M310756 .八、新型說明： 【新型所屬之技術領域】 本新型涉及-種衝切組褒機，特別係一種按鍵衝切板 裝機。 【先前技術】 電子產品常常裝設有複數按鍵以方便用戶使用。隨著 電子產品功能的增多，電子產品裝設的按鍵的數量也越來 越多。 在將該等按鍵裝配至電子產品時，—種傳統的做法是 操作員手卫將按鍵安裝到電子產品上，由於電子產品往 往要裝設數量繁多的魏’因此手工轉按鍵之效率遠遠 無法滿足現今高效生產之需要。 【新型内容】 有鑑於此，需提供—種可快速安裝按鍵之衝切組裝 機。 一種衝切組裝機，用於將複數按鍵安裝至一電子產品 双體上1¾衝切組裝機包括一支標基座、一壓動部及一用 於驅動該壓動部之驅動部。該支撐基座包括—支撐板及一 模板。該找板設有固持部，用於蚊支撐該電子產品殼 體。該模板設有複數模板孔。該壓動部包括—壓動基座及 ^壓動基相定連接之複數刀具，該等刀具與該等模板 之模板孔――對應。該壓動基座中設有複數管孔。該等刀 具分別設有—魏孔，鱗吸氣孔與料管孔相通，用於 6 M310756 將該等按鍵吸附於該等刀具上。 且，衝切組裝機^有複數具有吸附功能之刀 、連女裝複數按鍵，相較於人工安 效率。 展’具較高裝配 【實施方式】 月多Μ圖1，揭示了本新型實施方 之組裝圖。兮飞衝切組裝機100 孩衝切組裝機100包括一支擇 部40，用於抵牙基座30; —壓動 、如㈣按鍵；及—驅動部50 壓動部40。 用於驅動該 圖^同參照圖2,揭示了該支禮基座30之立體分解 圖〜支撐基座30包括—基台32、—底座％、 撐板1〇及—矩形模板2〇。該底座34包括支 以連接之第-支標壁342及-與該基台32固=口接3之2 弟，支撐^ 344。該第-支撐壁342與該第二支撐壁⑽ 平行。該第-支樓壁342 *該第二支撺壁344之相對側部 分別凸設有一凸台345。該等凸§ 345之上表面分別凹設 有複數圓形的凹陷部346。該等凹陷部346分別包括—穿 珠3462，用於支撐該模板20。該基台32在該第一支撐壁 342和該第一支稽壁344之間設有複數圓台326，該等圓 台326排成兩列，並分別靠近該第一支撐壁342和該第二 支稽壁344。該等圓台326分別包括一滾珠3262，用於支 撐該支撐板10。 7 M310756 該支撐板ίο包括複數固定部12。該等固定部i2固定 於該支撐板10的上表面’用於固定1子產品（未圖示） 之殼體。該等E]定部12包括-與該切板1G固定連接之 底部122,用於托住該電子產品殼體之底部；及—與該底 部122垂直連接之射124，用於防止該電子產品殼體滑 動。該支樓板10還包括複數定位孔14。 該模板20 &括複數模板孔22和複數定位孔24。該等 模板孔22與該電子產品殼體上之按鍵孔相對應。該等定 位孔24與該支撐板1〇之該等定位孔14相對應。 請參照圖2和圖3，該壓動部40位於該支標基座30 之上方，包括-壓動基座42及複數與該壓動基座42固定 連接之刀具44。該等刀具44朝向該支撐基座％方向延 伸，並與該模板20上之模板孔22才目對應。該壓動基座42 包括-矩形平台426、-固定於該平台426下表面之第二 固疋部422及-與該第二固定部422固定連接之第一固定 部 424。 該壓動部40還包括四個襯套428。該等襯套428包括 一圓柱形管體4282及一形成於該管體4282上端之圓形凸 緣4284。該平台426之四角分別設有一通孔（未圖示）， 該等笞體4282分別收容於該等通孔中。該等凸緣4284與 該平口 426固定連接。該等襯套428上還分別設有一與該 襯套428同軸之穿孔4286。 M310756 請參照圖2和圖4，該第一固定部424包括複數導孔 4242，該等導孔4242與該模板20之該等模板孔22相對。 該第一固定部424更包括複數通孔4246。 請參照圖1和圖5 ’該苐二固定部422之四個侧部分 別設有複數管孔4222，該等管孔4222為盲孔。該等管孔 4222通過複數導管70與一真空產生機80相連。該第二固 定部422之底部設有複數與該管孔4222相通之氣孔4226。 請參照圖5和圖6，該等刀具44分別包括一刀具體 442及一與該刀具體442相連之卡盤444。該第一固定部 424更包括複數導孔4242。該等刀具44穿過該第一固定 部424之該等導孔4242 ’該等刀具44之卡盤444被卡固 於該第二固定部422和該第一固定部424之間。該第二固 定部422之氣孔4226被該等卡盤444覆蓋。該等刀具44 還分別包括一吸氣孔446。該等吸氣孔446貫通該等刀具 體442和該等卡盤444，並分別與該等氣孔4226相通。 請參照圖1和圖6，該壓動部40更包括複數定位柱 46。該等定位柱46包括一定位軸462和一與該定位軸462 連接之定位卡盤464。該等定位卡盤464被卡固於該第二 固定部422和該第一固定部424之間。該等定位軸牝2穿 過該第一固定部424之該等複數通孔4246朝向該支撐基 台30伸出。該等定位轴462與該模板20之該等定位孔24 及该支撐板10之該等定位孔14相對。在本實施方式中， 9 M310756 \ 在該衝切組裝機100處於待機狀態時，該等定位軸462之 下表面低於該等刀具44之下表面。 請參照圖6,該壓動部40還包括四個彈性件48及一 矩形擋板47。該擋板47包括複數與該等刀具44相對之開 口 472。該等彈性件48包括一固定於該平台426上表面之 本體484及一軸桿482。該等軸桿佔2穿過該平台a%、 該第二固定部422及該第一固定部424上之通孔（未標 > 號）’並分別與該擋板47之四角固定連接。該等本體484 中5又有與該等軸桿482相連之彈性機構，用於向下推動該 等轴桿482。在本實施方式中，該等彈性件仆為氣彈簧。 在該衝切組裝機1〇〇處於待機狀態時，該擋板47之下表 面不高於該等刀具44之下表面。 請參照圖1和圖7，該驅動部50包括一壓塊52、一 支座56及一氣缸54。該壓塊52固定於該平台426上。該 . 壓塊52中设有一螺紋孔522。該氣缸54包括一缸體544 及一氣缸軸542。該缸體544與該支座56固定連接。該氣 缸軸542之一端設有螺紋。該氣缸軸542之設有螺紋之一 端穿過該支座56上之通孔（未標號），與該壓塊52固定 連接。 請參照圖1和圖6,複數導向軸60穿過該等襯套428 之該等穿孔4286。該等導向軸60之上端和下端分別與該 驅動部50之支座56和該支禮基座30之基台32固定連 M310756 接。該等導向軸60係用於支撐該驅動部5〇，且該壓動部 40可沿該等導向軸60上下滑動。 請參照圖1，組裝時，該等導向軸60與該支撐基座 30之該基台32固定連接，並將該驅動部5〇固定於該支撐 基座30之上方。該壓動部40位於該驅動部％和=支二 基座30之間，並與該驅動部5Q之肢54之氣紅轴2 固定連接。該等導向軸60穿過該壓動部4〇之複數襯套 428，從而該壓動部40在氣缸54的驅動下，沿該等導向 軸60，在該驅動部50和該支撐基座30之間上下運動。 使用前’該電子產品殼體被放置於該支 等固定和上。糊定㈣之爾部二住= 子產品殼體。該等蚊部u之該等擔壁m卡住該電子 產品殼體，避免該電子產品殼體於加工過程中滑動。一按 鍵組被放置於該模板20上。該按鍵組為框架結構，其上 連接有複數該電子產品所需之按鍵，該等按鍵收容於該模 板20的模板孔22中。 通過該氣缸54下壓該壓動部4()，該按鍵組被該擔板 47按壓於該模板2G±，而該等彈性㈣被壓縮。該等刀 具44穿過該撞板47上之開口 472，將收容於該等模板孔 ^中之該特難軸鍵組情丨，麵續下壓。由於該 等刀〆、44中的吸氣孔446與真空產生機相通，因此該等 按鍵被吸附於料刀具44上，直至被安裝至該電子產品 11 M310756 上。一次衝裝過程結束，該氣缸 播板47在該等彈性件 ^該屋動部4〇。該 員可以池物, 到原位。此時，操作 貝J以拉動該模板2〇和 和按鍵組。 和找板1G’ Μ換電子產品外殼 由於該按鍵組上之該等按鍵及該 孔22的生成’均係根據該電子產 ：:輪 布，因此按鍵的裝配不會發 奘伊 ，.孔之排 通過在Μ π a 裝錯等現象。本新型 4刀具44中製造真空以吸附按鍵，避免了在制 造過程中按鍵脫落的現象發生。 衣 ;“衝切組襄機100處於待機狀態日寺，該等定位 ㈣低於料刀具44之下表*，進行衝切級 乂 該拉板2〇和該支撐板10沒有處于正確位置， 疋位軸462就無法穿過該等定位孔μ及定位孔w， 而避免了由於模板2〇或者底座Μ位置 與該模板或該支撐板1〇相撞。 刀 刀呈之衝切_機裝_設有複數具有韻功能的 八’可同時安裝複數按鍵，相幸交於人工安裝，里較言 =裝崎率。且由於該等按鍵係從—按鍵組之框架直接: 二Γ子產品殼體’避免了人工安裝時經常發生之按鍵 反向、排觸料不良現象。 *鍵 【圖式簡單說明】 圖 係本新型之衝切組裝機之立體圖。 12 M310756 圖2係本新型之衝切組裝機之支撐基座之立體圖。 圖3係圖1中壓動部之翻轉視圖。 圖4係圖3中該壓動部之第一固定部之立體圖。 圖5係圖3中該壓動部之第二固定部之立體圖。 圖6係圖3中該壓動部之立體分解圖。 圖7係圖1中驅動部之分解圖。M310756. Eight, new description: [New technical field] This new type involves a kind of punching and setting machine, especially a key punching board installed. [Prior Art] Electronic products are often equipped with a plurality of buttons for user convenience. As the functionality of electronic products increases, so does the number of buttons installed in electronic products. When these buttons are assembled into electronic products, the traditional practice is that the operator's hand guards will install the buttons on the electronic products. Since the electronic products often have a large number of Wei's, the efficiency of manually turning the buttons is far from being effective. Meet the needs of today's efficient production. [New content] In view of this, it is necessary to provide a punching and assembling machine that can quickly install buttons. A punching and assembling machine for mounting a plurality of buttons to an electronic product. The double body punching assembly machine includes a standard base, a pressing portion and a driving portion for driving the pressing portion. The support base includes a support plate and a template. The finder plate is provided with a holding portion for supporting the electronic product casing by mosquitoes. The template is provided with a plurality of template holes. The pressing portion includes a plurality of cutters that are coupled to the pressing base and the pressing base, and the cutters correspond to the template holes of the templates. A plurality of tube holes are provided in the pressing base. The cutters are respectively provided with a Wei hole, and the scale suction hole communicates with the material tube hole for the 6 M310756 to adsorb the buttons on the cutters. Moreover, the punching and assembling machine has a plurality of knives with an adsorption function, and even a plurality of women's buttons, compared with the manual safety efficiency. Exhibition has a higher assembly [Embodiment] More than one month, Figure 1 shows an assembly diagram of the novel embodiment.兮飞冲切机100 The rushing assembly machine 100 includes a selection 40 for the pedestal base 30; - a pressing, such as (4) a button; and - a driving portion 50 pressing portion 40. Referring to Fig. 2, the perspective view of the support base 30 is disclosed. The support base 30 includes a base 32, a base 100, a support 1 and a rectangular template 2 . The base 34 includes a first-branch wall 342 to which the connection is attached, and a second support member 344 connected to the base 32. The first support wall 342 is parallel to the second support wall (10). A protrusion 345 is protruded from the opposite side of the second branch wall 342. The upper surface of the convex § 345 is recessed with a plurality of concave portions 346, respectively. The recesses 346 each include a bead 3462 for supporting the template 20. The base 32 is provided with a plurality of circular tables 326 between the first supporting wall 342 and the first branch wall 344. The circular tables 326 are arranged in two rows and are respectively adjacent to the first supporting wall 342 and the first Two branches 344. The round tables 326 each include a ball 3262 for supporting the support plate 10. 7 M310756 The support plate ίο includes a plurality of fixing portions 12. The fixing portions i2 are fixed to the upper surface of the support plate 10 for fixing a casing of a sub-product (not shown). The E-shaped portion 12 includes a bottom portion 122 fixedly coupled to the cutting plate 1G for supporting the bottom of the electronic product housing, and a radiation 124 perpendicularly connected to the bottom portion 122 for preventing the electronic product The housing slides. The slab 10 further includes a plurality of locating holes 14. The template 20 & includes a plurality of template holes 22 and a plurality of positioning holes 24. The template holes 22 correspond to keyholes on the electronics housing. The positioning holes 24 correspond to the positioning holes 14 of the support plate 1''. Referring to FIGS. 2 and 3, the pressing portion 40 is located above the holder base 30, and includes a pressing base 42 and a plurality of cutters 44 fixedly coupled to the pressing base 42. The cutters 44 extend toward the support base in the % direction and correspond to the template holes 22 in the template 20. The pressing base 42 includes a rectangular platform 426, a second fixing portion 422 fixed to the lower surface of the platform 426, and a first fixing portion 424 fixedly coupled to the second fixing portion 422. The pressure portion 40 also includes four bushings 428. The bushings 428 include a cylindrical tubular body 4282 and a circular flange 4284 formed at the upper end of the tubular body 4282. A through hole (not shown) is disposed in each of the four corners of the platform 426. The bodies 4282 are respectively received in the through holes. The flanges 4284 are fixedly coupled to the flat ports 426. The bushings 428 are also respectively provided with a through hole 4286 coaxial with the bushing 428. M310756 Referring to FIG. 2 and FIG. 4, the first fixing portion 424 includes a plurality of guiding holes 4242 opposite to the template holes 22 of the template 20. The first fixing portion 424 further includes a plurality of through holes 4246. Referring to Figures 1 and 5, the four side portions of the second fixing portion 422 are provided with a plurality of tube holes 4222, which are blind holes. The tube holes 4222 are connected to a vacuum generator 80 via a plurality of tubes 70. The bottom of the second fixing portion 422 is provided with a plurality of air holes 4226 communicating with the tube hole 4222. Referring to Figures 5 and 6, the cutters 44 include a cutter body 442 and a chuck 444 coupled to the blade body 442, respectively. The first fixing portion 424 further includes a plurality of guiding holes 4242. The cutters 44 pass through the guide holes 4242' of the first fixing portion 424. The chucks 444 of the cutters 44 are engaged between the second fixing portions 422 and the first fixing portions 424. The air holes 4226 of the second fixing portion 422 are covered by the chucks 444. The cutters 44 also include a suction aperture 446, respectively. The suction holes 446 pass through the cutter bodies 442 and the chucks 444 and communicate with the air holes 4226, respectively. Referring to FIGS. 1 and 6, the pressing portion 40 further includes a plurality of positioning posts 46. The positioning posts 46 include a positioning shaft 462 and a positioning chuck 464 coupled to the positioning shaft 462. The positioning chucks 464 are fastened between the second fixing portion 422 and the first fixing portion 424. The positioning shafts 2 extend through the plurality of through holes 4246 of the first fixing portion 424 toward the support base 30. The positioning shafts 462 are opposite to the positioning holes 24 of the template 20 and the positioning holes 14 of the support plate 10. In the present embodiment, 9 M310756 \ when the punching and assembling machine 100 is in the standby state, the lower surfaces of the positioning shafts 462 are lower than the lower surfaces of the cutters 44. Referring to Figure 6, the pressing portion 40 further includes four elastic members 48 and a rectangular baffle 47. The baffle 47 includes a plurality of openings 472 opposite the cutters 44. The elastic members 48 include a body 484 and a shaft 482 fixed to the upper surface of the platform 426. The shafts occupy 2 through the platform a%, the second fixing portion 422 and the through holes (not marked >) on the first fixing portion 424 and are fixedly connected to the four corners of the baffle 47, respectively. The body 5 of the body 484 has an elastic mechanism coupled to the shafts 482 for pushing the shaft 482 downward. In the present embodiment, the elastic members are gas springs. When the punching and assembling machine 1 is in the standby state, the lower surface of the shutter 47 is not higher than the lower surface of the cutters 44. Referring to Figures 1 and 7, the driving portion 50 includes a pressing block 52, a holder 56 and a cylinder 54. The pressure block 52 is fixed to the platform 426. The pressure block 52 is provided with a threaded hole 522. The cylinder 54 includes a cylinder 544 and a cylinder shaft 542. The cylinder 544 is fixedly coupled to the abutment 56. One end of the cylinder shaft 542 is provided with a thread. One end of the cylinder shaft 542, which is provided with a thread, passes through a through hole (not numbered) in the holder 56, and is fixedly coupled to the pressing block 52. Referring to Figures 1 and 6, a plurality of guide shafts 60 pass through the perforations 4286 of the bushings 428. The upper end and the lower end of the guide shaft 60 are respectively connected to the base 56 of the driving portion 50 and the base 32 of the branch base 30 to be connected to the M310756. The guide shafts 60 are for supporting the driving portion 5, and the pressing portion 40 is slidable up and down along the guide shafts 60. Referring to FIG. 1, the guide shaft 60 is fixedly coupled to the base 32 of the support base 30 during assembly, and the drive portion 5 is fixed above the support base 30. The pressing portion 40 is located between the driving portion % and the sub-base 30, and is fixedly coupled to the gas red shaft 2 of the limb 54 of the driving portion 5Q. The guide shafts 60 pass through the plurality of bushings 428 of the pressing portion 4, such that the pressing portion 40 is driven by the air cylinders 54 along the guide shafts 60, at the driving portion 50 and the supporting base 30. Move up and down. Before use, the electronic product housing is placed on the fixed and the support. Paste (four) of the Ministry of the second live = sub-product shell. The wall m of the mosquito unit is caught in the electronic product casing to prevent the electronic product casing from slipping during processing. A group of buttons is placed on the template 20. The button group is a frame structure to which a plurality of keys required for the electronic product are connected, and the buttons are received in the template hole 22 of the template 20. The pressing portion 4 is pressed by the cylinder 54, and the button group is pressed against the template 2G± by the plate 47, and the elastics (4) are compressed. The cutters 44 pass through the opening 472 of the striker 47, and the special hard-to-shaft key sets accommodated in the template holes are continuously pressed. Since the suction holes 446 of the blades 44 are in communication with the vacuum generator, the buttons are attracted to the tool 44 until they are mounted to the electronic product 11 M310756. At the end of the one-time flushing process, the cylinder board 47 is in the elastic member. The person can pool the matter and go to the original position. At this time, the shell J is operated to pull the template 2 and the button group. And the board 1G' Μ change the electronic product casing because the buttons on the button group and the generation of the hole 22 are based on the electronic product: the wheel cloth, so the assembly of the button will not be ambiguous. The platoon passes through the phenomenon of 装 π a misplacement. The vacuum is created in the novel 4 tool 44 to attract the button, thereby avoiding the phenomenon that the button is detached during the manufacturing process. "The punching group machine 100 is in the standby state of the temple, the positioning (four) is lower than the lower surface of the tool 44, and the punching stage is performed. The pulling plate 2 and the supporting plate 10 are not in the correct position, 疋The positional axis 462 cannot pass through the positioning holes μ and the positioning holes w, and avoids collision with the template or the support plate 1 due to the position of the template 2 or the base. The knife is punched and cut _ machine_ There are a plurality of eight's with rhyme function, which can be installed at the same time. Fortunately, it is hand-installed, and it is better to say that it has a load ratio. Since these buttons are directly from the frame of the button group: 'The reverse of the keystrokes and the bad materials that often occur during manual installation are avoided. * Keys [Simple description of the drawings] The figure is a perspective view of the new die-cutting assembly machine. 12 M310756 Figure 2 is the punching assembly of the new type. Figure 3 is a perspective view of the pressing portion of Figure 1. Figure 4 is a perspective view of the first fixing portion of the pressing portion of Figure 3. Figure 5 is the pressing portion of Figure 3. Fig. 6 is a perspective exploded view of the pressing portion of Fig. 3. 7 is an exploded view of the drive unit in Fig. 1.
【主要元件符號說明】 衝切組裝機 100 支撐板 10 固定部 12 底部 122 擋壁 124 定位孔 14 模板 20 模板孔 22 定位孔 24 支撐基座 30 基台 32 圓台 326 滾珠 3262 底座 34 第一支撐壁 342 13 M310756[Main component symbol description] Punching assembly machine 100 Support plate 10 Fixing part 12 Bottom 122 Block wall 124 Positioning hole 14 Formwork 20 Formwork hole 22 Positioning hole 24 Support base 30 Base table 32 Round table 326 Ball 3262 Base 34 First support Wall 342 13 M310756
第二支撐壁 344 凸台 345 凹陷部 346 滾珠 3462 壓動部 40 壓動基座 42 第二固定部 422 管孔 4222 氣孔 4226 第一固定部 424 導孔 4242 通孔 4246 平台 426 襯套 428 管體 4282 凸緣 4284 穿孔 4286 刀具 44 卡盤 444 吸氣孔 446 定位柱 46 定位轴 462 M310756Second support wall 344 boss 345 recess 346 ball 3462 pressing part 40 pressing base 42 second fixing part 422 tube hole 4222 air hole 4226 first fixing part 424 guide hole 4242 through hole 4246 platform 426 bushing 428 pipe body 4282 Flange 4284 Perforation 4286 Tool 44 Chuck 444 Suction hole 446 Positioning post 46 Positioning shaft 462 M310756
定位卡盤 464 擋板 47 開口 472 彈性件 48 轴桿 482 本體 484 驅動部 50 壓塊 52 螺紋孔 522 氣缸 54 氣缸轴 542 缸體 544 支座 56 導向軸 60 導管 70 真空產生機 80 15Positioning chuck 464 Baffle 47 Opening 472 Elastic member 48 Shaft 482 Main body 484 Drive 50 Clamping block 52 Threaded hole 522 Cylinder 54 Cylinder shaft 542 Cylinder 544 Support 56 Guide shaft 60 Catheter 70 Vacuum generator 80 15