interwoven is defined as a first wire arrangement area, and the area where the weft yarns and the second wires are interwoven is defined as a second wire arrangement area; wherein, the weft yarns are in A first elastic adjustment area is formed between the warp yarns closest to the first side of the first wire combination and the first side of the first wire combination, and the weft yarns are located closest to the first side of the first wire combination. The warp yarns on both sides and the second side of the first wire assembly jointly form another first elastic adjustment area, and the weft yarns are closest to the warp yarns of the first side of the second wire assembly and the second wire A second elastic adjustment area is formed between the first sides of the combination, and the weft yarns are jointly formed between the warp yarns closest to the second side of the second wire combination and the second side of the second wire combination Another second elastic adjustment area, the widths of the first elastic adjustment areas and the second elastic adjustment areas are equal, and the distance between the remaining warp yarns is smaller than the first elastic adjustment areas and the second elastic adjustment areas And wherein the first wire combination and the second wire combination are respectively connected to the voice coil.

如請求項5所述的喇叭，其中，該導線彈波形成複數鏤空部，該等鏤空部周邊的複數條緯紗被截斷而無通過該等鏤空部，在該等鏤空部中無緯紗交織於該至少一導線組合的一部分，使得該至少一導線組合的一部分通過該等鏤空部並且能夠自由地撓曲。The horn according to claim 5, wherein the wire spring waves form a plurality of hollow parts, the plural weft yarns around the hollow parts are cut off without passing through the hollow parts, and no weft yarns are interwoven in the hollow parts. A part of the at least one wire assembly allows a part of the at least one wire assembly to pass through the hollow parts and be freely flexed.

如請求項1所述的喇叭，其中，該等導線混捻，使得該至少一導線組合形成一圓形的複絲線體。The horn according to claim 1, wherein the wires are mixed so that the at least one wire is combined to form a circular multifilament wire body.

如請求項8所述的喇叭，其中，該等導線包括複數條第一導線及複數條第二導線，該等第一導線混捻並且組成一第一導線組合，使得該第一導線組合形成一圓形的複絲線體並且其兩側分別界定為一第一側和一第二側，該等第二導線混捻並且組成一第二導線組合，使得該第二導線組合形成一圓形的複絲線體並且其兩側分別界定為一第一側和一第二側，至少一條經紗設置於該第一導線組合的該第二側與該第二導線組合的該第一側之間；其中，該等緯紗與該等第一導線交織的區域界定為一第一導線設置區域，該等緯紗與該等第二導線交織的區域界定為一第二導線設置區域；其中，該等緯紗在最靠近該第一導線組合的該第一側的經紗與該第一導線組合的該第一側之間共同形成一第一彈性調整區域，該等緯紗在最靠近該第一導線組合的該第二側的經紗與該第一導線組合的該第二側之間共同形成另一第一彈性調整區域，該等緯紗在最靠近該第二導線組合的該第一側的經紗與該第二導線組合的該第一側之間共同形成一第二彈性調整區域，該等緯紗在最靠近該第二導線組合的該第二側的經紗與該第二導線組合的該第二側之間共同形成一第二彈性調整區域，該等第一彈性調整區域和該等第二彈性調整區域的寬度相等，其餘經紗彼此之間的距離小於該等第一彈性調整區域和該等第二彈性調整區域的寬度；以及其中，該第一導線組合和該第二導線組合分別連接該音圈。The horn according to claim 8, wherein the wires include a plurality of first wires and a plurality of second wires, and the first wires are twisted and formed into a first wire combination, so that the first wire combination forms a A circular multifilament thread body and its two sides are respectively defined as a first side and a second side. The second wires are twisted together and form a second wire combination, so that the second wire combination forms a circular complex The silk thread body and its two sides are respectively defined as a first side and a second side, and at least one warp yarn is arranged between the second side of the first wire combination and the first side of the second wire combination; wherein, The area where the weft yarns and the first wires are interwoven is defined as a first wire arrangement area, and the area where the weft yarns and the second wires are interwoven is defined as a second wire arrangement area; wherein, the weft yarns are closest to each other. The warp yarns on the first side of the first wire combination and the first side of the first wire combination jointly form a first elastic adjustment area, and the weft yarns are closest to the second side of the first wire combination The warp yarns and the second side of the first wire combination jointly form another first elastic adjustment area, and the weft yarns are closest to the warp yarns of the first side of the second wire combination and the second wire combination A second elastic adjustment area is formed between the first sides, and the weft yarns jointly form a second side between the warp yarns closest to the second side of the second wire assembly and the second side of the second wire assembly. Two elastic adjustment areas, the widths of the first elastic adjustment areas and the second elastic adjustment areas are equal, and the distance between the remaining warp yarns is smaller than the width of the first elastic adjustment areas and the second elastic adjustment areas; And wherein, the first wire combination and the second wire combination are respectively connected to the voice coil.