200849118 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種物料回溫處理技術，更詳而言 之，如關於一種對已過期之物料執行回溫作業之物料回溫 處理方法。 【先前技術】 隨著科學技術的不斷蓬勃發展，電子產品已廣泛應用 於人們的日常生活當中，故對印刷電路板 ci rCUi t Board，PCB)之需求愈來愈大，同時，為提升印刷 電路板之整體功能，印織路板上—般會職有規格不同 且數目眾多之主、被動元件，其構造亦相對越來越複雜。 因此’於貼裝作業中，保證所使用之元件均合乎品質要求 係攸關於該由元件所貼裝後之電路板的產品品質。 目前印刷電路板上多數佈設有複數例如電阻、電容、 二極體、電晶體、插槽、介面元件等各類型電子元：谷以 貫現不同之功能。以印刷電路板所使用之濕敏元件 二:ensitive Deviee，_為例，通常係將複數 -有同—屬性之濕敏元件縣於—包裝袋中，並於該勺牡 袋上貼有包含該濕敏元件數量、暴露於空氣 二衣 限、以及回溫時間等訊息之標識碼。各該 ； 貼裝技術貼裝於印刷電路板上，= = 人貝將封裝有減祕元件U裝料封 ^ 濕敏元件取出並執行貼裝作業。然：=以 暴露於空氣中，其在空氣中使 長時間 用係具有使用哥命之限制， Π0287 5 200849118 —超過該使射錄於塑料表面 產生足夠的嶋力損傷或毀壞元件，例會 晶片或軸上的内部分離、連接線損二 從 部裂紋等，甚至元件鼓脹與爆裂。故若元内 於空氣中之有效期限，須將直自生產：—一超過暴露 處理:广肖除元件之漫氣，俾恢復其使用之有回溫 白知之回溫作業通常係透過一烘: 員將自生產線撤下之仍地、1 π衣置兀成，刼作人 裝置中，並透件放置於例如烤箱之供烤 之心時二？ 件之包裝袋之標識碼中包含BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a material reheating treatment technique, and more particularly to a material reheating treatment method for performing a rewarming operation on an expired material. [Prior Art] With the continuous development of science and technology, electronic products have been widely used in people's daily life, so the demand for printed circuit boards (ci rCUi t Board, PCB) is increasing, and at the same time, in order to improve printed circuits The overall function of the board, the main board and the passive components with different specifications and a large number of parts on the printed board, the structure is relatively more and more complicated. Therefore, in the placement operation, it is ensured that the components used are in conformity with the quality requirements of the product board after the component is mounted. At present, most of the printed circuit boards are provided with various types of electronic components such as resistors, capacitors, diodes, transistors, slots, interface components, etc.: the valleys have different functions. For example, the humidity sensitive component used in the printed circuit board: ensitive Deviee, _ is usually used to pack the plurality of moisture sensitive components in the same package, and the paste is attached to the spoon. The identification code of the number of humidity sensitive components, exposure to air, and temperature recovery time. Each of these; mounting technology is mounted on the printed circuit board, = = people will be packaged with a reduced component U charging seal ^ moisture sensitive components are removed and the placement work is performed. However: = to expose to the air, it is used in the air for a long time to use the limit of the use of life, Π 0287 5 200849118 - more than this to make a sufficient amount of force on the plastic surface to damage or destroy components, regular wafer or The internal separation on the shaft, the connection line loss, the secondary crack, etc., and even the component bulges and bursts. Therefore, if the effective period of the element in the air, it must be directly from the production: - one more than the exposure treatment: Guangxiao in addition to the component of the gas, 俾 restore its use of the return to the temperature of the white back to the warmth of the operation is usually through a baking: The staff will remove the 1 π clothes from the production line, put them into the device, and place them in the oven for the sake of baking. The package code of the package contains
之口4間讯息，以供操作人員依據該 U =該濕敏元件於該供烤裳置中之 ”：二為 =元件於回溫作業完成後，即回復成為有=二 可供後續重新利用。然， W紅件， 袋中有部分濕敏元件已被使用=二=元件包裝 碼中所記錄之濕敏元件之數量顯然不正確，目L之2識 旦為方式查看同屬於—包裝袋中所剩之濕敏元件數 :杳^人為方式將對應之標識碼中元件數吾訊自更新為 所=數量，以提供有效數量訊息予後^ 免會因許多因素，包括作業人員^性幸父差，難 境影響而導致發生出錚，例“纟硯因素及客觀環 掌炉-从例如於元件烘烤過程中不能即時 到=者元件數量更新錯誤等，無法做 產品所需物料二f!。況且，前述之撿料過程將依據 所而物枓數置的差異而有不同之複雜度，換言之，物 110287 6 200849118 料愈多則確認工作愈耗時繁雜，同時也增加人為錯誤声在 .之機率，因而造成生產成本之提升。另_方面，二 耗費㈣本過高，對亟欲尋求生產成本降低以增加 產叩观t力的製造廠商而言，顯然是極不合理的。 因此，對於講求效率之生產線來說，如何 =溫過程中進行即時管控，並更新元件之數： 工作之效率，乃目前祕解決之問題。 【發明内容】 … #於上述習知技術之缺點，本發明之 一種物料回溫處理方法，俾 ^ t在於提供 重新投入使用，提高物料之利用率。 ， 皿處理後可 本發明之另一目的在於提供一 進度之物料回溫處理方法。、％可即4監控物料回溫 本發明之再一目的在於一 料回溫處理方法。 、’、 可提高工作效率之物 為達成以上所述以及其他目 料回溫處理方法，复 、，本裔明即提供一種物 ，、你稱建於一哇 / 已過期之物料執行回溫作業，一作小系統中，用以對 .包封於一具有—標識碼之封；，該複數個物料係原始 .物料數量訊息以及回溫 ，且該標識碼係至少包含 包括：當將各該已過期之物料二：物料回溫處理方法係 ，生產作業系統計算得到該二生f作業系統撤下時， 罝’亚依據該剩餘數量而將 匕中所剩餘之物料數 息更新為該樹餘數量·=、。之標識碼之物科數量訊 ，^包之_碼’以獲取對應 110287 7 200849118 該封包所含物料之回溫時間訊息；將各該物料置放於一烘 烤裝置中進行烘烤，並依據所獲取之回溢時間訊息控制該 烘烤裝置之烘烤時間；當偵測到該烘烤裝置之烘烤時間係 達到所獲取之回溫時間訊息時，令該烘烤裝置停止烘烤並 自該烘烤裝置中取出各該物料；以及重新封裝各該已完成 烘烤作業之物料。 上述透過該生產作業系統計算得到該封包中所剩餘之 物料數量訊息之步驟係具體包括：於拆封該物料封包前， 讀取該封包之標識碼，以獲取對應該封包所含物料之初始 數量；於拆封該封包並取用其中之物料以應用於生產作業 過程中，透過該生產作業系統即時偵測物料之使用情況以 獲取物料之已使用數量，並據以計算出該封包中物料之剩 餘數量；以及依據計算得到之剩餘數量，將該封包之標識 碼之物料數量訊息更新為該剩餘數量。其中，該剩餘數量 之計算係為將所讀取之物料初始數量減去所監測之已使用 數量而得到之數量。 上述該烘烤裝置係具有一裝置代碼，於一實施例中， 於物料烘烤過程中可依據該裝置代碼，監控該烘烤裝置中 物料之烘烤進度。 相較於習知物料回溫處理技術.，本發明之物料處理方 法可實現對物料回溫處理進行資訊化管理，可即時管控物 料之回溫進程，並於完成回溫作業後即時更新物料訊息， 藉以確保物料經回溫處理後可重新投入生產線使用；同 時，相較於習知技術中以人工作業方式進行回溫處理，相 110287 200849118 對提高工作效率。 【實施方式】 、以下係藉由特定的具體實例說明本發明之實施方式， 热悉此技#之人士可由本說明書所揭示之内容輕易地瞭解 本$明之其他優點與功效。本發明亦可藉由其他不同的具 體貫例加以施行或應用，本說明書中的各項細節亦可基於 不同觀點與應用，在不悻離本發明之精神下進行各種修飾 "月 > 閱第1圖，係顯示本發明之物料回溫處理方法之 =示意圖。於以下實施例中，本發明之物料回溫處^方 構建於一生產作業系統中，用以判斷用於印刷電路板 1、B)之表面貼裝製程（SMT)中已過有效期限之物料，並將 自生產線撤下後執行回溫作業，俾恢復該物 ==重新!，。其中，該生產作業系統係例 FI 〈疋’、、、工廠貧訊系統（Fact〇ry Inf0rmati0n System )’该物料係被包封於—具有—標識碼之封包中，且每’ 量2中的物：數量不限，而該標識碼係至少包含物料數 例““及回溫時間訊息’但並不以此爲限，其亦可包括 ?=包所封存物件之類型、規格、生產批次= :之vr與該識別碼對應之封包庫位等相關訊息。於 本，:w ’該物料係以濕敏元件（Molst 於 則為例來說明，其留存在Μ中之時間係且有6 :::期限之限制，但並不以此為限，且有 使用期限並能透過特定程式回復其使用期限之特性= 110287 9 200849118 〃 件。 - 如第1圖所示，本發明之料件管控方法係包括以下詳 細實施步驟：於步驟S100，當將各該已過期之物料自該生 產作業系統撤下時，透過該生產作業系統計算得到該封包 中所剩餘之物料數量，並依據該剩餘數量而將該封包之標 識碼之物料數量訊息更新為該剩餘數量。於本實施例中， 該生產作業系統可即時監控該封包中物料之使用情況，例 如當物料被取出並使用於印刷電路板（PCB)之其中一貼裝 ^ 製程時，該生產作業系統即會生成一文檔，以可記錄該貼 裝製程中所使用之物料數量，俾該作業系統依據該文檔所 記錄之已使用物料數量即時扣除該部分數量，達可準確計 算得到該封包中現存之還未使用之物料的剩餘數量，並同 時更新該封包之標識碼的物料數量。接著，進至步驟S102。 於步驟S102,讀取該自該生產作業系統撤下之封包之 標識碼，以獲取對應該封包所含之已過期之複數剩餘物料 之回溫時間訊息。接著，進至步驟S104。 於步驟S104,將各該物料置放於一烘烤裝置中進行烘 烤，並依據所獲取之回溫時間訊息控制該烘烤裝置之烘烤 時間。於本實施例中，該烘烤裝置係依據標識碼之回溫時 間訊息而自動將烘烤時間設定為與該回溫時間訊息相對應 之時間。該烘烤裝置係例如一烘烤箱，且其具有一裝置代 碼，藉由該裝置代碼，產線人員甚至可藉由一例如網路連 接於該生產作業系統之個人數位助理（PDA)或其他具有網 路連結功能之資料處理裝置，並透過輸入烘烤裝置之裝置 10 110287 200849118 ^ 代碼而於遠端即時監控該構建於生產作業系統之烘烤裝置 , 中物料的烘烤進度。該烘烤進度係具有包括例如該物料之 封包之標識碼訊息、物料類型、物料烘烤狀態、物料烘烤 開始時間、設定之烘烤時間、已完成烘烤時間、以及剩餘 烘烤時間等訊息，俾對物料烘烤進行有效管控。接著，進 至步驟S106。 於步驟S106，於該烘烤裝置進行烘烤物料之過程中， 偵測該烘烤裝置之烘烤時間是否達到所獲取之回溫時間訊 ， 息，若是，則進至步驟S108 ;若否，則繼續執行本偵測步 驟。 於步驟S108，令該烘烤裝置停止烘烤並自該烘烤裝置 中取出各該物料。於本實施例中，當該烘烤裝置所顯示之 剩餘烘烤時間倒計時並直至歸零時，該烘烤裝置即停止烘 烤並可同時發出一例如提示訊號以供產線人員據此將該完 成烘烤之物料自該烘烤裝置中取出。該提示訊號係例如藉 由該生產作業系統及/或該烘烤裝置所提供之亮燈閃爍或 聲音鳴響等提示方式。接著，進至步驟S110。 於步驟S110，重新封裝各該已完成烘烤作業之物料， 使其密閉包封於一封包中。於本實施例中，若該重新封裝 步驟僅是依據原有封包中所剩餘之物料直接進行封裝，則 復包括驗證該新的封包中之物料數量是否與於步驟S100 所更新之標識碼之物料數量訊息相一致，且於二者不一致 時，將該標識碼之物料數量訊息更新為該新的封包中物料 之實際數量；若該重新封裝步驟是指將各該剩餘物料重新 11 110287 200849118 .新為物!!標識碼之物料數量訊息更 再將該重新封=之實際數量。於後續處理程式中， 過生產作存於指定之庫位中，以供下次透 、玍座作業糸統重新投入使用。 清繼績表間蒙9 θ / _細之運: 圖，/、係用以顯示上述步驟S100之更 口平細 < 連仃步驟。於 .讀取該封包之01 ’於拆封該物料封包前， 數量。接著，對應該封包所含物料之初始 数里接者，進至步驟S1 002。 於步驟S1 0 〇 2，於叔封兮j：a a、， 用於生產作掌過δ" '匕並取用其中之物料以應 之使用情L=:過該生產作業系統即時偵測物料 S:: 錢取物料之已使用數量。接著，進至步驟 於步驟S1003，依據所獲取之 測之已使用物料數量，計算出剩i °數=以及所谓 該剩餘數量之計算係為 矛、里、。於本實施例中， 測之已使用數量而得到之數I 2物料初始數#減去所搞 S1004 , 里。接者，進至步驟S1 004。 %少& S1004，依據計算得 碼之物料數量訊自IA “ *數1，將該標識 里σίι心更新為該剩餘數量。 請參閱第3目，其係顯 於針對自生產線下線之已過期之物^物料回溫處理方法 詳細的流程示意圖。 物科執行回溫處理前之較 如第3圖所示’於步驟咖巾 … 接收包封有物料之封包。接 ^ 〇x產作業系統 文有運至步驟S91 〇 於步驟S91，透過該生產 業系統將所接收到的封包 110287 12 200849118 .rμ錯存於指定之庫位中。接著進至步驟咖。 於步驟S92’透過該生產作業系 型號。接著進至步驟S93。 刀㈣曰以封包之 於步驟S93,傳送該封包至 依據哕Θ 6 αϋ什刊辦早7L，藉以 件’二牛判斷該封包内之物料是否為濕敏元 ;若否，則進至步驟S95。 、v驟S94 ’透過該生產作孝李 進至步驟S95。 拆開该封包。接著 6点^驟S95 ’掃描該物料之識別碼以驗證兮物今— 凡成％證，則進至前揭之步驟S100。 4。右 較佳者，於本實施例中，前揭 後續處理麵至步驟S9卜以將 執仃完成後之 定之庫位。 "^衣之封包儲存於指 職;^本發明之物料處理方法係用 :行回溫作業’其係預先讀取該封包之標::過期，物料 二回溫時間訊息，據此控制 :獲取物 於烘烤過程中可即時管批物料夕^衣置之供烤時間，並 烘烤I W士 回溫進程，且當偵洌到# 圬衣置之烘烤時間係達到所獲取之 崎“ 該供烤裝置停止供烤並自該供烤裝置中讯息時，令 ί行Γ封農’並更新封裝後之標識碼之物料供 猎以確保經回溫處理之物料可再 數里訊息， 之利用率。同時，相較於羽击又 用，提高物料 回溫處理作業，相對提高^效γ以人工作業方式執行 上述實施例僅例示性說明本發明之原理及其功效，而 Π0287 13 200849118 非用於限制本發明。^ 北十日々，i 乙丨可熟習此項技藝之人士均可在；7•、童 月本發明之精神及範田备 T J在不延 改 權利保護範圍，應如後述之申 變。因此，本發明之可，對上述實施例進行修飾與 請專利 範圍所列。 【圖式簡單說明】 之 流程:意不本發明之本發明之物料回溫處理方法 圖；2圖係顯示顯示步驟sm之更詳細運行步驟之示意 產線下 示意圖 :圖係顯示本發明之物料回溫處理方法於針對自生 、:之已過期之物料執行回溫處理前之較詳細的流程 【主要元件符號說明】 S100至S110步驟4 messages for the operator to use according to the U = the humidity sensor in the roasting skirt": two = the component is completed after the warming operation, that is, the reply becomes = two for subsequent reuse However, W red parts, some moisture sensitive components in the bag have been used = two = the number of moisture sensitive components recorded in the component packaging code is obviously incorrect, the purpose of the two is the same as the package - the bag The number of moisture sensitive components left in the system: 杳 ^ artificial way to update the number of components in the corresponding identification code to the number of the number, in order to provide a valid quantity message to the post ^ free due to many factors, including the operator ^ sexual father Poor, difficult to cause the occurrence of embarrassment, such as "纟砚 factors and objective ring furnace - from the component baking process, for example, can not be instantaneous to = the number of components updated incorrectly, can not do the required materials for the product two f! . Moreover, the aforementioned dip process will have different complexity depending on the difference in the number of objects, in other words, the more materials 110287 6 200849118, the more time-consuming and complicated the work is confirmed, and the human error is also increased. Probability, resulting in an increase in production costs. On the other hand, the cost (4) is too high, and it is obviously unreasonable for manufacturers who want to reduce production costs to increase production. Therefore, for the efficiency-oriented production line, how to control the real-time control and update the number of components: The efficiency of work is the current secret problem. SUMMARY OF THE INVENTION [#] In the above-mentioned disadvantages of the prior art, a material temperature-recovering method of the present invention is to provide a re-use to improve the utilization of materials. It is another object of the present invention to provide a process for material temperature recovery. , % can be 4 to monitor the material temperature back. Another object of the present invention is a material temperature recovery method. , ', can improve the efficiency of the work in order to achieve the above and other methods of rejuvenation treatment, Fu, this person provides a thing, you said that built in a wow / expired materials to perform the warming operation a small system for encapsulating a seal having an identification code; the plurality of materials are original material quantity information and temperature, and the identification code includes at least: when each of the Expired material 2: The material return temperature processing method, when the production operation system calculates that the second-generation f operation system is removed, 罝 'Asia updates the number of materials remaining in the 依据 according to the remaining quantity to the remaining amount of the tree ·=,. The number of materials of the identification code, ^包之_码' to obtain the corresponding temperature information of the materials contained in the package 110287 7 200849118; put each of the materials in a baking device for baking, and according to The obtained back-over time message controls the baking time of the baking device; when it is detected that the baking time of the baking device reaches the obtained temperature-recovering time message, the baking device is stopped to bake and Each of the materials is taken out of the baking device; and the materials of each of the completed baking operations are repackaged. The step of calculating, by the production operation system, the quantity information of the material remaining in the package comprises: reading the identification code of the package before unpacking the material package to obtain the initial quantity of the material included in the package In the process of unpacking the package and taking the materials for use in the production process, the production operation system immediately detects the use of the material to obtain the used quantity of the material, and calculates the material in the package accordingly. The remaining quantity; and based on the calculated remaining quantity, the material quantity information of the identification code of the package is updated to the remaining quantity. Wherein, the remaining quantity is calculated by subtracting the initial quantity of the material read from the quantity used for monitoring. The baking device has a device code. In an embodiment, the baking progress of the material in the baking device can be monitored according to the device code during the material baking process. Compared with the conventional material reheating treatment technology, the material processing method of the invention can realize the information management of the material reheating treatment, can instantly control the material temperature returning process, and update the material information immediately after completing the warming operation. In order to ensure that the material can be re-introduced into the production line after being warmed down; at the same time, compared with the conventional technology, the temperature is processed by manual operation, and the phase 110287 200849118 improves the working efficiency. [Embodiment] Hereinafter, embodiments of the present invention will be described by way of specific specific examples, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification. The present invention may be embodied or applied by other different specific embodiments. The details of the present specification may also be based on different viewpoints and applications, and various modifications may be made without departing from the spirit of the present invention. Fig. 1 is a schematic view showing the method for treating the temperature of the material of the present invention. In the following embodiments, the material temperature recovery portion of the present invention is constructed in a production operation system for determining materials that have passed the expiration date in the surface mount process (SMT) of the printed circuit board 1, B). And will perform the warm-up operation after the production line is removed, and restore the object == re-! Wherein, the production operation system is in the form of FI 疋 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The quantity is not limited, and the identification code includes at least the material "" and the temperature recovery time message" but is not limited thereto. It may also include the type, specification and production batch of the packaged object. = : The vr is related to the packet location and other related information of the identification code. In this, :w 'The material is based on the humidity sensor (Molst is used as an example, it is left in the time zone and has a limit of 6 :::, but not limited to this, and The term of use and the ability to revert to its useful life through a specific program = 110287 9 200849118. - As shown in Figure 1, the material management method of the present invention comprises the following detailed implementation steps: in step S100, when When the expired material is removed from the production operation system, the quantity of the material remaining in the package is calculated through the production operation system, and the material quantity information of the identification code of the package is updated to the remaining quantity according to the remaining quantity. In this embodiment, the production operating system can immediately monitor the usage of the materials in the package, for example, when the materials are taken out and used in one of the printed circuit boards (PCBs), the production operation system A document is generated to record the quantity of material used in the placement process, and the operating system immediately deducts the quantity according to the quantity of used materials recorded in the document. Dac can accurately calculate the remaining quantity of the unused material in the package and update the quantity of the material of the identification code of the package. Then, proceed to step S102. In step S102, read the production operation system. And deleting the identification code of the packet to obtain a temperature return time message corresponding to the expired plurality of remaining materials included in the packet. Then, proceeding to step S104. In step S104, placing each material in a baking device Baking, and controlling the baking time of the baking device according to the obtained rewarming time message. In the embodiment, the baking device automatically sets the baking time according to the refreshing time message of the identification code For the time corresponding to the warm-up time message, the baking device is, for example, a baking box, and has a device code by which the line personnel can even be connected to the network by, for example, a network. A personal digital assistant (PDA) or other data processing device with a network connection function for the production operating system, and remotely connected to the device by inputting the baking device 10 110287 200849118 ^ Instantly monitoring the baking progress of the material in the baking device constructed in the production operation system. The baking progress has an identification code message including, for example, a package of the material, a material type, a baking state of the material, and a baking start time of the material. , the set baking time, the completed baking time, and the remaining baking time, etc., to effectively control the baking of the material. Then, proceeding to step S106. In step S106, baking the material in the baking device During the process, detecting whether the baking time of the baking device reaches the obtained temperature recovery time, if yes, proceeding to step S108; if not, continuing to perform the detecting step. In step S108, The baking device stops baking and removes each of the materials from the baking device. In this embodiment, when the remaining baking time displayed by the baking device counts down and returns to zero, the baking device stops baking and simultaneously sends a prompt signal, for example, for the line personnel to The finished baking material is taken out of the baking device. The prompt signal is indicated by, for example, a flashing or audible sound provided by the production operating system and/or the baking device. Next, the process proceeds to step S110. In step S110, the materials of each of the completed baking operations are repackaged and sealed in a package. In this embodiment, if the repackaging step is only directly based on the materials remaining in the original packet, the method further includes verifying whether the quantity of the material in the new packet is the same as the identification code updated in step S100. The quantity information is consistent, and when the two are inconsistent, the material quantity information of the identification code is updated to the actual quantity of the material in the new package; if the repackaging step is to re-send each of the remaining materials, 11 110287 200849118 . For the material!! The material quantity message of the identification code will be re-sealed = the actual quantity. In the subsequent processing program, the production is stored in the designated location for the next time, and the next operation is re-opened. The clear succession table is 9 θ / _ fine luck: Figure, /, is used to display the above-mentioned step S100 more than the flat < Read the number of the package '01' before unpacking the material package. Then, in response to the initial number of materials included in the packet, the process proceeds to step S1 002. In step S1 0 〇2, Yu Shufeng 兮 j: aa, for production palm δ " '匕 and use the materials in it to use the situation L =: the production system immediately detects the material S :: The amount of money used for the material. Then, the process proceeds to step S1003, and the calculation of the remaining number of i = and the calculation of the so-called remaining quantity is based on the obtained measured quantity of the material. In the present embodiment, the number I 2 material initial number # obtained by measuring the quantity used is subtracted from the S1004. Then, proceed to step S1 004. % less & S1004, according to the calculated quantity of materials from IA "* number 1, update the σίι heart of the logo to the remaining quantity. Please refer to item 3, which is shown to have expired for the production line offline. The material flow ^ material temperature processing method detailed flow diagram. Before the physical science implementation of the temperature treatment, as shown in Figure 3 'in the step coffee towel... Receive the package with the material. Connect ^ 〇 x production system If the process proceeds to step S91, the process proceeds to step S91, and the received package 110287 12 200849118 .rμ is stored in the designated location through the production system. Then, the process proceeds to step coffee. The production operation system is transmitted through step S92'. Then, proceed to step S93. The knife (4) is packaged in step S93, and the package is transmitted to 7L according to the magazine ϋ 6 αϋ, and the piece of the second cow determines whether the material in the package is a moisture sensitive element; If not, proceed to step S95. v, step S94', through the production, proceed to step S95. Disassemble the packet. Then, at 6 o'clock, S95 'scan the identification code of the material to verify the stolen goods today - where Into the % certificate, then go to the previous step S100. 4. Right, in this embodiment, the subsequent processing surface is extended to step S9 to set the location after the completion of the execution. "^ The package of the clothing is stored in the designated position; Material handling method is used: line warming operation's pre-reading the label of the package:: expired, material two temperature return time message, according to this control: the material can be immediately controlled in the baking process Set the roasting time, and bake the IW to reheat the process, and when the detective reaches #圬衣, the baking time is up to the acquired saki." The grilling device stops grilling and the message from the grilling device At the same time, the order of the packaged code is updated to ensure that the material processed by the temperature recovery can be reused. At the same time, compared with the feathering, the material reheating processing operation is improved, and the improvement of the effect γ is performed by manual operation. The above embodiment only exemplarily illustrates the principle and the effect of the present invention, and Π0287 13 200849118 is not used for limitation. this invention. ^ On the 10th day of the North, i can be familiar with anyone who is familiar with this skill; 7•, Tong Yue, the spirit of the invention and Fan Tianbei T J, without extending the scope of rights protection, should be as described later. Therefore, the present invention may be modified as set forth in the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS: Flow chart of a material temperature recovery process of the present invention which is not intended to be in accordance with the present invention; FIG. 2 is a schematic view showing a more detailed operation step of the step sm: a schematic diagram showing the material of the present invention The temperature-recovery method is a more detailed process before performing the temperature-recovery process for the self-generated, expired materials. [Main component symbol description] S100 to S110 steps
Sl0〇l 至 S1004 步驟 S90至S95步驟 110287 14Sl0〇l to S1004 Steps S90 to S95 Steps 110287 14