200942337 九、發明說明： 【發明所屬之技術領域】 特別是指一種用於檢 本發明是有關於一種吹風裝置 測或加工設備的吹風裝置。 【先前技術】 於使用檢測設備或加工钟供吐 °又備時’經常需要將檢測設備 中的待檢測工件或加工設備. 侑中的待加工工件加以清潔除塵200942337 IX. Description of the invention: [Technical field to which the invention pertains] In particular, the invention relates to a blowing device for detecting or processing a blowing device. [Prior Art] When using a test equipment or a processing clock for vomiting and reserving, it is often necessary to clean the workpiece to be processed in the test equipment or the processing equipment to be processed.
’以確保檢測的準確度或加 _ 的積確度。一般而言，是以 雨壓氣體吹覆於卫件上以達成清潔除塵的目的。 參閲圖1，-板材u放置於一設備之平台14上方，一 習矣的人風裝置1G包含-連接至氣壓源（圖未示）之進氣管 ^及-接於進氣管u另_端的吹風頭12。由氣壓源輸入的 乳體經由進氣管11從吹風頭1 邛1z吹出，並吹覆於板材13之 上，達成清潔除塵的效果。 習知的吹風裝置1G受限於吹風頭12的設計，一般吹 覆面積狹小，無法有效地清潔板材13，但若將吹風頭Η設 计得較大，又有所吹出風量與風壓不均句的缺點。 【發明内容】 因此，本發明之目的，即在提供一種可吹覆大面積且 可提供均勻風量與風壓以有效清潔卫件的吹風裝置。 於是，本發明吹風裝置，用於-檢測或加工設備，該 吹風裝置包含-it風管、―中空殼體單元及複數分流柱。 /該殼體單元界定出一内部容室，且形成有一自該容室 住接近該進風管方向延伸並與該進風管相連接的進風孔， 200942337 及至少一自該容室往遠離該進風管方向延伸的出風孔。該 等分流柱位於該殼體單元之容室内且彼此間隔設置。 較佳地，該殼體單元包括連接在一起且相配合界定出 該容室的一第一殼體及一第二殼體，該第一殼體為—平板 ，該第二殼體具有一與該第一殼體相間隔的基壁、一自該 基壁向該第一殼體方向延伸的圍繞壁，該圍繞壁具有一遠 離該進風管的第一端壁部及一位於該第一端壁部之相反側 ㈣二端壁部’該進風孔位於該第二端壁部，該出風孔位 Ό 於該第-端壁部。 較佳地，該出風孔沿垂直該第一殼體方向的間隙小於 该容室沿垂直該第一殼體方向的間隙。 較佳地，該容室由鄰近該第二端壁部處往鄰近該第一 端壁部處為由窄漸寬。 較佳地，該第一端壁部與該第二端壁部彼此平行，定 義一位於該第一端壁部與該第二端壁部間，且較鄰近並平 ⑩ #該第—端壁部的第—直線，該等分流柱之-部份分流柱 間隔排列於該第-直線位置，且自該基壁延伸至該第—殼 體。 較佳地，疋義一位於該第一直線與該第二端壁部間， 且較鄰近並平行該第一直線的第二直線，該等分流柱之一 部份分流柱間隔排列於該第二直線位置，且自該基壁延伸 至該第一殼體。 較佳地，定義一位於該第二直線與該第二端壁部間， 且較鄰近並平行該第二直線的第三直線，該等分流柱之一 200942337 部份分流柱間隔排列於該第三直線位置，且自該基壁延伸 至該第一殼體。 較佳地，該等分流柱之一分流柱位於該第三直線與該 第一端壁部間，且自該基壁延伸至該第一殼體。 較佳地，該殼體單元形成有複數彼此間隔排列的出風 孔，相鄰二出風孔之中間部分沿垂直該等出風孔延伸方向 彼此連通。'To ensure the accuracy of the test or the accuracy of the _. Generally speaking, the rain pressure gas is blown onto the guard to achieve clean dust removal. Referring to Figure 1, the sheet u is placed above the platform 14 of a device, and a conventional human air device 1G includes an intake pipe connected to a pneumatic source (not shown) and a connection to the intake pipe u. _ end of the hair dryer 12 . The milk body input from the air pressure source is blown out from the air blowing head 1 邛 1z via the air intake pipe 11, and is blown over the plate member 13, thereby achieving the effect of cleaning and dust removal. The conventional blowing device 1G is limited by the design of the blowing head 12. Generally, the blowing area is small, and the sheet 13 cannot be effectively cleaned. However, if the head Η is designed to be large, the air volume and the wind pressure are uneven. The shortcomings of the sentence. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a blowing device that can blow a large area and provide a uniform air volume and wind pressure to effectively clean the guard. Thus, the blowing device of the present invention is used in a detecting or processing apparatus comprising a -it duct, a "hollow housing unit" and a plurality of splitter columns. The housing unit defines an internal chamber, and defines an air inlet hole extending from the chamber and adjacent to the air inlet tube and connected to the air inlet tube, 200942337 and at least one away from the chamber The air outlet hole extending in the direction of the air inlet pipe. The splitter columns are located within the housing of the housing unit and are spaced apart from each other. Preferably, the housing unit includes a first housing and a second housing that are coupled together and define the housing. The first housing is a flat plate, and the second housing has a a partition wall of the first housing, a surrounding wall extending from the base wall toward the first housing, the surrounding wall having a first end wall portion away from the air inlet duct and a first The opposite side of the end wall portion (four) two end wall portions 'the air inlet holes are located at the second end wall portion, and the air outlet holes are located at the first end wall portion. Preferably, the gap of the air outlet hole in a direction perpendicular to the first housing is smaller than a gap of the chamber in a direction perpendicular to the first housing. Preferably, the chamber is narrowed by a width adjacent to the second end wall portion adjacent to the first end wall portion. Preferably, the first end wall portion and the second end wall portion are parallel to each other, and define a space between the first end wall portion and the second end wall portion, and are adjacent to and flatten 10 #the first end wall a first line of the portion, the partial splitter column of the splitter column is spaced apart from the first straight line position and extends from the base wall to the first housing. Preferably, the first one is located between the first straight line and the second end wall portion, and is adjacent to and parallel to the second straight line of the first straight line, and a part of the shunting columns are spaced apart from the second straight line position. And extending from the base wall to the first housing. Preferably, a third line is defined between the second line and the second end wall portion and adjacent to and parallel to the second line. One of the shunt columns 200942337 is divided by the shunt column. Three linear positions and extending from the base wall to the first housing. Preferably, one of the splitter columns is located between the third line and the first end wall and extends from the base wall to the first housing. Preferably, the housing unit is formed with a plurality of air outlet holes spaced apart from each other, and the intermediate portions of the adjacent two air outlet holes communicate with each other in a direction perpendicular to the direction in which the air outlet holes extend.
本發月之功效.藉由該等分流柱彼此間隔地設置的設 計使空氣分流，可提供均勻的風量與風壓，且配合該殼體 單元之容室由鄰近該第二端壁部處往鄰近該第一端壁部處 為由窄漸寬的料’可提供較大的吹覆面積，以達成對工 件有效清潔除塵的效果。 【實施方式】 有關本發月之前述及其他技術内容、特點與功效，在 以下配合參考圖式之—個較佳實施例的詳細說明中，將可 清楚的呈現。 >閱圖纟發明吹風裝置2，用於-檢測或加工設備 “又備6匕3—供工件(圖未示)放置的移動平台61及一 調整裝置62。吹風裝置2取驻 & Έ- ^ 女裝於調王裝置62,並藉由調整 裝置62調整吹風裝置 讦樯用妒丨·^ 才目對於移動平台61之傾斜角度， 可使^間調整吹風裝置2,並有效利用空間。 參閱圖3、圖4盥願 一 ，人風裝置2的較佳實施例包含 進風幻、-中空殼體單元4及複數分流柱5。 進風管3包括—連接至氣摩源（圖未示）的管體3卜及- Λ 200942337 與管^ 31。連接且另—端連接至殼體單元4的連接頭32。 殼體單兀4包括連接在一起且相配合界定出一内部容 :43的—第-殼體41及-第二殼體42。第-殼體41為-平板，第二殼體42具有一與第—殼體Μ相間隔的基壁421 自基壁421向第一殼體41方向延伸的圍繞壁422。圍 繞壁422具有—遠離進風管3的第-端壁部423，及-位於 第端壁邛423之相反侧的第二端壁部424。容室43由鄰The effect of the present month. The design of the splitting columns spaced apart from each other allows the air to be split, providing a uniform air volume and wind pressure, and the chamber of the housing unit is adjacent to the second end wall portion. Adjacent to the first end wall portion, a narrowly widened material can provide a larger blowing area to achieve an effective cleaning and dust removal effect on the workpiece. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. >Reading the invention, the invention of the blowing device 2, for the detection or processing equipment "also 6 匕 3 - a mobile platform 61 for the workpiece (not shown) and an adjustment device 62. The blowing device 2 is taken & Έ - ^ The women's dressing device 62 is adjusted by the adjusting device 62, and the tilting angle of the moving platform 61 is adjusted by the adjusting device 62, so that the blowing device 2 can be adjusted and the space can be effectively utilized. Referring to Figures 3 and 4, a preferred embodiment of the human wind device 2 includes an air inlet, a hollow housing unit 4 and a plurality of split columns 5. The air inlet duct 3 includes a connection to the air source (Fig. The tube body 3, which is not shown, and - Λ 200942337 are connected to the tube 31. The other end is connected to the connector 32 of the housing unit 4. The housing unit 4 includes a joint and defines an internal volume. a first housing 41 and a second housing 42. The first housing 41 is a flat plate, and the second housing 42 has a base wall 421 spaced apart from the first housing 自 from the base wall 421. a surrounding wall 422 extending in the direction of the first housing 41. The surrounding wall 422 has a first end wall portion 423 away from the air inlet duct 3, and - is located on the opposite side of the first end wall 423 Portion 424. The second end wall 43 o chamber
❹ 近第二端壁部424處往鄰近第-端壁部423處為由窄漸寬 〇 <，單元4之第二端壁部424形成有-自容室43往接 近，風管3方向延伸並與進風管3相連接的進風孔似。殼 體單元4之第—端壁部423形成有複數自容室往遠離進 風管3方向延伸的出風孔425。在本實施例中出風孔似 的數目為複數而彼此相間隔，且孔徑小於15麵2，但殼體 …之第端壁。p 423也可僅形成一狹長开)的出風孔。 第一端壁部423與第二端壁部424彼此平行，定義自 第-端壁冑423至第二端壁部424之間依序存在且平行地 相間隔的-第—直線Ll、—第二直線L2及-第三直線u 〇 、每一分流柱5是自基壁421延伸至第—殼體41。該等 ^流柱5的分布設計，是使—部份分流柱^間隔排心第 一直線L1位置、一部份分流柱5b間隔排列於第二直線 位置、一部份分流柱5c間隔排列於第三直線L3位置。此 外，該等分流柱5中之—分流柱5d位於第三直線L3與第 200942337 一^壁部424間。每—分流柱5a鄰近第-端壁部423的-側輪廊束縮，每一分流柱5b與分流柱&則是鄰近第二端壁 二二的-侧輪摩束縮’分流柱5d為一尖端正對進風孔 426的三角柱。 —該等出風孔425沿垂直第一殼體41方向的間料於容 至U直第一殼體41方向的間隙，相鄰二出風孔奶 之間部分沿垂直該等出風孔425延伸方向彼此連通。 ❹ φ 2圖2、圖3與圖5,當工件需要清潔時，壓縮空氣 進風& 3經由進風孔426導入殼體單元4的容室&進 入容室43後’由分流柱5d、分餘&、分流柱外、分流 柱5a依序將空氣分流，以使風量與風壓變得均句。當氣體 到達容室43的最靠近出風孔425的一侧時由於該等出風 =425的孔截面面積很小，使氣體於此處風壓提高，最後 氣體再由該等出風425吹出並吹覆於工件上，達成清潔 除塵的效果。 、 T上所述藉由該等分流柱5彼此間隔地設置的設計 使空氣分流’可提供均句的風量與風壓， 之容室43由鄰近進風孔426往鄰近該等出風孔 漸寬的設計，可提供較大的吹覆面積，以達成在製程過程 中對工件有效清潔除塵的效果，解決習知吹覆面積狹小及 吹出風量與風壓不均勻的缺點，所以確實能達成本發明之 目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 200942337 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一示意圖，說明一習知的吹風裝置； 圖2疋一示意圖’說明本發明吹風裝置之較佳實施例 女裝於一檢測或加工設備； 圖3是一立體圖，說明該較佳實施例； © 、圖4是該較佳實施例之另~角度的立體圖，其中’一 進風管未顯示；及 圖5是一立體圖，說明—第二殼體及複數分流柱。 10 200942337 【主要元件符號說明】 2 ....... •…吹風裝置 43··._· …·容室 1 ....... ς ...... J 退）氧官 D 刀不王· 31…… …·管體 5a..... •…分流柱 32…… •…連接頭 5b····· •…分流柱 ς ...... 4...... 叙篮早兀 n b)t ίί. 41…… …第一殼體 5d··.·· •…分流柱 Λ 〇...... β 榮—irt a* C ...... 4Ζ..... 弟一叔m 0 ax in 421 ··· …·基壁 61 ·.··· •…移動平台 422 ·.·. …·圍繞壁 62·.··· •…調整裝置 423… •…第一端壁部 LI ··.· •…第一直線 424… …·第二端壁部 L2 ···· •…第二直線 425… —出風孔 L3 .··. 第一直線 426… •…進風孔 ❹ 11❹ near the second end wall portion 424 is adjacent to the first end wall portion 423 by a narrow width 〇 < the second end wall portion 424 of the unit 4 is formed with the self-receiving chamber 43 approaching, the direction of the duct 3 It is similar to the air inlet hole connected to the air inlet duct 3. The first end wall portion 423 of the casing unit 4 is formed with a plurality of air outlet holes 425 extending from the chamber to the direction of the intake duct 3. In the present embodiment, the number of vent holes is plural and spaced apart from each other, and the aperture is smaller than 15 faces 2, but the first end wall of the casing. p 423 can also form only an elongated opening. The first end wall portion 423 and the second end wall portion 424 are parallel to each other, and define a -first straight line L1, which is sequentially and parallelly spaced from the first end wall 423 to the second end wall portion 424. The two straight lines L2 and the third straight line u 〇 each of the flow dividing columns 5 extend from the base wall 421 to the first housing 41. The distribution design of the flow column 5 is such that the partial splitting column is spaced apart from the first straight line L1, a part of the splitting column 5b is arranged at a second straight line position, and a part of the dividing column 5c is arranged at intervals. Three straight line L3 position. Further, the splitter column 5d of the splitter column 5 is located between the third straight line L3 and the wall portion 424 of the 200942337. Each of the diverting columns 5a is bundled adjacent to the side rim of the first end wall portion 423, and each of the diverting columns 5b and the diverting column & is adjacent to the second end wall 22-side wheel buckling 'shunt column 5d It is a triangular prism whose tip is facing the air inlet hole 426. - the gaps of the air outlets 425 in the direction perpendicular to the first housing 41 are accommodated in the direction of the U straight first housing 41, and the portions between the adjacent two outlet holes are perpendicular to the outlet holes 425 The extending directions are connected to each other. φ φ 2 Fig. 2, Fig. 3 and Fig. 5, when the workpiece needs to be cleaned, the compressed air intake air & 3 is introduced into the chamber of the housing unit 4 via the air inlet 426 & into the chamber 43 after the 'divided column 5d' , the fraction &, the shunt column, the splitter column 5a sequentially diverts the air so that the air volume and the wind pressure become uniform. When the gas reaches the side of the chamber 43 closest to the air outlet 425, since the cross-sectional area of the air outlets 425 is small, the wind pressure is increased here, and finally the gas is blown out by the air outlets 425. And blowing on the workpiece to achieve the effect of cleaning and dust removal. The design of the splitter column 5 disposed at a distance from each other is such that the air splitting can provide a uniform air volume and wind pressure, and the chamber 43 is adjacent to the air inlet hole 426 and adjacent to the air outlet hole. The wide design can provide a large blowing area to achieve effective cleaning and dust removal of the workpiece during the process, and to solve the shortcomings of the conventional blowing area and the uneven air volume and wind pressure, so it can achieve this. The purpose of the invention. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification of the scope of the invention and the description of the invention according to the present invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a conventional blowing device; FIG. 2 is a schematic view showing a preferred embodiment of the blowing device of the present invention in a detecting or processing apparatus; FIG. 3 is a perspective view. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a perspective view of another preferred embodiment of the preferred embodiment, wherein 'an air inlet duct is not shown; and FIG. 5 is a perspective view illustrating a second housing and a plurality of shunts column. 10 200942337 [Explanation of main component symbols] 2 ....... •...Blowing device 43··._· ...·Room 1 ....... ς ...... J Retreat) Oxygen D knife is not king · 31...... ...·tube 5a..... •...shunt column 32... •...joint head 5b····· •...shunt column ς ...... 4... ... 篮篮早兀nb)t ίί. 41...... ...first housing 5d······...shunt column Λ β... β 荣—irt a* C ..... 4Ζ..... 弟一叔 m 0 ax in 421 ·····Base wall 61 ····· •...Mobile platform 422 ···....·Adjusted around wall 62·.···•... Device 423... • First end wall portion LI ·····...first straight line 424...·second end wall portion L2 ·····...second straight line 425...-air outlet L3 .··. A straight line 426... •...wind inlet ❹ 11