1268828 藉由兩極產生高電弧將鋅合金線材熔化，同時由高壓空 將熔化金屬嘴出霧化黏著於模型表面以完成模具製作，^ 種模具製作技術之缺點包括： (1) =作環境危險且惡劣：由於使用高電壓且鋅合金熔點 同（約430度C)，工作相對危險，加上使用高壓氣 體、高壓電弧，工作現場噪音非常大，工作環境極為 惡劣。 '' (2) 模具精度差且變形嚴重：使用此類技術製作模具由於 模面受到高溫高應力及鋅合金收縮率大（以〜丨· 1%)之 ’5V響’模具之拔模面及分模面變形嚴重，容易出現倒 勾及無法正確合模問題，應用上多僅限於精度要求不 咼且無脫模困擾之橡膠類軟材料射出模具製作（如鞋 底、輪胎…）。 (3) 模具積層速度慢，製模時間長，一般僅能製作lmm〜2_ 模具薄殼，再使用金屬樹脂背材進行模具填補，製成 之模具由於夾雜金屬及不可回收之熱固型金屬樹脂， 結合性不若單一材質模具，且會造成環保問題。 本發明人有鑣於此，即本著創作之精神，乃思及製程 及裝設之方法創作而不斷地試驗製程方法及製品，經由多 次试驗及夕年經驗，而有改進現今缺失之本創作，進而提 出本發明。 【發明内容】 本發明之主要目的，乃在提供一種低熔點金屬模具喷 蜜裝置’其利用喷塗系統與調整座相配合以進行低熔點金 1268828 屬模具喷塗作業之設計，可直接於模型表面進行多次 縮金屬薄膜嘴塗作業’且模具製作過程經多道次喷塗;^ 亦不會產生内應力導致模具變形，完叙㈣可達到^ 縮無變形之優點，喷塗作業更具精密性及 作市場競爭力者。 $ 、本發明之次要目的，乃在提供一種低溶點金屬模 塗裝置，其㈣本裝置所完成之全金屬模具，於不使用時 則可回收祕成金屬液重複使用（回收使用率達8() —95%)， 以有效改善傳統金屬模具目摻雜使用樹成無法回收 環保負擔者。 、本發明之另一目的，乃在提供一種低熔點金屬模具噴 塗裝置，其利用調整座具有一可前後滑移之第一基板、左 右滑移之第二基板、36〇度旋動之轉盤及前後調整角度之作 動塊的e又计，令操作台可依元件欲噴塗之位置靈活調整以 達到多向肖度之操作，俾使噴塗作業更為順手無障礙者。 【實施方式】 餘下’兹配合圖式詳細說明本發明之最佳實施例如后： 如第=圖所不係為本發明之前侧立體圖（請同時參考 第二圖所不係為本發明之後側立體透視圖），其喷塗裝置 (10)係设有-由若干縱、橫支架⑴丨）相互組接而成之機台 (ιυ ’於機台ui)之下方—侧設—溫度控制箱（12)，該控 制相（12)係没有-電源開關（121)與第—段溫控（122)、第 二段溫控（123)及第三段溫控（124)相配合，於控制箱⑽ 上方木a又平口（丨丨2)，平台（112)上方四侧面各框設三遮 1268828 板（113)及一透視板（114)而形成一封閉空間（115)，而透視 板（114)係設呈較窄而於下方形成一與封閉空間（115)相通 之操作區（116)，於平台（112)之一側設一可多方向位移、 360度旋動及角度旋動之調整座（13)與操作區〇16)相對 (如第二圖所示），该调整座（13，如第四圖及第五圖所示） 係於平台（112)之適當處對稱固設一呈凸字狀之導執 (131)，於導執（131)上方設有一具门狀第一滑塊（I%)之第 一基板（133)，令第一滑塊（132)可順導軌（丨31)作前後移 動，第一基板（133)之兩侧對稱架設有一導桿（134，可為圓 • 桿或矩形桿等任何形狀之桿體）’該導桿（134)並樞置穿設 若干具樞孔（1351)之第二滑塊（135)與第二基板（136)相結 合’令第一滑塊（135)可順導榉（134)左右移動，於第二基 板（136)之中心設一可360度旋動之轉盤（137)，該轉盤（137) 係设呈U狀而具有兩撐片（1371)，於二撐片（1371)間設有 • 一樞桿（1372)供一具樞孔之作動塊（138)樞穿且受二撐片 (1371)之限位，令作動塊（138)可順樞桿前後旋動呈傾斜狀 以調整角度（如第六圖所示），於作動塊（138)之頂面設一操 鲁 作台（139) ’平台（112)之另一側貫設一鏤孔（1 κι)與一可 上下調整南度之喷塗系統（14)相對，該噴塗系統（μ)係設 有一小於鏤孔（1121)之上、下撐座（141、142)，於上、下 撐座（141、142)間之相對四侧角各設一支架（m3)，並設一 供料桶（144)及一具消音器、空氣馬達、吸入口（145ι)及輸 出口（1452)之高壓泵浦（145)分別置放於下撐座（142)及上 撐座（141)，該高壓泵浦（145)之内部設一管路過濾、器與吸 入口（1451)及輸出口（1452)相通，且吸入口（1451)係深入 於供料桶（144)内，於後側兩支架（143)之相對位置各設一 1268828 , 縱桿（146)，且於兩支架（143)之適當處設有若干具樞孔 (1471)之定位滑塊（147)可順縱桿（146)上下滑移（如第七 圖所示）及定位以調整喷塗系統（14)之高低位置，於高壓泵 • 浦（145)之輸出口（1452)接設一具紅外線之高壓自動喷搶 ； (I48)，於搶管（1481)之内部設有過濾器與各種尺寸之高壓 喷嘴（1482)相配合，該喷嘴（1482)恰位於操作台（139)之上 方，且第一、二、三段溫控〇22、I23、124)各與供#桶 (144)、高壓泵浦（145)及高壓自動喷搶（148)相導電加熱至 設定之溫度，且高壓自動喷槍（148)係受一踩踏開關（15)之 > 控制者。 ’ 於操作時，係先接上電源（單相220V)及高壓泵浦（145) 之空氣源（1 HP以上經乾燥過濾），並選擇所欲使用之喷嘴 (1482)尺寸裝設於高壓自動喷搶（148)，再將低熔點金屬置 放於供料桶（144)内，並設定加熱控制箱（12)之第一段溫控 (122，約220°C)、第二段溫控（123，約200。〇及第三段溫 控（124,約250°C)之溫度後，啟動電源開關（121)使供料桶 (144)、高壓泵浦（145)及高壓自動喷槍（1482)分別受第 • 一、二、三溫控（122、123、124)之導電加熱至所設定之溫 度，令低熔點金屬於供料桶（144)内加熱形成金屬液後，再 依需求壓力設定好高壓泵浦（145)輸入之空氣壓力（本機為 32:1即lkg/cm2的空氣壓力輸入時輸出為32kg/cm2)並開 ‘ 啟，踩踏開關（15)空氣調壓器壓力設定在4kg/cm2至 5kg/cm，此時’操作者即可位於喷塗裝置（1〇)之透視板（114) 前，並將欲喷塗之模型（21)槽面（211)朝下置放於一分模板 (30)呈凸狀並由操作區（116)置於操作台（139)上，該分模 板（30)及模型（21)之表面係可塗佈一具隔離效果之薄膜， 9 1268828 •【圖式簡單說明】 第一圖：係為本發明之前側立體圖。 第二圖：係為本發明之後側立體透視圖。 第三圖：係為本發明之前視平面圖。 第四圖··係為本發明之調整座與操作台立體分解圖。 第五圖··係為本發明之調整座及操作台同步旋動及前後 左右位移動作示意圖。 第六圖：係為本發明之調整座及操作台角度調整動作示 意圖。 第七圖：係為本發明之後視平面圖。 第八圖：係為本發明之侧視暨使用狀態示意圖。 第九圖：係為本發明成型為低熔點金屬模具（母模）之喷 塗作業程序不意圖。 第十圖：係為本發明成型為低熔點金屬模具（公模）之喷 塗作業程序示意圖。 【主要元件符號說明】 10··· …·喷塗裝置 11..... .機台 111·· ...支架 112···· .平台 1121. ...鏤孔 113···· .遮板 114·· 115···· .封閉空間 116.. ...操作區 12..... .溫度控制箱 121·· ...電源開關 122···· .第一段溫控 123·· ...第二段溫控 124···· .第三段溫控 13··· ...調整座 131···· .導軌 12 1268828 132·… .第一滑塊 133·· ...第一基板 134·… .導桿 135·· …·第二滑塊 1351··· .柩孔 136·· 137·… .轉盤 1371. …撐片 138·… .作動塊 139·· ...操作台 14..... .喷塗系統 141·· ...上撐座 142·… .下樓座 143·· ...支架 144·… .供料桶 145·· ...高壓泵浦 1451··· •吸入口 1452. ...輸出口 146·… .縱桿 1471· ...框孔 147·… .定位滑塊 148·· ...高壓自動喷槍 1481 … .槍管 1482. ...高壓噴嘴 15..... .踩踏開關 20、20，····· .低熔點金屬模具 21..... .模型 211·· ...槽面 30、30’ ......分模板 31，·· .·.凹部 131268828 The zinc alloy wire is melted by high arc generated by the two poles, and the molten metal nozzle is atomized and adhered to the surface of the model by high pressure air to complete the mold making. The disadvantages of the mold making technology include: (1) = environmental hazard and Harsh: Due to the high voltage and the melting point of zinc alloy (about 430 ° C), the work is relatively dangerous, coupled with the use of high-pressure gas, high-voltage arc, the work site noise is very large, the working environment is extremely harsh. '' (2) Poor precision and severe deformation: using this kind of technology to make molds due to the high temperature and high stress of the mold surface and the zinc alloy shrinkage rate (~丨·1%) of the '5V ring' mold's draft surface and The deformation of the parting surface is serious, and it is prone to the problem of barbs and incorrect clamping. The application is limited to the production of rubber soft material injection molds (such as soles, tires...) with no precision requirements and no mold release troubles. (3) The mold laminating speed is slow and the molding time is long. Generally, only the thin mold shell of lmm~2_ can be made, and then the mold is filled with the metal resin backing material. The mold is made of metal and non-recyclable thermosetting metal resin. The combination is not as simple as a single material mold, and it will cause environmental problems. The present inventor is hereby continually experimenting with process methods and products in the spirit of creation, thinking and process and installation methods, and through the many trials and experience of the eve, there is an improvement in the present absence. The present invention further proposes the present invention. SUMMARY OF THE INVENTION The main object of the present invention is to provide a low-melting-point metal mold spraying device, which uses a spraying system to cooperate with an adjusting seat to perform a low melting point gold 1268828 mold spraying operation, which can be directly applied to the model. The surface is subjected to multiple metallized film nozzle coating operations' and the mold making process is sprayed in multiple passes; ^ there is no internal stress causing the mold to deform, and the finished (4) can achieve the advantages of shrinkage and no deformation, and the spraying operation is more Precision and market competitiveness. $. The secondary object of the present invention is to provide a low-melting point metal mold coating device, wherein (4) the full metal mold completed by the device can be reused when the metal mold is not used (recycling rate) Up to 8 () - 95%), in order to effectively improve the traditional metal mold doping the use of trees into the inability to recycle environmental burden. Another object of the present invention is to provide a low melting point metal mold spraying device, which uses a first base substrate that can slide back and forth, a second substrate that slides left and right, and a 36-degree rotating turntable. The e-measurement of the moving block of the front and rear adjustment angle allows the console to be flexibly adjusted according to the position where the component is to be sprayed, so as to achieve a multi-directional operation, and the spraying operation is more convenient. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The following is a detailed description of the preferred embodiments of the present invention, such as the following: FIG. 2 is not a front perspective view of the present invention. In perspective view, the spraying device (10) is provided with a machine set up by a plurality of vertical and horizontal brackets (1) 丨) (under the machine ui) - side setting - temperature control box (12), the control phase (12) is not-power switch (121) is matched with the first segment temperature control (122), the second segment temperature control (123) and the third segment temperature control (124), in the control The upper part of the box (10) is flat (丨丨2), and the four sides of the platform (112) are respectively provided with three cover 1268828 plates (113) and a see-through plate (114) to form a closed space (115), and the see-through plate ( 114) is configured to be narrower and form an operation area (116) communicating with the closed space (115), and a multi-directional displacement, 360-degree rotation and angular rotation are arranged on one side of the platform (112). The adjusting seat (13) is opposite to the operating area 〇16) (as shown in the second figure), and the adjusting seat (13, as shown in the fourth and fifth figures) is tied to the flat (112) symmetrically fixes a convex-shaped guide (131), and a first substrate (133) having a gate-shaped first slider (I%) above the guide (131) The first slider (132) can be moved back and forth along the guide rail (丨31), and a guide rod (134, which can be a rod of any shape such as a circular rod or a rectangular rod) is symmetrically arranged on both sides of the first substrate (133). 'The guide rod (134) and the second slider (135) pivotally disposed with a plurality of pivot holes (1351) are combined with the second substrate (136) to make the first slider (135) slidable ( 134) moving left and right, a 360-degree rotating turntable (137) is disposed at the center of the second substrate (136), and the turntable (137) is U-shaped and has two struts (1371). (1371) is provided with a pivot (1372) for a pivoting actuating block (138) to be pivoted and limited by the two struts (1371), so that the actuating block (138) can be rotated forward and backward along the pivot The movement is inclined to adjust the angle (as shown in the sixth figure), and a top surface of the actuating block (138) is provided with a boring table (139). The other side of the platform (112) is provided with a boring hole (1) Κι) and a spray that can adjust the south degree In contrast, the spray system (μ) is provided with a smaller than the pupil (1121) and the lower support (141, 142), and the opposite four sides of the upper and lower supports (141, 142) Each of the brackets (m3) is provided, and a supply tank (144) and a high-pressure pump (145) having a muffler, an air motor, a suction port (1451) and an output port (1452) are respectively placed on the lower support. The seat (142) and the upper support (141), the high-pressure pump (145) is internally provided with a pipeline filter, the suction port (1451) and the output port (1452) are connected, and the suction port (1451) is deep. In the feeding bucket (144), a 1268828, a longitudinal rod (146) is respectively disposed at a relative position of the two brackets (143) on the rear side, and a plurality of pivot holes (1471) are provided at appropriate positions of the two brackets (143). The positioning slider (147) can slide down the vertical rod (146) (as shown in Figure 7) and position to adjust the height of the spraying system (14) at the output of the high pressure pump (145). (1452) Connected with an infrared high-pressure automatic spray; (I48), a filter is arranged inside the pipe (1481) to cooperate with high-pressure nozzles (1482) of various sizes, the nozzle (14) 82) just above the console (139), and the first, second and third sections of the temperature control 〇 22, I23, 124) and the # barrel (144), high pressure pump (145) and high pressure automatic spray ( 148) The phase is electrically heated to a set temperature, and the high pressure automatic spray gun (148) is controlled by a pedal switch (15). ' When operating, first connect the power source (single-phase 220V) and high-pressure pump (145) air source (1 HP or more dried and filtered), and select the nozzle (1482) to be used in the high-voltage automatic Spray (148), then place the low melting point metal in the supply tank (144), and set the first temperature control (122, about 220 ° C) of the heating control box (12), the second stage temperature control (123, about 200. 〇 and the third temperature control (124, about 250 ° C) temperature, start the power switch (121) to make the supply tank (144), high pressure pump (145) and high pressure automatic spray gun (1482) respectively heated by the first, second and third temperature control (122, 123, 124) to the set temperature, so that the low melting point metal is heated in the supply tank (144) to form a molten metal, and then The demand pressure is set to the air pressure of the high pressure pump (145) input (the output is 32kg/cm2 when the air pressure input of the machine is 32:1, lkg/cm2) and is turned on, the pedal switch (15) air regulator The pressure is set at 4kg/cm2 to 5kg/cm. At this time, the operator can be located in front of the see-through plate (114) of the spraying device (1〇) and the model (21) groove to be sprayed. (211) placed in a sub-plate (30) convexly and placed on the operation table (139) by the operation area (116), the surface of the sub-template (30) and the model (21) can be coated A film with isolation effect, 9 1268828 • [Simplified description of the drawings] The first figure is a front perspective view of the invention. The second figure is a perspective view of the back side of the invention. The front view is a plan view. The fourth figure is an exploded view of the adjustment seat and the operation table of the present invention. The fifth figure is a schematic diagram of the synchronous rotation of the adjustment seat and the operation table of the present invention and the front, rear, left and right displacement operations. Fig.: is a schematic diagram of the adjustment operation of the adjusting seat and the operating table of the present invention. The seventh drawing is a rear view plan of the present invention. The eighth drawing is a schematic view of the side view and the use state of the present invention. It is not intended to be a spraying operation procedure for molding a low melting point metal mold (mother mold) according to the present invention. Fig. 10 is a schematic view showing a spraying operation procedure for forming a low melting point metal mold (male mold) according to the present invention. Description] 10··· ... Spraying device 11......machine table 111··... bracket 112····. platform 1121. ... boring 113····. visor 114·· 115···· Closed space 116.. ...Operating area 12... . Temperature control box 121·· ... power switch 122····. First stage temperature control 123··...second stage temperature Control 124····. Third-stage temperature control 13···...Adjustment seat 131····. Guide rail 12 1268828 132·.... First slider 133··...first substrate 134·... Guide rod 135····Second slider 1351··· .柩 136·· 137·. . Turntable 1371. ... struts 138·.. Actuating block 139··...operation table 14... .. . spraying system 141 · ... upper support 142 · .... lower floor 143 · ... bracket 144 · .... supply tank 145 · ... high pressure pump 1451 · · · Suction port 1452. ...output port 146·....longitudinal rod 1471·...frame hole 147·....positioning slider 148··...high pressure automatic spray gun 1481 .... barrel 1482. ...high pressure Nozzle 15......Stepping switch 20, 20, ····· . Low melting point metal mold 21..... Model 211··...Slot surface 30, 30'... Sub-template 31,···.. recess 13