200428242 玖、發明說明： 【發明所屬之技術領域】 本發明係關於一種點檢資訊整合系統，尤指一種適用於 平面顯示器製造設備之清點檢查之點檢資訊整合系統。 【先前技術】 一般國内平面顯示器產品之專業製造廠商，為了提高生 產效能以增加產量，常需不斷地投資擴充廠房並架設多條生 產線以達成上述目的。 ' ιυ 15 然而，於廠房與生產線不斷擴充下，平面顯示器之梦迕 設傷便相對地不斷增加，在現場設備資訊㈣與控管之需求 上述製造設備之大量增加將造成管理上無可避免：瓶 =，例如，需以大量人力進行現場設備之清點檢查，如此對 先=耗費以及成本甚至管理上都造成極大困擾。 ==嫩清點檢查常以紙張方式進行，亦即由人力 寫之二？：Γ並紀錄於紙張上，如此做法容易造成人工抄 2錯々’同時各個現場設備之狀況必須於所有紀錚囊整之 方可得知，對於現場設備之運作情況無法即時掌控。 20 【發明内容】 的係在提供—種點檢資訊整合系統，俾 腦化清點檢查作業以節省人力、降低成 本發明之主要目 施藉由操作方便之電 本、並易於管理。 200428242 本發明之另一目的係在提供一 _次a 能達成現場無紙化作聿 J w貝矾正合系統’俾 時掌控現場設備之狀避免人功寫資料之錯誤，並可即 5 檢-:2、述二的’本發明之點檢資訊整合系統係'用於點 少複數個設備，且此點檢資訊整合系統包括有至 廠戶內及—㈣端。其中’點檢裝置係用於對上述 二二:；備進行清點檢查以產生至少-筆點檢資 料 以及一設備狀能咨·Ψ_1 ^ 、 10 15 端且古,, 亚以無線方式傳送。此外，飼服 輸出模組，其中之接收模組係用以 =以及- 拾咨# f > τ π M接收點裝置所傳送之點 儲存有j :拉組則用以儲存此點檢資料，且儲存模組另 檢時間對照表、以及一設備資料對照表，至於運 資料且、疋^擷取點檢資料内之點檢時間資料、設備識別 對'日1以及设備狀態資料以與儲存模組内所儲存之點檢時間 2表、以及設備資料對照表進行比對運算，經由比對運算 生出點h 4間狀態#料、以及—設備點檢狀態資料， m 模組則是用以輸出上述經比對運算後所得之點檢時 曰1狀悲貝料及設備點檢狀態資料。 #因此，點檢人員可持用本發明之點檢裝置於廠房内進行 備之π點仏查作業’同時藉由無線傳輸方式可將點檢資料 接傳运至伺服端，於伺服端内則可即時進行比對運算，故 2明之點檢資訊整合系統可藉由操作方便之電腦化清點 双_作業以即省人力、降低成本、並易於管理。此外，點檢 20 200428242 =方編妾進行，故於現場清點檢查時無需使 僖於&了避免人工抄寫資料之錯誤發生，且即時 傳輸之點檢資料亦可立即掌控現場設備之狀況。 ， 5 10 15 本發明尚可包括有至少一具有一電腦主機 及一顯示元件之電腦震置，其中之電腦主機係連接： 用：服端、輸人元件係用以操作上述舰端、顯示元件伟 於灿…次刺 ^ 之”、、占私牯間狀恶貧料及設備點 硤次粗 士 才间狀恶貝科可包括有一設備編 ::枓、一點檢時間預設資料、-點檢時間資料、以及一逾 s示信號’同時設備點檢狀態資料可包括有-設備編號資 、一設備狀態預設資料、—設備狀態資料、以及-設備狀 態警樹:至於上述逾時警示信號可包括有一逾時警:狀 以及未观日守警不’其等係可以不同顏色表示，同樣地，設 備狀態警示信號可包括有―正常警示、—輕度故障馨示、以 及―重度故障警示，其等亦可以不同顏色表示之。 此外，本發明之點檢資料更可包括有—點檢人員資料， 幻诸存模組更可儲存有—點檢人Μ對照表’而伺服端之運算 核，則可擷取點檢人員資料以與點檢人員對照表進行比對200428242 发明 Description of the invention: [Technical field to which the invention belongs] The present invention relates to a check information integration system, and more particularly to a check information integration system suitable for the check and inspection of flat panel manufacturing equipment. [Previous technology] In general, domestic professional manufacturers of flat panel display products, in order to improve production efficiency and increase output, often need to continuously invest in expanding factories and erecting multiple production lines to achieve the above-mentioned goals. 'ιυ 15 However, with the continuous expansion of the factory building and production line, the nightmare damage of the flat panel display has continued to increase. The demand for field equipment information and control has caused a large increase in manufacturing equipment: Bottle = For example, a lot of manpower is needed to carry out the inventory check of the field equipment, which will cause great confusion in terms of cost, cost and even management. == Tender inventory check is often performed on paper, that is, written by humans? : Γ is recorded on the paper. This method is likely to cause manual copying. 2 At the same time, the status of each field device must be checked in all disciplines, and the operation of the field device cannot be controlled in real time. 20 [Summary of the Invention] The system is to provide a kind of information integration system for inspection, which can save labor and reduce the main purpose of the present invention. The main purpose of the present invention is to provide convenient operation and easy management. 200428242 Another object of the present invention is to provide one-time a to achieve a paperless on-site operation. The system can control the state of the field equipment to avoid errors in human writing data, and can be inspected immediately. -: 2. The "Inspection information integration system of the present invention" described in the second is used to order a plurality of devices, and the inspection information integration system includes to the factory and the-terminal. Among them, the “point inspection device” is used to perform the above-mentioned two-to-two inspections: to perform an inventory check to generate at least-point inspection information and a device-like device. The terminal can be transmitted wirelessly. In addition, the feed output module, the receiving module of which is used for = and-pick up # f > τ π M The point transmitted by the receiving point device stores j: The pull group is used to store this inspection data, And the storage module has another inspection time comparison table and a device data comparison table. As for the transport data, the inspection time data in the inspection data, the equipment identification pair, the day 1 and the equipment status data are stored and stored. The check table 2 and the device data comparison table stored in the module are used for comparison calculations. Through the comparison calculation, points h 4 state # material and — equipment check status data are generated. The m module is used to Output the state-of-the-art inspection materials and equipment inspection status data obtained after the above comparison operation. # Therefore, the inspection personnel can use the inspection device of the present invention to carry out the π-point inspection operation in the factory building. At the same time, the inspection data can be transmitted to the server by wireless transmission. The comparison calculation can be performed in real time, so the 2 Ming inspection information integration system can count the dual-operation by computerized operation, which saves manpower, reduces costs, and is easy to manage. In addition, the check 20 200428242 = Fang Bian was carried out. Therefore, it is not necessary to use & to avoid manual copying of data during the on-site inventory check, and the instant transmission of the check data can also control the status of the field equipment immediately. 5 10 15 The present invention may further include at least one computer vibrating device having a computer host and a display element, wherein the computer host is connected to: use: server end, input element is used to operate the ship end and display element Wei Yucan ... "Stab ^" ,, and private materials and equipment, and the equipment can be used as a beaker. The equipment can include a set of equipment ::, one-point inspection time preset data, -point inspection Time data, and a time-out signal. At the same time, the equipment check status data may include-device number information, a device status preset data,-device status data, and-equipment status alarm tree: As for the above-mentioned overtime warning signal, Including an overtime alarm: status and non-watching guards can be shown in different colors. Similarly, the equipment status warning signal can include-normal warning,-mild fault warning, and-severe fault warning, They can also be expressed in different colors. In addition, the inspection data of the present invention can further include—inspection personnel data, and the magic storage modules can further store—inspector M comparison table 'and the calculations on the server side. , You can retrieve data point inspection personnel and inspection personnel to comparison table to compare
運鼻’亚產生一點檢人員狀能咨〇 . I 貝狀怨貝枓。另外，本發明之伺服端 更可包括有-資料登錄模組，其至少包括―資料新增功能、 1料修改功能、以及—資料刪除功能俾以登錄上述點檢時 間對照表及設備資料對絲並儲存於料模㈣，此處之點 檢時間對照表可包括有—設備編號資料、以及—點檢時間預 设育料，俾供舰端之運算模組擷取點檢f料之設備識別資 20 200428242 料以與設備編號資料、及點檢資料之點檢時間資料以與點檢 時間預設資料進行比對運算，另設備資料對照表可包括有一 設備編號資料、以及一設備狀態預設資料，俾供伺服端之運 异模組擷取點檢資料之設備識別資料以與設備編號資料、及 5點檢資料之設備狀態資料以與設備狀態預設資料進行比對 運算。 再者，上述之複數個設備可為平面顯示器之製造設備， 其等分別包括有一識別條碼，而點檢裝置可包括有一雷射掃 描裝置俾以掃描此識別條碼並產生該設備之識別資料。此 、,、上述點核裝置更可包括有一輸入元件俾輸入點檢時間資 料及設備狀態資料。 、 【實施方式】 15 為月bit貝審查委員能更瞭解本發明之技術内容，特 #乂隹具體實施例，說明如下。 明包：ΐ凊：:：1 ’係本發明之系統架構圖’其顯示本發 以二!置"此等點檢裝置1可由點檢人員持用 中，此個設備(圖未示)，於伽 包括有一識別條碼。此外:一備’且母個設備分別 —伺服端2,1包括有L 構圖中另顯示有 組、以及-輸出有r本 集線器(刪)21，儲存模=例中如 等’而運算模组可為—般之:r二=體，例如硬碟 廷π處理益（CPU)，另輸出模組 20 200428242 可為一般之輸出設備，例如印表機或外接電腦裝置，如圖i 顯示有二組電腦裝置4,每一組電腦裝置4分別包括有一電腦 主機41、一輸入元件42、以及一顯示元件“，且電腦主機μ 係連接於上述伺服端2，輸入元件42係為一般之電腦鍵盤， 5顯示元件43係為一般之電腦螢幕。 凊同時參閱圖2、圖3、及圖4，上述之儲存模組内儲存 有一點檢時間對照表31 (請參閱圖2)、一設備資料對照表 32(請參閱圖3)、以及一點檢人員對照表％ (請參閱圖， 其中之點檢時間對照表31包括有一上述廠房内之複數個設 10備之设備編號資料3丨丨、以及一點檢時間預設資料3 12，而設 備貝料對照表32包括有一上述設備之設備編號資料321、以 及一設備狀態預設資料322,另點檢人員對照表33可包括有 一點檢人員之姓名331、以及職稱332等。 請參閱圖5係本發明之點檢資料之示意圖表，當點檢人 15員持用上述點檢裝置1並對上述廠房内之複數個設備進行清 點檢查作業時，點檢人員可先藉由觸控筆或是鍵盤等輸入元 件於點檢裝置1上輸入點檢人員資料54，例如點檢人員之姓 名，之後藉由設置於點檢裝置丨上之雷射掃描裝置掃描各個 設備之識別條碼以產生一設備識別資料5丨以辨別該設備為 20何種设備，且點檢人員可再以上述輸入方式於點檢裝置1上 輸入點檢時間以產生一點檢時間資料52、輸入點檢設備之狀 態以產生一設備狀態資料53，例如”〇κ”（運作正常）或 ”L-NG”（輕度故障）或”；（重度故障）等，當然點檢 時間資料52亦可藉由點檢裝置i内所設置之電子時鐘自行產 200428242 =點重複依此步驟即可對各個設備進行清點檢查 士：數筆點檢資料5,每_筆點檢資料5包含上述之點檢 狀貝/:4、設備識別資料5卜點檢時間資料52 1^ 5 料53，筆點檢資料Η再以無線方式傳送至伺 請同時參閱圖6及圖7,當飼服端2之無線集線器21 (接 收权組）接收到點檢裝Μ所傳送之複數筆點檢資料5並儲存 於=存板組内後，伺服端2之運算模組即會擷取點檢資料$ 之設備識別資料51以與點檢時間對照表31之設備編號資料 10 3 11 I點檢貧料5之點檢時間資料$ 2以與點檢時間對照表3 1 2檢時間預設資料312進行比對運算並產生—點檢時間狀 怨貝料6 (請參閱圖6)，此點檢時間狀態資料6包括有一設 備編號資料6卜點檢時間預設資㈣、—點檢時間資料〇、 以^巡日守警不信號64，此逾時警示信號64係用以得知點檢 π門疋否有產生通時狀況，並可ρ逾時警示及未逾時警示 等二種方式表示之。另外，運算模組尚會擷取點檢資料5之 設備識別資料51以與設備資料對照表32之設備編號資料 及”、’i彳欢資料5之设備狀態資料5 3以與設備資料對照表3 2 2設備狀態預設資料322進行比對運算以產生一設備點檢狀 20態資料7 (請參閱圖7)，此設備點檢狀態資料7包括有一設 備、、為號資料71、一設備狀態預設資料72、一設備狀態資料 73、以及一設備狀態警示信號74，此設備狀態警示信號％ 係用以得知所點檢之設備是否運作正常或是有故障之情 況，其可以正常警示（〇κ)、輕度故障警示（L-NG)、及重度故 200428242 5 10 15 障警示（H-NG)表示之。又伺服端2之運算模組尚可以擷取點 檢資料5之點檢人員資料54以與儲存模組内之點檢人員對照 表33進行比對運算以產生一點檢人員狀態資料，此點檢人員 狀態資料可包含該點檢人員之姓名、職位、職稱等資=。、 最後，經由伺服端2之運算模組比對運算所得之點檢時 間狀態貢料6及設備點檢狀態資料7 ,即可藉由伺服端]之輸 出模組輸出，於本實施例中，其係藉由網路連線方式連接至 上述電腦裝置4之電腦主機41，同時藉由輸人元件42進行操 作以將上述點檢時間狀態資料6及設備點檢狀態資料了顯= 於顯示元件43上，而點檢時間狀態資料6之逾時警示及未逾 時警示、以及設備點檢狀態資料7之正常警示及輕度故障= 示及重度故障警示則可以不同顏色顯示於顯示元件“上。曰 上述之點檢時間對照表31、以及設備資料對昭表“可 由伺服端2内之-資料登錄模組進行登錄並儲存於儲存㈣ 内’而此貧料登錄模組可包括有―資料新增功能、—資料修 改功能、以及一資料刪除功能俾以登錄上述之 間對日: 表31及設備資料對照表 上述實施例僅係為了方便說明而舉例而已，本發 張之權利範圍自應_料觀圍所料準 述實施例。 限於上 【圖式簡單說明】 圖1係本發明之系統架構圖。 圖2係本發明之點檢時間對照表。 20 200428242 圖3係本發明之設備資料對照表。 圖4係本發明之點檢人員對照表。 圖5係本發明之點檢資料表。 圖6係本發明之點檢時間狀態資料表。 圖7係本發明之設備點檢狀態資料表。 【圖號說明】 1 點檢裝置 21 無線集線器 311設備編號資料 32 設備資料對照表 322設備狀態預設資料 3 3 1姓名 4 電腦裝置 42 輸入元件 5 點檢資料 52 點檢時間資料 54 點檢人員資料 61 設備編號資料 63 點檢時間資料 7 設備點檢狀態資料 72 設備狀態預設資料 74 設備狀態警示信號 2 伺服端 31點檢時間對照表 3 12點檢時間預設資料 3 21設備編號資料 33點檢人員對照表 3 3 2職稱 41 電腦主機 43 顯示元件 51 設備識別資料 53 設備狀態資料 6 點檢時間狀態資料 62 點檢時間預設資料 64 逾時警示信號 71 設備編號資料 73 設備狀態資料Nose ‘ya produces a little inspector ’s status to be able to consult. In addition, the server of the present invention may further include a data registration module, which includes at least ―data addition function, 1 material modification function, and ―data deletion function‖ to register the above-mentioned check time comparison table and equipment data alignment. It is stored in the material mold. The inspection time comparison table here can include—equipment number data and—preset breeding material for the inspection time. It is used for the ship ’s computing module to retrieve the equipment identification for the inspection. 20 200428242 Data is compared with the equipment number data and the inspection time data to compare the inspection time preset data. In addition, the equipment data comparison table may include a device number data and a device status preset. The data, such as the equipment identification data for the server-side different module to retrieve the inspection data, is compared with the equipment number data, and the equipment status data of the 5 inspection data is compared with the equipment state preset data. Furthermore, the above-mentioned multiple devices may be flat-panel display manufacturing equipment, each of which includes an identification bar code, and the inspection device may include a laser scanning device to scan the identification bar code and generate identification data of the device. In addition, the above-mentioned point nuclear device may further include an input element, inputting inspection time data and equipment status data. [Embodiment] 15 In order that the monthly review committee can better understand the technical content of the present invention, specific examples are described below. Ming Bao: ΐ 凊 ::: 1 'It is a system architecture diagram of the present invention', which shows that this issue is set up! "These inspection devices 1 can be held by inspection personnel, this equipment (not shown) Yu Jia includes an identification barcode. In addition: a backup and a parent device respectively-the server side 2,1 includes an L group in the composition, and-the output has a hub (deleted) 21, the storage module = the example in the example, etc. It can be the same as: r two = body, such as hard disk drive π processing benefits (CPU), and the other output module 20 200428242 can be a general output device, such as a printer or an external computer device. A group of computer devices 4, each group of computer devices 4 includes a computer host 41, an input element 42, and a display element ", and the computer host μ is connected to the above-mentioned servo terminal 2, and the input element 42 is a general computer keyboard The 5 display element 43 is a general computer screen. 参阅 Refer to Figure 2, Figure 3, and Figure 4 at the same time. The above storage module stores a check time comparison table 31 (see Figure 2), and a device data comparison. Table 32 (see Figure 3), and the checklist comparison table% (see the figure, where the check time comparison table 31 includes a number of 10 equipment numbers in the factory building 3 丨 丨, and Checking time preset data 3 12 and equipment materials The table 32 includes a device number data 321 of the above-mentioned equipment and a device status presetting data 322, and the checker comparison table 33 may include a checker's name 331 and a job title 332. Please refer to FIG. 5 for this Schematic table of the inspection data of the invention. When 15 inspectors hold the above inspection device 1 and carry out an inventory inspection of the plurality of equipments in the factory building, the inspection personnel may first use a stylus or a keyboard. Wait for the input element to input the inspection personnel data 54 on the inspection device 1, such as the name of the inspection personnel, and then scan the identification barcode of each device by the laser scanning device provided on the inspection device 丨 to generate a device identification data 5 丨 In order to identify which device the device is 20, and the inspection personnel can then enter the inspection time on the inspection device 1 by the above input method to generate the inspection time data 52, and enter the state of the inspection device to generate a Equipment status data 53, such as “〇κ” (normal operation) or “L-NG” (mild failure) or “severe failure”, etc. Of course, the check time data 52 can also be obtained from the inspection device i. The set electronic clock is self-produced 200428242 = Repeat this step to check each device. Checker: 5 points of check data 5, each _ point of check data 5 contains the above check points /: 4, equipment Identification data 5 Check time data 52 1 ^ 5 data 53, pen check data is wirelessly transmitted to the server See also Figure 6 and Figure 7, when the wireless hub 21 (receiving right group) of the feeding end 2 After receiving the multiple inspection data 5 transmitted by the inspection equipment M and storing them in the = storage board group, the computing module on the server 2 will retrieve the inspection data $ of the equipment identification data 51 and the inspection time Check the equipment number data of table 31 10 3 11 I check the poor time 5 of the inspection time data $ 2 to check the inspection time with the table 3 1 2 inspection time preset data 312 to perform a comparison operation and generate-inspection time status Complaint material 6 (see Figure 6), this check time status data 6 includes a device number data 6 check time preset information,-check time data 0, ^ patrol day guard signal 64, This time-out warning signal 64 is used to know whether there is an on-time condition when the gate π is checked and the time-out can be exceeded. And warning isochronous been less than shown two ways of showing. In addition, the computing module will still capture the device identification data 51 of the inspection data 5 to compare the device number data of the device data with the table 32 and the device status data 5 of the 'i'huan data 5 to compare with the device data. Table 3 2 The device status preset data 322 performs a comparison operation to generate a device check status 20 status data 7 (see FIG. 7). This device check status data 7 includes a device, data number 71, a Device status preset data 72, a device status data 73, and a device status warning signal 74. The device status warning signal% is used to know whether the equipment being checked is operating normally or is faulty. It can be normal. Warning (〇κ), mild fault warning (L-NG), and severe fault 200428242 5 10 15 obstacle warning (H-NG) indicated. And the computing module of the server 2 can still capture inspection data 5 The inspection personnel data 54 is compared with the inspection personnel comparison table 33 in the storage module to generate inspection personnel status data. This inspection personnel status data may include the name, position, and title of the inspection personnel. =., Finally, via The calculation module on server 2 compares the inspection time status data 6 and equipment inspection status data 7 obtained by the calculation, which can be output by the output module on the server side. In this embodiment, it is achieved by Connected to the host computer 41 of the computer device 4 via a network connection, and at the same time, the input element 42 is operated to display the above-mentioned check time status data 6 and equipment check status data on the display element 43, and Check the time-out warnings and non-time-out warnings of the time status data 6 and the normal warnings and minor faults of the equipment check status data 7 = warnings and severe fault warnings can be displayed in different colors on the display element ". The above-mentioned check time comparison table 31 and the device data display table "can be registered in the server 2-data registration module and stored in the storage '", and this lean material registration module can include `` data new Added functions,-data modification function, and a data deletion function to log in between the above: Table 31 and equipment data comparison table The above examples are just examples for the convenience of explanation. The scope of rights of this release is _ The embodiment described by Liu Guanwei is limited to the above. [Simplified description of the drawings] Figure 1 is a system architecture diagram of the present invention. Figure 2 is a comparison table of the inspection time of the present invention. 20 200428242 Figure 3 is the equipment information of the present invention Comparison table. Fig. 4 is a comparison table of the inspection personnel of the present invention. Fig. 5 is a inspection information table of the present invention. Fig. 6 is an inspection time status information table of the present invention. Fig. 7 is an inspection status data of the device of the present invention. Table. [Illustration of drawing number] 1 Check device 21 Wireless hub 311 Device number data 32 Device data comparison table 322 Device status preset data 3 3 1 Name 4 Computer device 42 Input component 5 Check data 52 points Time data 54 Check personnel data 61 Device number data 63 Check time data 7 Device check status data 72 Device status preset data 74 Device status warning signal 2 Servo 31 check time comparison table 3 12 check time preset data 3 21 Equipment number data 33 Checking personnel comparison table 3 3 2 Professional titles 41 Computer host 43 Display element 51 Device identification data 53 Device status data 6 Check time status data 62 Check time preset data 64 Overtime warning signal 71 Device number Profile 73 Equipment status profile