1313742 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種可用於冷卻定型鞋 β 主鞋件的冷卻裝置 ’特別是指一種不佔空間的迴旋式冷卻裝置。 【先前技術】 如圖1、2所示，習知一種冷卻裝置， 。ό 一枚方 向X設置的機台i、一沿該橫方向χ襄設於該機台^上而 可輸送數鞋件4㈣送帶2，及_裝設於該機台i内的冷卻 系統3,該冷卻系統3具有—冷卻主機3()1、數風機如， 及一沿該橫方向X設置於該輸送帶2下方的冷凝器如。藉 此’當該輸送帶2沿該橫方向χ輸送該等鞋件*時 風機逝可將經該冷凝器3G3降溫冷卻的冷空氣吹駐該 等鞋件4上，而使該等鞋件4被冷卻定型。 雖然，該冷卻裝置在該輸送帶2沿該橫方向χ輸送該 等鞋件4時，可使該等鞋件4被冷卻定型，但是，在實際 使用時，此種冷卻裝置卻具有以下的缺失： 、，為：可連續地輸送大量的鞋件4，該輸送帶2是被設成 成〜也、方向X延伸，然而，如此卻也導致了該機台丄需 配合該輸送帶2的設計而沿該橫方向χ延伸，因此，在面 積有限的廠房内，長度過長的機台】往往會產生佔用地坪 的問題，而大幅影響廠房室内面積的使用效率。 【發明内容】 因此’本發明之目的’即在提供一種佔地小的迴旋式 冷卻裝置》1313742 IX. Description of the Invention: [Technical Field] The present invention relates to a cooling device that can be used to cool a shaped shoe β main shoe member, particularly a rotary cooling device that does not occupy a space. [Prior Art] As shown in Figs. 1 and 2, a cooling device is known.机 A machine i disposed in a direction X, a plurality of shoe members 4 (four) feeding belt 2, and a cooling system 3 installed in the machine table i are disposed on the machine table The cooling system 3 has a cooling main unit 3 (1), a number fan, and a condenser disposed under the conveyor belt 2 in the lateral direction X. Therefore, when the conveyor belt 2 transports the shoes* in the transverse direction, the fan can cool the cold air cooled by the condenser 3G3 to the shoe members 4, so that the shoes 4 are Cooled and shaped. Although the cooling device can cool the shoe members 4 when the conveyor belt 2 transports the shoe members 4 in the lateral direction, the cooling device has the following defects in actual use. : , , is: a large number of shoe parts 4 can be continuously conveyed, the conveyor belt 2 is set to be ~ also, the direction X is extended, however, this also leads to the design of the conveyor belt 2 And extending along the horizontal direction, therefore, in a factory with a limited area, a machine with an excessively long length often has a problem of occupying the floor and greatly affects the use efficiency of the indoor area of the factory. SUMMARY OF THE INVENTION Therefore, the object of the present invention is to provide a swirling cooling device having a small footprint.
1313742 月玛方疋式冷卻裝置，包含_ 元，及一輪逆卜早7^、—冷卻單 勒送早兀。該外殼單元具有一古 郃早 間連通的出口，及一……的 —與該容置空 m ^ 、"°5亥同度方向螺旋地設置的& —端邱 U的限位執條、-對應於該入口的第 w、-對應於該出口的 的弟 第一、二端邙夕„ 汉主ν一連接於該 邙之間且設置於該容置空間 限位軌條分別呈 1螺％#又，該等 有…士 朝内延伸的限位凸塊。該冷卻單元且 裝設於該容置又於该谷置空間内的風機，及- °該輸送單元具有—沿該軌 ^置方…亥寻限位執條之間的輸送帶，及 帶沿該執道移動 動。亥輸达 秒勖的動力源’該等限位軌條的 朝内延伸至該輸送帶上方。 坭刀別 【實施方式】 有關本發明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二較佳實施例的詳細說明巾，將可、主 楚的明白。 月 在提出詳細說明之前，要注意的是，在以下的說明中 ，類似的7L件是以相同的編號來表示。 參閱圖3、4、5,為本發明迴旋式冷卻裝置的一第—較 隹實鈿例，該迴旋式冷卻裝置包含：一外殼單元丨〇、—冷 卻單tl 20，及一輪送單元3〇。 Λ外成單元1 〇具有—頂壁丨1、一沿一高度方向z相反 於遠頂壁11的底壁12、數設置於該底壁12上且沿該高度 6 1313742 方向z延伸的支柱121 ' _連接於該頂、底壁u、i2 的第-孤壁13、-連接於該頂、底壁u、12之間的第二^ 壁14、一由該頂、底壁u、12與該第一、二弧壁η、μ 配合界定出且沿該高度方向z延伸的容置空間15、—與 谷置空間15連通的入口 16、一與該容置空間^連通的出x 口 17、一繞该鬲度方向z螺旋地裝設於該容置空間1 $的軌 道18，及一裝設於該容置空間15内的集水盤19。 該第-弧壁13具有一第一内㉟131、一與該第—内層 131呈間隔設置的第一外層132、一設置於該第—内、外: 13卜132之間的第一保溫層133，及二沿該高度方向z延 伸且互相間隔的第一接合端134,該第二弧壁14具有—第 二内層141、一與該第二内層141里間隔設置的第二外^ 142,及一設置於該第二内、外層⑷、142之間的第二： 溫層143，及二沿該高度方向z延伸且互相間隔的第二接合 端I44，該等第一接合端134是分別與該等第二接合端14\ 沿該高度方向Z對接，在本實施例中，該第—内、外層⑶ 、132與該第二内、外層141、142均是為金屬材質，該第 一、二保溫層133、143則是為可保溫的發泡塑料。 該入口 16與該出口 17均是形成於該第—弧壁Η上， 且，該出口 17在該高度方向2上的高度是高於該入口 16。 該軌道18是由二呈間隔設置的限位軌條18丨（見圖6 )與二間隔地設置於該等限位軌條181之間的支撐軌條 (見圖6)所構成，且，該軌道18具有—對應於該入口 μ 並從該入口 16延伸出的第一端部183、一對應於該出口 1313742 並從該出口 17延伸出的嗲 一 _ W w弟一編邛184，及一連接於該第 一、二端部183、184之η从席祕机，„ 之間的螺旋段185，該螺旋段185是 、％該高度方向Ζ螺旋地設署你兮六吳也ηβ 置於°亥谷置工間15内，並鎖固於 該等支柱121上。1313742 Month square squat cooling device, including _ yuan, and a round of reverse Bu early 7 ^, - cooling single to send early 兀. The outer casing unit has an outlet that is connected to the early morning, and a limit line that is arranged spirally with the space m ^ and "°5 degrees of the same degree. The first and second ends of the first and second ends corresponding to the outlet of the first and second ends of the entrance are connected to the cymbal and are disposed in the accommodating space limit rails respectively. Screw %#, these have a limit projection extending inwardly. The cooling unit is installed in the fan that is accommodated in the valley space, and - the transport unit has along the rail ^Settings... The conveyor belt between the limits and the movements along the way. The power source that passes through the seconds is extended inwardly by the limit rails above the conveyor belt.坭 别 【 实施 实施 实施 实施 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Before the explanation, it should be noted that in the following description, similar 7L pieces are numbered the same. Referring to Figures 3, 4 and 5, a first example of a swirling type cooling device of the present invention comprises: a casing unit 丨〇, a cooling unit tl 20, and a wheeling unit. 3. The outer unit 1 has a top wall 丨1, a bottom wall 12 opposite to the far top wall 11 along a height direction z, a number disposed on the bottom wall 12 and extending along the height 6 1313742 direction z a pillar 121'_ a first wall 13 connected to the top and bottom walls u, i2, a second wall 14 connected between the top and bottom walls u, 12, and a top and bottom wall And an accommodating space 15 defined by the first and second arc walls η and μ and extending along the height direction z, an inlet 16 communicating with the gluten space 15, and an outlet communicating with the accommodating space The port 17 is disposed on the rail 18 of the accommodating space 1 $, and a water collecting tray 19 installed in the accommodating space 15. The first arc wall 13 has a a first inner portion 35131, a first outer layer 132 spaced apart from the first inner layer 131, a first insulating layer 133 disposed between the first inner and outer portions: 13b 132, and two along the a first joint end 134 extending in the direction z and spaced apart from each other, the second arc wall 14 having a second inner layer 141, a second outer portion 142 spaced apart from the second inner layer 141, and a second outer layer 142 disposed at the second inner layer 141 a second between the inner and outer layers (4) and 142: a temperature layer 143, and two second joint ends I44 extending along the height direction z and spaced apart from each other, the first joint ends 134 are respectively engaged with the second joints The first end, the second inner layer, and the second inner and outer layers 141 and 142 are made of a metal material, and the first and second heat insulating layers 133 are connected to each other in the height direction Z. In this embodiment, the first inner and outer layers (3) and 132 and the second inner and outer layers 141 and 142 are respectively made of a metal material. 143 is a foamable plastic that can be insulated. Both the inlet 16 and the outlet 17 are formed on the first arc wall, and the height of the outlet 17 in the height direction 2 is higher than the inlet 16. The rail 18 is composed of two limiting rails 18丨 (see FIG. 6) and two supporting rails (see FIG. 6) disposed at intervals between the limiting rails 181, and The track 18 has a first end 183 corresponding to the inlet μ and extending from the inlet 16 , a first 184 corresponding to the outlet 13374 and extending from the outlet 17 , and a splicing machine 185 between the first and second ends 183, 184, the spiral section 185 between the „, the spiral section 185 is, the height of the height Ζ spirally set up your 兮 six Wu also ηβ set It is placed in the work room 15 of the Hau Valley and is locked to the pillars 121.
该冷卻衫20具有—裝設於該外殼單元Μ的頂壁H 上的冷卻主機21、數沿該高度方向z疊設於該容置空間15 .的風機22，及-裝设於該容置空間15内且沿該高度方向 Z延伸的冷凝器23。該等風機22分別具有—配合該外殼單 兀丨〇的内周面弧度而略呈彎弧狀的出風管221。在本實施 例中，邊等風機22與該冷凝器23是被該螺旋段185所圍 繞，且該集水盤19是位於該等風機22與該冷凝器Μ的下 方。此外，該冷卻主機21當然亦可直接擺放於地面上。 該輸送單兀30具有一沿該軌道18設置的輸送帶3ι、 -可驅動該輸送帶31沿該軌道18循環地移動的動力源32 、一鄰近於該執道18的第二端部184的驅動齒輪33、一裝 設於該執道18的第一端部183上而鄰近於該入口 16的連 動齒輪34，及一裝設於該外殼單元1〇上的轉向連動齒輪 35。 "" 在本實施例中，該輸送帶31是為履帶式輸送帶，且， 該輸送帶31是裝設於該等限位執條181之間，並為該等支 撐軌條182所支撐。該等限位軌條181分別具有—朝内延 伸至該輸送帶31上方的限位凸塊186 (見圖6)，該等限位 凸塊186可防止該輪送帶31在移動的過程中翻起。 該動力源32是裝設於該外殼單元10上並鄰近於該出 8 1313742 口 17’且，該動力源32具有—馬達32i，及一與該馬達 32^動力連接的減速箱322，該驅動齒輪％是裝設於該減 速箱322的—輸出軸上，該驅動齒輪33、該連動齒輪34與 該轉向連動凿輪35是分別與該輪送帶31响合。如此，當 ^焉達321一亥減速相322驅動該驅動齒輪μ轉動時，該 驅動齒輪33配合該連動齒輪34與該轉向連動齒輪％，即 可驅使該輸送帶31«地沿_道18移動。 猎此’如圖4、5所示，當該輸送帶31沿該軌道18繞 該高度方向Z輸送數鞋件刚（在圖式中是以單—鞋件⑽ 作代表）％，该等風機22的出風管221可將經該冷凝器Μ 降溫冷卻的冷空氣吹送至該等鞋# i⑻上，而使該等鞋件 100被冷卻定型。 經由以上的說明，可再將本發明的優點歸納如下： 本發㈣執道18是繞該高度方向2螺旋地裝設於該容 置空間15’因此’該輸送帶31大部份的長度在繞該高度方 向z螺旋的情形下，均可被收納於該容置空間15内，如此 ，相較於習知配合該輸送帶2的設計而沿該橫方向x延伸 的機台b本發明的外殼單s 1G U可被設計成沿該高度 方向Z延伸，而不會過度沿該橫方向又伸展，因此，相較 於習知的冷卻裝置’本發明除了具有該輪送帶31在繞料 度方向Z轉動時亦可連續地輸送大量鞋件⑽的優點外， 本發明更可有效減少所佔用的地坪，而使廠房的室 可被更有效率地的使用D 、 換句話說，若本發明的外殼單元10的内徑是為D，且 1313742 κ輪送Τ 3 1在該容置空間15内配合該螺旋段185繞了 N 圈則在該外叙單元10所佔用的地坪長度略大於〇的情形 驾機σ 1則至少需佔用長達N X ( 7Γ xD)的地坪長 度（即約等該輸送帶31繞該螺旋段185所展開的長度）。 多1圖7 8 ’為本發明的一第二較佳實施例，該第二 較佳實施例是類似於該第一較佳實施例，其差異之處在於The cooling jacket 20 has a cooling main unit 21 mounted on the top wall H of the outer casing unit, a plurality of fans 22 stacked in the accommodating space 15 along the height direction z, and mounted on the accommodating space A condenser 23 in the space 15 and extending in the height direction Z. Each of the fans 22 has an air outlet pipe 221 which is slightly curved in shape to match the inner peripheral surface of the outer casing. In the present embodiment, the fan 22 and the condenser 23 are surrounded by the spiral section 185, and the water collecting tray 19 is located below the fan 22 and the condenser. In addition, the cooling main unit 21 can of course be placed directly on the ground. The transport unit 30 has a conveyor belt 3ι disposed along the rail 18, a power source 32 that can drive the conveyor belt 31 to cyclically move along the rail 18, and a second end portion 184 adjacent to the lane 18. The driving gear 33, a linking gear 34 mounted on the first end portion 183 of the lane 18 adjacent to the inlet 16, and a steering linkage gear 35 mounted on the casing unit 1A. "" In the present embodiment, the conveyor belt 31 is a crawler belt, and the conveyor belt 31 is disposed between the limit bars 181 and is the support rails 182 support. The limit rails 181 respectively have a limit protrusion 186 (see FIG. 6) extending inwardly to the conveyor belt 31, and the limit protrusions 186 prevent the wheel belt 31 from moving during the movement. Flip up. The power source 32 is mounted on the outer casing unit 10 and adjacent to the outlet 13 1313742 17', and the power source 32 has a motor 32i, and a reduction box 322 electrically connected to the motor 32. The gear % is mounted on the output shaft of the reduction gear box 322, and the drive gear 33, the interlocking gear 34 and the steering interlocking wheel 35 are respectively coupled to the wheel belt 31. In this way, when the drive gear μ is driven to rotate by the drive gear μ, the drive gear 33 cooperates with the linkage gear 34 and the steering linkage gear % to drive the conveyor belt 31 to move along the path 18 . As shown in Figures 4 and 5, when the conveyor belt 31 transports a plurality of shoe pieces (represented by a single shoe part (10) in the figure) along the track 18 in the height direction Z, the fans The air outlet duct 221 of 22 can blow cold air cooled by the condenser 至 to the shoes #i(8), and the shoe members 100 are cooled and shaped. Through the above description, the advantages of the present invention can be further summarized as follows: The present invention (4) is disposed in the height direction 2 in a spiral manner in the accommodating space 15' so that the length of the conveyor belt 31 is In the case of a spiral around the height direction z, it can be accommodated in the accommodating space 15, and thus, the machine b extending in the lateral direction x is similar to the design of the conveyor belt 2. The outer casing single s 1G U can be designed to extend in the height direction Z without excessively extending in the transverse direction, so that the present invention has the winding belt 31 in addition to the conventional cooling device. In addition to the advantage of continuously transporting a large number of shoe parts (10) when the direction Z is rotated, the present invention can effectively reduce the occupied floor, so that the room of the factory can be used more efficiently D, in other words, The outer diameter of the outer casing unit 10 of the present invention is D, and the length of the floor occupied by the outer casing unit 10 in the accommodating space 15 is matched with the spiral segment 185 around the N-turn. Slightly larger than 〇, driving σ 1 at least takes up to NX (7Γ xD) Floor length (i.e., the conveying belt 31 and the like wound about the coil segment 185 deployed length). 1 is a second preferred embodiment of the present invention, and the second preferred embodiment is similar to the first preferred embodiment, and the difference is that
出口 16、17在s亥兩度方向z是位於相同的高度 上’该軌運18具有—與該第—端部183連接的第—螺旋段 18<7、一與該第二端部184連接的第二螺旋段Mg，及一連 接；該第一螺旋段187、188之間的平直段i 89，該第 、一螺旋段188、189是分別繞該高度方向z螺旋地設置 於該容置空間15内。 該等風機22是裝設於該第—、二螺旋段187、188上 ^ ’遠冷凝器23是|設於該等風機22與該第_、二螺旋 段187、188之間’該集水盤19是裝設於該冷凝器a與第 一、二螺旋段187、188之間。 以輸送早兀30具有二裝設於該外殼單元ι〇上的轉向 連動齒輪35,該等轉向連動齒輪35在該輸送帶Μ的輸送 路徑上是介於該驅動齒輪33與該連動齒輪Μ之間。 如此’該第二較佳實施例亦可達到與上述第一較佳實 施例相同的目的與功效。 值传提的疋，該第—較佳實施例中的風機Μ、冷凝 器23與集水盤19，#然亦可如該第二較佳實施例般設置於 10 1313742 該螺旋段〗85上方。 ，而^^述，本發明之迴旋式冷卻裝置，不僅不佔地坪 逆大旦增進廠房室内面積的使用效率，且可連續地輸 里鞋件進行冷卻㈣，故確實能達到發明之目的。 淮乂上所述者，僅為本發明之較佳實施例而已，當 能以此限定本發明眚搞夕^ “日 卩大凡依本發明巾請專利 祀圍及U說明内容所作之簡單的等效變化與修飾， 屬本發明專利涵蓋之範圍内。The outlets 16, 17 are at the same height in the two-degree direction z, the rail 18 has a first spiral section 18 <7 connected to the first end 183, and a second end 184 is connected a second spiral segment Mg, and a connection; a straight segment i 89 between the first spiral segments 187, 188, the first spiral segment 188, 189 is spirally disposed around the height direction z respectively Set space 15 inside. The fan 22 is mounted on the first and second spiral segments 187, 188. The 'distant condenser 23 is disposed between the fan 22 and the first and second spiral segments 187 and 188. 19 is installed between the condenser a and the first and second spiral segments 187, 188. The transport chain 30 has two steering interlocking gears 35 mounted on the outer casing unit, and the steering interlocking gears 35 are interposed between the driving gears 33 and the interlocking gears in the conveying path of the conveyor belts between. Thus, the second preferred embodiment can achieve the same objects and effects as the first preferred embodiment described above. The value of the fan, the condenser 23 and the water collecting tray 19 in the first preferred embodiment may be disposed above the spiral section 85 as in the second preferred embodiment. According to the present invention, the rotary cooling device of the present invention not only does not occupy the floor, but also improves the use efficiency of the indoor area of the plant, and can continuously transport the shoe pieces for cooling (4), so that the invention can be achieved. The above description is only a preferred embodiment of the present invention, and can be used to limit the present invention to the present invention. Modifications and modifications are within the scope of the invention.
11 1313742 【圖式簡單說明】 圖1是習知一種冷卻裝置的外觀示意圖； 圖2是該冷卻裝置的橫截面剖視示意圖； 圖3是本發明之迴旋式冷卻裝置一第一較佳實施例的 平面外觀不意圖； 圖4是該第一較佳實施例的橫截面剖視示意圖； 圖5是該第一較佳實施例沿一高度方向的剖視示意圖 _ 圖6是圖5的局部放大示意圖； 圖7是本發明之迴旋式冷卻裝置一第二較佳實施例沿 一高度方向的剖視示意圖；及 圖8是該第二較佳實施例的橫截面剖視示意圖。BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional view of a conventional cooling device; FIG. 2 is a cross-sectional view of the cooling device; FIG. 3 is a first preferred embodiment of the rotary cooling device of the present invention. Figure 4 is a cross-sectional view of the first preferred embodiment; Figure 5 is a cross-sectional view of the first preferred embodiment along a height direction - Figure 6 is a partial enlarged view of Figure 5 Figure 7 is a cross-sectional view of a second preferred embodiment of the present invention in a heightwise direction; and Figure 8 is a cross-sectional view of the second preferred embodiment.
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【主要元件符號說明】 100… …鞋件 185… …螺旋段 10 ···· …外殼單元 186··· …限位凸塊 11 ·· …頂壁 187··. …第一螺旋段 12 ··· …底壁 188… …第二螺旋段 121… …支柱 189.·· …平直段 13 ··· …第一弧壁 19 ···· …集水盤 13 1··· …第 内層 20 ·.·_ …冷卻單元 132··· …弟外層 2 1 — …冷卻主機 133 · …第一保溫層 22 ···· …風機 134··. …弟 接合立而 221… …出風管 14 ···· …第二弧壁 23 ···· …冷凝器 141… …第一内層 30 ···· …輸送單元 142··· …弟一外層 31…· …輸送帶 143… …第二保溫層 32 .··· …動力源 144··· …第二接合端 321 ··· …馬達 15 .... …容置空間 322··· 16 ···· …入口 33 .··. …驅動齒輪 17 ··· …出口 34 ·_· …連動齒輪 18…· …軌道 35 ··· …轉向連動齒輪 181… …限位軌條 Z…… …问度方向 182··· …支撐軌條 X…… …ίκ方向 183 ··· …第一端部 184··· …第二端部 13[Main component symbol description] 100...shoe 185...spindle segment 10····...shell unit 186··· ...limit bump 11 ··...top wall 187··....first spiral segment 12 · ··... bottom wall 188... second spiral section 121... pillar 189.··...straight section 13···...first arc wall 19····...drain tray 13 1···...inner layer 20 ···_ ...cooling unit 132···...the outer layer 2 1 —...cooling the main unit 133 · the first insulating layer 22 ····...the fan 134··....the brother is engaged and the 221...the outlet pipe 14 ···· ...the second arc wall 23 ·····condenser 141...the first inner layer 30 ···· ...the transport unit 142···...the outer layer 31...the conveyor belt 143...the second Insulation layer 32 . . . . ... power source 144···...second joint end 321 ····motor 15 .... ... accommodating space 322 ··· 16 ····...inlet 33 .··. ... drive gear 17 ··· ...outlet 34 ·_· ... interlocking gear 18 ... · ... track 35 ··· ... steering interlocking gear 181 ... ... limit rail Z ... ... question direction 182 ··· ...support rails X...... ...ίκdirection 183 ···...first end 184···...second end 13