TW201836737A - Foundry supporting system - Google Patents

Foundry supporting system Download PDF

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TW201836737A
TW201836737A TW107108142A TW107108142A TW201836737A TW 201836737 A TW201836737 A TW 201836737A TW 107108142 A TW107108142 A TW 107108142A TW 107108142 A TW107108142 A TW 107108142A TW 201836737 A TW201836737 A TW 201836737A
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information
casting
foundry
mold manufacturing
mold
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TW107108142A
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Chinese (zh)
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TWI780125B (en
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加藤雅之
松尾俊樹
高井康喜
硲拓也
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日商花王股份有限公司
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B22—CASTING; POWDER METALLURGY
    • B22C—FOUNDRY MOULDING
    • B22C25/00—Foundry moulding plants
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B22—CASTING; POWDER METALLURGY
    • B22D—CASTING OF METALS; CASTING OF OTHER SUBSTANCES BY THE SAME PROCESSES OR DEVICES
    • B22D46/00—Controlling, supervising, not restricted to casting covered by a single main group, e.g. for safety reasons
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00—Programme-control systems
    • G05B19/02—Programme-control systems electric
    • G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/04—Manufacturing
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Manufacturing & Machinery (AREA)
  • Business, Economics & Management (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Economics (AREA)
  • Marketing (AREA)
  • Quality & Reliability (AREA)
  • Health & Medical Sciences (AREA)
  • General Engineering & Computer Science (AREA)
  • General Health & Medical Sciences (AREA)
  • Human Resources & Organizations (AREA)
  • Automation & Control Theory (AREA)
  • Primary Health Care (AREA)
  • Strategic Management (AREA)
  • Tourism & Hospitality (AREA)
  • General Business, Economics & Management (AREA)
  • Theoretical Computer Science (AREA)
  • Mold Materials And Core Materials (AREA)
  • Casting Devices For Molds (AREA)

Abstract

This casting support system (1) supports casting in a mold production device (10) of a casting factory (9), and is provided with: the mold production device (10) of a casting factory (9); a casting support device (100) connected to the mold production device (10) through a mobile phone communication network (3); and a user terminal (32) of the casting factory (9) which is connected to the casting support device (100) through the internet (5). The mold production device (10) has: a sand temperature acquisition unit for acquiring sand temperature; and a control unit for adjusting the composition and supply amount of a hardening agent or a binder according to a sand temperature condition of the casting factory. The casting support device (100) has: an information accumulation unit for receiving and accumulating information related to casting from the casting factory (9); and a supply unit for supplying services and information for supporting casting to the casting factory (9) by using the accumulated information.

Description

鑄造支援系統Casting support system

本發明係關於一種鑄造支援系統、鑄造工廠管理裝置、其處理方法及程式。The present invention relates to a casting support system, a foundry management device, a processing method thereof, and a program.

於鑄模製造時，根據砂溫、氣溫、濕度等環境條件之變化或材料之種類及批次等各種條件，必須區分使用多種硬化劑並對複數種硬化劑之調配或供給量進行調整。該等作業係於鑄造工廠之各現場根據熟練手藝人各自之直覺與經驗而進行。 因此，提出有藉由控制器計算與環境條件之變化對應之複數種硬化劑之最佳之調配並進行調整的技術(專利文獻1)。又，設計有對鑄造工廠中之造模機或造模生產線之故障於遠程地點進行緊急應對之支援的系統(例如專利文獻2)。 先前技術文獻 專利文獻 專利文獻1：國際公開第2010/100999號 專利文獻2：日本專利特開平7-88589號公報In the production of a mold, depending on various changes in environmental conditions such as sand temperature, temperature, humidity, or the type of material and batch, it is necessary to distinguish between the use of a plurality of curing agents and the adjustment or supply amount of the plurality of curing agents. These operations are performed at the various sites of the foundry based on the intuition and experience of the skilled craftsmen. Therefore, there has been proposed a technique of calculating and adjusting the optimum blending of a plurality of types of hardeners corresponding to changes in environmental conditions by the controller (Patent Document 1). In addition, a system for providing emergency support for a failure of a molding machine or a molding production line in a foundry at a remote location is proposed (for example, Patent Document 2). PRIOR ART DOCUMENT Patent Document Patent Document 1: International Publication No. 2010/100999 Patent Document 2: Japanese Patent Laid-Open No. Hei 7-88589

[發明所欲解決之問題] 存在很多鑄造工廠，但作業環境、鑄造之製品之形狀、大小、材料等會針對每一現場及每一製品而不同，進而，條件亦會根據製造時期而變化，因此，熟練作業人員於各現場各自掌握獨自之技術訣竅而進行作業。然而，該等技術訣竅亦可謂是現場之財產，不與其他現場共享。 本發明係鑒於上述情況而完成者，其提供一種可將鑄造工廠之資訊匿名化而共享，並且可有效利用該等資訊而提供各種分析、預測、行動的鑄造支援系統、鑄造工廠管理裝置、其處理方法及程式。 [解決問題之技術手段] 本發明之鑄造支援系統係支援鑄造工廠之鑄模製造裝置中之鑄造者，其具備： 上述鑄造工廠之鑄模製造裝置； 伺服器裝置，其與上述鑄模製造裝置經由第1通信網而連接；及 上述鑄造工廠之使用者終端，其與上述伺服器裝置經由第2通信網而連接； 上述鑄模製造裝置係使用耐火性粒子、黏結劑、及硬化劑製造鑄模之裝置，其具有： 溫度獲取構件，其獲取上述耐火性粒子之溫度；及 控制構件，其根據上述鑄造工廠之包含上述耐火性粒子之溫度之條件而調整上述硬化劑或上述黏結劑之組成及供給量；且 上述伺服器裝置具有： 資訊存儲構件，其自上述鑄造工廠之上述鑄模製造裝置接收並存儲與鑄造相關之資訊；及 資訊提供構件，其使用所存儲之上述資訊，向上述鑄造工廠之上述使用者終端提供支援鑄造之資訊及服務。 本發明之鑄造支援裝置係支援鑄造工廠之鑄模製造裝置中之鑄造者， 該鑄造支援裝置係與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接，其具備： 接收構件，其自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 資訊存儲構件，其存儲所接收到之上述鑄造資訊；及 提供構件，其經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 本發明之鑄造支援裝置之處理方法係支援鑄造工廠之鑄模製造裝置中之鑄造的鑄造支援裝置之處理方法， 上述鑄造支援裝置係 與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 該鑄造支援裝置之處理方法係自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件， 將所接收到之上述鑄造資訊存儲於記憶裝置，並 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 本發明之電腦程式係用以使實現鑄造支援裝置之電腦執行程序者， 上述鑄造支援裝置支援鑄造工廠之鑄模製造裝置中之鑄造， 上述鑄造支援裝置與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 上述程序係如下程序： 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 將所接收到之上述鑄造資訊存儲於記憶裝置；及 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 本發明之製造方法係 使用鑄造工廠之鑄模製造裝置的鑄模之製造方法，且係使用組入有上述鑄造支援系統之鑄模製造裝置的鑄模之製造方法。 再者，本發明之程式可為使至少1台電腦執行上述處理方法之程式，亦可為記錄有此種程式之電腦可讀取之記錄介質。該記錄介質包含非暫時性之有形之介質。 該電腦程式包含當藉由電腦執行時使電腦於管理裝置上實施上述處理方法的電腦程式碼。 再者，將以上之構成要素之任意之組合、本發明之表述於方法、裝置、系統、記錄介質、電腦程式等之間加以變換所得者亦可有效作為本發明之態樣。 又，本發明之各種構成要素並非必須各自獨立存在，亦可為，複數個構成要素形成為一個構件，一個構成要素由複數個構件形成，某個構成要素為其他構成要素之一部分，某個構成要素之一部分與其他構成要素之一部分重疊等。 又，本發明之方法及電腦程式中依序記載有複數個程序，但其記載之順序並不限定複數個程序之執行順序。因此，實施本發明之方法及電腦程式時，其複數個程序之順序可於在內容上無障礙之範圍內進行變更。 進而，本發明之方法及電腦程式之複數個程序並不限定於分別以不同之時序執行。因此，亦可為，於某個程序之執行中產生其他程序，某個程序之執行時序與其他程序之執行時序之一部分或全部重疊等。 [發明之效果] 根據本發明，可提供一種可將鑄造工廠之資訊匿名化而共享，並且可有效利用該等資訊而提供各種分析、預測、行動的鑄造支援系統、鑄造支援裝置、其處理方法及程式。[Problems to be Solved by the Invention] There are many foundries, but the working environment, the shape, size, and materials of the cast products will vary for each site and each product. Further, the conditions will vary depending on the manufacturing period. Therefore, the skilled worker performs work by mastering the unique technique at each site. However, these know-how can also be described as the property of the site and are not shared with other sites. The present invention has been made in view of the above circumstances, and provides a casting support system, a foundry management device, and a casting support system that can share information of a foundry factory and share the information, and can effectively use the information to provide various analysis, prediction, and actions. Processing methods and programs. [Technical means for solving the problem] The casting support system of the present invention supports a founder in a casting mold manufacturing apparatus of the foundry, and includes: a casting mold manufacturing apparatus of the foundry factory; and a servo apparatus, and the mold manufacturing apparatus via the first And a communication terminal of the casting factory; and the user terminal of the foundry factory is connected to the server device via a second communication network; and the mold manufacturing device is a device for manufacturing a mold using fire-resistant particles, a binder, and a curing agent. And a control member that adjusts a composition and a supply amount of the curing agent or the binder according to a condition of a temperature of the fire-resistant particle of the foundry; The server device has: an information storage member that receives and stores information related to casting from the mold manufacturing device of the foundry; and an information providing member that uses the stored information to the user of the foundry The terminal provides information and services to support casting. The casting support device of the present invention supports a caster in a casting mold manufacturing apparatus of the foundry, and the casting support device is connected to the mold manufacturing device of the foundry factory via a first communication network, and is used by a user of the foundry The user terminal is connected via a second communication network, and includes: a receiving member that receives casting information related to mold manufacturing from the mold manufacturing apparatus via the first communication network, the casting information including manufacturing conditions according to the foundry Adjusting the composition and supply amount of the hardener or the binder added to the refractory particles, and the above-mentioned manufacturing conditions; the information storage member storing the received casting information; and providing means via the second communication network A service based on the stored casting information described above is provided to the user terminal. The processing method of the casting support device of the present invention is a method of processing a casting support device for casting in a casting mold manufacturing apparatus of a foundry factory, and the casting support device is connected to the mold manufacturing device of the foundry factory via a first communication network. And the user terminal used by the user of the foundry is connected via a second communication network, and the casting support device processes the casting information related to the mold manufacturing from the mold manufacturing device via the first communication network. The casting information includes the composition and supply amount of the hardener or the binder added to the refractory particles adjusted according to the manufacturing conditions of the foundry, and the above-described manufacturing conditions, and the received casting information is stored in the memory device via the storage device. The second communication network provides a service based on the stored casting information to the user terminal. The computer program of the present invention is for causing a computer to execute a casting support device, and the casting support device supports casting in a mold manufacturing device of a foundry factory, and the casting support device and the mold manufacturing device of the foundry are first. The communication network is connected, and is connected to a user terminal used by a user of the foundry factory via a second communication network. The program is a program for receiving a casting related to mold manufacturing from the mold manufacturing apparatus via the first communication network. Information, the casting information includes a composition and supply amount of a hardener or a binder added to the fire-resistant particles adjusted according to the manufacturing conditions of the foundry, and the above-mentioned manufacturing conditions; storing the received casting information in the memory device And providing the user terminal with the service based on the stored casting information via the second communication network. The production method of the present invention is a method for producing a mold for a mold manufacturing apparatus of a foundry, and a method for producing a mold in which a mold manufacturing apparatus of the above-described casting support system is incorporated. Furthermore, the program of the present invention may be a program for causing at least one computer to execute the above processing method, or a computer readable recording medium on which such a program is recorded. The recording medium contains a non-transitory tangible medium. The computer program includes a computer program code for causing a computer to perform the above processing method on a management device when executed by a computer. Furthermore, any combination of the above constituent elements, and the expression of the present invention, which is expressed between a method, an apparatus, a system, a recording medium, a computer program, etc., can also be effectively used as an aspect of the present invention. Further, the various constituent elements of the present invention are not necessarily required to exist independently, and a plurality of constituent elements may be formed as one member, and one constituent element may be formed of a plurality of members, and one constituent element may be one of other constituent elements, and a certain constituent One of the elements overlaps partially with one of the other components. Further, although the plurality of programs are sequentially described in the method and the computer program of the present invention, the order of the description does not limit the execution order of the plurality of programs. Therefore, when the method and computer program of the present invention are implemented, the order of the plurality of programs can be changed within a range of content barrier-free. Furthermore, the plurality of programs of the method and computer program of the present invention are not limited to being executed at different timings. Therefore, it is also possible to generate another program during the execution of a certain program, and the execution timing of one program partially or completely overlaps with the execution timing of other programs. [Effects of the Invention] According to the present invention, it is possible to provide a casting support system, a casting support device, and a processing method thereof that can anonymize and share information of a foundry, and can effectively use the information to provide various analysis, prediction, and actions. And the program.

以下，利用圖式對本發明之實施形態進行說明。再者，於所有圖式中，對相同之構成要素標註相同之符號，並適當省略說明。 (第1實施形態) ＜鑄造支援系統之構成＞ 圖1係概念性地表示本發明之實施形態之鑄造支援系統1之系統構成的圖。於以下之各圖中，省略且未圖示與本發明之本質無關之部分之構成。 鑄造支援系統1對各鑄造工廠9(顧客使用者(圖中表示為使用者U1、U2、U3、…))提供各種服務。 鑄造支援系統1包含支援複數個鑄造工廠9之鑄模製造裝置10中之鑄造之鑄造支援裝置100(管理伺服器40及網頁伺服器50)、及於各鑄造工廠9之事務所30由顧客利用之使用者終端32。 鑄造支援裝置100(管理伺服器40及網頁伺服器50)包含於雲端資料中心7(以下，亦稱為雲端7)。雲端資料中心7包含多台電腦。 各鑄造工廠9之鑄模製造裝置10包含複數個控制器20。各控制器20利用有線纜線而相互連接，且經由閘道器(GW：Gate Way)14等通信單元而連接於行動電話通信網3。而且，各控制器20與管理伺服器40經由行動電話通信網3而相互通信。管理伺服器40自控制器20接收與鑄模製造裝置10相關之資訊。所接收到之資訊儲存於資料庫42中。 鑄造支援裝置100使用自各鑄造工廠9收集到之資訊，向顧客使用者(鑄造工廠9)提供與鑄模製造有關之各種資訊及服務。又，鑄造支援裝置100所收集之資訊亦被提供給鑄造支援系統1之各部門(維修部門60、管理部門70、經營銷售部門80)。 各部門向鑄造支援系統1之顧客使用者提供與各部門之專業領域相關之各種服務。例如，維修部門60向顧客提供鑄造工廠9之鑄模製造裝置10之警報及維護管理相關之服務。管理部門70進行各鑄造工廠9之顧客管理，並且進行鑄模製造裝置10之運行資訊之管理。經營銷售部門80向顧客提供鑄模製造裝置10及材料之銷售之相關服務。 各部門分別具有電腦62、72、82。各電腦經由網際網路5等網路而訪問(access)雲端7。 再者，認為各部門之系統構成有各種，不受限定。例如，電腦包含伺服器或個人電腦等。進而，亦可包含員工攜帶並利用之移動終端、例如智慧型手機、行動電話、平板終端、PHS(Personal Handyphone System，個人手持電話系統)、PDA(Personal Digital Assistants，個人數位助理)等。 顧客使用者之事務所30之使用者終端32例如包含智慧型手機、平板終端、個人電腦、伺服器電腦、行動電話、PHS、PDA等，但並不限定於該等。使用者終端32經由網際網路5而連接於網頁伺服器50。 各鑄造工廠9於開始利用鑄造支援系統1之服務時，預先進行使用者註冊。 管理伺服器40進而對每一使用者管理資訊。例如，對每個鑄造工廠9註冊使用者資訊。 網頁伺服器50於網站52構築使用者專用之網頁，各使用者藉由使用使用者終端32進行登錄，可訪問使用者專用頁面而接受各種服務。 如上所述，顧客使用者之鑄模製造裝置10與鑄造支援裝置100之間係利用行動電話通信網3直接連接，而不經由網際網路5等，因此可確保鑄模製造裝置10之運行狀況等資訊之安全性。又，經由網際網路5進行之鑄造支援裝置100與使用者終端32、或各部門之電腦間之通信係在利用使用者ID(identifier，識別符)與密碼登錄後才能進行通信、且於通信時對收發之資訊進行編碼處理，藉由上述等方面，能夠確保安全性。 ＜鑄模製造裝置之構成＞ 其次，對鑄造工廠9之鑄模製造裝置10進行說明。 圖2係模式性地表示本實施形態之鑄模製造裝置10之概略圖。 鑄模製造裝置10具有硬化劑A槽110a、硬化劑B槽110b、硬化劑A供給部112a、硬化劑B供給部112b、硬化劑A用流量計116a、硬化劑B用流量計116b、黏結劑槽120、黏結劑供給部122、料斗130、砂溫感測器132、混練機140、及控制盤142。 硬化劑A供給部112a、硬化劑B供給部112b、及黏結劑供給部122分別連接於控制器20，根據控制條件控制硬化劑及黏結劑之供給量。 於本實施形態中，將不同之2種硬化劑A及硬化劑B以特定之調配自硬化劑A槽110a及硬化劑B槽110b通過配管114供給至混練機140。 硬化劑A用流量計116a及硬化劑B用流量計116b係自配管114之外部以非接觸之形式計測自各硬化劑槽(硬化劑A槽110a及硬化劑B槽110b)藉由各硬化劑供給部(硬化劑A供給部112a及硬化劑B供給部112b)供給之各硬化劑之流量的管夾式流量計。硬化劑A用流量計116a及硬化劑B用流量計116b係自配管114之外部分別計測於配管114內流動之硬化劑A及硬化劑B之流量，並將計測值發送至控制器20。 作為各流量計116，可使用電磁式、科氏力式、超音波式、渦流式等使用各種測定原理之流量計，尤佳為超音波式之管夾式流量計。 管夾式流量計與其他流量計、例如電磁式流量計或科氏力式流量計相比，價格較低。 又，作為管夾式流量計之特徵，可列舉以下方面。 (i)由於可自外部安裝，故配管工程不會耗費工夫與成本。 (ii)由於安裝位置可移動，故不用使製造生產線停止便可調整至計測精度較佳之場所。 (iii)由於不存在壓力損失，故不會對生產條件造成影響。 (iv)由於與計測對象之材料不接觸，故即便計測對象之材料為腐蝕性液體(酸性、鹼性、溶劑等)，亦不會對計器造成不良影響。由於與計測對象之材料不接觸，故計器不會劣化，而可實現高精度且穩定之計測。又，即便於粉塵等混入至液體之情形時，計器亦不會劣化，而可實現高精度且穩定之計測。 如此，藉由使用管夾式流量計，可準確地計測實際流經配管114之硬化劑之流量，因此，藉由對流量之計測值與硬化劑之供給量之指示值(即，自槽向配管114供給硬化劑之泵之輸出指示值)之差量進行修正，可更準確地供給硬化劑，而可使鑄模之硬化速度或可用時間穩定化。 管夾式流量計由於具有此種特徵，故可從與使用其他流量計之情形不同之觀點來監視供給量。例如，可準確地掌握硬化劑之供給量之經時變化，因此，例如，於在較長之跨度內流量逐漸減少或者增加之情形時，亦可視為異常之預兆而進行偵測。 於自硬化劑A槽110a及硬化劑B槽110b朝向混練機140之配管114之外側分別安裝有硬化劑A用流量計116a及硬化劑B用流量計116b。認為安裝方法有各種，例如，首先，以自配管114之兩側夾持配管114之方式安裝各流量計116之基座。繼而，將流量計116可裝卸地安裝至基座。 亦可於配管114與流量計116之間介置潤滑脂等接觸介質。藉由如此於配管114塗佈潤滑脂，可使感測面與配管114表面良好地密接而使超音波信號之傳輸提昇。又，安裝各流量計116之配管114較佳為大致鉛直地設置。其原因係為了防止因配管114內之氣泡而導致計測精度降低。 又，各流量計116如圖8中所說明般，向控制器20發送計測值。流量計116與控制器20間可進行類比連接，亦可進行數位連接。又，流量計116亦可具備無線通信部。無線通信部例如亦可為無線LAN(Local Area Network，區域網路)、或近距離通信之Bluetooth(註冊商標)等。於具備無線通信部之情形時，流量計116可向控制器20發送計測值，亦可向GW14發送計測值。於不經由控制器20而直接向GW14發送計測值之情形時，GW14預先將流量計116之IP(Internet Protocol，網際網路協定)位址等識別資訊與控制器20之識別資訊建立關聯地進行管理。 計測值係逐次或定期地或隨時根據請求而輸出。又，各流量計116亦可具有於特定時間段保持計測值之記憶體。藉由該構成，於通信環境變差之情形時，可將特定時間段之計測值記憶於記憶體中而於通信環境變得良好時發送。 硬化劑係使黏結劑發生硬化反應之液狀之觸媒。於黏結劑為有機自硬性樹脂之情形時，硬化劑可使用利用包含硫酸、磷酸、有機磺酸之酸性之硬化觸媒調節酸強度與酸濃度而分類為速硬性及遲硬性者的硬化劑、或能夠根據水解度及相容性之大小而調節硬化速度之有機酯。於黏結劑為無機自硬性樹脂之情形時，硬化劑可使用能夠根據水解度及相容性之大小而調劑硬化速度之有機酯。 料斗130係矽砂或人工砂等耐火性粒子之槽，其將耐火性粒子投入至混練機140。砂溫感測器132設置於料斗130之耐火性粒子之投入口附近，檢測耐火性粒子之溫度，並向控制器20發送砂溫。 作為耐火性粒子，可使用例如矽砂、鋯英石、鉻鐵礦、橄欖石、氧化鋁、合成莫來石等之單獨砂或混合砂，亦可為新砂及再生砂之任一者。再者，所謂再生砂係指將過去用作鑄模材料者再生所得之耐火性粒子。 混練機140將耐火性粒子、黏結劑、及硬化劑混練，並使所獲得之混練物流入至框144中。混練機140之控制盤142與控制器20連接，控制混練機140之攪拌動作。 黏結劑供給部122自黏結劑槽120將黏結劑投入至混練機140。自黏結劑槽120供給至混練機140之黏結劑之流量亦可藉由流量計(未圖示)計測，並發送至控制器20。黏結劑之供給量由控制器20控制。控制器20亦可進而使用流量計(未圖示)之流量計測值而調整黏結劑之供給量。 作為黏結劑，可使用例如作為酸硬化性樹脂之呋喃樹脂、酚醛樹脂或作為酯硬化性樹脂之鹼性酚醛樹脂等有機自硬性樹脂，又，可使用水玻璃等無機自硬性樹脂。 ＜鑄模製造裝置10之製造步驟＞ 圖3係用於說明本實施形態之鑄造工廠9中之鑄模製造裝置10之鑄模製造步驟的圖。 鑄模製造步驟包含造模步驟S1、脫模步驟S2、及澆注步驟S3。 首先，於造模步驟S1中，將矽砂或人工砂等耐火性粒子自料斗130投入至混練機140。進而將黏結劑與硬化劑投入至混練機140。於混練機140設置有控制盤142，控制混練機140之攪拌。 投入至混練機140之硬化劑之組成及供給量由控制器20進行調整。例如，將不同之2種以上硬化劑根據砂溫調整為特定之調配比之供給量而供給。砂溫感測器132設置於料斗130之出口附近，控制器20自砂溫感測器132接收砂溫，並於硬化劑之調整時用作控制條件或者監視砂溫。進而，控制器20亦接收控制盤142之信號，監視混練機140之動作狀態。 硬化劑之組成及供給量例如係指硬化劑之種類、調配比、及供給量。藉由利用控制器20控制例如自硬化劑槽向配管114供給硬化劑之各硬化劑供給部112a、112b之輸出量(例如，泵之頻率設定)，而選擇供給之硬化劑之種類，調整複數種硬化劑之調配比、各硬化劑之供給量等。 利用混練機140將耐火性粒子、黏結劑、及硬化劑混練所得之混練砂被填充至木模等母模，而造模鑄模。 繼而，於脫模步驟S2中，當混練砂硬化後，將木模等母模拔出，藉此製造鑄模(圖中僅示出上模)。此處製造之鑄模例如將上模、下模、模芯等組合而於下一步驟中使用。 繼而，於澆注步驟S3中，向將上模、下模、模芯等合模所得之鑄模中注入熔融金屬。然後，於經熔融之金屬冷卻、固化之後，將其作為製品而自鑄模中取出。再者，砂被實施再生處理，可再次於造模步驟S1中利用。 ＜控制器20之功能構成＞ 圖4係表示控制本實施形態之鑄模製造裝置10之控制器20之邏輯構成的功能區塊圖。圖4並非表示硬體單位之構成，而表示功能單位之區塊。 控制器20具備控制部152、供給量獲取部154、砂溫獲取部156、及通信部158。 砂溫獲取部156獲取耐火性粒子之溫度。具體而言，自砂溫感測器132接收砂溫。 供給量獲取部154獲取對耐火性粒子及黏結劑添加之各硬化劑之供給量之計測值。具體而言，自硬化劑A用流量計116a及硬化劑B用流量計116b接收各硬化劑之供給量之計測值。 控制部152係根據各鑄造工廠9之條件(砂溫等)調整對耐火性粒子(更具體而言，矽砂)添加之硬化劑或黏結劑(更具體而言，呋喃樹脂、鹼性酚醛樹脂)之組成及供給量。於本實施形態中，硬化劑係將2種硬化劑A及硬化劑B以特定之調配比供給。 於本實施形態中，例如，對耐火性粒子添加黏結劑及2種不同之硬化劑A、硬化劑B。此處，硬化劑A使用酸濃度較硬化劑B高者，具有較硬化劑B快之硬化速度。如圖5所示，控制部152藉由根據砂溫調整2種硬化劑A及B之調配比，而能夠使硬化速度保持固定。 其次，對控制器20之輸入輸出資料進行說明。圖6係用於說明控制器20之輸入輸出資料之圖。 圖6(a)之輸入資料160包含自砂溫感測器132接收到之砂溫、自未圖示之溫度計接收到之鑄造工廠9之環境氣溫、自未圖示之濕度計接收到之鑄造工廠9之環境濕度、外部設定值、及內部設定值。該等資訊較佳為與各值之更新日期時間之資訊一併被記憶。 此處，所謂外部設定值，例如係指藉由作業者於現場操作控制器20之操作部而設定之值，例示為以下，但並不限定於該等。 (a1)根據鑄模之形狀或大小而由作業者設定之硬化速度、可用時間、脫模時間 (a2)使用之砂種(自新砂、再生砂、特殊砂等中選擇) (a3)根據要求之鑄模之強度或砂種而變更之黏結劑之添加量(由多至少階段性地設定) (a4)使硬化劑供給部112之泵以某一頻率旋轉而以固定時間吐出各硬化劑時之實際之吐出量 (a5)以某固定時間使混練機140運行時之砂之重量(砂流量) (a6)硬化速度、可用時間、脫模時間之修正(階段性地調整加快、減慢等) 又，所謂內部設定值，例如係指預先儲存於控制器20之記憶體或儲存器之設定值或程式。又，內部設定值可藉由ROM(Read Only Memory，唯讀記憶體)之覆寫、或程式之版本升級或變更等而更新。或者，亦可由作業者使用操作部而變更或自使用者終端32使用特定之應用程式而變更。 內部設定值例如係硬化劑之種類或硬化劑調配模式等。 此處，作為硬化劑調配模式，例如，係根據砂溫、溫度、濕度等條件，相對於黏結劑計而設定硬化劑A與硬化劑B之調配比之情形。 進而，圖6(b)之輸出資料170係由控制器20運算出之資料或控制器20所偵測或獲取之警報等。例如，輸出資料170包含硬化劑設定值、硬化劑計測值、黏結劑添加量設定值、黏結劑添加量計測值、設備運行資訊、警報資訊、及異常資訊。該等資訊較佳為與各值之更新日期時間之資訊一併被記憶。 此處，所謂硬化劑設定值，係指控制器20對硬化劑供給部112指示之值，例如包含硬化劑之調配比、吐出量、及累計值。所謂硬化劑計測值，係指自流量計116接收到之各硬化劑之供給量之計測值。進而，包含基於各硬化劑之計測值運算出之硬化劑之調配比、吐出量、及累計值。 所謂黏結劑添加量設定值，係指根據由控制器20設定之值計算出之值，且係控制器20對黏結劑供給部122指示之值，例如包含黏結劑添加量、吐出量、及累計值。黏結劑添加量計測值係控制器20自黏結劑用流量計(未圖示)接收到之黏結劑之供給量之計測值。 再者，硬化劑或黏結劑之計測值亦可輸入由作業人員於現場使用秤實際計測供給之硬化劑或黏結劑之每固定時間之流量所得的檢量值，而代替流量計之計測值。關於檢量值之輸入方法，可由作業人員於現場輸入至控制器20，亦可由顧客使用使用者終端32而以特定之畫面或特定之表格輸入，還可使用維修部門60之電腦62以特定之畫面或特定之表格輸入。於鑄造工廠9之現場輸入至控制器20之值係經由行動電話通信網3而發送至管理伺服器40。又，使用顧客之使用者終端32或維修部門60之電腦62所輸入之值亦可經由網際網路5發送至管理伺服器40，並且可自管理伺服器40更新控制器20之設定值。 設備運行資訊包含表示各裝置(例如，控制混練機之控制器20、泵)之運行狀態之資訊(動作中、停止中等)、泵之吐出壓力(自泵接收到之計測值)。 警報資訊包含輸出偵測砂溫已成為第1閾值以上(高溫)、或低於第1閾值之第2閾值以下(低溫)、或特定範圍外之資訊。進而，亦可偵測硬化劑A、B之至少任一者已進入單獨使用區域這一情況而輸出警報資訊。 異常資訊包含表示偵測到自泵、感測器(砂溫、溫度、或濕度)、壓力計、控制器20之基盤、反相器等接收之異常信號、硬化劑槽液位計異常信號、控制器20之響應異常(逾時等)、定序器異常、設定異常(例如，檢量值較低之情形等)等的資訊。 ＜控制器20之硬體構成＞ 其次，對控制鑄模製造裝置10之各裝置之控制器20進行說明。 圖7係表示本實施形態之控制器20之硬體構成之方塊圖。 控制器20具有CPU(Central Processing Unit，中央處理單元)21、記憶體22、儲存器23、I/O(Input/Output，輸入/輸出)24、通信I/F(InterFace，介面)25、操作部(圖中表示為「SW」(Switch，開關))26、及顯示部27。 CPU21係與控制器20之各要素經由匯流排28而連接，控制各要素及控制器20整體。儲存器23例如係ROM(Read Only Memory)，記憶用於使控制器20動作之程式(未圖示)、及該程式動作時使用之各種設定資料等。記憶體22例如係RAM(Random Access Memory，隨機存取記憶體)，具有用於程式動作之作業區域、及暫時記憶收發資料之區域。 再者，記憶體22及儲存器23亦可為快閃記憶體或磁碟驅動器等其他記憶體或儲存器器件。 I/O24進行CPU21與控制器20內之其他要素間、或控制器20與其他裝置間之資料及控制信號之輸入輸出控制。所謂其他裝置，例如包含連接於控制器20之控制盤142、砂溫感測器132、流量計116a、流量計116b等、及該等裝置與控制器20之介面。進而，I/O24亦可進行與其他記錄介質之讀取或寫入裝置(未圖示)之資料之輸入輸出控制。 通信I/F25係用於進行控制器20與外部裝置之通信之網路連接用介面。通信I/F25可為用以與有線線路連接之網路介面，亦可為用以與無線線路連接之網路介面。於本實施形態中，控制器20藉由通信I/F25而連接於行動電話通信網3，並與管理伺服器40經由GW14進行通信。或者，於控制器20串聯連接之情形時，與其他控制器20通信。 操作部26包含鍵、按鈕、開關、撥盤等。操作部26受理使用者對操作部26之操作，並向CPU21通知。顯示部27包含LED(Light Emitting Diode，發光二極體)顯示器、燈、液晶顯示器、有機EL(ElectroLuminescence，電致發光)顯示器等。顯示部27係根據來自CPU21之指示，進行各顯示器之點亮、閃爍、或熄滅之控制或各種顯示。 上述圖4之控制器20之各構成要素係以實現圖7之控制器20之電腦之CPU21、記憶體22、載入至記憶體22之實現圖4之構成要素之程式(未圖示)、儲存該程式之儲存器23、網路連接用介面(通信I/F25)為中心，藉由硬體與軟體之任意之組合而實現。而且，業者應當理解其實現方法、裝置存在多種變化例。 圖8係表示本實施形態之控制器20之連接例之圖。 複數個控制器20(控制器A、B、C)分別連接於流量計116a、116b、及通信單元(GW14)。 控制器20與流量計116亦可經由未圖示之流量計監視盤而連接。又，控制器20與GW14之連接方法例如考慮到圖8(a)及圖8(b)之例。於圖8(a)之例中，複數個控制器20與GW14係並聯連接。於圖8(b)之例中，複數個控制器20與GW14係串聯連接。 ＜鑄造支援裝置100之功能構成＞ 其次，對本實施形態之鑄造支援裝置100進行說明。 圖9係表示本實施形態之鑄造支援裝置100之邏輯構成之功能區塊圖。圖9並非表示硬體單位之構成，而表示功能單位之區塊。 鑄造支援裝置100具備接收部102、資訊存儲部104、及提供部106。 例如，接收部102、資訊存儲部104由圖1之管理伺服器40構成，提供部106由圖1之網頁伺服器50構成。但是，管理伺服器40與網頁伺服器50之功能分擔為一例，並不限定於此。 接收部102係自各鑄造工廠9之控制器20經由行動電話通信網3接收至少包含硬化劑之供給量之計測值及砂溫資訊之鑄模製造裝置10之資訊。 資訊存儲部104將接收部102接收到之鑄模製造裝置10之資訊存儲至資料庫42中。 提供部106提供可自顧客使用者之使用者終端32經由網際網路5進行訪問的顧客專用之網頁。於網頁中，提供與鑄造相關之各種資訊。具體而言，使用使用者終端32，例如，啟動瀏覽器或專用之應用程式，訪問顧客專用之網站之URL(Uniform Resource Locator，統一資源定位符)，藉此可打開、瀏覽顧客專用之網頁。 圖10係表示鑄造支援裝置100(網頁伺服器50)向使用者終端32提供之網頁之畫面構成之一例的圖。 若於登錄畫面200中輸入預先使用者註冊之使用者ID與密碼而登錄，則於顧客專用之網站之首頁顯示選單210。進而，可自選單210轉換為例如運行管理畫面220、警報・維護管理畫面230、及材料管理畫面240。 進而，於鑄造支援系統1中，提供部106除提供顧客用之網站以外，亦可另外提供系統管理者專用之網站。使用管理者側之電腦，例如啟動瀏覽器或專用之應用程式，訪問管理者專用之網站之URL，藉此可打開、瀏覽管理者專用之網頁。 於管理者專用之網頁中，除登錄畫面200、選單210、運行管理畫面220、警報・維護管理畫面230、及材料管理畫面240以外，還可瀏覽顧客管理畫面250、及應用程式管理畫面260(由一點鏈線包圍之管理者用選單270)。 圖11係表示鑄造支援裝置100提供之網頁之選單之例之圖。圖11(a)係管理者用選單270之例，圖11(b)係顧客使用者用選單210之例。 顧客使用者用選單210包含轉為顯示對顧客使用者之通知資訊之畫面之通知一覽、及轉為顯示設備資訊之畫面之選單。各選單係與上述運行管理畫面220(每個設備、設備詳情、即時)與警報・維護管理畫面230(維修歷程保存、郵件發送)對應。 管理者用選單270除顧客使用者用選單210以外，還包含檢索顧客資訊之顧客設備檢索選單、顯示與各工廠之設備相關之資訊之選單、主資料之管理選單等。主資料之管理選單還包含註冊顧客使用者之資訊之選單、註冊設備資訊之選單、顯示控制器20、使用者終端32(亦稱為監控終端)之通信日誌之選單、通知註冊選單、及運營者註冊選單。 於通知註冊選單中，受理並註冊系統之管理者所輸入之對顧客使用者之通知資訊，或受理所註冊之通知資訊之修正而進行更新，或受理所註冊之通知資訊之刪除指示而進行刪除。既可對複數個顧客使用者之全部或一部分註冊共通之通知資訊，亦可僅對特定之顧客使用者註冊通知資訊。 將成為通知資訊之提供對象之顧客使用者之識別資訊建立關聯地註冊，提供部106基於顧客使用者之識別資訊，擷取並提供通知資訊。如此一來，於使用者終端32中，僅能夠瀏覽對應之通知。 ＜鑄造支援系統1之動作＞ 對如此構成之本實施形態之鑄造支援系統1之動作進行說明。 圖12係表示本實施形態之鑄造支援系統1之動作之一例之流程圖。 首先，於鑄造工廠9之鑄模製造裝置10之控制器20中，砂溫獲取部156自砂溫感測器132接收料斗130之出口附近之砂溫之計測值(步驟S11)。繼而，供給量獲取部154自各流量計116接收硬化劑A及硬化劑B之流量之計測值(步驟S12)。繼而，控制部152根據砂溫調整硬化劑A與硬化劑B之調配比及供給量(步驟S13)。 於管理伺服器40中，接收部102自複數個鑄造工廠9之控制器20經由行動電話通信網3接收上述輸入輸出資料之各種資訊(步驟S21)。接收資料中包含各鑄造工廠9之工廠ID、各控制器20之裝置ID、及發送日期時間等資訊。接收部102之資料接收之時序不受限定，但較佳為能夠於管理伺服器40側快速地偵測警報等資訊之特定之週期、例如每隔1分鐘、每隔5分鐘等定期之時序。具體之接收週期之設定較佳為可根據成為監視對象之設備、裝置、機器、及零件之種類或式樣、警報之重要度或緊急性、顧客之需求等而由顧客使用者或系統管理者進行。又，亦可不接收所有資料，而以與警報以外之資訊不同之較短週期僅接收與警報等有關之資訊。 進而，亦可根據控制器20之儲存器23之記憶容量而決定。例如，於容量相對較小之情形時，必須於超過容量之前發送至管理伺服器40。又，亦可自管理伺服器40側對控制器20請求資料之發送，還可自控制器20自發地對管理伺服器40進行發送。 資訊存儲部104將自各鑄造工廠9之控制器20接收到之資料儲存至資料庫42中(步驟S22)。此處，自複數個鑄造工廠9接收到之資料係與各鑄造工廠9之工廠ID、各控制器20之裝置ID、及發送日期時間等資訊建立對應地儲存至資料庫42中。而且，各資料係針對每個鑄造工廠9而用於運算、分析、監視等。又，其他鑄造工廠9之資訊機密部分藉由以非公開之狀態用於統計處理或分析而能夠相互共享地利用複數個鑄造工廠9之資訊。不只是一個鑄造工廠9之資訊，而且可共享複數個鑄造工廠9之資訊，因此，成為基礎之資訊量增加，而精度提昇，可靠性亦提昇。 然後，提供部106產生用於向顧客使用者提供各種資訊及服務之網頁，並儲存於網站52中。例如，提供部106提供運行狀況及設備管理相關之資訊及服務(步驟S23)。或者，提供部106提供鑄造工廠9之警報及維護管理相關之資訊及服務(步驟S24)。或者，提供部106提供鑄模製造時使用之材料管理相關之資訊及服務(步驟S25)。步驟S23～步驟S25之處理可不按順序進行處理，而根據顧客使用者之請求隨時執行。關於步驟S23、步驟S24等之處理，於下述之實施形態中分別詳細地進行說明。 然後，顧客使用者使用使用者終端32啟動瀏覽器或應用程式(步驟S41)。繼而，若輸入鑄造支援系統1之服務專用之URL，則登錄頁面打開。繼而，若顧客使用者自使用者終端32輸入使用者ID及密碼之登錄資訊(步驟S42)，則由網頁伺服器50進行接收，並基於所接收到之登錄資訊進行認證處理(步驟S31)。 認證後，若提供部106允許顧客使用者專用之網頁之瀏覽(步驟S32)，則顧客使用者使用使用者終端32利用瀏覽器或應用程式瀏覽網頁(步驟S43)。又，提供部106亦可利用郵件對預先指定之顧客使用者之郵件位址發送預先規定之資訊(步驟S33)。顧客使用者使用使用者終端32等接收郵件(步驟S44)。 關於郵件收發功能，亦於下述之實施形態中進行說明。 進而，步驟S41～步驟S44之顧客使用者之使用者終端32之程序亦可同樣地應用於系統側之各部門(維修部門60、管理部門70、及經營銷售部門80)之各電腦62、72、及82等之操作員終端。使用各電腦62、72、及82，由各部門之員工或專家啟動瀏覽器或應用程式(步驟S41)。繼而，若輸入鑄造支援系統1之服務專用之URL，則登錄頁面打開。繼而，若各部門之員工或專家自各電腦62、72、及82輸入使用者ID及密碼之登錄資訊(步驟S42)，則由網頁伺服器50進行接收，並基於所接收到之登錄資訊進行認證處理(步驟S31)。 認證後，若提供部106允許各部門專用之網頁之瀏覽(步驟S32)，則各部門之員工或專家使用各電腦62、72、及82利用瀏覽器或應用程式瀏覽網頁(步驟S43)。又，提供部106亦可利用郵件對預先指定之各部門之員工或專家之郵件位址發送預先規定之資訊(步驟S33)。各部門之員工或專家使用各電腦62、72、及82等接收郵件(步驟S44)。 如此一來，各部門之員工或專家可瀏覽各鑄造工廠9之資訊，因此，各部門之專家可對資訊進行分析。而且，各部門之專家各自可製作基於專業知識之建議或指南並對各鑄造工廠9或特定之鑄造工廠9群進行提示。例如，編輯並註冊下述之FAQ(Frequently Asked Questions，常見問答集)資訊等，提供部106可於網頁上公開或者製作郵件而發送至顧客使用者。又，提供部106不僅可向鑄造工廠9之顧客使用者提示所製作之建議或指南，而且可向各部門內之技術人員提示所製作之建議或指南，藉此，各部門之技術人員亦可進一步對鑄造工廠9之顧客使用者製作建議或指南並進行提示。如此，各種立場之複數個使用者藉由訪問雲端7之網頁伺服器50而能夠共享公開之資訊，而可活躍地進行基於相互之專業知識之資訊交換。 如以上所說明般，根據本實施形態之鑄造支援系統1，可將自複數個鑄造工廠9之鑄模製造裝置10之控制器20獲得之資訊經由行動電話通信網3一面保持安全性一面進行收集並存儲至管理伺服器40(鑄造支援裝置100)中。自各鑄造工廠9接收到之各資料係針對每個鑄造工廠9而用於運算、分析、監視等。 藉此，管理伺服器40可將自複數個鑄造工廠9所收集之資訊匿名化而進行分析，並將可實現步驟管理、設備管理、材料管理、維護檢查、故障預測、監視等各種行動之資訊即時及隨時提供給經由網際網路5訪問雲端7之鑄造工廠9及系統側。 僅藉由經由網際網路5訪問雲端7上之網頁伺服器50，從而，不只是鑄造工廠9之現場，自事務所等亦可容易地訪問，可於複數人之間即時及隨時共享資訊。藉此，即便不去鑄模製造裝置10之現場，亦可自事務所30在畫面上確認鑄模製造裝置10之狀況，進而，亦可基於郵件接收通知，因此，可高效率地進行鑄模製造步驟之管理。 進而，根據本實施形態，可自系統側之複數個部門(維修部門60、管理部門70、及經營銷售部門80)經由網際網路5而於網頁伺服器50中瀏覽資訊，因此，各部門之員工或專家可對資訊進行分析。而且，可製作基於專業知識之建議或指南並對各鑄造工廠9或特定之鑄造工廠9群進行提示。進而，於各部門內，複數個使用者亦可共享資訊。如此，各種立場之複數個使用者藉由訪問雲端7之網頁伺服器50而可共享公開之資訊，而可活躍地進行基於相互之專業知識之資訊交換。 又，其他鑄造工廠9之資訊機密部分藉由以非公開之狀態用於統計處理或分析而可相互共享地利用複數個鑄造工廠9之資訊。不只是一個鑄造工廠9之資訊，而且可共享複數個鑄造工廠9之資訊，因此，成為基礎之資訊量增加，而精度提昇，可靠性亦提昇。如此，可在其他複數個鑄造工廠9之間共享基於與每個鑄造工廠9獨自所擁有之技術訣竅有關之資訊而產生的各種資訊。 又，根據本實施形態，藉由使用管夾式流量計而可準確地計測實際流經配管114之硬化劑或黏結劑之流量之差量，因此，可使流量之計測值與硬化劑或黏結劑之供給量之指示值(即，自槽向配管114供給硬化劑之泵之輸出指示值)之差量之運算結果之精度提昇。進而，可準確地掌握硬化劑之供給量之經時變化，於在較長之跨度內流量逐漸減少或者增加之情形時，亦可視為異常之預兆而進行偵測，可從與使用其他流量計之情形不同之觀點來監視供給量。 (第2實施形態) ＜運行資訊管理＞ 圖13係表示本實施形態之鑄造支援裝置100之邏輯構成之功能區塊圖。 本實施形態之鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，還具有提供鑄造工廠9之鑄模製造裝置10之運行狀況及設備管理相關之資訊及服務的運行管理部410。本實施形態之功能亦可與其他實施形態之功能組合。 於本實施形態中，接收部(動作狀態獲取部)102獲取表示各鑄造工廠9之鑄模製造裝置10之各設備之動作狀態的動作狀態資訊。運行管理部410係基於所獲取之動作狀態資訊及硬化劑之供給量之計測值，對鑄模製造裝置10之各設備之運行時間及硬化劑之計測值分別進行累計，並將鑄模製造裝置10之各設備之運行時間及硬化劑之計測值之累計值相關之資訊、及耐火性粒子之溫度相關之資訊藉由提供部106經由網際網路5提供給使用者終端32等。 所謂動作狀態資訊，例如包含表示包括鑄造工廠9之各設備(鑄模製造裝置10、控制器20、混練機140、各硬化劑之槽之泵等)之電源接通時刻、電源切斷時刻、通電中、運轉中、待機中、暫時停止中、停止中、緊急停止中等之運轉狀態的資訊、及控制器20偵測到之警報或異常之資訊(砂溫警報(上限或下限)、泵之異常、設定異常、緊急停止等)。 圖14係表示運行管理畫面220之畫面構成之一例之圖。 本實施形態之鑄造支援裝置100之運行管理部410係利用以下之畫面藉由運行管理畫面220向顧客使用者提供運行狀況及設備管理相關之資訊。 運行管理畫面220包含日設備一覽221、月設備一覽222、年設備一覽223、運行詳情日報224、運行詳情月報225、運行詳情年報226、及控制器即時監控畫面227。 設備一覽及運行詳情可按照每日、每月、每年切換顯示畫面。圖15～圖17表示運行詳情月報225之例。 圖15係一覽顯示某個設備之每月之運行資訊。運行資訊包含該設備之運行時間、砂溫之最低值/最高值/平均值、推定砂量、黏結劑使用量、黏結劑之添加比率(相對於砂量)、各硬化劑之添加量、各硬化劑之添加比率(相對於砂量)等。該等為一例，並不限定於該等。 運行管理部410係基於接收部102所接收到之控制器20之資料，計算顯示於運行管理畫面220之各值，並儲存至運行資訊記憶部412中。自運行資訊記憶部412將資料讀出並顯示於運行管理畫面220中。 例如，運行管理部410針對每個設備獲取表示裝置(例如，控制混練機之控制器20或泵)之運行狀態之資訊(動作中、停止中)等及時刻資訊，計算各設備之運行時間，每隔單位時間(1小時、1天、1個月)累計求出並儲存至運行資訊記憶部412中。各值用於日報、月報、年報等之顯示。 進而，運行管理部410針對每個設備獲取硬化劑或黏結劑之流量計測值及時刻資訊，每隔單位時間(1小時、1天、1個月)累計求出各設備之硬化劑與黏結劑之累計使用量並儲存至運行資訊記憶部412中。各值用於日報、月報、年報等之顯示。 圖16及圖17係將某個設備之每月之運行資訊製成曲線圖而表示者。圖16示出表示運行時間、黏結劑累計值、及各硬化劑之累計值之曲線圖之畫面例。圖17(a)示出表示砂溫之月推移曲線圖之畫面例。圖17(b)示出表示硬化劑量之月推移曲線圖之畫面例。 砂溫或硬化劑量之推移曲線圖可切換顯示每日、每月、每年之畫面。又，砂溫宜為能夠顯示每單位時間(1小時、1天、1個月)之平均值、最高溫度、及最低溫度。又，硬化劑量係按種類顯示計測值。例如，於圖17(b)之月報之例中，以半個月為單位時間而對前半個月與後半個月分別計算1天累計值之平均值，並且進而自前半個月與後半個月中之各天之1天累計值中分別求出最高值與最低值並製成曲線圖。 圖18係表示控制器即時監控畫面227之一例之圖。 顯示表示控制器20之盤面之狀態之圖、及自控制器20接收到之值之一覽。畫面顯示定期地更新顯示。又，亦可藉由按下顯示更新按鈕228而隨時更新。圖18之控制器即時監控畫面227可將顯示器之各值或開關之設定描繪並顯示於接收部102接收圖6之控制器20之輸入輸出資料並將控制器20之盤面製成模式圖所得的圖像中。進而，亦可將自控制器20接收到之各值以一覽表之形式顯示。接收部102可向控制器20請求最新之資料並顯示所接收到之資料，亦可自已由接收部102接收並儲存於運行資訊記憶部412之資料中以最新之資料進行更新。 進而，亦可為，運行管理部410存儲自複數個鑄造工廠9收集到之運行資訊，於將該等資訊匿名化之後，產生系統側之各部門能夠利用於分析之資訊，並使得可利用各部門之電腦進行瀏覽。各部門可基於該等資訊從各種角度謀求鑄模製造步驟之效率化或針對顧客進行服務提昇之提案。 如以上所說明般，根據本實施形態之鑄造支援系統1，運行管理部410接收各鑄造工廠9之鑄模製造裝置10之運行資訊，計算累計值等，並將累計值等製成一覽表或曲線圖而進行畫面顯示或印字輸出，因此，無須前往現場，便可於事務所30知曉運行狀況等。又，既可查看運行狀況之即時資訊，亦可確認過去之實績，因此方便性較佳。 可存儲自複數個鑄造工廠9收集到之運行資訊，並於將該等資訊匿名化之後提供系統側之各部門能夠利用於分析之資訊，因此，不僅可於顧客間共享複數個鑄造工廠9之資訊，亦可於系統側之各部門間共享複數個鑄造工廠9之資訊，可從各種角度謀求鑄模製造步驟之效率化或針對顧客進行服務提昇之提案。 (第3實施形態) ＜顧客管理＞ 圖19係表示本實施形態之鑄造支援裝置100之邏輯構成之功能區塊圖。 本實施形態之鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，還具有管理鑄造工廠9之鑄模製造裝置10之顧客資訊之顧客管理部430。本實施形態之功能亦可與其他實施形態之功能組合。該功能並非顧客使用者用而係鑄造支援系統1之管理者用之功能。 於本實施形態中，顧客管理部430係對每個鑄造工廠9設定接收之資訊之公開限制級別，並基於該公開限制級別對每個鑄造工廠9限制藉由提供部106向使用者終端32提供之資訊或服務。 圖20係表示顧客管理畫面250之系統導入目標一覽畫面251之一例之圖。 系統導入目標一覽畫面251一覽顯示導入有本系統之顧客之資訊。系統導入目標一覽畫面251之畫面係利用以下之主資訊300之資訊而顯示。 圖21係表示鑄造支援裝置100之主資訊300之例之圖。 主資訊300包含公司主檔310、工廠主檔320、設備主檔330、裝置主檔340、使用者主檔350、使用者設備主檔360。 公司主檔310包含公司之識別資訊(公司ID)與公司名。工廠主檔320係各公司之鑄造工廠9之資訊，包含公司ID、工廠之識別資訊(工廠ID)、工廠名、及工廠之所在地之資訊(例如，郵遞區號、都道府縣名、區市城村名、住所資訊、區域碼等)等。設備主檔330係各鑄造工廠9之設備之資訊，包含公司ID、工廠ID、設備之識別資訊(設備ID)、設備名、設備資訊、及控制器20之識別資訊(裝置ID)等。裝置主檔340係控制器20之資訊，包含裝置ID與型號名。使用者主檔350係顧客使用者之資訊，包含使用者之識別資訊(使用者ID)、登錄認證時使用之密碼、使用者權限級別、公司ID、及郵件位址等資訊。使用者設備主檔360關聯有使用者ID、公司ID、工廠ID、設備ID。 公司主檔310與工廠主檔320係以公司ID建立關聯。工廠主檔320與設備主檔330係以公司ID及工廠ID建立關聯。使用者主檔350與使用者設備主檔360係以使用者ID建立關聯。 此處，以下對使用者主檔350之權限進行說明。 顧客使用者於利用鑄造支援系統1之服務時，可選擇對鑄造支援系統1發送之資訊之種類與範圍、及鑄造支援系統1能夠利用之資訊之種類與範圍並預先註冊。例如，亦可根據鑄造支援系統1能夠利用之資訊之種類與範圍而決定可接受提供之資訊及服務之種類或範圍。 於簡單之例中，可對將發送至鑄造支援系統1之所有資訊公開或非公開進行選擇而註冊。或者，亦可為能夠按照資訊之種類而設定公開/非公開。又，例如，於公開之情形時，能夠利用所有選單，於非公開之情形時，亦可使得僅能夠利用警報・維護管理功能而不能利用運行管理功能及材料管理功能。或者，例如，亦可使得僅能夠利用運行管理功能中之控制器即時監控畫面227。 如以上所說明般，根據本實施形態之鑄造支援系統1，可對每個顧客設定權限，因此，根據資訊之公開級別而決定對顧客提供之資訊或服務之種類或範圍。由此，亦能夠對提供及公開大量資訊之顧客提供更佳之服務等。藉此，資訊收集率提高之可能性增加，亦能夠提高基於該等資訊進行計算或分析之結果之精度。 又，其他鑄造工廠9之資訊機密部分藉由以非公開之狀態用於統計處理或分析而可相互共享地利用複數個鑄造工廠9之資訊。不只是一個鑄造工廠9之資訊，而且可共享複數個鑄造工廠9之資訊，因此，成為基礎之資訊量增加，而精度提昇，可靠性亦提昇。如此，可在其他複數個鑄造工廠9之間共享基於與每個鑄造工廠9獨自所擁有之技術訣竅有關之資訊而產生的各種資訊。 如此一來，可共享並有效活用複數個鑄造工廠9之資訊。 (第4實施形態) ＜警報・維護管理＞ 圖22係表示本實施形態之鑄造支援裝置100之邏輯構成之功能區塊圖。 本實施形態之鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，還具有管理鑄造工廠9之鑄模製造裝置10之警報及維護資訊之維護管理部420。本實施形態之功能亦可與其他實施形態之功能組合。 維護管理部420進而具有報知部(未圖示)，該報知部基於自鑄造工廠9之鑄模製造裝置10所獲取之各設備之資訊，檢測警報，並向該鑄造工廠9之使用者終端32報知。 報知部通知包含表示發生警報之警報產生日期時間、設備名、設備型號、警報之種類或級別的資訊(例如錯誤碼等)、及表示警報產生場所之資訊的資訊。 報知部向顧客使用者報知警報之發生之方法例示為以下，但並不限定於該等。又，亦可將以下中之複數個加以組合。 (b1)於使用者終端32訪問之網頁之畫面中提示報知已發生警報之資訊。 例如，可於設備一覽畫面中描繪通知警報之發生之圖標等圖像或顯示訊息。較佳為藉由閃爍顯示、變色、動畫或3D顯示等強調顯示而以能夠使使用者引起注意之方式顯示。亦可以彈出顯示打開另一視窗而進行報知。 (b2)自使用者終端32之語音輸出部(未圖示)輸出通知警報發生之語音或警報音。 (b3)使行動電話或智慧型手機等使用者終端32之振動部(未圖示)振動而進行報知。 (b4)向顧客使用者預先指定之郵件位址發送記載有報知已發生警報之資訊之郵件。 (b5)藉由使使用者終端32之LED顯示器等(未圖示)以特定之顏色或特定之閃爍或點亮顯示模式顯示，而報知已發生特定之警報。 圖23係表示警報・維護管理畫面230之畫面構成之一例之圖。 本實施形態之鑄造支援裝置100藉由以下之畫面向顧客使用者提供鑄模製造裝置10中之各種警報及異常相關之資訊、或維護檢查相關之資訊及服務。 警報・維護管理畫面230可包含警報歷程231、異常時FAQ232、維修記錄233、維修歷程234、更換時期資訊235、及故障預兆236之任一功能以上。 警報歷程231例如針對每個鑄造工廠9包含表示警報產生日期時間、設備名、設備型號、警報之種類或級別的資訊(例如錯誤碼等)、及警報產生場所之資訊等。歷程資訊例如宜為能夠以指定期間之一覽顯示進行畫面顯示或印字輸出。又，亦可為能夠進行指定項目之縮選、分類處理等。 維護管理部420之報知部係基於接收部102自鑄造工廠9之鑄模製造裝置10之控制器20定期地或隨時接收到之資料而產生警報歷程231之資訊。維護管理部420係使用圖6之輸出資料170之警報資訊及異常資訊等直接表示警報產生之資料而偵測有無警報或異常發生。進而，維護管理部420亦可監視砂溫、氣溫、濕度、硬化劑流量計測值、設備運行資訊等資訊，基於預先設定之條件偵測有無警報或異常發生。 例如，如圖24所示，根據自控制器20接收之砂溫資料而砂溫成為特定之範圍外之情形(圖中由圓圈包圍之部位)時，維護管理部420亦可偵測警報發生。進而，亦可如圖24般描繪以圓圈包圍發生警報之部位之圖像、進而閃爍顯示該圖像等，以視覺上容易辨識警報之發生之方法顯示。 又，亦可基於流量計測值偵測配管路徑內之濾網之堵塞、泵之劣化等異常。 異常時FAQ232針對所產生之警報顯示認為之原因與對策相關之資訊。 例如，若顧客使用者自警報歷程231之畫面之一覽顯示中指定備案，則維護管理部420基於所受理之備案中之至少任一個資訊(設備名、型號、警報之種類、錯誤碼、產生場所等)，自FAQ資訊記憶部422中擷取對應之FAQ資訊。然後，基於所擷取之FAQ顯示異常時FAQ232。 FAQ資訊記憶部422只要為鑄造支援裝置100能夠訪問之記憶裝置，則可位於鑄造支援裝置100之內部及外部之任一部分。FAQ資訊記憶部422可由圖1之維修部門60管理，亦可由維修部門60之管理者使用電腦62進行更新。 又，異常時FAQ232亦可為能夠自警報歷程231畫面以外之畫面或選單進行瀏覽。 進而，於本發明中，亦能夠收集複數個鑄造工廠9之資訊並於維修部門60進行參照。由於可收集多個鑄造工廠9之資訊，故可基於大量資訊製作適當之FAQ資訊。 例如，維修部門60之技術人員亦可收集前往各鑄造工廠9之現場而實施之維護檢查或故障應對等相關之資訊、或自各鑄造工廠9之作業人員或管理者聽取之資訊、或於各鑄造工廠9自下述之維修記錄畫面233輸入之資訊、或關於設備或機器的與式樣、規格、手冊、維護檢查服務相關之資訊，將該等資訊整合，而製作並輸入現象與措施之FAQ資訊。維護管理部420受理所輸入之FAQ資訊並儲存至FAQ資訊記憶部422中。 藉此，可基於大量資訊構築適當之FAQ資訊，而可提供可靠性較高之服務。 進而，維護管理部420亦可具有供各顧客使用者輸入與故障或維護檢查相關之提問、進而對策資訊(技術訣竅)等之編輯畫面，將在編輯畫面上受理之內容發送至管理伺服器40。自顧客使用者之使用者終端32接收到之資訊係作為使用者發送之資訊而存儲於FAQ資訊記憶部422中。再者，針對自顧客使用者集中之提問，系統側之各部門之行家製作回答，輸入至編輯畫面而進行受理，並存儲於FAQ資訊記憶部422中。又，對於提問之回答亦可利用郵件直接向指定之顧客使用者之郵件位址回復。又，亦可為，關於自顧客使用者集中之對策資訊，系統側之各部門之行家亦能夠驗證內容並在編輯畫面上修正或添加內容。 再者，設為能夠指定與技術訣竅相關之資訊僅能於顧客使用者(鑄造工廠9)內共享還是可提供給其他使用者(其他鑄造工廠9)。於僅能於顧客使用者內共享之情形時，不向其他鑄造工廠9提供該資訊，而僅能於一鑄造工廠9內於複數個作業人員間共享。藉此，可使熟練之作業人員至今為止個別持有之技術訣竅由同一個鑄造工廠9內之複數個作業人員或管理者共享。 再者，該等資訊之共享設定可為與上述顧客之權限連動之設定，亦可不連動而能夠個別地設定。 維修記錄畫面233例如係能夠輸入需要維修之部位、分部位之症狀或數值、維修內容(例如，零件更換、調整、跟蹤觀察等)等資訊的畫面。顧客使用者可自該畫面進行維修記錄。維護管理部420可經由提供部106自各使用者終端32接收在維修記錄233之畫面上受理之資訊。所接收之維修資訊儲存於維修記錄存儲部423中。又，於其他例中，亦可為不由顧客使用者而由維修部門60之技術人員或員工使用電腦62自維修記錄233之畫面輸入維修記錄。 維修歷程234宜為能夠將自維修記錄233之畫面記錄、存儲之維修記錄以例如指定期間之一覽顯示進行畫面顯示或印字輸出。又，亦可為能夠進行指定項目之縮選、分類處理等。 又，例如，FAQ資訊記憶部422或維修記錄存儲部423之資訊亦可與設備(泵、混練機、電源等)、機器、計器(流量計等)或零件(閥等)之種類或型號、使用之控制器20之型號或編程之版本、材料之種類、鑄造工廠9之處所地區、製造之製品之形狀或尺寸等屬性資訊建立關聯地儲存。維護管理部420亦可具有自FAQ資訊記憶部422或維修記錄存儲部423中擷取與顧客使用者之屬性對應之資訊而提供給該顧客使用者的構成。 進而，維護管理部420亦可設為如下構成，即，將與特定之屬性或複數個屬性之組合相符之顧客使用者分組，對特定組之顧客使用者，自FAQ資訊記憶部422或維修記錄存儲部423中擷取並提供與該屬性對應之資訊。既可對每組設置能夠瀏覽之資訊提供網頁，亦可對同一組內之各顧客使用者分別設置相同網頁。或者，亦可對同一組之各顧客使用者發送資訊提供之郵件。例如，亦可將某個零件之缺陷資訊等統一以郵件發送至利用該零件之所有顧客使用者。 又，亦可具有如下構成，即，顧客使用者指定欲獲得之資訊之屬性，自FAQ資訊記憶部422或維修記錄存儲部423中擷取並提供與指定之屬性對應之資訊。 維護管理部420針對鑄造工廠9之每一個鑄模製造裝置10，將消耗零件及需要檢量之機器之資訊由顧客使用者或維修部門60之作業者預先註冊於維修記錄存儲部423中。進而，維護管理部420針對預先設定之消耗零件及機器中之每一個，根據更換或量測週期，計算更換時期或量測預定日、及自更換日或上一次量測日等起經過之天數。該等資訊能夠以更換時期資訊235進行畫面顯示或印字輸出。 進而，維護管理部420亦可具有將更換時期或量測預定日之通知以郵件發送至預先指定之郵件位址的功能。通知係以顧客使用者預先指定之天數及次數於更換時期或量測預定日之前發送。 進而，維護管理部420亦可包含進行維修部門60等對鑄造工廠9之巡迴計劃之提案及預約之受理等的功能。該等功能亦宜為能夠以更換時期資訊235進行畫面顯示。又，維護管理部420亦可於巡迴計劃之提案或預約受理時向顧客使用者指定之郵件位址以郵件發送接收通知。 進而，維護管理部420亦可具有基於運行時間之累計值而預測各設備之維修時期的預測部(未圖示)、及將維修時期通知給使用者終端之通知部(未圖示)。 維護管理部420之預測部具有如下功能，即，偵測鑄造工廠9之鑄模製造裝置10之控制器20及機器之故障之預兆，並推定偵測出之故障部位。故障預兆例如可藉由基於自控制器20接收之輸入資料160及輸出資料170進行分析而偵測。具體而言，維護管理部420例如可基於自鑄造工廠9之鑄模製造裝置10之控制器20接收之運行時間之累計值、及閥或泵等之耐久使用期間之資訊而預測該等之更換或維修時期。又，亦可監視自控制器20接收之流量計測值之經時變化而進行故障預兆之偵測。例如，於流量計測值之經時變化較長之跨度內流量逐漸減少或增加之情形時，亦可視為異常之預兆而進行偵測。 維護管理部420之通知部將故障預兆之資訊顯示於故障預兆236之畫面而通知給顧客使用者。又，維護管理部420之通知部亦可將偵測到之故障預兆相關之資訊以郵件發送至顧客使用者指定之郵件位址。 亦可基於複數個鑄造工廠9之資訊而事先調整各鑄造工廠9之巡迴或維修之計劃。例如，亦可具有日曆功能，亦可設置將維修之作業人員之計劃、零件之調撥計劃、及顧客使用者之計劃等組合且以能夠瀏覽之方式顯示的畫面。而且，亦可進行維修預定之調整而決定計劃並向顧客使用者指定之郵件位址發送提案郵件。計劃係以各顧客使用者之維修日程不重疊之方式進行調整。計劃之調整既可藉由程式自動地進行，亦可設為受理操作員對日程之指定之構成。 如以上所說明般，根據本實施形態之鑄造支援系統1，可基於自鑄造工廠9之鑄模製造裝置10收集到之資訊而進行維修時期或零件更換時期之預測並通知給使用者。藉此，對使用者而言，可於故障等產生之前進行零件更換或維修，因此，可防止因故障等而使生產線徒勞地停止，因此，可提昇生產性。又，由於基於實際之運行時間而推定維修時期，故與不考慮運行時間之情形相比，可於適當之時期進行維修，因此效率較佳。 又，由於可基於複數個鑄造工廠9之資訊而事先掌握各鑄造工廠9之維修計劃，故可事先進行複數個鑄造工廠9之維修計劃之調整，而可高效率地分配作業。又，可基於複數個鑄造工廠9之資訊而構築FAQ資訊或維修資訊，因此，可謀求維護檢查內容之最佳化及充實，而可提昇服務質量。 (第5實施形態) ＜推薦資訊提供功能＞ 圖27係表示本實施形態之鑄造支援裝置100之邏輯構成之功能區塊圖。鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，還具有產生部500，該產生部500產生與每個使用者之環境氣溫、濕度、及砂溫等製造條件對應的硬化劑與黏結劑之組成與供給量之推薦資訊。再者，於圖27中，未圖示與本實施形態之功能無關之構成。又，本實施形態之功能亦可與其他實施形態之功能組合。 產生部500若受理包含鑄造工廠9之氣溫及要製造之鑄模相關之資訊的製造條件，則根據製造條件產生對耐火性粒子添加之硬化劑或黏結劑之組成與供給量之推薦資訊。 提供部106將所產生之推薦資訊提供給該鑄造工廠9之使用者終端32。 所謂推薦資訊，係指對使用者之製造條件推薦的硬化劑或黏結劑之組成與供給量之處方資訊，包含黏結劑之種類或編號與至少2種硬化劑(於第1實施形態中為硬化劑A與硬化劑B)之種類或編號等資訊、及至少2種硬化劑之供給量之調配比之資訊。推薦資訊係作為硬化劑之複數個推薦處方模式按製造條件預先記憶。又，亦可更新該等資訊之記錄。 以下，作為製造條件，以鑄造工廠9之環境氣溫為例進行說明。製造條件亦可進而包含上述第1實施形態中所說明的顧客使用者操作控制器20之操作部或操作畫面而輸入之外部設定值(a1)～(a6)之至少任一個。該外部設定值由接收部102自控制器20接收。 鑄造工廠9之環境氣溫等資訊可使用鑄造支援裝置100之操作部(未圖示)而輸入。可輸入氣溫之值，或者，亦可輸入鑄造工廠9之處所地區與製造時期之資訊，還可讀出預先由管理伺服器40管理之鑄造工廠9之處所地區之資訊。 鑄造支援裝置100將推薦處方模式與氣溫或地區建立對應之表記憶於記憶部(未圖示)中。記憶部例如記憶有按氣溫之推薦處方表502、或按地區之推薦處方表506、或按地區之平均氣溫表504與按氣溫之推薦處方表502。 按氣溫之推薦處方表502係按氣溫建立關聯地記憶推薦處方之模式。產生部500自按氣溫之推薦處方表502中讀出而獲取與所輸入之氣溫對應之推薦之處方模式。 按地區之平均氣溫表504係與地區(例如按都道府縣)與季節(例如按月)建立關聯地記憶平均氣溫。產生部500係自按地區之平均氣溫表504中讀出與所輸入之地區及季節對應之平均氣溫，自按氣溫之推薦處方表502中讀出而獲取與所讀出之平均氣溫對應之推薦處方之模式。 按地區之推薦處方表506係與地區(例如按都道府縣)與季節(例如按月)建立關聯地記憶推薦處方之模式。產生部500係自按地區之推薦處方表506中讀出而獲取與所輸入之地區及季節對應之推薦處方之模式。 又，如上述第1實施形態中所說明般，對黏結劑設定的硬化劑A與硬化劑B之供給量之調配比係由控制器20之控制部152根據砂溫、溫度、濕度等條件進行調整。控制器20之控制部152係根據按硬化劑調配模式準備複數個之程式進行動作。 對使用者之製造條件推薦之硬化劑調配模式所對應的程式儲存於控制器20之記憶體或儲存器中。而且，由CPU執行該程式。再者，與硬化劑調配模式對應之程式較理想為決定硬化劑調配模式，且於由顧客使用者或維修部門60之負責者進行黏結劑、硬化劑等材料之準備時切換。 將程式儲存於控制器20之記憶體或儲存器之方法並無特別限定，例如，可自管理伺服器40下載而載入至控制器20之記憶體或儲存器，亦可由顧客使用者或維修部門60之負責者將於ROM中載入新的程式所得者安裝於控制器20，還可預先將複數個程式儲存於控制器20之儲存器，藉由管理者用之管理用程式切換要啟動之程式。或者，亦可設為如下構成，即，於控制器20之操作面板上，受理顧客使用者或維修部門60之負責者之選擇操作，使所選擇之程式啟動。 提供部106將產生部500所產生之推薦資訊提供給使用者終端32。提供方法與上述實施形態相同，可將推薦資訊顯示於顧客使用者用之網頁，亦可以郵件發送至使用者終端32。 又，提供部106亦可將推薦資訊提供給經營銷售部門80之電腦82。可自電腦82訪問經營銷售部門80專用之網頁而瀏覽推薦資訊，亦可對經營銷售部門80之負責者發送包含推薦資訊之郵件。經營銷售部門80之負責者可基於推薦資訊向顧客使用者進行材料購買之經營。 又，產生部500受理表示黏結劑之種類、製造之鑄模之形狀、鑄模之硬化速度、砂溫、耐火性粒子中再生砂之比率、再生砂之酸消耗量、以及鑄造工廠9之環境溫度及濕度中之至少任一個的資訊，並更新推薦資訊。 如上述第1實施形態中所說明般，對耐火性粒子添加之硬化劑係使黏結劑發生硬化反應之觸媒，混合使用至少2種不同種類之硬化劑。各硬化劑之調配比根據黏結劑之種類、製造之鑄模之形狀、要求之硬化速度、砂溫(耐火性粒子之溫度)、再生砂之酸消耗量、鑄造工廠9之環境氣溫、濕度等條件而改變。 因此，於本實施形態中，獲取以下之資訊之計測值、設定值或輸入值，根據製造條件更新推薦資訊。 (c1)黏結劑之種類、或製造之鑄模之形狀之資訊之輸入值 於顧客使用者專用之網頁設置輸入該等資訊之輸入畫面(未圖示)，供顧客使用者使用使用者終端32進行輸入。 (c2)鑄模之硬化速度之計測值、或輸入值 可受理輸入畫面中之要求之鑄模之硬化速度之輸入，亦可使用利用下述方法獲得之實測值。 鑄模之硬化速度例如可藉由計測鑄模之溫度而計測。由此，鑄模製造裝置10具備計測鑄模之溫度之溫度感測器。 又，鑄模之硬化速度亦可藉由計測鑄模之導電率而計測。例如，可使用日本專利特開昭63-230252號公報記載之方法。由此，鑄模製造裝置10亦可具備計測鑄模之導電率之感測器。 (c3)砂溫之計測值 使用砂溫感測器132(圖2)計測砂溫。 (c4)再生砂之酸消耗量之計測值 利用特定之檢查方法測定再生砂之酸消耗量，使顧客使用者或經營銷售部門80之負責者使用使用者終端32將其結果輸入至顧客使用者專用之網頁之輸入畫面。 (c5)鑄造工廠9之環境氣溫之計測值 鑄模製造裝置10可獲取計測鑄造工廠9之環境氣溫或濕度之溫度感測器或濕度感測器之計測值，亦可由顧客使用者使用使用者終端32將鑄造工廠9中所設置之溫度計或濕度計之值輸入至顧客使用者專用之網頁之輸入畫面。 以下，以上述(c4)之再生砂之酸消耗量為例，對推薦資訊之更新方法進行說明。 於使用呋喃樹脂、硬化劑之情形時，因用作耐火性粒子之再生砂中殘留有黏結劑或硬化劑而使耐火性粒子有偏向酸性之傾向，較理想為根據其酸性度而改變硬化劑之調配比。因此，於本實施形態中，受理表示再生砂之酸消耗量之資訊而更新硬化劑之推薦處方模式。 由於已知新品之耐火性粒子之酸性度，故耐火性粒子之酸性度例如亦可根據計測或推定出酸消耗量之再生砂相對於耐火性粒子之混合比率而求出。由此，產生部500受理再生砂之酸消耗量之計測值、及再生砂之比率之至少任一者之輸入作為表示耐火性粒子之酸性度之資訊。 再生砂之酸消耗量之計測值、及再生砂之比率之資訊可由鑄造工廠9之顧客使用者使用使用者終端32訪問顧客使用者用之網頁並於耐火性粒子之資訊之輸入畫面(未圖示)中輸入。 鑄造支援裝置100預先與再生砂之酸消耗量建立對應地記憶對應之硬化劑之調配比之推薦處方模式。例如，於按氣溫且按酸性度之推薦處方表(未圖示)中，按氣溫地對應於再生砂之酸消耗量而對應有推薦處方模式。又，再生砂之酸消耗量既可以2個等級進行分類，亦可以3個等級以上之多個等級進行分類。產生部500獲取與再生砂之酸消耗量對應之推薦處方模式，並作為推薦資訊而輸出。 而且，藉由提供部106將更新後之推薦資訊提供給使用者終端32。 如以上所說明般，根據本實施形態，可根據製造條件產生硬化劑或黏結劑之組成與供給量之推薦資訊並提供給顧客使用者。藉此，可使控制器20以適合於使用者之環境之推薦處方模式之程式進行動作。又，經營銷售部門80可勸告顧客使用者購買推薦處方模式之硬化劑。 又，根據本實施形態，可根據顧客使用者之環境之變化更新推薦資訊並進行提供。藉此，可使控制器20以適應環境變化之適當之處方模式之程式進行動作。又，經營銷售部門80可勸告顧客使用者購買適當之處方模式之硬化劑。 (第6實施形態) ＜警報已讀通知功能＞ 圖28係表示本實施形態之控制器20與鑄造支援裝置100之邏輯構成之功能區塊圖。本實施形態之控制器20除圖4之控制器20之構成以外，還具有輸出部510。鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，還具有通知部512。再者，於圖28中，未圖示與本實施形態之功能無關之構成。又，本實施形態之功能亦可與其他實施形態之功能組合。 如上述第1實施形態中所說明般，控制器20之輸出資料170中包含各設備之警報資訊或異常資訊。輸出部510將該各設備之警報資訊或異常資訊經由通信部158發送至鑄造支援裝置100。 於鑄造支援裝置100中，通知部512若自控制器20接收各設備之警報資訊或異常資訊，則鑄造支援裝置100之負責者確認該警報資訊或異常資訊，並對該控制器20之鑄造工廠9之負責者通知鑄造支援裝置100之負責者已確認。 例如，如上述第1實施形態中所說明般，鑄造支援裝置100之接收部102若自控制器20接收警報資訊或異常資訊，則於圖18所示之控制器即時監控畫面227顯示設備之狀況。顧客可藉由自使用者終端32訪問顧客使用者用之網頁而瀏覽該畫面227。再者，亦可於使用者終端32顯示用於將其他警報或異常通知給顧客之警報畫面(未圖示)。 又，該畫面227或警報畫面亦顯示於維修部門60之電腦62。由此，維修部門60之操作員藉由瀏覽該等畫面，而能夠辨識鑄造工廠9中發生之設備之警報或異常。 又，亦可根據警報或異常之級別而將例如彈出畫面顯示、閃爍顯示、反轉顯示、動畫、語音輸出、警報音輸出等之至少任一個輸出至維修部門60之電腦62。藉此，維修部門60之操作員可迅速地發現警報或異常。 圖29係表示本實施形態之鑄造支援系統1之警報或異常發生時之資訊顯示處理之程序之一例的流程圖。 首先，利用控制器20偵測警報或異常，並將該資訊發送至鑄造支援裝置100(管理伺服器40)(步驟S101)。管理伺服器40接收資訊，並將接收到之資訊儲存於資料庫42中(步驟S103)。繼而，若偵測出所接收到之資訊表示警報或異常(步驟S105之是(YES))，則於上述警報畫面顯示表示警報或異常之資訊(步驟S107)。 繼而，顧客使用者使用使用者終端32瀏覽顧客使用者專用之網頁，在警報畫面上辨識已發生警報或異常(步驟S109)。又，於維修部門60，亦於電腦62顯示警報畫面，操作員在警報畫面上辨識已發生警報或異常(步驟S111)。 繼而，維修部門60之操作員若辨識出警報或異常，則對操作部進行操作，進行表示已辨識出警報或異常之發生之確認操作(步驟S113)。所謂操作部之操作，例如係指特定鍵操作、畫面操作等，並無特別限定。通知部512若受理該操作員之確認操作，則鑄造支援裝置100(管理伺服器40)於控制器即時監控畫面227或警報畫面中顯示表示已於維修部門60辨識出警報或異常之警報已讀標記(步驟S115)。 於使用者終端32，於警報畫面中顯示表示已於維修部門60辨識出警報或異常之警報已讀標記，因此，鑄造工廠9之顧客使用者可確認維修部門60已辨識出警報。再者，亦於電腦62之警報畫面顯示警報已讀標記(未圖示)。 例如，警報已讀標記亦可包含「警報認識」、「調查中」、「應對中」、「完成對策」等表示維修部門60之應對狀況之資訊而顯示。警報已讀標記既可以文本或圖標等影像顯示，亦可進行警報(警報或異常)顯示之變色、閃爍顯示之停止等顯示控制。又，亦可與警報已讀標記一併顯示確認時刻(更新時刻)。於鑄造工廠9，負責者自使用者終端32瀏覽顧客使用者用之網頁之控制器即時監控畫面227或警報畫面時，可知曉維修部門60之警報或異常之確認狀態或應對狀況。 如以上所說明般，根據本實施形態，可對顧客使用者通知維修部門60之負責者已確認警報或異常資訊，故顧客使用者之不安降低。進而，藉由具有通知維修部門60之應對狀況之構成，而顧客使用者可確認當前之狀況。 (第7實施形態) ＜統計處理功能＞ 圖30係表示本實施形態之鑄造支援裝置100之邏輯構成之功能區塊圖。本實施形態之鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，還具有統計處理部520。再者，於圖30中，未圖示與本實施形態之功能無關之構成。又，本實施形態之功能亦可與其他實施形態之功能組合。 統計處理部520對所存儲之複數個鑄造工廠9之資訊進行統計處理。提供部106將統計處理後之資訊提供給各鑄造工廠6之使用者終端32。 成為統計處理對象之資訊例如可包含上述各實施形態中所說明的設備運行資訊、警報資訊、異常資訊、鑄模製造裝置10之資訊、鑄模製造時使用之材料管理相關之資訊等。統計處理例如包含計算平均值、中間值、標準偏差等之處理。 統計處理部520擷取資訊中包含之至少一個項目滿足預先規定之條件之複數個資訊，對所擷取之複數個資訊進行統計處理。 例如，黏結劑或硬化劑之推薦處方模式如上所述，在某種程度上由鑄造工廠9之環境氣溫確定。即，可根據鑄造工廠9之處所地區或季節(夏與冬)特定出推薦處方模式。例如，藉由將自複數個鑄造工廠9收集到之處方模式之資訊按地區且按季節擷取並進行合計，可特定出適合於該季節之該地區之氣候之處方模式。而且，可向該地區之鑄造工廠9之顧客使用者提供適當之資訊。 如以上所說明般，根據本實施形態，可對不同之複數個顧客之鑄造工廠9之資訊進行統計處理，將資訊概括化並使其具有匿名性之後，向其他顧客提供資訊。藉此，其他鑄造工廠9之資訊機密部分能夠以非公開之狀態相互共享地利用複數個鑄造工廠9之資訊。不只是一個鑄造工廠9之資訊，而且可共享複數個鑄造工廠9之資訊，因此，成為基礎之資訊量增加，而精度提昇，可靠性亦提昇。如此，可在其他複數個鑄造工廠9之間共享基於與每個鑄造工廠9獨自所擁有之技術訣竅有關之資訊而產生的各種資訊。 (第8實施形態) ＜材料使用實績之提示功能＞ 圖31係表示本實施形態之鑄造支援裝置100之邏輯構成之主要部分的功能區塊圖。鑄造支援裝置100除圖9之鑄造支援裝置100之構成以外，進而具備合計部530與訂貨時期通知部532。又，鑄造支援裝置100亦可進而具備訂貨受理部540與訂貨處理部542。再者，於圖31中，未圖示與本實施形態之功能無關之構成。又，本實施形態之功能亦可與其他實施形態之功能組合。 本實施形態之鑄造支援裝置100之提供部106具有於圖10之材料管理畫面240中將材料之使用實績等資訊提供給顧客使用者及經營銷售部門80之負責者的功能。 合計部530針對每個鑄造工廠9或鑄造工廠9之每個設備，對黏結劑、硬化劑及砂量之使用量之計測值或輸入值分別進行合計，並記憶合計值。上述計測值可使用接收部102自各鑄造工廠9接收到之資訊、或藉由資訊存儲部104存儲於資料庫42之資訊。 訂貨時期通知部532係於各合計值分別超過特定之規定值或規定之數量之情形時，通知超過規定值或規定之數量之材料之訂貨時期。合計既可將材料之交貨日作為第一天而進行累計，亦可催促顧客使用者輸入第一天之設定。 訂貨時期通知部532向顧客使用者之使用者終端32或經營銷售部門80之電腦82通知材料之訂貨時期。通知方法包含於網頁顯示訂貨時期通知畫面534或以郵件發送。 訂貨受理部540係於各合計值分別超過規定值或規定之數量之情形時，受理超過規定值或規定之數量之材料之訂貨。訂貨處理部542基於所受理之材料之訂購，進行訂貨處理。 訂貨受理部540自顧客使用者專用之網頁之訂貨受理畫面544受理訂購手續。此時，於上述實施形態中，亦可基於推薦處方模式提示推薦之材料。 受理材料之編號與數量之輸入，由訂貨處理部542接收所受理之訂購資訊。 訂貨處理部542基於所接收到之訂購資訊進行訂貨處理。 又，於經營銷售部門80，接收訂貨時期之通知，進而，亦可進一步參照該顧客使用者之推薦資訊而向使用者進行新材料之購買之經營活動。又，亦可使向顧客使用者通知訂貨時期之合計值之規定值或規定之數量、與向經營銷售部門80通知訂貨時期之合計值之規定值或規定之數量不同。 根據本實施形態，可根據材料之使用實績向顧客使用者或經營銷售部門80通知材料之訂貨時期，因此，顧客使用者可防止材料缺貨，或者亦可直接進行訂購處理，因此方便性較佳。又，經營銷售部門80亦可參照該顧客之推薦資訊而進行新材料銷售之經營活動。 (其他實施形態) ＜製造方法＞ 又，本發明之製造方法係使用鑄造工廠之鑄模製造裝置的鑄模之製造方法，且係使用組入有上述第1～第8實施形態中之至少任一個所記載之鑄造支援系統之鑄模製造裝置的鑄模之製造方法。 以下，利用上述第1實施形態中所說明之圖12之流程圖，對本實施形態之鑄造支援系統1中之鑄模之製造方法進行說明。 包含鑄模製造裝置10(控制器20)獲取耐火性粒子之溫度(砂溫)之步驟(S11)、及根據各鑄造工廠之包含砂溫之條件調整硬化劑或黏結劑之組成及供給量的步驟(S13)。進而，包含鑄造支援裝置(伺服器裝置)100自鑄造工廠9之鑄模製造裝置10接收並存儲表示各設備之各步驟中之動作狀態之動作狀態資訊的步驟(S22)、使用所存儲之資訊監視各設備之各步驟中之動作狀態而檢測警報或異常的步驟(S24)、以及將檢測出之警報或異常之資訊發送至使用者終端之步驟(S32、S33)。 而且，包含使用者終端32自鑄造支援裝置100接收警報或異常之資訊並通知給操作員的步驟(S43、44)。 以上，參照圖式對本發明之實施形態進行了敍述，本發明之各裝置(控制器20、管理伺服器40、網頁伺服器50、使用者終端32、電腦62、72、82)係於電腦程式在各電腦上執行時，藉由各電腦而實現。 以下，對鑄造支援裝置100進行說明，關於其他裝置，亦可藉由同樣之電腦而構成，省略詳細說明。再者，控制器20已於第1實施形態中進行了說明。 ＜鑄造支援裝置100之硬體構成＞ 圖25係表示實現本實施形態之鑄造支援裝置100(圖1之管理伺服器40及網頁伺服器50)之電腦90之構成之一例的圖。又，圖1之使用者終端32、及管理者電腦62、72、82亦藉由同樣之電腦而實現。 本實施形態之電腦90具備CPU(Central Processing Unit)91、記憶體92、載入至記憶體92之實現鑄造支援裝置100之程式98、儲存該程式98之儲存器93、I/O(Input/Output)94、及網路連接用介面(通信I/F)95。 上述圖9、圖13、圖19、及圖22等功能區塊圖之鑄造支援裝置100之各構成要素係以圖25之電腦90之CPU91、記憶體92、載入至記憶體92之程式98、儲存該程式之硬碟等記憶單元(儲存器93)、網路連接用介面(通信I/F)95為中心，藉由硬體與軟體之任意之組合而實現。而且，業者應當理解其實現方法、裝置存在各種變化例。 CPU91、記憶體92、儲存器93、I/O94、通信I/F95係經由匯流排96而相互連接，由CPU91控制鑄造支援裝置100整體。但是，將CPU91等相互連接之方法並不限定於匯流排連接。 記憶體92係RAM(Random Access Memory)或ROM(Read Only Memory)等記憶體。儲存器93係硬碟、SSD(Solid State Drive，固態驅動器)、或記憶卡等記憶裝置。又，儲存器93亦可為RAM或ROM等記憶體。 藉由CPU91例如將記憶於儲存器93之程式98讀出至記憶體92並加以執行，而可實現鑄造支援裝置100之各要素之各功能。 I/O94進行CPU91與電腦90內之其他要素間、或電腦90與其他輸入輸出裝置間之資料及控制信號之輸入輸出控制。其他輸入輸出裝置例如包含連接於電腦90之鍵盤、觸控面板、滑鼠、及麥克風等輸入裝置(未圖示)、顯示器、印表機、及揚聲器等輸出裝置(未圖示)、以及該等輸入輸出裝置與電腦90之介面。進而，I/O94亦可進行與其他記錄介質之讀取或寫入裝置(未圖示)之資料之輸入輸出控制。 通信I/F95係用於進行電腦90與外部裝置之通信之網路連接用介面。通信I/F95既可為用以與有線線路連接之網路介面，亦可為用以與無線線路連接之網路介面。例如，實現鑄造支援裝置100之電腦90係藉由通信I/F95而連接於行動電話通信網3，且與鑄造工廠9之鑄模製造裝置10之各控制器20經由GW14進行通信。 或者，電腦90係藉由通信I/F95而連接於網際網路5，與維修部門60、管理部門70及經營銷售部門80之電腦、或各鑄造工廠9之使用者終端32進行通信。 鑄造支援裝置100既可由複數個電腦90構成，亦可由虛擬伺服器等構成。 本實施形態之電腦程式係以使用以實現鑄造支援裝置100之電腦執行如下程序之方式記述：自鑄模製造裝置10經由行動電話通信網3接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據各鑄造工廠9之製造條件調整的、對耐火性粒子及黏結劑添加之硬化劑之組成與供給量、及製造條件；將所接收到之鑄造資訊存儲於記憶裝置；及經由網際網路5向使用者終端32提供基於所存儲之鑄造資訊之服務。 本實施形態之電腦程式亦可記錄於可由電腦讀取之記錄介質。記錄介質不受限定，可考慮到各種形態。又，程式既可自記錄介質載入至電腦之記憶體，亦可通過網路下載至電腦並載入至記憶體。 記錄電腦程式之記錄介質包含非暫時性之有形之電腦90可使用之介質，於該介質中嵌入有電腦90可讀取之程式碼。當電腦程式於電腦90上執行時，使電腦90執行實現鑄造支援裝置100之資料處理方法。 以上，參照圖式對本發明之實施形態進行了敍述，但該等係本發明之例示，亦可採用上述以外之各種構成。 於上述實施形態中，將連接鑄造支援裝置100與控制器20間之第1通信網設為行動電話通信網3，但亦可為其他通信網，例如，亦可設為公共交換電話網(PSTN：Public Switched Telephone Networks)、VPN(Virtual Private Network，虛擬專用網路)等。或者，亦可利用有線電視之資料通信服務而進行通信。 又，將連接鑄造支援裝置100與使用者終端32或各電腦62、72、及82間之第2通信網設為網際網路5，但亦可為其他通信網，例如，亦可設為WAN(Wide Area Network，廣域網路)等。又，事務所30內之各使用者終端32或各部門之各電腦亦可相互利用LAN(Local Area Network，區域網絡)等而連接。 又，於上述實施形態中，設為將2種硬化劑以特定之調配比使用之構成，但亦可將3種以上之硬化劑以特定之調配比使用，亦可設為供給1種硬化劑之構成。 又，亦可於如圖15之月設備一覽222所示般之表示設備資訊之畫面中進而顯示特定期間(月報之情形時為1個月期間)之控制器20之運轉圖(例如，柱狀圖或線形圖)。例如，亦可將每天之控制器20之運行時間以1個月為單位顯示於一覽中。 進而，除特定期間(月報之情形時為1個月)之間之運行時間以外，亦可將運轉天數、表示運行時間相對於鑄造工廠9之1天之作業時間(8小時)之比率之運行率(%)、緊急停止次數、各種警報資訊等包括在內而顯示於月設備一覽222。 又，亦可設為如下構成，即，除了向使用者終端32以郵件發送各種通知以外，亦向預先指定之行動電話或智慧型手機之電話號碼以SMS(Short Message Service，簡訊服務)之簡訊或MMS(Multimedia Messaging Service，多媒體訊息服務)發送訊息。或者，亦可設為向使用者終端32中安裝之能夠實現訊息交換之應用程式之預先指定之使用者識別資訊發送訊息。 又，於圖26中表示本發明之實施形態之控制器20之具有最小構成之例。於該構成中，控制器20具有圖3之控制部152、砂溫獲取部156、及通信部158。 又，關於上述實施形態之鑄造支援系統1，示出自設置於鑄造工廠9之鑄模製造裝置10(控制器20)收集並存儲資訊之構成例，但亦不排除自設置於鑄造工廠9以外之鑄模製造裝置10(控制器20)收集並存儲資訊之構成。又，於鑄造工廠9包含複數個現場且欲個別地管理其各者之情形等時，即便設置於同一企業場所內，亦可作為其他使用者而複數次註冊鑄造支援系統1進行管理。 進而，關於上述實施形態之鑄造支援系統1，對自複數個鑄造工廠9之鑄模製造裝置10(控制器20)收集資訊之構成進行了說明，但本發明亦可應用自至少一個鑄造工廠9之鑄模製造裝置10(控制器20)收集資訊之構成。 又，關於上述實施形態之鑄造支援系統1，對鑄造工廠9之鑄模製造裝置10包含複數個控制器20之構成進行了說明，但鑄模製造裝置10只要包含至少一個控制器20即可。 以上，參照實施形態對本案發明進行了說明，但本案發明並不限定於上述實施形態。對於本案發明之構成或細節，可於本案發明之範圍內進行業者能夠理解之各種變更。 再者，於本發明中，獲取、利用與利用者(鑄造工廠9及顧客使用者等)相關之資訊之情形時，視為係合法地進行該動作。 以下，附記參考形態之例。 1.一種鑄造支援系統，其係支援複數個鑄造工廠之鑄模製造裝置中之鑄造者，其具備： 各鑄造工廠之鑄模製造裝置； 伺服器裝置，其與上述鑄模製造裝置經由第1通信網而連接；及 各上述鑄造工廠之使用者終端，其與上述伺服器裝置經由第2通信網而連接； 上述鑄模製造裝置係使用耐火性粒子、黏結劑、及硬化劑製造鑄模之裝置，其具有： 溫度獲取構件，其獲取上述耐火性粒子之溫度； 供給量獲取構件，其獲取對上述耐火性粒子及上述黏結劑添加之上述硬化劑之供給量之計測值；及 控制構件，其根據各上述鑄造工廠之包含上述耐火性粒子之溫度之條件而調整上述硬化劑之組成及供給量；且 上述伺服器裝置具有： 資訊存儲構件，其自各上述鑄造工廠之上述鑄模製造裝置接收並存儲與鑄造相關之資訊；及 資訊提供構件，其使用所存儲之上述資訊，將支援鑄造之資訊及服務提供給各上述鑄造工廠之上述使用者終端。 2.如1.之鑄造支援系統，其中 上述鑄模製造裝置還具有供給量獲取構件，該供給量獲取構件獲取對上述耐火性粒子添加之上述黏結劑、或上述硬化劑之供給量之計測值。 3.如2.之鑄造支援系統，其中 上述供給量獲取構件係 自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量的管夾式流量計。 4.如2.或3.之鑄造支援系統，其中 上述伺服器裝置還具有： 動作狀態獲取構件，其獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊；及 累計構件，其基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別以特定之單位期間進行累計；且 上述伺服器裝置之上述資訊提供構件提示上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值之相關資訊、及上述耐火性粒子之溫度之相關資訊。 5.如4.之鑄造支援系統，其中 上述伺服器裝置之上述資訊提供構件提供將上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊以日報、月報或年報之形式一覽顯示或製成曲線圖而顯示的畫面。 6.如4.或5.之鑄造支援系統，其中 上述伺服器裝置之上述資訊提供構件提供顯示基於自上述鑄模製造裝置接收到之資訊即時地描繪上述鑄模製造裝置之資訊所得之圖像的畫面。 7.如4.至6.中任一項之鑄造支援系統，其中 上述伺服器裝置還具有： 預測構件，其基於上述運行時間之累計值，預測上述各設備之維修時期；及 通知構件，其將上述維修時期通知給上述使用者終端。 8.如7.之鑄造支援系統，其中 於上述伺服器裝置中， 上述通知構件係以藉由上述預測構件預測出之複數個上述鑄造工廠之上述維修時期不重疊之方式進行調整，並通知給各上述鑄造工廠。 9.如1.至8.中任一項之鑄造支援系統，其中 上述伺服器裝置還具有報知構件，該報知構件係基於自上述鑄造工廠之上述鑄模製造裝置所獲取之上述各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 10.如1.至9.中任一項之鑄造支援系統，其中 於上述伺服器裝置中， 上述資訊提供構件係針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制向上述使用者終端提供之資訊或服務。 11.如1.至10.中任一項之鑄造支援系統，其還具備經由上述第2通信網而連接於上述伺服器裝置之操作員終端，且 上述資訊提供構件係將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網而提供給上述操作員終端。 12.如11.之鑄造支援系統，其中 上述伺服器裝置還具有維修記錄構件，該維修記錄構件係使用上述使用者終端或上述操作員終端，將各上述鑄造工廠之零件之維修記錄輸入，進行受理並記錄，且 上述伺服器裝置之上述資訊提供構件將上述維修記錄提供給上述使用者終端或上述操作員終端。 13.如11.或12.之鑄造支援系統，其中 上述伺服器裝置還具有FAQ資訊記憶構件，該FAQ資訊記憶構件係使用上述使用者終端或上述操作員終端，將與鑄造相關之FAQ資訊輸入，進行受理並作為FAQ資訊加以存儲，且 上述伺服器裝置之上述資訊提供構件將上述FAQ資訊提供給上述使用者終端或上述操作員終端。 14.如13.之鑄造支援系統，其中 於上述伺服器裝置中， 上述FAQ資訊記憶構件及上述維修記錄構件係將上述FAQ資訊或上述維修記錄與上述鑄造工廠之屬性資訊建立關聯地記憶，且 上述資訊提供構件係自包含其他上述鑄造工廠之資訊之上述FAQ資訊及上述維修記錄中擷取與各上述鑄造工廠之屬性對應之資訊並提供給該上述鑄造工廠之上述使用者終端。 15.如1.至14.中任一項之鑄造支援系統，其具備複數個上述鑄造工廠之上述鑄模製造裝置， 上述伺服器裝置係與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述伺服器裝置之上述資訊存儲構件存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 16.一種鑄造支援裝置，其係支援鑄造工廠之鑄模製造裝置中之鑄造者， 該鑄造支援裝置與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接，且具備： 接收構件，其自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 資訊存儲構件，其存儲所接收到之上述鑄造資訊；及 資訊提供構件，其經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 17.如16.之鑄造支援裝置，其中 上述接收構件係自上述鑄模製造裝置接收對上述耐火性粒子添加之上述黏結劑、或上述硬化劑之供給量之計測值。 18.如17.之鑄造支援裝置，其中 上述接收構件係接收上述鑄模製造裝置使用管夾式流量計自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量所得的上述計測值。 19.如17.或18.之鑄造支援裝置，其還具備： 動作狀態獲取構件，其獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊；及 累計構件，其基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別以特定之單位期間進行累計；且 上述資訊提供構件提示上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 20.如19.之鑄造支援裝置，其中 上述資訊提供構件提供將上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊以日報、月報或年報之形式一覽顯示或製成曲線圖而顯示的畫面。 21.如19.或20.之鑄造支援裝置，其中 上述資訊提供構件提供顯示基於自上述鑄模製造裝置接收到之資訊即時地描繪上述鑄模製造裝置之資訊所得之圖像的畫面。 22.如19.至21.中任一項之鑄造支援裝置，其還具備： 預測構件，其基於上述運行時間之累計值，預測上述各設備之維修時期；及 通知構件，其將上述維修時期通知給上述使用者終端。 23.如22.之鑄造支援裝置，其中 上述通知構件係以藉由上述預測構件預測出之複數個上述鑄造工廠之上述維修時期不重疊之方式進行調整，並通知給各上述鑄造工廠。 24.如16.至23.中任一項之鑄造支援裝置，其還具備報知構件，該報知構件係基於自上述鑄造工廠之上述鑄模製造裝置所獲取之上述各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 25.如16.至24.中任一項之鑄造支援裝置，其中 上述資訊提供構件係針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制向上述使用者終端提供之資訊或服務。 26.如16.至25.中任一項之鑄造支援裝置，其進而經由上述第2通信網而連接於操作員終端，且 上述資訊提供構件係將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網而提供給上述操作員終端。 27.如26.之鑄造支援裝置，其還具備維修記錄構件，該維修記錄構件係使用上述使用者終端或上述操作員終端，將各上述鑄造工廠之零件之維修記錄輸入，進行受理並記錄，且 上述資訊提供構件將上述維修記錄提供給上述使用者終端或上述操作員終端。 28.如26.或27.之鑄造支援裝置，其還具備FAQ資訊記憶構件，該FAQ資訊記憶構件係使用上述使用者終端或上述操作員終端，將與鑄造相關之FAQ資訊輸入，進行受理並作為FAQ資訊加以存儲，且 上述資訊提供構件將上述FAQ資訊提供給上述使用者終端或上述操作員終端。 29.如28.之鑄造支援裝置，其中 上述FAQ資訊記憶構件及上述維修記錄構件係將上述FAQ資訊或上述維修記錄與上述鑄造工廠之屬性資訊建立關聯地記憶，且 上述資訊提供構件係自包含其他上述鑄造工廠之資訊之上述FAQ資訊及上述維修記錄中擷取與各上述鑄造工廠之屬性對應之資訊並提供給該上述鑄造工廠之上述使用者終端。 30.如16.至29.中任一項之鑄造支援裝置，其與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述資訊存儲構件存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 31.一種鑄造支援裝置之處理方法，其係支援鑄造工廠之鑄模製造裝置中之鑄造的鑄造支援裝置之處理方法， 上述鑄造支援裝置係 與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件， 將所接收到之上述鑄造資訊存儲於記憶裝置，並 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 32.如31.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置自上述鑄模製造裝置接收對上述耐火性粒子添加之上述黏結劑、或上述硬化劑之供給量之計測值。 33.如32.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係接收上述鑄模製造裝置使用管夾式流量計自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量所得的上述計測值。 34.如32.或33.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊， 基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別以特定之單位期間進行累計，並 提示上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 35.如34.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係提供將上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊以日報、月報或年報之形式一覽顯示或製成曲線圖而顯示的畫面。 36.如34.或35.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係提供顯示基於自上述鑄模製造裝置接收到之資訊即時地描繪上述鑄模製造裝置之資訊所得之圖像的畫面。 37.如34.至36.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 基於上述運行時間之累計值，預測上述各設備之維修時期，並 將上述維修時期通知給上述使用者終端。 38.如37.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係以預測出之複數個上述鑄造工廠之上述維修時期不重疊之方式進行調整，並通知給各上述鑄造工廠。 39.如31.至38.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係基於自上述鑄造工廠之上述鑄模製造裝置所獲取之上述各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 40.如31.至39.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制向上述使用者終端提供之資訊或服務。 41.如31.至40.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係將支援上述鑄造之資訊及與服務相關資訊經由上述第2通信網而提供給操作員終端。 42.如41.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 使用上述使用者終端或上述操作員終端，將各上述鑄造工廠之零件之維修記錄輸入，進行受理並記錄，並 將上述維修記錄提供給上述使用者終端或上述操作員終端。 43.如41.或42.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 使用上述使用者終端或上述操作員終端，將與鑄造相關之FAQ資訊輸入，進行受理並作為FAQ資訊加以存儲，並 將上述FAQ資訊提供給上述使用者終端或上述操作員終端。 44.如43.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係 將上述FAQ資訊或上述維修記錄與上述鑄造工廠之屬性資訊建立關聯地記憶， 自包含其他上述鑄造工廠之資訊之上述FAQ資訊及上述維修記錄中擷取與各上述鑄造工廠之屬性對應之資訊並提供給該上述鑄造工廠之上述使用者終端。 45.如31.至44.中任一項之鑄造支援裝置之處理方法，其具備複數個上述鑄造工廠之上述鑄模製造裝置， 上述鑄造支援裝置係與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述鑄造支援裝置係 存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 46.一種程式，其用以使實現鑄造支援裝置之電腦執行程序，上述鑄造支援裝置支援鑄造工廠之鑄模製造裝置中之鑄造， 上述鑄造支援裝置與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 上述程序係如下程序： 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 將所接收到之上述鑄造資訊存儲於記憶裝置；及 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 47.如46.之程式，其用以使電腦進而執行如下程序，即，自上述鑄模製造裝置接收對上述耐火性粒子添加之上述黏結劑、或上述硬化劑之供給量之計測值。 48.如47.之程式，其用以使電腦執行如下程序，即，接收上述鑄模製造裝置使用管夾式流量計自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量所得的上述計測值。 49.如47.或48.之程式，其用以使電腦進而執行如下程序： 獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊； 基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別以特定之單位期間進行累計； 提示上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 50.如49.之程式，其用以使電腦進而執行如下程序，即，提供將上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊以日報、月報或年報之形式一覽顯示或製成曲線圖而顯示的畫面。 51.如49.或50.之程式，其用以使電腦進而執行如下程序，即，提供顯示基於自上述鑄模製造裝置接收到之資訊即時地描繪上述鑄模製造裝置之資訊所得之圖像的畫面。 52.如49.至51.中任一項之程式，其用以使電腦進而執行如下程序： 基於上述運行時間之累計值，預測上述各設備之維修時期； 將上述維修時期通知給上述使用者終端。 53.如52.之程式，其用以使電腦進而執行如下程序，即，以預測出之複數個上述鑄造工廠之上述維修時期不重疊之方式進行調整，並通知給各上述鑄造工廠。 54.如46.至53.中任一項之程式，其用以使電腦進而執行如下程序，即，基於自上述鑄造工廠之上述鑄模製造裝置所獲取之上述各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 55.如46.至54.中任一項之程式，其用以使電腦進而執行如下程序，即，針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制向上述使用者終端提供之資訊或服務。 56.如46.至55.中任一項之程式，其用以使電腦進而執行如下程序，即，將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網而提供給操作員終端。 57.如56.之程式，其用以使電腦進而執行如下程序： 使用上述使用者終端或上述操作員終端，將各上述鑄造工廠之零件之維修記錄輸入，進行受理並記錄； 將上述維修記錄提供給上述使用者終端或上述操作員終端。 58.如56.或57.之程式，其用以使電腦進而執行如下程序： 使用上述使用者終端或上述操作員終端，將與鑄造相關之FAQ資訊輸入，進行受理並作為FAQ資訊加以存儲； 將上述FAQ資訊提供給上述使用者終端或上述操作員終端。 59.如58.之程式，其用以使電腦進而執行如下程序： 將上述FAQ資訊或上述維修記錄與上述鑄造工廠之屬性資訊建立關聯地記憶； 自包含其他上述鑄造工廠之資訊之上述FAQ資訊及上述維修記錄中擷取與各上述鑄造工廠之屬性對應之資訊並提供給該上述鑄造工廠之上述使用者終端。 60.如46.至59.中任一項之程式，其用以使電腦執行如下程序： 自複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網接收與上述鑄造相關之資訊； 存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 進而，本發明亦包含以下之參考態樣。 1.一種鑄造支援系統，其係支援鑄造工廠之鑄模製造裝置中之鑄造者，其具備： 上述鑄造工廠之鑄模製造裝置； 伺服器裝置，其與上述鑄模製造裝置經由第1通信網而連接；及 各上述鑄造工廠之使用者終端，其與上述伺服器裝置經由第2通信網而連接； 上述鑄模製造裝置係使用耐火性粒子、黏結劑、及硬化劑製造鑄模之裝置，其具有： 溫度獲取構件，其獲取上述耐火性粒子之溫度；及 控制構件，其根據各上述鑄造工廠之包含上述耐火性粒子之溫度之條件而調整上述硬化劑或上述黏結劑之組成及供給量；且 上述伺服器裝置具有： 資訊存儲構件，其自上述鑄造工廠之上述鑄模製造裝置接收並存儲與鑄造相關之資訊；及 資訊提供構件，其使用所存儲之上述資訊，將支援鑄造之資訊及服務提供給上述鑄造工廠之上述使用者終端。 2.如1.之鑄造支援系統，其中 上述伺服器裝置還具備產生構件，該產生構件若受理包含上述鑄造工廠之氣溫及要製造之鑄模相關之資訊的製造條件，則根據上述製造條件，產生對上述耐火性粒子添加之上述硬化劑或上述黏結劑之組成與供給量之推薦資訊，且 上述資訊提供構件將上述推薦資訊提供給該鑄造工廠之上述使用者終端。 3.如2.之鑄造支援系統，其中 上述伺服器裝置之上述產生構件係 受理表示上述黏結劑之種類、製造之鑄模之形狀、上述鑄模之硬化速度、上述耐火性粒子之溫度、上述耐火性粒子中再生砂之比率、上述耐火性粒子之酸消耗量、以及上述鑄造工廠之環境溫度及濕度中之至少任一個的資訊，並根據所受理之上述資訊，更新上述推薦資訊。 4.如1.至3.中任一項之鑄造支援系統，其中 上述鑄模製造裝置還具有供給量獲取構件，該供給量獲取構件獲取對上述耐火性粒子添加之上述黏結劑、或上述硬化劑之供給量之計測值。 5.如4.之鑄造支援系統，其中 上述供給量獲取構件係自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量的管夾式流量計。 6.如4.或5.之鑄造支援系統，其中 上述伺服器裝置還具有： 動作狀態獲取構件，其獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊；及 累計構件，其基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別進行累計；且 上述資訊提供構件提供上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 7.如6.之鑄造支援系統，其中 上述伺服器裝置還具有： 預測構件，其基於上述運行時間之累計值，預測上述各設備之維修時期；及 通知構件，其將上述維修時期通知給上述使用者終端。 8.如1.至7.中任一項之鑄造支援系統，其中 上述伺服器裝置還具有報知構件，該報知構件係基於自上述鑄造工廠之上述鑄模製造裝置所獲取之各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 9.如1.至8.中任一項之鑄造支援系統，其中 上述鑄模製造裝置還具備將上述各設備之警報資訊或異常資訊發送至上述伺服器裝置的發送構件， 上述伺服器裝置還具備通知構件，該通知構件若自上述鑄模製造裝置接收上述各設備之上述警報資訊或上述異常資訊，則上述伺服器裝置之負責者確認該警報資訊或異常資訊，並對該鑄模製造裝置之上述鑄造工廠之負責者通知上述伺服器裝置之上述負責者已確認。 10.如1.至9.中任一項之鑄造支援系統，其中 上述伺服器裝置還具有限制構件，該限制構件係針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制藉由上述資訊提供構件向上述使用者終端提供之資訊或服務。 11.如1.至10.中任一項之鑄造支援系統，其還具備經由上述第2通信網而連接於上述伺服器裝置的操作員終端，且 上述資訊提供構件將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網而提供給上述操作員終端。 12.如1.至11.中任一項之鑄造支援系統，其中 上述伺服器裝置還具備對上述存儲之複數個上述鑄造工廠之上述資訊進行統計處理的統計處理構件，且 上述伺服器裝置之上述資訊提供構件將上述統計處理後之資訊提供給各上述鑄造工廠之上述使用者終端。 13.如12.之鑄造支援系統，其中 上述伺服器裝置之上述統計處理構件係擷取上述資訊中包含之至少一個項目滿足預先規定之條件之複數個上述資訊，對所擷取之上述複數個資訊進行上述統計處理。 14.如1.至13.中任一項之鑄造支援系統，其具備複數個上述鑄造工廠之上述鑄模製造裝置， 上述伺服器裝置係與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述伺服器裝置之上述資訊存儲構件存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 15.一種製造方法，其係使用鑄造工廠之鑄模製造裝置的鑄模之製造方法，且係使用組入有1.至14.中任一項之鑄造支援系統之鑄模製造裝置的鑄模之製造方法。 16.如15.之製造方法，其中 上述鑄造工廠之上述鑄模製造裝置係經由第1通信網而與伺服器裝置連接， 上述伺服器裝置係經由第2通信網而與各上述鑄造工廠之使用者終端連接， 上述鑄模製造裝置係使用耐火性粒子、黏結劑、及硬化劑製造鑄模之裝置， 且該製造方法包含如下步驟： 上述鑄模製造裝置獲取上述耐火性粒子之溫度； 上述鑄模製造裝置根據各上述鑄造工廠之包含上述耐火性粒子之溫度之條件而調整上述硬化劑或上述黏結劑之組成及供給量； 上述伺服器裝置自上述鑄造工廠之上述鑄模製造裝置接收並存儲表示各設備之各步驟中之動作狀態的動作狀態資訊； 上述伺服器裝置使用所存儲之上述資訊，監視上述各設備之上述各步驟中之上述動作狀態，檢測警報或異常； 上述伺服器裝置將檢測出之警報或異常之資訊發送至上述使用者終端；及 上述使用者終端自上述伺服器裝置接收上述警報或異常之資訊並通知給操作員。 17.一種鑄造支援裝置，其係支援鑄造工廠之鑄模製造裝置中之鑄造者， 該鑄造支援裝置與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接，其具備： 接收構件，其自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 資訊存儲構件，其存儲所接收到之上述鑄造資訊；及 提供構件，其經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 18.如17.之鑄造支援裝置，其還具備產生構件，該產生構件若受理包含上述鑄造工廠之氣溫及要製造之鑄模相關之資訊的製造條件，則根據上述製造條件，產生對上述耐火性粒子添加之上述硬化劑或上述黏結劑之組成與供給量之推薦資訊，且 上述資訊提供構件將上述推薦資訊提供給該鑄造工廠之上述使用者終端。 19.如18.之鑄造支援裝置，其中 上述產生構件係受理表示上述黏結劑之種類、製造之鑄模之形狀、上述鑄模之硬化速度、上述耐火性粒子之溫度、上述耐火性粒子中再生砂之比率、上述耐火性粒子之酸消耗量、以及上述鑄造工廠之環境溫度及濕度中之至少任一個的資訊，並根據所受理之上述資訊，更新上述推薦資訊。 20.如17.至19.中任一項之鑄造支援裝置，其中 上述接收構件接收之上述黏結劑或上述硬化劑之供給量係藉由自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量之管夾式流量計進行計測所得的計測值。 21.如20.之鑄造支援裝置，其還具有： 動作狀態獲取構件，其獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊；及 累計構件，其基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別進行累計；且 上述資訊提供構件提供上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 22.如21.之鑄造支援裝置，其還具有： 預測構件，其基於上述運行時間之累計值，預測上述各設備之維修時期；及 通知構件，其將上述維修時期通知給上述使用者終端。 23.如17.至22.中任一項之鑄造支援裝置，其還具有報知構件，該報知構件係基於自上述鑄造工廠之上述鑄模製造裝置所獲取之各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 24.如17.至23.中任一項之鑄造支援裝置，其還具備通知構件，該通知構件若自上述鑄模製造裝置接收上述各設備之警報資訊或異常資訊，則該裝置之負責者確認該警報資訊或異常資訊，並對該鑄模製造裝置之上述鑄造工廠之負責者通知該裝置之上述負責者已確認。 25.如17.至24.中任一項之鑄造支援裝置，其還具有限制構件，該限制構件係針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制藉由上述資訊提供構件向上述使用者終端提供之資訊或服務。 26.如17.至25.中任一項之鑄造支援裝置，其中 上述資訊提供構件係將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網提供給經由上述第2通信網而連接之操作員終端。 27.如17.至26.中任一項之鑄造支援裝置，其還具備對上述存儲之複數個上述鑄造工廠之上述資訊進行統計處理的統計處理構件，且 上述資訊提供構件將上述統計處理後之資訊提供給各上述鑄造工廠之上述使用者終端。 28.如27.之鑄造支援裝置，其中 上述統計處理構件係擷取上述資訊中包含之至少一個項目滿足預先規定之條件之複數個上述資訊，對所擷取之上述複數個資訊進行上述統計處理。 29.如17.至28.中任一項之鑄造支援裝置，其與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述資訊存儲構件存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 30.一種鑄造支援裝置之處理方法，其係支援鑄造工廠之鑄模製造裝置中之鑄造的鑄造支援裝置之處理方法， 上述鑄造支援裝置係 與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件， 將所接收到之上述鑄造資訊存儲於記憶裝置， 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 31.如30.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 若受理包含上述鑄造工廠之氣溫及要製造之鑄模相關之資訊的製造條件，則根據上述製造條件，產生對上述耐火性粒子添加之上述硬化劑或上述黏結劑之組成與供給量之推薦資訊，並 將上述推薦資訊提供給該鑄造工廠之上述使用者終端。 32.如31.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 受理表示上述黏結劑之種類、製造之鑄模之形狀、上述鑄模之硬化速度、上述耐火性粒子之溫度、上述耐火性粒子中再生砂之比率、上述耐火性粒子之酸消耗量、以及上述鑄造工廠之環境溫度及濕度中之至少任一個的資訊，並根據所受理之上述資訊，更新上述推薦資訊。 33.如30.至32.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置接收之上述黏結劑、或上述硬化劑之供給量係藉由自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量之管夾式流量計進行計測所得的計測值。 34.如33.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊， 基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別進行累計，並 提供上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 35.如34.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 基於上述運行時間之累計值，預測上述各設備之維修時期，並 將上述維修時期通知給上述使用者終端。 36.如30.至35.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 基於自上述鑄造工廠之上述鑄模製造裝置所獲取之各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 37.如30.至36.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 若自上述鑄模製造裝置接收上述各設備之警報資訊或異常資訊，則該裝置之負責者確認該警報資訊或異常資訊，並對該鑄模製造裝置之上述鑄造工廠之負責者通知該裝置之上述負責者已確認。 38.如30.至37.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制向上述使用者終端提供之資訊或服務。 39.如30.至38.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網提供給經由上述第2通信網而連接之操作員終端。 40.如30.至39.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置進而 對上述存儲之複數個上述鑄造工廠之上述資訊進行統計處理，並 將上述統計處理後之資訊提供給各上述鑄造工廠之上述使用者終端。 41.如40.之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置擷取上述資訊中包含之至少一個項目滿足預先規定之條件之複數個上述資訊，對所擷取之上述複數個資訊進行上述統計處理。 42.如30.至41.中任一項之鑄造支援裝置之處理方法，其中 上述鑄造支援裝置係 與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述鑄造支援裝置係 存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。 43.一種程式，其用以使實現鑄造支援裝置之電腦執行程序，上述鑄造支援裝置支援鑄造工廠之鑄模製造裝置中之鑄造， 上述鑄造支援裝置與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 上述程序係如下程序： 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 將所接收到之上述鑄造資訊存儲於記憶裝置；及 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。 44.如43.之程式，其用以使電腦進而執行如下程序： 若受理包含上述鑄造工廠之氣溫及與要製造之鑄模相關之資訊的製造條件，則根據上述製造條件，產生對上述耐火性粒子添加之上述硬化劑或上述黏結劑之組成與供給量之推薦資訊； 將上述推薦資訊提供給該鑄造工廠之上述使用者終端。 45.如44.之程式，其用以使電腦進而執行如下程序： 受理表示上述黏結劑之種類、製造之鑄模之形狀、上述鑄模之硬化速度、上述耐火性粒子之溫度、上述耐火性粒子中再生砂之比率、上述耐火性粒子之酸消耗量、以及上述鑄造工廠之環境溫度及濕度中之至少任一個的資訊，並根據所受理之上述資訊，更新上述推薦資訊。 46.如43.至45.中任一項之程式，其中 於接收程序中接收之上述黏結劑、或上述硬化劑之供給量係藉由自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量之管夾式流量計進行計測所得的計測值。 47.如46.之程式，其用以使電腦進而執行如下程序： 獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊； 基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別進行累計； 提供上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值相關之資訊、及上述耐火性粒子之溫度相關之資訊。 48.如47.之程式，其用以使電腦進而執行如下程序： 基於上述運行時間之累計值，預測上述各設備之維修時期； 將上述維修時期通知給上述使用者終端。 49.如43.至48.中任一項之程式，其用以使電腦進而執行如下程序： 基於自上述鑄造工廠之上述鑄模製造裝置所獲取之各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。 50.如43.至49.中任一項之程式，其用以使電腦進而執行如下程序： 若自上述鑄模製造裝置接收上述各設備之警報資訊或異常資訊，則該裝置之負責者確認該警報資訊或異常資訊，並對該鑄模製造裝置之上述鑄造工廠之負責者通知該裝置之上述負責者已確認。 51.如43.至50.中任一項之程式，其用以使電腦進而執行如下程序： 針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制向上述使用者終端提供之資訊或服務。 52.如43.至51.中任一項之程式，其用以使電腦進而執行如下程序： 將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網提供給經由上述第2通信網而連接之操作員終端。 53.如43.至52.中任一項之程式，其用以使電腦進而執行如下程序： 對上述存儲之複數個上述鑄造工廠之上述資訊進行統計處理； 將上述統計處理後之資訊提供給各上述鑄造工廠之上述使用者終端。 54.如53.之程式，其用以使電腦執行如下程序： 擷取上述資訊中包含之至少一個項目滿足預先規定之條件之複數個上述資訊，對所擷取之上述複數個資訊進行上述統計處理。 55.如43.至54.中任一項之程式，其用以使電腦執行如下程序： 存儲自複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網所接收到之與上述鑄造相關之資訊。the following, Embodiments of the present invention will be described with reference to the drawings. Furthermore, In all the schemas, Label the same components with the same symbols. The description is omitted as appropriate.  (First Embodiment) <Configuration of Casting Support System> Fig. 1 is a view conceptually showing a system configuration of a casting support system 1 according to an embodiment of the present invention. In the following figures, The configuration of the portion that is not related to the essence of the present invention is omitted and not shown.  Casting support system 1 for each foundry factory 9 (customer user (shown as user U1 in the figure) U2 U3, ...)) Provide a variety of services.  The casting support system 1 includes a casting support device 100 (management server 40 and web server 50) that supports casting in a mold manufacturing device 10 of a plurality of foundries 9 The user terminal 32 of the office 30 of each foundry factory is used by the customer.  The casting support device 100 (the management server 40 and the web server 50) is included in the cloud data center 7 (hereinafter, Also known as the cloud 7). Cloud Data Center 7 contains multiple computers.  The mold manufacturing apparatus 10 of each foundry 9 includes a plurality of controllers 20. Each controller 20 is connected to each other by using a cable. And via the gateway (GW: A communication unit such as a Gate Way 14 is connected to the mobile communication network 3. and, Each controller 20 and the management server 40 communicate with each other via the mobile telephone communication network 3. The management server 40 receives information related to the mold making apparatus 10 from the controller 20. The received information is stored in the database 42.  The casting support device 100 uses information collected from each foundry factory 9, Various information and services related to mold manufacturing are provided to customer users (casting factory 9). also, The information collected by the casting support device 100 is also supplied to each department of the casting support system 1 (maintenance department 60, Management department 70, Operating sales department 80).  Each department provides customers of the foundry support system 1 with various services related to the professional fields of each department. E.g, The maintenance department 60 provides the customer with an alarm and maintenance management related service of the casting manufacturing apparatus 10 of the foundry factory 9. The management department 70 performs customer management of each foundry factory 9, Further, management of the operation information of the mold manufacturing apparatus 10 is performed. The sales department 80 provides customers with services related to the sales of the mold manufacturing apparatus 10 and materials.  Each department has a computer 62, 72. 82. Each computer accesses the cloud 7 via a network such as the Internet 5.  Furthermore, I think that there are various systems in each department. Not limited. E.g, The computer contains a server or a personal computer. and then, It can also include mobile terminals that are carried and used by employees. Such as smart phones, mobile phone, Tablet terminal, PHS (Personal Handyphone System, Personal hand-held telephone system), PDA (Personal Digital Assistants, Personal digital assistant) and so on.  The user terminal 32 of the client user office 30 includes, for example, a smart phone, Tablet terminal, personal computer, Server computer, mobile phone, PHS, PDA, etc. However, it is not limited to these. The user terminal 32 is connected to the web server 50 via the Internet 5.  When each foundry factory 9 starts to use the service of the casting support system 1, User registration is performed in advance.  The management server 40 in turn manages information for each user. E.g, User information is registered for each foundry factory 9.  The web server 50 constructs a web page dedicated to the user on the website 52. Each user logs in by using the user terminal 32. Access to user-specific pages to accept a variety of services.  As mentioned above, The mold manufacturing apparatus 10 of the customer user and the casting support apparatus 100 are directly connected by the mobile telephone communication network 3, Without going through the Internet 5, etc. Therefore, the safety of information such as the operation state of the mold manufacturing apparatus 10 can be ensured. also, The casting support device 100 and the user terminal 32 via the Internet 5 Or the communication between computers in each department is using the user ID (identifier, The identifier) and the password are logged in to communicate, And encoding and processing the information sent and received during communication, With the above aspects, It ensures security.  <Configuration of Mold Making Apparatus> Next, The mold manufacturing apparatus 10 of the foundry 9 will be described.  Fig. 2 is a schematic view showing a mold manufacturing apparatus 10 of the present embodiment.  The mold manufacturing apparatus 10 has a hardener A groove 110a, Hardener B tank 110b, Hardener A supply portion 112a, Hardener B supply unit 112b, Hardener A uses flow meter 116a, Hardener B uses flow meter 116b, Adhesive tank 120, a binder supply unit 122, Hopper 130, Sand temperature sensor 132, Mixing machine 140, And control panel 142.  Hardener A supply portion 112a, Hardener B supply unit 112b, And the adhesive supply unit 122 is connected to the controller 20, respectively. The supply amount of the hardener and the binder is controlled according to the control conditions.  In this embodiment, The two different types of curing agent A and curing agent B are supplied to the kneading machine 140 through the pipe 114 by a specific arrangement from the curing agent A tank 110a and the curing agent B tank 110b.  The hardener A flowmeter 116a and the hardener B flowmeter 116b are measured from the outside of the pipe 114 in a non-contact manner from each of the hardener tanks (the hardener A tank 110a and the hardener B tank 110b) by each hardener supply. A pipe-clip flowmeter in which the flow rates of the respective hardeners supplied to the portion (the curing agent A supply portion 112a and the curing agent B supply portion 112b) are supplied. The flowmeter 116a for the hardener A and the flow meter 116b for the hardener B measure the flow rates of the hardener A and the hardener B flowing in the pipe 114 from the outside of the pipe 114, respectively. The measured value is sent to the controller 20.  As each flow meter 116, Can use electromagnetic, Coriolis force, Ultrasonic, Eddy flow type flowmeters using various measurement principles, Yu Jia is an ultrasonic tube clamp type flowmeter.  Pipe clamp flowmeters and other flow meters, For example, an electromagnetic flowmeter or a Coriolis flowmeter, The price is lower.  also, As a feature of the pipe clamp type flowmeter, The following aspects can be cited.  (i) since it can be installed from the outside, Therefore, the piping project will not take time and cost.  (ii) since the installation location is movable, Therefore, it is possible to adjust to a place where the measurement accuracy is better without stopping the manufacturing line.  (iii) since there is no pressure loss, Therefore, it will not affect the production conditions.  (iv) due to non-contact with the material of the measurement object, Therefore, even if the material of the measurement object is corrosive liquid (acidic, Alkaline, Solvent, etc.), It will not adversely affect the meter. Due to the contact with the material of the measurement object, Therefore, the meter will not deteriorate. High-precision and stable measurement can be achieved. also, That is, when dust or the like is mixed into the liquid, The meter will not deteriorate, High-precision and stable measurement can be achieved.  in this way, By using a tube-clamped flow meter, The flow rate of the hardener actually flowing through the pipe 114 can be accurately measured. therefore, By indicating the measured value of the flow rate and the supply amount of the hardener (ie, The difference between the output indication value of the pump that supplies the hardener from the tank to the pipe 114 is corrected, More reliable supply of hardener, The hardening speed or usable time of the mold can be stabilized.  Pipe clamp flowmeters have this feature, Therefore, the supply amount can be monitored from a different viewpoint from the case of using other flow meters. E.g, Accurately grasp the change over time of the supply of hardener, therefore, E.g, When the flow is gradually reduced or increased over a longer span, It can also be detected as a sign of anomalies.  A flow meter 116a for the curing agent A and a flow meter 116b for the curing agent B are attached to the outer side of the pipe 114 of the kneading machine 140 from the hardener A tank 110a and the hardener B tank 110b, respectively. I think there are various ways to install it. E.g, First of all, The base of each flow meter 116 is mounted so as to sandwich the pipe 114 from both sides of the pipe 114. Then, The flow meter 116 is detachably mounted to the base.  A contact medium such as grease may be interposed between the pipe 114 and the flow meter 116. By applying the grease to the pipe 114 as described above, The sensing surface can be closely adhered to the surface of the pipe 114 to enhance the transmission of the ultrasonic signal. also, The piping 114 to which each of the flow meters 116 is installed is preferably disposed substantially vertically. The reason for this is to prevent the measurement accuracy from being lowered due to the air bubbles in the pipe 114.  also, Each flow meter 116 is as illustrated in Figure 8, The measured value is sent to the controller 20. An analogy connection between the flow meter 116 and the controller 20 is possible. Digital connections are also possible. also, The flow meter 116 may also include a wireless communication unit. The wireless communication unit may be, for example, a wireless LAN (Local Area Network, Regional network), Or Bluetooth (registered trademark), etc. for short-range communication. In the case of a wireless communication unit, The flow meter 116 can send the measured value to the controller 20, The measured value can also be sent to the GW 14. When the measurement value is directly transmitted to the GW 14 without passing through the controller 20, GW14 pre-sets the IP of the flow meter 116 (Internet Protocol, The identification information such as the Internet Protocol address is managed in association with the identification information of the controller 20.  The measured values are output on a case-by-case basis or on a regular basis or at any time. also, Each flow meter 116 can also have a memory that retains the measured value for a particular period of time. With this composition, When the communication environment is deteriorating, The measured value of the specific time period can be memorized in the memory and transmitted when the communication environment becomes good.  The hardener is a liquid catalyst that causes the binder to harden. When the binder is an organic self-hardening resin, The hardener can be used to utilize sulfuric acid, Phosphoric acid, The hardening catalyst of the acid sulfonic acid of the organic sulfonic acid is classified into a hardening agent which is classified into a fast hardening property and a late hardening property by adjusting the acid strength and the acid concentration. Or an organic ester capable of adjusting the curing rate depending on the degree of hydrolysis and the degree of compatibility. When the binder is an inorganic self-hardening resin, As the hardener, an organic ester capable of adjusting the curing speed depending on the degree of hydrolysis and compatibility can be used.  The hopper 130 is a groove of fire-resistant particles such as sand or artificial sand. This puts the refractory particles into the kneading machine 140. The sand temperature sensor 132 is disposed near the input port of the refractory particles of the hopper 130. Detecting the temperature of the refractory particles, The sand temperature is sent to the controller 20.  As a fire resistant particle, Can use, for example, sand, Zircon, chromite, Peridot, Alumina, Synthetic mullite or other mixed sand or mixed sand, It can also be any of new sand and reclaimed sand. Furthermore, The term "recycled sand" refers to a fire-resistant particle obtained by regenerating a material used as a mold material in the past.  The kneading machine 140 will have fire resistant particles, Adhesive, And hardening agent mixing, The resulting kneading is flowed into block 144. The control panel 142 of the kneading machine 140 is connected to the controller 20. The stirring action of the kneading machine 140 is controlled.  The binder supply unit 122 puts the binder into the kneading machine 140 from the binder tank 120. The flow rate of the adhesive supplied from the adhesive tank 120 to the kneading machine 140 can also be measured by a flow meter (not shown). And sent to the controller 20. The supply amount of the binder is controlled by the controller 20. The controller 20 can further adjust the amount of supply of the binder using the flow rate measurement of the flow meter (not shown).  As a binder, For example, a furan resin which is an acid curable resin, An organic self-hardening resin such as a phenol resin or an alkali phenol resin as an ester curable resin, also, An inorganic self-hardening resin such as water glass can be used.  <Manufacturing Procedure of Mold Making Apparatus 10> FIG. 3 is a view for explaining a mold manufacturing step of the mold manufacturing apparatus 10 in the foundry 9 of the present embodiment.  The mold manufacturing step includes a molding step S1 Demolding step S2 And pouring step S3.  First of all, In the molding step S1, Fire-resistant particles such as sand or artificial sand are supplied from the hopper 130 to the kneading machine 140. Further, the binder and the hardener are introduced into the kneading machine 140. The control unit 140 is provided with a control panel 142. The mixing of the kneading machine 140 is controlled.  The composition and supply amount of the hardener charged to the kneading machine 140 are adjusted by the controller 20. E.g, Two or more different types of hardeners are supplied according to the supply temperature of the specific blending ratio according to the sand temperature. The sand temperature sensor 132 is disposed near the outlet of the hopper 130. The controller 20 receives the sand temperature from the sand temperature sensor 132, It is used as a control condition or monitors the temperature of the sand during the adjustment of the hardener. and then, Controller 20 also receives signals from control panel 142. The operating state of the kneading machine 140 is monitored.  The composition and supply amount of the hardener means, for example, the kind of the hardener, Ratio, And supply. By the controller 20, for example, each of the hardener supply portions 112a that supplies the curing agent to the pipe 114 from the curing agent tank is controlled, 112b output (for example, Pump frequency setting), And choose the type of hardener to supply, Adjusting the blending ratio of a plurality of hardeners, The amount of each hardener supplied, etc.  Using the kneading machine 140 to fire-resistant particles, Adhesive, The kneaded sand obtained by kneading the hardener is filled into a master mold such as a wooden mold. And the mold is molded.  Then, In the demolding step S2, When the mixed sand hardens, Pull out the master mold such as a wooden mold, Thereby, a mold is produced (only the upper mold is shown in the drawing). The mold made here is, for example, a mold, Die, The core or the like is combined and used in the next step.  Then, In the pouring step S3, To the mold, Die, A molten metal is injected into a mold obtained by mold clamping or the like. then, Cooled by molten metal, After curing, It was taken out as a product from the mold. Furthermore, The sand is regenerated, It can be utilized again in the molding step S1.  <Functional Configuration of Controller 20> Fig. 4 is a functional block diagram showing the logical configuration of the controller 20 for controlling the mold manufacturing apparatus 10 of the present embodiment. Figure 4 does not show the composition of the hardware unit. And the block representing the functional unit.  The controller 20 includes a control unit 152, Supply amount acquisition unit 154, Sand temperature acquisition unit 156, And a communication unit 158.  The sand temperature acquisition unit 156 acquires the temperature of the refractory particles. in particular, The sand temperature sensor 132 receives the sand temperature.  The supply amount acquisition unit 154 acquires a measured value of the supply amount of each of the hardeners added to the refractory particles and the binder. in particular, The self-hardener A flow meter 116a and the hardener B flow meter 116b receive the measured value of the supply amount of each hardener.  The control unit 152 adjusts the fire-resistant particles according to the conditions (sand temperature, etc.) of each foundry factory 9 (more specifically, 矽 sand) added hardener or binder (more specifically, Furan resin, Composition and supply amount of alkaline phenolic resin). In this embodiment, The hardener is supplied with two types of hardener A and hardener B in a specific blending ratio.  In this embodiment, E.g, Adding a binder to the fire-resistant particles and two different hardeners A, Hardener B. Here, Hardener A uses a higher acid concentration than hardener B, Has a faster hardening rate than hardener B. As shown in Figure 5, The control unit 152 adjusts the mixing ratio of the two types of curing agents A and B according to the sand temperature. It is possible to keep the hardening speed constant.  Secondly, The input and output data of the controller 20 will be described. FIG. 6 is a diagram for explaining input and output data of the controller 20.  The input data 160 of FIG. 6(a) includes the temperature of the sand received from the sand temperature sensor 132, The ambient temperature of the foundry factory 9 received from a thermometer not shown, The environmental humidity of the foundry 9 received from a hygrometer not shown, External set value, And internal settings. Such information is preferably remembered along with information on the date and time of the update of each value.  Here, The so-called external set value, For example, it means a value set by the operator operating the operation unit of the controller 20 on site. Illustrated as follows, However, it is not limited to these.  (a1) The hardening speed set by the operator according to the shape or size of the mold, Available time, Demoulding time (a2) Sand used (from new sand, Reclaimed sand, (Special sand or the like is selected) (a3) The addition amount of the binder which is changed according to the strength of the mold or the sand type required (by at least stepwise setting) (a4) The pump of the hardener supply portion 112 is given a certain frequency The actual discharge amount (a5) when the respective hardeners are spun out at a fixed time for a fixed time, the weight of the sand (sand flow rate) when the kneading machine 140 is operated for a fixed period of time (a6) hardening speed, Available time, Correction of demolding time (staged adjustment is accelerated, Slow down, etc.) The so-called internal set value, For example, it refers to a setting value or a program stored in advance in the memory or memory of the controller 20. also, The internal setting value can be obtained by ROM (Read Only Memory, Read-only memory) Or update the version or upgrade of the program. or, It may be changed by the operator using the operation unit or changed from the user terminal 32 using a specific application.  The internal set value is, for example, a kind of a hardener or a hardener blending mode.  Here, As a hardener blending mode, E.g, Based on sand temperature, temperature, Humidity and other conditions, The ratio of the blending ratio of the hardener A to the hardener B is set with respect to the binder.  and then, The output data 170 of FIG. 6(b) is an alarm calculated by the controller 20 or an alarm detected or acquired by the controller 20. E.g, Output data 170 contains hardener settings, Hardener measurement, Adhesive addition amount setting value, Adhesive addition amount measurement value, Equipment operation information, Alert information, And exception information. Such information is preferably remembered along with information on the date and time of the update of each value.  Here, The so-called hardener setting, Means the value indicated by the controller 20 to the hardener supply unit 112, For example, a blending ratio containing a hardener, Sputum volume, And the cumulative value. The so-called hardener measurement value, It refers to the measured value of the supply amount of each hardener received from the flow meter 116. and then, Containing a blending ratio of the hardener calculated based on the measured values of the respective hardeners, Sputum volume, And the cumulative value.  The so-called binder addition amount setting value, Means the value calculated from the value set by the controller 20, And the value indicated by the controller 20 to the adhesive supply unit 122, For example, including the amount of binder added, Sputum volume, And the cumulative value. The binder addition amount measurement value is a measurement value of the supply amount of the binder received by the controller 20 from the binder flow meter (not shown).  Furthermore, The measured value of the hardener or the binder may also be input to the measured value obtained by the operator at the fixed flow rate of the hardener or the binder supplied by the actual use of the scale on the spot. Instead of measuring the flowmeter. Regarding the input method of the check value, It can be input to the controller 20 on site by an operator. It can also be entered by the customer using the user terminal 32 in a specific screen or a specific form. It can also be entered using a computer 62 of the maintenance department 60 in a particular screen or in a specific form. The value input to the controller 20 at the site of the foundry 9 is transmitted to the management server 40 via the mobile telephone communication network 3. also, The value entered by the user terminal 32 of the customer or the computer 62 of the maintenance department 60 can also be sent to the management server 40 via the Internet 5. And the set value of the controller 20 can be updated from the management server 40.  Device operation information includes means for each device (for example, Controlling the controller of the kneading machine 20, Information on the operating status of the pump (in action, Stop medium), Pump discharge pressure (measured from the pump received).  The alarm information includes the output detection sand temperature has become the first threshold or higher (high temperature), Or below the second threshold of the first threshold (low temperature), Or information outside the specified range. and then, Can also detect hardener A, The alarm information is output when at least one of B has entered the separate use area.  The exception information includes the detection of the self-pumping, Sensor (sand temperature, temperature, Or humidity), pressure gauge, The base of the controller 20, Abnormal signals received by inverters, etc. Hardener tank level gauge abnormal signal, The response of the controller 20 is abnormal (timeout, etc.), Sequencer exception, Set an exception (for example, Information such as the case where the check value is low, etc.).  <Hardware Configuration of Controller 20> Second, The controller 20 that controls each device of the mold manufacturing apparatus 10 will be described.  Fig. 7 is a block diagram showing the hardware configuration of the controller 20 of the embodiment.  The controller 20 has a CPU (Central Processing Unit, Central processing unit) 21, Memory 22, Storage 23, I/O (Input/Output, Input/output) 24, Communication I/F (InterFace, Interface) 25, Operation unit (shown as "SW" (Switch, Switch)) 26, And a display unit 27.  The CPU 21 is connected to each element of the controller 20 via the bus bar 28, Each element and the controller 20 are controlled as a whole. The storage 23 is, for example, a ROM (Read Only Memory), Memorizing a program (not shown) for causing the controller 20 to operate, And various setting data used when the program is operated. The memory 22 is, for example, a RAM (Random Access Memory, Random access memory), Has a work area for program actions, And the area where the data is temporarily transmitted and received.  Furthermore, The memory 22 and the memory 23 can also be other memory or storage devices such as a flash memory or a disk drive.  The I/O 24 performs between the CPU 21 and other elements in the controller 20, Or the input and output control of data and control signals between the controller 20 and other devices. The so-called other devices, For example, including a control panel 142 connected to the controller 20, Sand temperature sensor 132, Flow meter 116a, Flow meter 116b, etc. And the interface between the devices and the controller 20. and then, The I/O 24 can also perform input/output control of data with a reading or writing device (not shown) of another recording medium.  The communication I/F 25 is a network connection interface for performing communication between the controller 20 and an external device. The communication I/F 25 can be a network interface for connecting to a wired line. It can also be a network interface for connecting to wireless lines. In this embodiment, The controller 20 is connected to the mobile telephone communication network 3 via the communication I/F 25. And communicating with the management server 40 via the GW 14. or, When the controller 20 is connected in series, Communicate with other controllers 20.  The operation unit 26 includes a key, Button, switch, Dials, etc. The operation unit 26 accepts the operation of the operation unit 26 by the user. And notified to the CPU 21. The display unit 27 includes an LED (Light Emitting Diode, LED (light emitting diode) display, light, LCD Monitor, Organic EL (ElectroLuminescence, Electroluminescence) displays and the like. The display unit 27 is based on an instruction from the CPU 21, Lighting each display, flicker, Or extinguish the control or various displays.  Each of the components of the controller 20 of FIG. 4 is a CPU 21 that implements the computer of the controller 20 of FIG. Memory 22, A program (not shown) that is loaded into the memory 22 to implement the components of FIG. 4, Storing the program's storage 23, The network connection interface (communication I/F25) is centered. It is realized by any combination of hardware and software. and, The industry should understand its implementation method, There are many variations of the device.  Fig. 8 is a view showing an example of connection of the controller 20 of the embodiment.  a plurality of controllers 20 (controller A, B, C) respectively connected to the flow meter 116a, 116b, And communication unit (GW14).  The controller 20 and the flow meter 116 can also be connected via a flowmeter monitoring disk (not shown). also, The method of connecting the controller 20 to the GW 14 is considered, for example, in the examples of FIGS. 8(a) and 8(b). In the example of Figure 8(a), A plurality of controllers 20 are connected in parallel with the GW 14 . In the example of Figure 8(b), A plurality of controllers 20 are connected in series with the GW 14.  <Functional Configuration of Casting Support Device 100> Next, The casting support device 100 of the present embodiment will be described.  Fig. 9 is a functional block diagram showing the logical configuration of the casting support device 100 of the present embodiment. Figure 9 does not show the composition of the hardware unit. And the block representing the functional unit.  The casting support device 100 includes a receiving unit 102, Information storage unit 104, And providing part 106.  E.g, Receiving unit 102, The information storage unit 104 is constituted by the management server 40 of FIG. The providing unit 106 is constituted by the web server 50 of FIG. but, The function sharing between the management server 40 and the web server 50 is taken as an example. It is not limited to this.  The receiving unit 102 receives information of at least the mold manufacturing apparatus 10 including the measured value of the supply amount of the curing agent and the sand temperature information from the controller 20 of each foundry factory 9 via the mobile communication network 3.  The information storage unit 104 stores the information of the mold manufacturing apparatus 10 received by the receiving unit 102 in the data repository 42.  The providing unit 106 provides a web page dedicated to the customer who can access the user terminal 32 of the customer via the Internet 5. In the webpage, Provide a variety of information related to casting. in particular, Using the user terminal 32, E.g, Launch a browser or a dedicated app, Visit the URL of the customer-specific website (Uniform Resource Locator, Uniform resource locator), This can be opened, Browse the customer-specific web pages.  FIG. 10 is a view showing an example of a screen configuration of a web page provided by the casting support device 100 (web server 50) to the user terminal 32.  If the user ID and password registered by the user are entered on the login screen 200, the login is performed. The menu 210 is displayed on the front page of the website dedicated to the customer. and then, The optional menu 210 is converted to, for example, the operation management screen 220, Alarm and maintenance management screen 230, And material management screen 240.  and then, In the casting support system 1, The providing unit 106 provides a website for the customer, A website dedicated to the system administrator can also be provided. Use the computer on the manager's side, Such as launching a browser or a dedicated application, Visit the URL of the website dedicated to the administrator, This can be opened, Browse the web pages dedicated to the manager.  In the webpage dedicated to the manager, In addition to the login screen 200, Menu 210, Running the management screen 220, Alarm and maintenance management screen 230, And the material management screen 240, You can also browse the customer management screen 250, And an application management screen 260 (manager menu 270 surrounded by a little chain line).  FIG. 11 is a view showing an example of a menu of web pages provided by the casting support device 100. Figure 11 (a) is an example of the manager using the menu 270, Figure 11 (b) is an example of a customer user menu 210.  The customer user menu 210 includes a list of notifications for displaying a notification message to the customer user, And a menu for displaying the information of the device information. Each menu is linked to the above operation management screen 220 (each device, Device details, Instant) and alarm/maintenance management screen 230 (maintenance history, Mail delivery) corresponds.  The manager uses the menu 270 in addition to the customer user menu 210. Also includes a customer device search menu for retrieving customer information, A menu showing information related to the equipment of each factory, Management menu of master data, etc. The main data management menu also contains a list of information for registered customer users. Register a menu of device information, Display controller 20, a menu of communication logs of the user terminal 32 (also referred to as a monitoring terminal), Notify the registration menu, And the operator registration menu.  In the notice registration menu, Notification information for customer users entered by the manager of the acceptance and registration system, Or update the notification of the registered notification information, Or delete the instruction to delete the registered notification information. It is possible to register common information for all or part of a plurality of customer users. It is also possible to register notification information only for specific customer users.  Registering the identification information of the customer user who is the target of the notification information, The providing unit 106 is based on the identification information of the customer user. Capture and provide notification information. As a result, In the user terminal 32, Only the corresponding notifications can be viewed.  <Operation of Casting Support System 1> The operation of the casting support system 1 of the present embodiment configured as above will be described.  Fig. 12 is a flow chart showing an example of the operation of the casting support system 1 of the embodiment.  First of all, In the controller 20 of the mold making apparatus 10 of the foundry factory 9, The sand temperature acquisition unit 156 receives the measured value of the sand temperature in the vicinity of the outlet of the hopper 130 from the sand temperature sensor 132 (step S11). Then, The supply amount acquisition unit 154 receives the measured values of the flow rates of the curing agent A and the curing agent B from the respective flow meters 116 (step S12). Then, The control unit 152 adjusts the mixing ratio and the supply amount of the curing agent A and the curing agent B in accordance with the sand temperature (step S13).  In the management server 40, The receiving unit 102 receives various pieces of information on the input/output data from the controller 20 of the plurality of foundries 9 via the mobile telephone communication network 3 (step S21). The receiving data includes the factory ID of each foundry factory 9, Device ID of each controller 20, And send date and time and other information. The timing of receiving the data of the receiving unit 102 is not limited. However, it is preferable to be able to quickly detect a specific period of information such as an alarm on the management server 40 side, For example, every 1 minute, Regular intervals such as every 5 minutes. The specific reception period is preferably set according to the device to be monitored, Device, machine, And the type or style of the part, The importance or urgency of the alert, The customer's needs or the like are performed by the customer user or the system manager. also, You can also not receive all the information. Only information related to alarms and the like is received in a shorter period than the information other than the alarm.  and then, It can also be determined according to the memory capacity of the memory 23 of the controller 20. E.g, When the capacity is relatively small, It must be sent to the management server 40 before the capacity is exceeded. also, The controller 20 may also be requested to send data from the management server 40 side. The management server 40 can also be sent spontaneously from the controller 20.  The information storage unit 104 stores the data received from the controller 20 of each foundry factory 9 in the repository 42 (step S22). Here, The data received from a plurality of foundries 9 and the factory ID of each foundry 9 Device ID of each controller 20, Information such as the date and time of transmission is stored in the database 42 in a corresponding manner. and, Each data is used for calculations for each foundry 9 analysis, Surveillance, etc. also, The information confidential parts of other foundries 9 can utilize the information of a plurality of foundries 9 by sharing them in a non-disclosed state for statistical processing or analysis. Not just a foundry 9 information, And can share information on a number of foundries 9 therefore, The amount of information that has become the basis has increased, And the accuracy is improved, Reliability has also improved.  then, The providing unit 106 generates a web page for providing various information and services to the customer user. And stored in website 52. E.g, The providing unit 106 provides information and services related to the operation status and device management (step S23). or, The providing unit 106 provides information and services related to the alarm and maintenance management of the foundry factory 9 (step S24). or, The providing unit 106 provides information and services related to material management used in the manufacture of the mold (step S25). The processing of steps S23 to S25 may be processed out of order. It is executed at any time according to the request of the customer. Regarding step S23, Processing in step S24, etc. Each of the following embodiments will be described in detail.  then, The customer user launches the browser or application using the user terminal 32 (step S41). Then, If you enter the URL dedicated to the service of the foundry support system 1, The login page opens. Then, If the customer user inputs the login information of the user ID and the password from the user terminal 32 (step S42), Then received by the web server 50, And performing authentication processing based on the received login information (step S31).  After certification, If the providing unit 106 allows browsing of a web page dedicated to the customer user (step S32), Then, the customer user browses the web page using the browser or the application using the user terminal 32 (step S43). also, The providing unit 106 can also transmit predetermined information to the mail address of the pre-designated customer user by mail (step S33). The customer user receives the mail using the user terminal 32 or the like (step S44).  About the mail sending and receiving function, It will also be described in the following embodiments.  and then, The procedure of the user terminal 32 of the customer user in steps S41 to S44 can be similarly applied to each department on the system side (maintenance department 60, Management department 70, And operating the sales department 80) each computer 62, 72. And 82 operator terminals. Use each computer 62, 72. And 82, The browser or application is launched by an employee or an expert of each department (step S41). Then, If you enter the URL dedicated to the service of the foundry support system 1, The login page opens. Then, If the employees or experts of each department are from each computer 62, 72. And 82 inputting the login information of the user ID and the password (step S42), Then received by the web server 50, And performing authentication processing based on the received login information (step S31).  After certification, If the providing unit 106 allows browsing of web pages dedicated to each department (step S32), Then employees or experts in each department use each computer 62. 72. And 82 browsing the web page using a browser or an application (step S43). also, The providing unit 106 can also transmit predetermined information to the mail address of the employee or the expert of each department designated in advance by mail (step S33). Employees or experts in various departments use computers 62 72. And 82 and the like receive the mail (step S44).  As a result, Employees or experts from various departments can view the information of each foundry factory. therefore, Experts from various departments can analyze the information. and, Each department's experts can create recommendations or guidelines based on expertise and present to each foundry 9 or a specific foundry group of nine. E.g, Edit and register the following FAQ (Frequently Asked Questions, Frequently asked questions and answers) information, etc. The providing unit 106 can transmit or create an email to the customer user on the web page. also, The providing unit 106 can not only prompt the customer of the foundry factory 9 to make suggestions or guidelines. And you can prompt the technical staff in each department to suggest the recommendations or guidelines. With this, The technical staff of each department can further make recommendations and guidelines for the customers of the foundry factory 9 and give tips. in this way, A plurality of users of various positions can share the public information by accessing the web server 50 of the cloud 7. It is possible to actively exchange information based on mutual expertise.  As explained above, According to the casting support system 1 of the embodiment, The information obtained from the controller 20 of the mold manufacturing apparatus 10 of the plurality of foundries 9 can be collected and stored in the management server 40 (casting support device 100) while maintaining security via the mobile communication network 3. The data received from each foundry 9 is used for calculations for each foundry 9 analysis, Surveillance, etc.  With this, The management server 40 can anonymize the information collected from the plurality of foundries 9 for analysis. And will enable step management, Equipment management, Material management, Maintenance inspection, Fault prediction, Information on various actions such as monitoring is provided to the foundry 9 and system side of the cloud 7 via the Internet 5 at any time.  Accessing the web server 50 on the cloud 7 only via the Internet 5, thereby, Not just the scene of the foundry factory 9, It can also be easily accessed from the office, etc. Share information instantly and instantly between multiple people. With this, Even if you do not go to the site of the mold making device 10, It is also possible to confirm the condition of the mold manufacturing apparatus 10 on the screen from the office 30. and then, You can also receive notifications based on emails. therefore, The management of the mold manufacturing steps can be performed efficiently.  and then, According to this embodiment, Multiple departments from the system side (maintenance department 60, Management department 70, And operating the sales department 80) browsing the information in the web server 50 via the Internet 5, therefore, Information or analysis can be performed by employees or experts in each department. and, Expertise-based advice or guidelines can be created and prompted for each foundry 9 or a particular foundry group of nine. and then, Within each department, Multiple users can also share information. in this way, A plurality of users of various positions can share the public information by accessing the web server 50 of the cloud 7. It is possible to actively exchange information based on mutual expertise.  also, The information confidential portion of other foundries 9 can utilize the information of a plurality of foundries 9 by sharing them in a non-disclosed state for statistical processing or analysis. Not just a foundry 9 information, And can share information on a number of foundries 9 therefore, The amount of information that has become the basis has increased, And the accuracy is improved, Reliability has also improved. in this way, Various information generated based on information related to the know-how owned by each foundry 9 can be shared among other plurality of foundries 9 .  also, According to this embodiment, By using a pipe clamp type flow meter, the difference in the flow rate of the hardener or the binder actually flowing through the pipe 114 can be accurately measured. therefore, The indication value of the flow rate measurement and the supply amount of the hardener or the binder (ie, The accuracy of the calculation result of the difference between the output indicating values of the pump for supplying the hardening agent from the tank 114 to the pipe 114 is improved. and then, Accurately grasp the change over time of the supply of hardener, When the flow is gradually reduced or increased over a longer span, It can also be detected as a sign of anomalies, The supply amount can be monitored from a different viewpoint from the case of using other flow meters.  (Second Embodiment) <Operation Information Management> Fig. 13 is a functional block diagram showing the logical configuration of the casting support device 100 of the present embodiment.  The casting support device 100 of the present embodiment is not limited to the configuration of the casting support device 100 of FIG. There is also an operation management unit 410 that provides information on the operation and equipment management of the mold manufacturing apparatus 10 of the foundry factory 9. The functions of this embodiment can also be combined with the functions of other embodiments.  In this embodiment, The receiving unit (operation state acquiring unit) 102 acquires operation state information indicating the operating states of the respective devices of the mold manufacturing apparatus 10 of each foundry factory 9. The operation management unit 410 is based on the acquired operation state information and the measured value of the supply amount of the hardener. The running time of each device of the mold manufacturing apparatus 10 and the measured value of the hardener are separately accumulated, And information relating to the running time of each device of the mold manufacturing apparatus 10 and the cumulative value of the measured value of the hardener, The information relating to the temperature of the fire-resistant particles is supplied to the user terminal 32 or the like via the Internet 5 via the providing unit 106.  So-called action status information, For example, it includes each device including the foundry factory 9 (the mold manufacturing device 10, Controller 20, Mixing machine 140, The power-on time of the pump of each hardener tank, etc. Power cut-off time, Power on, In operation, In standby, Temporarily stopped, Stop, Information on the emergency operation of the medium stop, And the information of the alarm or abnormality detected by the controller 20 (the sand temperature alarm (upper or lower limit), Abnormal pump, Set an exception, Emergency stop, etc.).  FIG. 14 is a view showing an example of a screen configuration of the operation management screen 220.  The operation management unit 410 of the casting support device 100 of the present embodiment provides information on the operation status and device management to the customer user via the operation management screen 220 using the following screen.  The operation management screen 220 includes a list of daily devices 221, Monthly equipment list 222, Equipment list 223, Operation details daily report 224, Operation details monthly report 225, Operation details annual report 226, And the controller monitors the screen 227.  Equipment overview and operation details can be daily, per month, Switch the display screen every year. 15 to 17 show an example of the operation details monthly report 225.  Figure 15 is a summary of the monthly operational information of a device. The running information includes the running time of the device, Minimum/maximum value/average value of sand temperature, Presumed amount of sand, Adhesive usage, The addition ratio of the binder (relative to the amount of sand), The amount of each hardener added, The addition ratio (relative to the amount of sand) of each of the hardeners. This is an example. It is not limited to these.  The operation management unit 410 is based on the data of the controller 20 received by the receiving unit 102. Calculating the values displayed on the operation management screen 220, And stored in the operation information storage unit 412. The self-running information storage unit 412 reads out and displays the material in the operation management screen 220.  E.g, The operation management unit 410 acquires a presentation device for each device (for example, Control the operating status of the controller 20 or pump of the kneading machine (in action, Stop) and wait for the moment information, Calculate the running time of each device, Every unit time (1 hour, 1 day, One month) is cumulatively found and stored in the operation information storage unit 412. Each value is used in daily newspapers, Monthly report, Display of annual reports, etc.  and then, The operation management unit 410 acquires a flow rate measurement value and time information of the hardener or the binder for each device, Every unit time (1 hour, 1 day, The accumulated usage amount of the hardener and the binder of each device was cumulatively obtained for one month and stored in the operation information storage unit 412. Each value is used in daily newspapers, Monthly report, Display of annual reports, etc.  16 and 17 are graphs showing the monthly operation information of a certain device. Figure 16 shows the running time, The cumulative value of the adhesive, And a screen example of a graph of the cumulative value of each hardener. Fig. 17 (a) shows an example of a screen showing a moon transition graph of the sand temperature. Fig. 17 (b) shows an example of a screen showing a monthly transition graph of the hardening dose.  The sand temperature or hardening dose transition graph can be switched to display daily, per month, The picture of each year. also, The temperature of the sand should be able to display per unit time (1 hour, 1 day, Average of 1 month), Maximum temperature, And the lowest temperature. also, The hardening dose shows the measured value by type. E.g, In the example of the monthly report in Figure 17(b), Calculate the average value of the 1-day cumulative value for the first half month and the second half month, respectively, in half-months. Further, the highest value and the lowest value are respectively obtained from the accumulated values of the first day of each of the first half month and the second half of the month, and a graph is prepared.  Fig. 18 is a view showing an example of the controller real-time monitoring screen 227.  A diagram showing the state of the disk surface of the controller 20, And a list of values received from the controller 20. The screen display updates the display periodically. also, It can also be updated at any time by pressing the display update button 228. The controller real-time monitoring screen 227 of FIG. 18 can draw and display the settings of the values or switches of the display on the receiving unit 102 to receive the input and output data of the controller 20 of FIG. 6 and make the disk surface of the controller 20 into a pattern diagram. In the image. and then, The values received from the controller 20 can also be displayed in the form of a list. The receiving unit 102 can request the latest information from the controller 20 and display the received data. It is also possible to update with the latest data from the data received by the receiving unit 102 and stored in the operation information storage unit 412.  and then, Can also be, The operation management unit 410 stores operation information collected from a plurality of foundries 9 . After anonymizing the information, Generate information that can be used by the various departments on the system side for analysis. And make it possible to browse with computers from various departments. Based on such information, each department can seek to improve the efficiency of the mold manufacturing process or propose a service improvement for customers from various angles.  As explained above, According to the casting support system 1 of the embodiment, The operation management unit 410 receives operation information of the mold manufacturing apparatus 10 of each foundry factory 9, Calculate the cumulative value, etc. The integrated value and the like are made into a list or a graph to perform screen display or print output. therefore, No need to go to the site, The office 30 can be informed of the operation status and the like. also, You can view real-time information about your health. Can also confirm past performance, Therefore, the convenience is better.  It can store the operation information collected from a plurality of foundries 9 And after anonymizing the information, provide information that the various departments on the system side can use for analysis. therefore, Not only can you share information on a number of foundries 9 among customers. It is also possible to share information on a plurality of foundries 9 between departments on the system side. It is possible to seek the efficiency of the mold manufacturing step or the proposal for service improvement for customers from various angles.  (Third Embodiment) <Customer Management> Fig. 19 is a functional block diagram showing the logical configuration of the casting support device 100 of the present embodiment.  The casting support device 100 of the present embodiment is not limited to the configuration of the casting support device 100 of FIG. There is also a customer management unit 430 that manages customer information of the mold manufacturing apparatus 10 of the foundry factory 9. The functions of this embodiment can also be combined with the functions of other embodiments. This function is not used by the customer and is used by the manager of the casting support system 1.  In this embodiment, The customer management unit 430 sets the disclosure limit level of the received information for each foundry factory. The information or service provided by the providing unit 106 to the user terminal 32 is restricted for each foundry factory 9 based on the disclosure limit level.  FIG. 20 is a view showing an example of the system introduction target list screen 251 of the customer management screen 250.  The system introduction target list screen 251 displays a list of information on the customers who have introduced the system. The screen of the system introduction target list screen 251 is displayed using the information of the following main information 300.  FIG. 21 is a view showing an example of the main information 300 of the casting support device 100.  The main information 300 includes the company master file 310, Factory main file 320, Device master file 330, Device master file 340, User master file 350, User device master file 360.  The company master file 310 contains the company's identification information (company ID) and company name. The factory main file 320 is the information of the foundry of each company. Contains the company ID, Factory identification information (factory ID), Factory name, And the location of the factory (for example, Postal code, Prefectural name, District city name, Residence information, Area code, etc.). The equipment main file 330 is the information of the equipment of each foundry factory. Contains the company ID, Factory ID, Device identification information (device ID), Equipment name, Equipment information, And identification information (device ID) of the controller 20, and the like. The device master file 340 is the information of the controller 20, Contains the device ID and model name. The user's main file 350 is the information of the customer user. Contains the user's identification information (user ID), The password used to log in to the authentication, User privilege level, Company ID, And mail address and other information. The user device master file 360 is associated with a user ID, Company ID, Factory ID, Device ID.  The company master file 310 and the factory master file 320 are associated with the company ID. The factory master file 320 and the device master file 330 are associated with the company ID and the factory ID. The user master file 350 and the user device master file 360 are associated with the user ID.  Here, The authority of the user master file 350 will be described below.  When the customer user uses the service of the foundry support system 1, The type and scope of the information sent to the casting support system 1 can be selected, And the type and scope of the information that the casting support system 1 can use and pre-registered. E.g, The type or scope of information and services that can be provided can also be determined based on the type and scope of information that can be utilized by the foundry support system 1.  In the simple case, It is possible to register all the information to be sent to the casting support system 1 by public or non-public selection. or, It can also be set to be public/non-public according to the type of information. also, E.g, In the case of disclosure, Able to take advantage of all the menus, In the case of non-disclosure, It is also possible to use the operation management function and the material management function only by using the alarm/maintenance management function. or, E.g, It is also possible to enable the screen 227 to be monitored in real time only by the controller in the operation management function.  As explained above, According to the casting support system 1 of the embodiment, Permissions can be set for each customer. therefore, The type or scope of information or services provided to customers is determined based on the level of disclosure of the information. thus, It can also provide better services to customers who provide and disclose a large amount of information. With this, Increased likelihood of increased information collection rates, It is also possible to improve the accuracy of the results of calculations or analysis based on such information.  also, The information confidential portion of other foundries 9 can utilize the information of a plurality of foundries 9 by sharing them in a non-disclosed state for statistical processing or analysis. Not just a foundry 9 information, And can share information on a number of foundries 9 therefore, The amount of information that has become the basis has increased, And the accuracy is improved, Reliability has also improved. in this way, Various information generated based on information related to the know-how owned by each foundry 9 can be shared among other plurality of foundries 9 .  As a result, The information of a plurality of foundries 9 can be shared and effectively utilized.  (Fourth Embodiment) <Alarm and Maintenance Management> Fig. 22 is a functional block diagram showing the logical configuration of the casting support device 100 of the present embodiment.  The casting support device 100 of the present embodiment is not limited to the configuration of the casting support device 100 of FIG. There is also a maintenance management unit 420 that manages alarm and maintenance information of the mold manufacturing apparatus 10 of the foundry factory 9. The functions of this embodiment can also be combined with the functions of other embodiments.  The maintenance management unit 420 further includes a notification unit (not shown). The notification unit is based on information of each device acquired from the mold manufacturing apparatus 10 of the foundry factory 9, Detecting an alarm, And notified to the user terminal 32 of the foundry factory 9.  The notification part notification includes the date and time of the alarm indicating the occurrence of the alarm, Equipment name, Equipment model, Information about the type or level of the alert (eg error code, etc.), And information indicating the information of the location where the alarm is generated.  The method in which the notification unit notifies the customer user of the occurrence of the alarm is exemplified as follows. However, it is not limited to these. also, A plurality of the following may also be combined.  (b1) A message indicating that an alarm has occurred is displayed on the screen of the web page accessed by the user terminal 32.  E.g, An image such as an icon indicating the occurrence of an alarm or a display message can be drawn on the device list screen. Preferably, by flashing, Discoloration, An animation, a 3D display, or the like is highlighted and displayed in such a manner as to be noticeable to the user. You can also pop up the display to open another window for notification.  (b2) A voice or alarm sound for notifying the occurrence of an alarm is output from a voice output unit (not shown) of the user terminal 32.  (b3) The vibration unit (not shown) of the user terminal 32 such as a mobile phone or a smart phone is vibrated to be notified.  (b4) An email indicating that the information that the alarm has occurred is transmitted to the mail address specified in advance by the customer.  (b5) by causing an LED display or the like (not shown) of the user terminal 32 to be displayed in a specific color or a specific blinking or lighting display mode, And notice that a specific alarm has occurred.  FIG. 23 is a view showing an example of a screen configuration of the alarm/maintenance management screen 230.  The casting support device 100 of the present embodiment provides the customer with information on various alarms and abnormalities in the mold manufacturing device 10 by the following screen. Or maintain inspection related information and services.  The alarm/maintenance management screen 230 may include an alarm history 231, Exception FAQ 232, Maintenance record 233, Maintenance history 234, Replacement period information 235, And any function of fault 236.  The alarm history 231 includes, for example, for each foundry factory 9 indicating an alarm generation date and time, Equipment name, Equipment model, Information about the type or level of the alert (eg error code, etc.), And information on the location where the alarm is generated. It is preferable that the history information is such that the screen display or the print output can be performed in a list display of the specified period. also, Can also be used for the selection of selected items, Classification processing, etc.  The notification unit of the maintenance management unit 420 generates information of the alarm history 231 based on the data received by the receiving unit 102 from the controller 20 of the mold manufacturing apparatus 10 of the foundry factory periodically or at any time. The maintenance management unit 420 detects the presence or absence of an alarm or an abnormality by directly indicating the data generated by the alarm using the alarm information and the abnormality information of the output data 170 of FIG. 6. and then, The maintenance management unit 420 can also monitor the sand temperature, air temperature, humidity, Hardener flowmeter measurement, Information such as equipment operation information, Detects the presence or absence of an alarm or an abnormality based on pre-set conditions.  E.g, As shown in Figure 24, According to the sand temperature data received from the controller 20 and the sand temperature becomes outside the specific range (the portion surrounded by the circle in the figure), The maintenance management unit 420 can also detect an alarm occurrence. and then, Alternatively, as shown in FIG. 24, an image in which a portion where an alarm occurs is surrounded by a circle, Further flashing the image, etc. Displayed by a method that visually recognizes the occurrence of an alarm.  also, It is also possible to detect the blockage of the filter in the piping path based on the measured value of the flow meter. Abnormality such as deterioration of the pump.  When abnormal, FAQ 232 displays information about the cause and countermeasures for the generated alarm.  E.g, If the customer user specifies the record from the list display of the screen of the alarm history 231, Then, the maintenance management unit 420 determines at least one of the information (device name, device name, model, Type of alert, error code, Produce places, etc.) The corresponding FAQ information is retrieved from the FAQ information storage unit 422. then, The FAQ 232 is displayed based on the FAQ displayed.  The FAQ information storage unit 422 is only a memory device that the casting support device 100 can access. It can be located in any part of the inside and outside of the casting support device 100. The FAQ information storage unit 422 can be managed by the maintenance department 60 of FIG. It can also be updated by the administrator of the maintenance department 60 using the computer 62.  also, The FAQ 232 can also be viewed from a screen or menu other than the alarm history 231 screen.  and then, In the present invention, Information on a plurality of foundries 9 can also be collected and referenced by the maintenance department 60. Since it is possible to collect information on several foundry factories, Therefore, appropriate FAQ information can be generated based on a large amount of information.  E.g, The technicians of the maintenance department 60 may also collect information related to the maintenance inspection or failure response performed at the site of each foundry factory 9, Or information from the operators or managers of each foundry factory, Or the information input from each of the foundries 9 from the maintenance record screen 233 described below, Or about the style of the equipment or machine, specification, manual, Maintain information related to the inspection service, Integrate this information, Create and enter FAQ information about the phenomenon and measures. The maintenance management unit 420 accepts the input FAQ information and stores it in the FAQ information storage unit 422.  With this, Build appropriate FAQ information based on a large amount of information. It provides a highly reliable service.  and then, The maintenance management unit 420 may also have a question for each customer user to input a fault or maintenance check. Furthermore, the editing screen such as the countermeasure information (technical information), The content accepted on the editing screen is transmitted to the management server 40. The information received from the user terminal 32 of the customer user is stored in the FAQ information storage unit 422 as information transmitted by the user. Furthermore, For questions from the concentration of customer users, Experts from various departments on the system side make answers, Enter into the editing screen and accept it. And stored in the FAQ information storage unit 422. also, The answer to the question can also be replied directly to the email address of the designated customer user by email. also, Can also be, Information about countermeasures concentrated from customer users, Experts from various departments on the system side can also verify the content and correct or add content on the editing screen.  Furthermore, It is assumed that the information related to the know-how can be specified only for the customer (casting factory 9) or for other users (other foundries 9). When it can only be shared among customer users, This information is not provided to other foundries9, It can only be shared among a plurality of workers in a foundry factory 9. With this, The technical know-how that can be held by a skilled worker so far is shared by a plurality of workers or managers in the same foundry factory 9.  Furthermore, The sharing of such information may be set in conjunction with the rights of the above-mentioned customers. It can also be set individually without being linked.  The maintenance record screen 233 is, for example, capable of inputting a part requiring maintenance, Symptoms or values of sub-sites, Repair content (for example, Parts replacement, Adjustment, Tracking observations, etc.). Customer users can make maintenance records from this screen. The maintenance management unit 420 can receive the information accepted on the screen of the maintenance record 233 from each user terminal 32 via the providing unit 106. The received maintenance information is stored in the maintenance record storage unit 423. also, In other cases, The maintenance record can also be entered from the screen of the maintenance record 233 by the technician or employee of the maintenance department 60, which is not used by the customer.  The maintenance history 234 should be capable of recording the screen of the self-maintenance record 233, The stored maintenance record is displayed on the screen or printed out, for example, in a list of specified periods. also, Can also be used for the selection of selected items, Classification processing, etc.  also, E.g, The information of the FAQ information storage unit 422 or the maintenance record storage unit 423 can also be associated with the device (pump, Mixing machine, Power supply, etc.) machine, Type or model of meter (flow meter, etc.) or parts (valve, etc.) The model or programmed version of the controller 20 to be used, Type of material, Where the foundry 9 is located, The attribute information such as the shape or size of the manufactured product is stored in association. The maintenance management unit 420 may have a configuration in which the information corresponding to the attribute of the customer user is extracted from the FAQ information storage unit 422 or the maintenance record storage unit 423 and provided to the customer user.  and then, The maintenance management unit 420 can also be configured as follows. which is, Grouping customer users that match a specific attribute or a combination of attributes, For a specific group of customer users, Information corresponding to the attribute is extracted and provided from the FAQ information storage unit 422 or the maintenance record storage unit 423. It is possible to provide a web page for each group of information that can be browsed. The same web page can also be set for each customer in the same group. or, It is also possible to send an email with information to each customer of the same group. E.g, It is also possible to unify the defect information of a certain part by mail to all customer users who use the part.  also, It can also have the following structure, which is, The customer user specifies the attributes of the information to be obtained, Information corresponding to the specified attribute is extracted and provided from the FAQ information storage unit 422 or the maintenance record storage unit 423.  The maintenance management unit 420 is directed to each of the casting manufacturing apparatuses 10 of the foundry factory 9, The information of the consumable parts and the machine to be inspected is registered in the maintenance record storage unit 423 in advance by the customer user or the operator of the maintenance department 60. and then, The maintenance management unit 420 is for each of the pre-set consumable parts and the machine. According to the replacement or measurement cycle, Calculate the replacement period or measurement schedule date, And the number of days since the replacement date or the last measurement date. The information can be displayed on the screen or printed out with the replacement period information 235.  and then, The maintenance management unit 420 may also have a function of transmitting a notification of the replacement period or the measurement scheduled date to the mail address specified in advance by mail. The notification is sent before the replacement period or the measurement scheduled date by the number of days and times specified by the customer user.  and then, The maintenance management unit 420 may also include a function of making a proposal for the tour plan of the foundry factory 9 such as the maintenance department 60, and accepting the reservation. These functions are also preferably capable of displaying the screen with the replacement period information 235. also, The maintenance management unit 420 may also send and receive notifications by mail to the mail address specified by the customer user at the time of the tour plan proposal or the reservation acceptance.  and then, The maintenance management unit 420 may have a prediction unit (not shown) that predicts the maintenance period of each device based on the integrated value of the operation time, And a notification unit (not shown) that notifies the user terminal of the maintenance period.  The prediction unit of the maintenance management unit 420 has the following functions. which is, Detecting the omen of the failure of the controller 20 of the casting manufacturing apparatus 10 of the foundry 9 and the machine, And estimate the fault location detected. The fault indication can be detected, for example, by analyzing based on input data 160 and output data 170 received from controller 20. in particular, The maintenance management unit 420 can be based, for example, on the cumulative value of the operation time received from the controller 20 of the mold manufacturing apparatus 10 of the foundry factory 9, And the period of replacement or repair of such valves or pumps, etc., is predicted. also, The detection of the fault precursor can also be monitored by monitoring the time-dependent changes of the flowmeter values received from the controller 20. E.g, When the flow rate is measured to decrease or increase the flow rate over a long period of time, It can also be detected as a sign of anomalies.  The notification unit of the maintenance management unit 420 displays the failure warning information on the screen of the failure warning 236 and notifies the customer user. also, The notification unit of the maintenance management unit 420 may also send the information related to the detected failure warning to the email address specified by the customer.  It is also possible to adjust the plan for the tour or repair of each foundry 9 in advance based on the information of a plurality of foundries 9 . E.g, Can also have a calendar function. It is also possible to set up a plan for the maintenance personnel to be repaired, Part transfer plan, A screen that can be displayed in a browseable manner in combination with a plan of a customer. and, The maintenance schedule can also be adjusted to determine the plan and send the proposal email to the email address specified by the customer. The plan is adjusted in such a way that the maintenance schedule of each customer user does not overlap. The adjustment of the plan can be carried out automatically by the program. It can also be configured to accept the operator's designation of the schedule.  As explained above, According to the casting support system 1 of the embodiment, The maintenance period or the part replacement period can be predicted and notified to the user based on the information collected from the mold manufacturing apparatus 10 of the foundry factory 9. With this, For the user, Parts can be replaced or repaired before failure occurs. therefore, It can prevent the production line from being stopped in vain due to malfunctions, etc. therefore, Improve productivity. also, Since the maintenance period is estimated based on the actual running time, Therefore, compared with the case where the running time is not considered, Repairs can be made at an appropriate time. Therefore, the efficiency is better.  also, Since the maintenance plan of each foundry 9 can be grasped in advance based on the information of a plurality of foundries 9 Therefore, the adjustment of the maintenance plan of a plurality of foundries 9 can be carried out in advance. The job can be assigned efficiently. also, FAQ information or maintenance information can be constructed based on information from a plurality of foundries 9 therefore, The maintenance and inspection content can be optimized and enriched. And can improve the quality of service.  (Fifth Embodiment) <Recommended Information Providing Function> Fig. 27 is a functional block diagram showing the logical configuration of the casting support device 100 of the present embodiment. The casting support device 100 is not limited to the configuration of the casting support device 100 of FIG. Also having a generating portion 500, The generating unit 500 generates an ambient temperature with each user, humidity, Recommended information on the composition and supply of hardeners and binders for manufacturing conditions such as sand temperature. Furthermore, In Figure 27, The configuration that is not related to the function of the embodiment is not shown. also, The functions of this embodiment can also be combined with the functions of other embodiments.  When the generating unit 500 accepts the manufacturing conditions including the temperature of the foundry 9 and the information about the mold to be manufactured, Based on the manufacturing conditions, recommendations for the composition and supply of the hardener or binder added to the refractory particles are generated.  The providing unit 106 supplies the generated recommendation information to the user terminal 32 of the foundry factory 9.  The so-called recommendation information, Means the information on the composition and supply of the hardener or binder recommended by the user's manufacturing conditions. Including information such as the type or number of the binder and the type or number of at least two kinds of curing agents (the curing agent A and the curing agent B in the first embodiment), And information on the ratio of the supply of at least two kinds of hardeners. The recommended information is pre-memorized in accordance with the manufacturing conditions for a plurality of recommended prescription modes as a hardener. also, Records of such information may also be updated.  the following, As a manufacturing condition, The ambient temperature of the foundry factory 9 will be described as an example. The manufacturing conditions may further include at least one of the external setting values (a1) to (a6) input by the operation unit or the operation screen of the customer user operation controller 20 described in the first embodiment. This external set value is received by the receiving unit 102 from the controller 20.  Information such as the ambient temperature of the foundry factory 9 can be input using an operation unit (not shown) of the casting support device 100. You can enter the value of the temperature, or, You can also enter information about the area and manufacturing period of the foundry factory. Information on the area of the foundry 9 previously managed by the management server 40 can also be read.  The casting support device 100 memorizes a table in which the recommended prescription mode is associated with the temperature or the region in a memory unit (not shown). The memory unit, for example, has a recommended prescription list 502 for the temperature, Or by region's recommended prescription form 506, Or by the regional average temperature table 504 and the recommended prescription table 502 by temperature.  The recommended prescription table 502 according to the temperature is a mode in which the recommended prescription is memorized by the temperature. The generating unit 500 reads out the recommended prescription pattern corresponding to the input temperature from the recommended prescription table 502 for the temperature.  The average temperature of the area is 504 and the area (for example, by prefecture) and the season (for example, by month). The generating unit 500 reads the average temperature corresponding to the input region and season from the average temperature table 504 by region. The mode of the recommended prescription corresponding to the read average temperature is obtained by reading out from the recommended prescription list 502 of the temperature.  The recommended prescription table 506 by region is a mode in which the recommended prescription is memorized in association with the region (for example, by prefecture) and the season (for example, by month). The generating unit 500 reads out a recommended prescription corresponding to the input region and season from the recommended prescription table 506 in the region.  also, As described in the first embodiment above, The ratio of the supply amount of the hardener A and the hardener B set to the binder is controlled by the control unit 152 of the controller 20 according to the sand temperature, temperature, Adjust conditions such as humidity. The control unit 152 of the controller 20 operates in accordance with a plurality of programs prepared in the hardener preparation mode.  The program corresponding to the hardener dispensing mode recommended by the user's manufacturing conditions is stored in the memory or storage of the controller 20. and, The program is executed by the CPU. Furthermore, The program corresponding to the hardener blending mode is preferably determined to determine the hardener blending mode. And the adhesive is carried out by the customer user or the person in charge of the maintenance department 60, Switching when preparing materials such as hardeners.  The method of storing the program in the memory or the memory of the controller 20 is not particularly limited. E.g, It can be downloaded from the management server 40 and loaded into the memory or storage of the controller 20. The user of the customer or the person in charge of the maintenance department 60 may also load the new program in the ROM and install it on the controller 20. A plurality of programs may also be stored in the storage of the controller 20 in advance. The program to be started is switched by the manager's management program. or, It can also be configured as follows. which is, On the operation panel of the controller 20, Accepting the selection operation of the customer user or the person in charge of the maintenance department 60, Start the selected program.  The providing unit 106 supplies the recommendation information generated by the generating unit 500 to the user terminal 32. The providing method is the same as the above embodiment. The recommendation information can be displayed on the webpage used by the customer. It can also be sent to the user terminal 32 by mail.  also, The providing unit 106 can also provide recommended information to the computer 82 operating the sales department 80. You can access the webpage dedicated to the sales department 80 from the computer 82 and browse the recommended information. An email containing the recommended information may also be sent to the person in charge of the sales department 80. The person in charge of the sales department 80 can conduct material purchase operations to the customer user based on the recommended information.  also, The generating unit 500 accepts the type indicating the bonding agent, The shape of the mold produced, Hardening speed of the mold, Sand temperature, The ratio of reclaimed sand in fire resistant particles, Acid consumption of reclaimed sand, And information on at least one of the ambient temperature and humidity of the foundry factory 9, And update the recommended information.  As described in the first embodiment above, The hardener added to the refractory particles is a catalyst for hardening the binder, Mix at least 2 different types of hardeners. The compounding ratio of each hardener is based on the type of the binder, The shape of the mold produced, Required hardening speed, Sand temperature (temperature of fire-resistant particles), Acid consumption of reclaimed sand, The temperature of the foundry factory 9 Change in conditions such as humidity.  therefore, In this embodiment, Obtain the measurement values of the following information, Set value or input value, Update recommended information based on manufacturing conditions.  (c1) the type of binder, Or the input value of the information of the shape of the mold to be manufactured. Enter the input screen (not shown) for inputting the information on the webpage dedicated to the customer. The user user inputs the user terminal 32.  (c2) the measured value of the hardening speed of the mold, Or input value Accepts the input of the hardening speed of the mold required in the input screen. Actual measured values obtained by the following methods can also be used.  The hardening speed of the mold can be measured, for example, by measuring the temperature of the mold. thus, The mold manufacturing apparatus 10 is provided with a temperature sensor that measures the temperature of the mold.  also, The hardening speed of the mold can also be measured by measuring the electrical conductivity of the mold. E.g, The method described in JP-A-63-230252 can be used. thus, The mold manufacturing apparatus 10 may further include a sensor that measures the conductivity of the mold.  (c3) Measurement of sand temperature measurement The sand temperature was measured using a sand temperature sensor 132 (Fig. 2).  (c4) Measurement of acid consumption of reclaimed sand The acid consumption of reclaimed sand is determined by a specific inspection method. The customer user or the person in charge of the sales department 80 is used to input the result to the input screen of the web page dedicated to the customer user using the user terminal 32.  (c5) Measurement of Ambient Temperature of Foundry Factory 9 The mold manufacturing apparatus 10 can obtain a measurement value of a temperature sensor or a humidity sensor that measures the ambient temperature or humidity of the foundry factory 9, Alternatively, the customer user can use the user terminal 32 to input the value of the thermometer or hygrometer set in the foundry factory 9 to the input screen of the web page dedicated to the customer.  the following, Taking the acid consumption of the reclaimed sand of the above (c4) as an example, Explain how to update the recommended information.  For the use of furan resin, In the case of a hardener, The refractory particles tend to be acidic due to the presence of a binder or a hardener remaining in the reclaimed sand used as the refractory particles. It is desirable to change the blending ratio of the hardener according to its acidity. therefore, In this embodiment, The recommended prescription mode for the hardener is updated by accepting information indicating the acid consumption of the reclaimed sand.  Since the acidity of the fire resistant particles of the new product is known, Therefore, the acidity of the refractory particles can be determined, for example, based on the mixing ratio of the reclaimed sand to the refractory particles measured or estimated. thus, The generating unit 500 receives the measured value of the acid consumption of the reclaimed sand, The input of at least one of the ratios of the regenerated sand is used as information indicating the acidity of the refractory particles.  The measured value of the acid consumption of the reclaimed sand, The information on the ratio of the reclaimed sand can be input by the customer of the foundry factory 9 using the user terminal 32 to access the web page for the customer's user and inputting the information on the information of the fire resistant particles (not shown).  The casting support device 100 stores the recommended prescription mode of the corresponding hardener ratio in advance in accordance with the acid consumption of the reclaimed sand. E.g, In the recommended prescription list (not shown) by temperature and acidity, The recommended prescription mode is corresponding to the acid consumption of the reclaimed sand according to the temperature. also, The acid consumption of reclaimed sand can be classified in two grades. It can also be classified into multiple levels of three or more levels. The generating unit 500 acquires a recommended prescription mode corresponding to the acid consumption of the reclaimed sand, And output as recommended information.  and, The updated recommendation information is provided to the user terminal 32 by the providing unit 106.  As explained above, According to this embodiment, The recommended information on the composition and supply of the hardener or the binder can be generated and supplied to the customer according to the manufacturing conditions. With this, The controller 20 can be operated in a program that is suitable for the recommended prescription mode of the user's environment. also, The operating sales department 80 can advise the customer to purchase a hardener for the recommended prescription mode.  also, According to this embodiment, The recommendation information can be updated and provided according to changes in the environment of the customer's user. With this, The controller 20 can be operated in a program adapted to the appropriate mode of environmental changes. also, The operating sales department 80 can advise the customer to purchase a hardener of the appropriate mode.  (Embodiment 6) <Alarm read notification function> Fig. 28 is a functional block diagram showing the logical configuration of the controller 20 and the casting support device 100 according to the present embodiment. The controller 20 of the present embodiment is not limited to the configuration of the controller 20 of FIG. There is also an output unit 510. The casting support device 100 is not limited to the configuration of the casting support device 100 of FIG. There is also a notification unit 512. Furthermore, In Figure 28, The configuration that is not related to the function of the embodiment is not shown. also, The functions of this embodiment can also be combined with the functions of other embodiments.  As described in the first embodiment above, The output data 170 of the controller 20 contains alarm information or abnormal information of each device. The output unit 510 transmits the alarm information or the abnormality information of each device to the casting support device 100 via the communication unit 158.  In the casting support device 100, The notification unit 512 receives the alarm information or the abnormality information of each device from the controller 20, Then, the person in charge of the casting support device 100 confirms the alarm information or the abnormal information. The responsible person of the foundry factory 9 of the controller 20 notifies the person in charge of the casting support device 100 that it has been confirmed.  E.g, As described in the first embodiment above, When the receiving unit 102 of the casting support device 100 receives the alarm information or the abnormality information from the controller 20, Then, the controller real-time monitoring screen 227 shown in FIG. 18 displays the status of the device. The customer can view the screen 227 by accessing the web page for the customer user from the user terminal 32. Furthermore, An alarm screen (not shown) for notifying the customer of other alarms or abnormalities may be displayed on the user terminal 32.  also, This screen 227 or alarm screen is also displayed on the computer 62 of the maintenance department 60. thus, The operator of the maintenance department 60 browses the screens by It is possible to identify an alarm or an abnormality of the equipment occurring in the foundry factory 9.  also, For example, a pop-up screen may be displayed depending on the level of the alarm or the abnormality, Flashing display, Reverse display, Animation, Voice output, At least one of the alarm sound output and the like is output to the computer 62 of the maintenance department 60. With this, The operator of the maintenance department 60 can quickly detect an alarm or an abnormality.  FIG. 29 is a flowchart showing an example of a procedure of information display processing at the time of an alarm or abnormality of the casting support system 1 of the embodiment.  First of all, Using the controller 20 to detect an alarm or an abnormality, This information is transmitted to the casting support device 100 (management server 40) (step S101). The management server 40 receives the information, The received information is stored in the database 42 (step S103). Then, If it is detected that the received information indicates an alarm or an abnormality (YES in step S105), Then, information indicating an alarm or an abnormality is displayed on the alarm screen (step S107).  Then, The customer user browses the webpage dedicated to the customer user using the user terminal 32. It is recognized on the alarm screen that an alarm or an abnormality has occurred (step S109). also, In the maintenance department 60, The alarm screen is also displayed on the computer 62. The operator recognizes that an alarm or an abnormality has occurred on the alarm screen (step S111).  Then, If the operator of the maintenance department 60 recognizes an alarm or an abnormality, Then operate the operation unit, A confirmation operation indicating that an alarm or an abnormality has occurred is recognized (step S113). The operation of the operation department, For example, it refers to a specific key operation, Screen operation, etc. There is no particular limitation. When the notification unit 512 accepts the confirmation operation of the operator, Then, the casting support device 100 (the management server 40) displays an alarm read flag indicating that an alarm or an abnormality has been recognized by the maintenance department 60 on the controller real-time monitoring screen 227 or the alarm screen (step S115).  At the user terminal 32, An alarm read flag indicating that an alarm or an abnormality has been recognized by the maintenance department 60 is displayed on the alarm screen. therefore, The customer of the foundry factory 9 can confirm that the maintenance department 60 has identified the alarm. Furthermore, The alarm read mark (not shown) is also displayed on the alarm screen of the computer 62.  E.g, The alert read mark can also contain "alert recognition", "Survey", "Responding to", The "Completion Countermeasures" and other information indicating the response status of the maintenance department 60 are displayed. The alarm read mark can be displayed in images such as text or icons. It can also display the color change of the alarm (alarm or abnormality). Display control such as stop of flashing display. also, The confirmation time (update time) can also be displayed together with the alarm read mark. At the foundry factory 9, When the user in charge browses the screen 227 or the alarm screen of the webpage of the customer's user from the user terminal 32, The confirmation status or response status of the alarm or abnormality of the maintenance department 60 can be known.  As explained above, According to this embodiment, The customer user can be notified that the person in charge of the maintenance department 60 has confirmed the alarm or abnormal information. Therefore, the uneasiness of the customer user is reduced. and then, By having the composition of the response status of the notification maintenance department 60, The customer user can confirm the current status.  (Seventh Embodiment) <Statistical Processing Function> Fig. 30 is a functional block diagram showing the logical configuration of the casting support device 100 of the present embodiment. The casting support device 100 of the present embodiment is not limited to the configuration of the casting support device 100 of FIG. There is also a statistical processing unit 520. Furthermore, In Figure 30, The configuration that is not related to the function of the embodiment is not shown. also, The functions of this embodiment can also be combined with the functions of other embodiments.  The statistical processing unit 520 performs statistical processing on the information of the plurality of foundry foundries 9. The providing unit 106 supplies the statistically processed information to the user terminals 32 of each foundry factory 6.  The information to be subjected to statistical processing may include, for example, device operation information described in each of the above embodiments. Alert information, Abnormal information, Information on the mold making device 10, Information related to material management used in the manufacture of molds. Statistical processing, for example, includes calculating an average value, Median, Handling of standard deviations, etc.  The statistical processing unit 520 retrieves a plurality of pieces of information that at least one item included in the information satisfies a predetermined condition. Perform statistical processing on the multiple pieces of information retrieved.  E.g, The recommended prescription mode for the adhesive or hardener is as described above. To some extent determined by the ambient temperature of the foundry plant 9. which is, The recommended prescription mode can be specified according to the region or season (summer and winter) where the foundry 9 is located. E.g, By collecting information from the plurality of foundries 9 to the local mode, by region and by season, and totaling, A climate mode suitable for the region of the season can be specified. and, Appropriate information can be provided to customers of the foundry factory in the region.  As explained above, According to this embodiment, The information of the foundry factory 9 of different customers can be statistically processed. After generalizing the information and making it anonymous, Provide information to other customers. With this, The information confidential parts of other foundries 9 can utilize the information of a plurality of foundries 9 in a non-disclosed state. Not just a foundry 9 information, And can share information on a number of foundries 9 therefore, The amount of information that has become the basis has increased, And the accuracy is improved, Reliability has also improved. in this way, Various information generated based on information related to the know-how owned by each foundry 9 can be shared among other plurality of foundries 9 .  (Eighth Embodiment) <Prompt function of material use performance> FIG. 31 is a functional block diagram showing a main part of the logical configuration of the casting support device 100 of the present embodiment. The casting support device 100 is not limited to the configuration of the casting support device 100 of FIG. Further, the totaling unit 530 and the order period notification unit 532 are provided. also, The casting support device 100 may further include an order receiving unit 540 and an order processing unit 542. Furthermore, In Figure 31, The configuration that is not related to the function of the embodiment is not shown. also, The functions of this embodiment can also be combined with the functions of other embodiments.  The providing unit 106 of the casting support apparatus 100 of the present embodiment has a function of providing information such as the use performance of materials to the customer user and the person in charge of the sales department 80 in the material management screen 240 of FIG.  The aggregating unit 530 is for each of the foundry factory 9 or the foundry factory 9, For bonding agents, The measured value or input value of the hardener and the amount of sand used are totaled separately. And remember the total value. The above-mentioned measured values can be obtained from the information received by each of the foundries 9 by the receiving unit 102, Or the information stored in the database 42 by the information storage unit 104.  The order period notification unit 532 is when the total value exceeds a specific predetermined value or a predetermined number. The ordering period for materials that exceed the specified value or the specified quantity. In total, the delivery date of the material can be accumulated as the first day. Customers can also be urged to enter the settings for the first day.  The order period notification unit 532 notifies the user terminal 32 of the customer user or the computer 82 of the sales department 80 of the order period of the material. The notification method is included in the web page display order time notification screen 534 or sent by mail.  The order receiving unit 540 is when the total value exceeds a predetermined value or a predetermined number. Orders for materials that exceed the specified value or the specified quantity. The order processing unit 542 is based on the order of the accepted materials. Order processing.  The order acceptance unit 540 accepts the order procedure from the order acceptance screen 544 of the web page dedicated to the customer. at this time, In the above embodiment, Suggested materials may also be prompted based on the recommended prescription mode.  Input of the number and quantity of the accepted materials, The order processing unit 542 receives the received order information.  The order processing unit 542 performs order processing based on the received order information.  also, Operating the sales department 80, Receive notification of the order period, and then, The business activity of purchasing new materials may be made to the user by further referring to the recommendation information of the customer user. also, It is also possible to notify the customer user of the prescribed value or the prescribed amount of the total value of the order period, It is different from the prescribed value or the prescribed amount of the total value of the order period notified to the sales department 80.  According to this embodiment, The order period of the materials can be notified to the customer user or the sales department 80 according to the actual use of the materials. therefore, Customer users can prevent material from being out of stock, Or you can order directly. Therefore, the convenience is better. also, The sales department 80 can also conduct business activities for the sale of new materials by referring to the recommendation information of the customer.  (Other embodiment) <Manufacturing method> Further, The manufacturing method of the present invention is a method of manufacturing a mold using a mold manufacturing apparatus of a foundry factory, In addition, a method of manufacturing a mold in which a mold manufacturing apparatus of the casting support system described in any one of the above-described first to eighth embodiments is incorporated is used.  the following, According to the flowchart of FIG. 12 described in the first embodiment, A method of manufacturing a mold in the casting support system 1 of the present embodiment will be described.  a step (S11) of obtaining a temperature (sand temperature) of the fire-resistant particles by the mold manufacturing apparatus 10 (controller 20), And a step (S13) of adjusting the composition and supply amount of the hardener or the binder according to the conditions of the sand temperature in each foundry. and then, The casting support device (server device) 100 receives and stores the operation state information indicating the operation state in each step of each device from the mold manufacturing device 10 of the foundry factory (S22), a step of detecting an alarm or an abnormality by monitoring the action state in each step of each device using the stored information (S24), And sending the detected alarm or abnormal information to the user terminal (S32, S33).  and, The step of receiving the information that the user terminal 32 receives the alarm or the abnormality from the casting support device 100 and notifying the operator (S43, 44).  the above, Embodiments of the present invention have been described with reference to the drawings. Each device of the present invention (controller 20, Management server 40, Web server 50, User terminal 32, Computer 62, 72. 82) When the computer program is executed on each computer, It is realized by each computer.  the following, The casting support device 100 will be described. Regarding other devices, It can also be constructed by the same computer. Detailed description is omitted. Furthermore, The controller 20 has been described in the first embodiment.  <Hardware Configuration of Casting Support Device 100> FIG. 25 is a view showing an example of a configuration of a computer 90 that realizes the casting support device 100 (the management server 40 and the web server 50 of FIG. 1) of the present embodiment. also, The user terminal 32 of FIG. And the manager computer 62, 72. 82 is also achieved by the same computer.  The computer 90 of the present embodiment includes a CPU (Central Processing Unit) 91, Memory 92, The program 98 that implements the casting support device 100 that is loaded into the memory 92, Storing the program 93 of the program 98, I/O (Input/Output) 94, And network connection interface (communication I/F) 95.  Figure 9, above, Figure 13, Figure 19, And the components of the casting support device 100 of the functional block diagrams such as FIG. 22 are the CPU 91 of the computer 90 of FIG. Memory 92, The program 98 loaded into the memory 92, a memory unit such as a hard disk storing the program (storage 93), The network connection interface (communication I/F) 95 is centered. It is realized by any combination of hardware and software. and, The industry should understand its implementation method, There are various variations of the device.  CPU91, Memory 92, Storage 93, I/O94, The communication I/F 95 is connected to each other via the bus bar 96. The entire casting support device 100 is controlled by the CPU 91. but, The method of connecting the CPUs 91 and the like to each other is not limited to the bus bar connection.  The memory 92 is a memory such as a RAM (Random Access Memory) or a ROM (Read Only Memory). The storage 93 is a hard disk, SSD (Solid State Drive, Solid state drive), Or a memory device such as a memory card. also, The memory 93 can also be a memory such as a RAM or a ROM.  By the CPU 91, for example, the program 98 stored in the memory 93 is read out to the memory 92 and executed. The functions of the respective elements of the casting support device 100 can be realized.  The I/O 94 performs between the CPU 91 and other elements in the computer 90. Or the input and output control of data and control signals between the computer 90 and other input and output devices. Other input and output devices include, for example, a keyboard connected to the computer 90, Touch panel, mouse, And an input device such as a microphone (not shown), monitor, Printer, And an output device such as a speaker (not shown), And the interface between the input and output devices and the computer 90. and then, The I/O 94 can also perform input/output control of data with a reading or writing device (not shown) of other recording media.  The communication I/F 95 is a network connection interface for communicating between the computer 90 and an external device. The communication I/F 95 can be a network interface for connecting to a wired line. It can also be a network interface for connecting to wireless lines. E.g, The computer 90 that realizes the casting support device 100 is connected to the mobile phone communication network 3 via the communication I/F 95. Further, each controller 20 of the mold manufacturing apparatus 10 of the foundry 9 communicates via the GW 14.  or, The computer 90 is connected to the Internet 5 by means of the communication I/F 95. With the maintenance department 60, Management department 70 and computer operating sales department 80, Or the user terminal 32 of each foundry factory 9 communicates.  The casting support device 100 may be composed of a plurality of computers 90. It can also be composed of a virtual server or the like.  The computer program of the present embodiment is described in such a manner that a computer that implements the casting support device 100 executes the following program: The self-molding manufacturing apparatus 10 receives casting information related to mold manufacturing via the mobile telephone communication network 3, The casting information is adjusted according to the manufacturing conditions of each foundry 9 The composition and supply amount of the hardener added to the refractory particles and the binder, And manufacturing conditions; Storing the received casting information in a memory device; And providing the user terminal 32 with the service based on the stored casting information via the Internet 5.  The computer program of this embodiment can also be recorded on a recording medium readable by a computer. The recording medium is not limited. Various forms can be considered. also, The program can be loaded from the recording medium to the memory of the computer. It can also be downloaded to a computer via the Internet and loaded into memory.  The recording medium recording the computer program includes a medium that can be used by the non-transitory tangible computer 90, A code readable by the computer 90 is embedded in the medium. When the computer program is executed on the computer 90, The computer 90 is caused to execute a data processing method for realizing the casting support device 100.  the above, Embodiments of the present invention have been described with reference to the drawings. But these are examples of the invention, Various configurations other than the above may also be employed.  In the above embodiment, The first communication network connecting the casting support device 100 and the controller 20 is referred to as a mobile communication network 3, But it can also be other communication networks, E.g, Can also be set as a public switched telephone network (PSTN: Public Switched Telephone Networks), VPN (Virtual Private Network, Virtual private network). or, It is also possible to communicate using the data communication service of cable television.  also, The casting support device 100 and the user terminal 32 or each computer 62 will be connected. 72. And the second communication network of 82 rooms is set to the Internet 5, But it can also be other communication networks, E.g, Can also be set to WAN (Wide Area Network, WAN) and so on. also, Each user terminal 32 in the office 30 or each computer in each department can also use a LAN (Local Area Network, Regional network) and so on.  also, In the above embodiment, It is configured to use two types of hardeners in a specific blending ratio. However, it is also possible to use more than three kinds of hardeners in a specific blending ratio. It is also possible to provide a configuration in which one type of curing agent is supplied.  also, Alternatively, the operation chart of the controller 20 may be displayed in a screen indicating the device information as shown in the device list 222 of the month shown in FIG. 15 (for example, a one-month period in the case of a monthly report) (for example, Histogram or line chart). E.g, The daily running time of the controller 20 can also be displayed in the list in one month.  and then, Except for the running time between the specific period (one month for the monthly report), It can also be used for days of operation, The operating rate (%) indicating the ratio of the operating time to the working time (8 hours) of the casting factory 9 days, Number of emergency stops, Various alarm information and the like are included in the monthly device list 222.  also, It can also be configured as follows. which is, In addition to sending various notifications to the user terminal 32 by mail, Also to SMS (Short Message Service) for pre-designated mobile phones or smartphones. Newsletter service) or MMS (Multimedia Messaging Service, Multimedia messaging service) sends a message. or, It is also possible to send a message to the pre-designated user identification information of the application capable of implementing message exchange installed in the user terminal 32.  also, Fig. 26 shows an example in which the controller 20 of the embodiment of the present invention has the smallest configuration. In this configuration, The controller 20 has the control unit 152 of FIG. Sand temperature acquisition unit 156, And a communication unit 158.  also, Regarding the casting support system 1 of the above embodiment, A configuration example in which the mold manufacturing apparatus 10 (controller 20) provided in the foundry 9 collects and stores information is shown. However, the configuration in which the mold manufacturing apparatus 10 (controller 20) provided outside the foundry 9 collects and stores information is not excluded. also, When the foundry 9 includes a plurality of sites and wants to manage each of them individually, Even if they are located in the same corporate location, It is also possible to register the casting support system 1 as a plurality of other users for management.  and then, Regarding the casting support system 1 of the above embodiment, The composition of the information collected from the mold manufacturing apparatus 10 (controller 20) of a plurality of foundries 9 is explained. However, the present invention can also be applied to the collection of information from the mold making apparatus 10 (controller 20) of at least one foundry factory 9.  also, Regarding the casting support system 1 of the above embodiment, The configuration of the mold manufacturing apparatus 10 of the foundry 9 includes a plurality of controllers 20, However, the mold manufacturing apparatus 10 only needs to include at least one controller 20.  the above, The invention of the present invention has been described with reference to the embodiments. However, the invention of the present invention is not limited to the above embodiment. For the composition or details of the invention of the present invention, Various changes that the practitioner can understand can be made within the scope of the invention.  Furthermore, In the present invention, Obtain, When using information related to the user (casting factory 9 and customer users, etc.), It is considered that the action is legally carried out.  the following, An example of an attached reference form.  1. A casting support system that supports a caster in a casting mold manufacturing apparatus of a plurality of foundries, comprising: a mold manufacturing apparatus of each foundry; and a servo apparatus connected to the mold manufacturing apparatus via a first communication network; And a user terminal of each of the foundry factories connected to the server device via a second communication network; the mold manufacturing device is a device for manufacturing a mold using fire-resistant particles, a binder, and a curing agent, and has: temperature acquisition a member that obtains a temperature of the fire-resistant particles; a supply amount acquiring member that obtains a measured value of a supply amount of the hardener added to the fire-resistant particles and the binder; and a control member according to each of the foundries Adjusting the composition and the supply amount of the curing agent under the conditions of the temperature of the fire-resistant particles; and the server device includes: an information storage member that receives and stores information related to casting from the mold manufacturing device of each of the foundries; And the information providing component, which uses the above stored information, will Aid casting information and services supplied to the user terminal of each of the foundry. 2. Such as 1. In the casting support system, the mold manufacturing apparatus further includes a supply amount acquiring member that acquires a measured value of the amount of the binder added to the refractory particles or the amount of the curing agent. 3. Such as 2. In the casting support system, the supply amount acquiring means is a pipe-clip type flow meter that measures the flow rate of the hardener in a non-contact manner from the outside of the pipe to which the hardener is supplied. 4. Such as 2. Or 3. In the casting support system, the server device further includes: an operation state acquiring means that acquires operation state information indicating an operation state of each device of the mold manufacturing apparatus of each of the foundry factories; and an accumulation means based on the acquired The operation state information and the measured value of the supply amount of the curing agent are integrated in a specific unit period for each of the operation time of each device of the mold manufacturing apparatus and the measured value of the curing agent; and the server device is configured as described above The information providing member presents information on the running time of each device of the above-described mold manufacturing apparatus and the integrated value of the measured value of the hardening agent, and information on the temperature of the fire-resistant particles. 5. Such as 4. The casting support system, wherein the information providing means of the server device provides information relating to an operation time of each device of the mold manufacturing device and an integrated value of the measured value of the hardener, and a temperature of the fire-resistant particle The information is displayed in a list of daily, monthly or annual reports or displayed as a graph. 6. Such as 4. Or 5. The casting support system, wherein the information providing means of the server device provides a screen for displaying an image obtained by instantaneously drawing information of the mold manufacturing device based on information received from the mold manufacturing device. 7. Such as 4. To 6. The casting support system according to any one of the preceding claims, wherein the server device further includes: a predicting means for predicting a maintenance period of each of the devices based on the accumulated value of the operating time; and a notifying means for notifying the use of the maintenance period to the use Terminal. 8. Such as 7. In the above-described server device, the notification means is configured such that the maintenance period of the plurality of casting factories predicted by the predicting means does not overlap, and is notified to each of the foundries. 9. Such as 1. To 8. A casting support system according to any one of the preceding claims, wherein the server device further includes a notification member that detects an alarm based on information of each of the devices obtained from the mold manufacturing device of the foundry factory, and reports the alarm to the foundry The user terminal is notified. 10. Such as 1. To 9. A casting support system according to any one of the preceding claims, wherein, in said server device, said information providing means sets a disclosure restriction level of said information received for each of said foundry factories, and based on said disclosure limit level, said casting Each of the factories limits the information or services provided to the above user terminals. 11. Such as 1. To 10. The casting support system according to any one of the preceding claims, further comprising: an operator terminal connected to the server device via the second communication network, wherein the information providing means supports information related to the casting and information related to the service via the The second communication network is provided to the operator terminal. 12. Such as 11. a casting support system, wherein the server device further includes a maintenance recording member that inputs, records, and records a maintenance record of each of the casting factory parts using the user terminal or the operator terminal; The information providing means of the server device provides the maintenance record to the user terminal or the operator terminal. 13. Such as 11. Or 12. The casting support system, wherein the server device further includes a FAQ information storage component, wherein the FAQ information storage component inputs the FAQ information related to the casting using the user terminal or the operator terminal, and accepts it as FAQ information. And storing, by the information providing component of the server device, the FAQ information to the user terminal or the operator terminal. 14. Such as 13. The casting support system, wherein the FAQ information storage means and the maintenance record means store the FAQ information or the maintenance record in association with attribute information of the foundry, and the information providing component is The above-mentioned FAQ information including the information of the other foundry factories and the maintenance record are extracted from the information corresponding to the properties of each of the foundry factories and supplied to the user terminal of the foundry. 15. Such as 1. To 14. A casting support system according to any one of the preceding claims, comprising: the above-described mold manufacturing apparatus of the plurality of casting factories, wherein the servo apparatus is connected to the plurality of casting factories, and the mold manufacturing apparatus is connected via the first communication network, and the servo The information storage means of the device stores information relating to the casting received from the plurality of casting apparatuses of the casting factory. 16. A casting support device that supports a founder in a casting mold manufacturing apparatus of the foundry, wherein the casting support device and the mold manufacturing device of the foundry are connected via a first communication network, and is used by a user of the foundry The user terminal is connected via the second communication network, and includes: a receiving member that receives casting information related to mold manufacturing from the mold manufacturing apparatus via the first communication network, the casting information including adjustment according to manufacturing conditions of the foundry a composition and supply amount of a hardener or a binder added to the refractory particles, and the above-mentioned manufacturing conditions; an information storage member storing the received casting information; and an information providing means via the second communication network A service based on the stored casting information described above is provided to the user terminal. 17. Such as 16. In the casting support device, the receiving member receives a measurement value of a supply amount of the binder or the curing agent added to the fire-resistant particles from the mold manufacturing device. 18. Such as 17. In the casting support device, the receiving member receives the measured value obtained by measuring the flow rate of the curing agent from a outside of a pipe to which the curing agent is supplied from a pipe clamp type flowmeter in a non-contact manner. 19. Such as 17. Or 18. The casting support device further includes: an operation state acquisition means that acquires operation state information indicating an operation state of each device of the mold manufacturing apparatus of each of the foundry factories; and an accumulation means based on the acquired operation state information And the measured value of the supply amount of the curing agent, wherein the operating time of each device of the mold manufacturing apparatus and the measured value of the curing agent are respectively accumulated in a specific unit period; and the information providing member presents the mold manufacturing apparatus Information on the operating time of each device and the cumulative value of the measured value of the hardener, and information on the temperature of the fire-resistant particles. 20. Such as 19. The casting support device, wherein the information providing means provides information relating to an operation value of each device of the mold manufacturing device and a cumulative value of the measured value of the hardener, and information on the temperature of the fire-resistant particles in daily and monthly reports. Or a screen displayed in the form of a list or an annual report. twenty one. Such as 19. Or 20. In the casting support apparatus, the information providing means provides a screen for displaying an image obtained by instantaneously drawing information of the mold manufacturing apparatus based on information received from the mold manufacturing apparatus. twenty two. Such as 19. To 21. The casting support apparatus according to any one of the preceding claims, further comprising: a predicting means for predicting a maintenance period of each of the devices based on an integrated value of the operating time; and a notifying means for notifying the user terminal of the maintenance period. twenty three. Such as 22. In the casting support apparatus, the notification means is adjusted such that the maintenance periods of the plurality of casting factories predicted by the predicting means do not overlap, and are notified to each of the foundries. twenty four. Such as 16. To 23. A casting support device according to any one of the preceding claims, further comprising: a notification member that detects an alarm based on information of each of the devices obtained from the mold manufacturing device of the foundry factory and sends the alarm to the user of the foundry The terminal informs. 25. Such as 16. To 24. A casting support apparatus according to any one of the preceding claims, wherein the information providing means sets a disclosure restriction level of the information received for each of the casting factories, and limits each of the casting factories based on the disclosure restriction level Information or services provided by the above user terminals. 26. Such as 16. To 25. The casting support device according to any one of the above, further connected to the operator terminal via the second communication network, wherein the information providing means provides the information supporting the casting and the information related to the service via the second communication network Give the above operator terminal. 27. Such as 26. The casting support device further includes a maintenance recording member that inputs and records a maintenance record of each of the casting factory parts using the user terminal or the operator terminal, and the information providing member The above maintenance record is provided to the above user terminal or the above operator terminal. 28. Such as 26. Or 27. The casting support device further includes a FAQ information storage means for inputting the FAQ information related to the casting using the user terminal or the operator terminal, and storing the FAQ information as FAQ information, and the above The information providing component provides the above FAQ information to the user terminal or the operator terminal. 29. Such as 28. The casting support device, wherein the FAQ information storage means and the maintenance record means store the FAQ information or the maintenance record in association with the attribute information of the foundry, and the information providing member is included in the other foundry The above-mentioned FAQ information of the information and the above-mentioned maintenance record extract information corresponding to the attributes of each of the foundry factories and provide the above-mentioned user terminals of the foundry factory. 30. Such as 16. To 29. The casting support device according to any one of the above, wherein the mold manufacturing apparatus of the plurality of casting factories is connected via the first communication network, and the information storage member is stored in the mold manufacturing apparatus of the plurality of foundries. Information related to the above casting. 31. A method of processing a casting support device that supports a casting support device for casting in a casting mold manufacturing apparatus of a foundry factory, wherein the casting support device is connected to the mold manufacturing device of the foundry factory via a first communication network. And the user terminal used by the user of the foundry factory is connected via the second communication network, and the casting information is received from the mold manufacturing device via the first communication network, and the casting information is included in the casting factory. The composition and supply amount of the curing agent or the binder added to the refractory particles adjusted by the production conditions, and the above-described manufacturing conditions, the received casting information is stored in the memory device, and is used to the above via the second communication network. The terminal provides a service based on the stored casting information described above. 32. Such as 31. In the casting support device, the casting support device receives a measurement value of the supply amount of the binder or the curing agent added to the fire-resistant particles from the mold manufacturing device. 33. Such as 32. In the casting support apparatus, the casting support apparatus receives the measurement value obtained by measuring the flow rate of the curing agent in a non-contact manner from the outside of a pipe to which the curing agent is supplied by a pipe clamp type flowmeter. . 34. Such as 32. Or 33. In the processing method of the casting support device, the casting support device further acquires operation state information indicating an operation state of each device of the mold manufacturing device of each of the foundry factories, based on the acquired operation state information and the supply of the hardener The measured value of the amount is accumulated in a specific unit period for each of the operation time of each device of the mold manufacturing apparatus and the measured value of the hardener, and the operation time of each device of the mold manufacturing apparatus and the hardener are presented. Information on the cumulative value of the measured values and information on the temperature of the fire resistant particles. 35. Such as 34. The processing method of the casting support device, wherein the casting support device provides information relating to an integrated value of an operation time of each device of the mold manufacturing device and a measured value of the curing agent, and information on a temperature of the fire-resistant particle. A screen displayed in the form of a daily report, a monthly report, or an annual report. 36. Such as 34. Or 35. In the processing method of the casting support device, the casting support device provides a screen for displaying an image obtained by instantaneously drawing information of the mold manufacturing device based on information received from the mold manufacturing device. 37. Such as 34. To 36. In the processing method of the casting support device according to any one of the above, the casting support device further predicts a maintenance period of each of the devices based on the integrated value of the operation time, and notifies the user terminal of the maintenance period. 38. Such as 37. In the method of processing the casting support device, the casting support device adjusts the maintenance period of the plurality of predicted foundries so as not to overlap, and notifies each of the foundries. 39. Such as 31. To 38. The method of processing a casting support device according to any one of the above, wherein the casting support device detects an alarm based on information of the respective devices obtained from the mold manufacturing device of the foundry factory, and sends the alarm to the user terminal of the foundry Notice. 40. Such as 31. To 39. A method of processing a casting support device according to any one of the above-mentioned casting factories, wherein the disclosure limit level of the received information is set for each of the foundry factories, and based on the disclosure limit level, each of the casting factories is A restriction on the information or services provided to the above user terminals. 41. Such as 31. To 40. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device supplies information related to the casting and service related information to an operator terminal via the second communication network. 42. Such as 41. In the method of processing the casting support device, the casting support device further inputs, by the user terminal or the operator terminal, a maintenance record of each of the foundry parts, and records and records the maintenance record. User terminal or the above operator terminal. 43. Such as 41. Or 42. In the method of processing the casting support device, the casting support device further inputs the FAQ information related to the casting using the user terminal or the operator terminal, and stores the FAQ information as FAQ information, and supplies the FAQ information to the FAQ information. The user terminal or the operator terminal. 44. Such as 43. The processing method of the casting support device, wherein the casting support device stores the FAQ information or the maintenance record in association with the attribute information of the foundry, and includes the FAQ information and the maintenance record of the information of the other foundry The information corresponding to the attributes of each of the foundry factories is extracted and provided to the user terminal of the foundry factory. 45. Such as 31. To 44. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device is connected to the plurality of casting plants by the first communication network via the first communication network. Further, the casting support device stores information related to the casting received from the plurality of casting apparatuses of the foundry. 46. A program for executing a program in a computer that implements a casting support device that supports casting in a mold manufacturing device of a foundry factory, wherein the casting support device and the mold manufacturing device of the foundry are via a first communication network The user terminal connected to the user of the foundry is connected via a second communication network, and the program is a program for receiving casting information related to mold manufacturing from the mold manufacturing device via the first communication network. The casting information includes a composition and a supply amount of a hardener or a binder added to the refractory particles adjusted according to the manufacturing conditions of the foundry, and the above-mentioned manufacturing conditions; storing the received casting information in a memory device; The second communication network provides a service based on the stored casting information to the user terminal. 47. Such as 46. The program for causing the computer to execute a program for receiving a measurement value of the amount of the binder added to the refractory particles or the amount of the curing agent from the mold manufacturing apparatus. 48. Such as 47. And a program for causing the computer to execute the above-described program, that is, the above-mentioned measurement value obtained by measuring the flow rate of the hardener in a non-contact manner from the outside of a pipe to which the hardener is supplied by a pipe clamp type flowmeter using a pipe clamp type flowmeter . 49. Such as 47. Or 48. And a program for causing the computer to execute the following procedure: acquiring operation state information indicating an operation state of each device of the mold manufacturing device of each of the foundry factories; and obtaining the operation state information and the supply amount of the hardener based on the obtained operation state information The measured value is obtained by accumulating the operating time of each device of the mold manufacturing apparatus and the measured value of the curing agent in a specific unit period; and indicating the operating time of each device of the mold manufacturing apparatus and the measured value of the hardener. Information on the cumulative value and information on the temperature of the fire resistant particles. 50. Such as 49. And a program for causing the computer to further perform information relating to an operation value of each device of the mold manufacturing apparatus and an integrated value of the measured value of the hardener, and a temperature of the fire-resistant particle The information is displayed in a list of daily, monthly or annual reports or displayed as a graph. 51. Such as 49. Or 50. And a program for causing the computer to further execute a program for displaying an image obtained by instantaneously drawing information of the mold manufacturing apparatus based on information received from the mold manufacturing apparatus. 52. Such as 49. To 51. The program for causing the computer to execute the following procedure: predicting the maintenance period of each of the devices based on the accumulated value of the running time; and notifying the user terminal of the maintenance period. 53. Such as 52. The program is used to cause the computer to execute a program in which the predetermined maintenance periods of the plurality of casting factories are not overlapped and notified to each of the foundries. 54. Such as 46. To 53. A program for causing a computer to execute a program for detecting an alarm based on information of the above-mentioned respective devices obtained from the above-described casting manufacturing apparatus of the foundry factory, and to the above-mentioned user of the foundry The terminal informs. 55. Such as 46. To 54. Any one of the programs for causing the computer to execute a program for setting a level of disclosure of the received information for each of the casting factories, and based on the disclosure limit level, for the casting factory Each of the restrictions provides information or services to the above user terminals. 56. Such as 46. To 55. The program for causing the computer to execute the program for supporting the casting and the information related to the service via the second communication network to the operator terminal. 57. Such as 56. And a program for causing the computer to further execute the following procedure: using the user terminal or the operator terminal, inputting a maintenance record of each of the casting factory parts, accepting and recording; and providing the maintenance record to the user Terminal or the above operator terminal. 58. Such as 56. Or 57. The program for causing the computer to execute the following procedure: using the user terminal or the operator terminal, inputting the FAQ information related to casting, accepting and storing as FAQ information; providing the above FAQ information to the above use Terminal or the above operator terminal. 59. Such as 58. a program for causing the computer to execute the following procedure: storing the above FAQ information or the maintenance record in association with the attribute information of the foundry; and the above FAQ information and the above maintenance record including the information of the other foundry factories Information corresponding to the attributes of each of the above foundries is extracted and provided to the user terminal of the foundry. 60. Such as 46. To 59. A program for causing a computer to execute the following procedure: the mold manufacturing apparatus of the plurality of casting factories receives information related to the casting through the first communication network; and stores the above-mentioned plurality of casting factories The mold manufacturing apparatus receives information related to the above casting. Further, the present invention also includes the following reference aspects. 1. A casting support system that supports a founder in a casting mold manufacturing apparatus of the foundry, comprising: a casting mold manufacturing apparatus of the foundry; and a servo apparatus connected to the mold manufacturing apparatus via a first communication network; The user terminal of the foundry is connected to the server device via a second communication network; the mold manufacturing device is a device for manufacturing a mold using fire-resistant particles, a binder, and a curing agent, and has a temperature acquiring member. Obtaining a temperature of the fire-resistant particles; and controlling a member for adjusting a composition and a supply amount of the curing agent or the binder according to conditions of a temperature of the fire-resistant particles in each of the foundries; and the server device has : an information storage member that receives and stores information related to casting from the above-described mold manufacturing apparatus of the foundry; and an information providing component that supplies the information and service supporting the casting to the foundry using the stored information The above user terminal. 2. Such as 1. In the casting support system, the server device further includes a generating member that generates the fire-resistant particles according to the manufacturing conditions, if the manufacturing conditions include the temperature of the foundry and the manufacturing conditions of the mold to be manufactured. And the recommended information of the composition and the supply amount of the above-mentioned hardener or the above-mentioned adhesive, and the information providing component provides the recommended information to the user terminal of the foundry. 3. Such as 2. In the casting support system, the generating member of the server device receives the type of the bonding agent, the shape of the mold to be produced, the curing speed of the mold, the temperature of the refractory particles, and the reclaimed sand in the refractory particles. The ratio, the acid consumption of the refractory particles, and the information on at least one of the ambient temperature and the humidity of the foundry are updated, and the recommended information is updated based on the received information. 4. Such as 1. To 3. In the casting support system according to any one of the preceding claims, the mold manufacturing apparatus further includes a supply amount acquiring member that acquires a measured value of a supply amount of the binder or the hardener added to the fire-resistant particles. 5. Such as 4. In the casting support system, the supply amount acquiring means is a pipe-clip type flowmeter that measures the flow rate of the curing agent from the outside of the piping for supplying the curing agent in a non-contact manner. 6. Such as 4. Or 5. In the casting support system, the server device further includes: an operation state acquiring means that acquires operation state information indicating an operation state of each device of the mold manufacturing apparatus of each of the foundry factories; and an accumulation means based on the acquired The operation state information and the measured value of the supply amount of the curing agent are respectively accumulated in an operation time of each device of the mold manufacturing apparatus and a measured value of the curing agent; and the information providing member provides each of the mold manufacturing apparatuses Information on the operating time of the equipment and the cumulative value of the measured values of the hardener, and information on the temperature of the fire-resistant particles. 7. Such as 6. The casting support system further includes: a predicting means for predicting a maintenance period of each of the devices based on an integrated value of the operating time; and a notifying means for notifying the user terminal of the maintenance period. 8. Such as 1. To 7. A casting support system according to any one of the preceding claims, wherein the server device further includes a notification member that detects an alarm based on information of each device acquired from the mold manufacturing device of the foundry factory and supplies the alarm to the foundry The user terminal is notified. 9. Such as 1. To 8. A casting support system according to any one of the preceding claims, wherein the mold manufacturing apparatus further includes a transmitting means for transmitting alarm information or abnormality information of each of the devices to the server device, wherein the server device further includes a notification means, wherein the notification means The mold manufacturing apparatus receives the alarm information or the abnormality information of each of the devices, and the person in charge of the server device confirms the alarm information or the abnormality information, and notifies the server of the casting factory of the mold manufacturing device of the server The above responsible person of the device has confirmed. 10. Such as 1. To 9. A casting support system according to any one of the preceding claims, wherein the server device further has a restriction member that sets a disclosure restriction level of the received information for each of the casting factories, and based on the disclosure restriction level, Each of the foundries limits the information or services provided to the user terminal by the information providing component. 11. Such as 1. To 10. The casting support system according to any one of the preceding claims, further comprising an operator terminal connected to the server device via the second communication network, wherein the information providing means supports the information on the casting and the information related to the service via the 2 The communication network is provided to the above operator terminal. 12. Such as 1. To 11. A casting support system according to any one of the preceding claims, wherein the server device further includes statistical processing means for performing statistical processing on the information of the plurality of stored foundries, and wherein the information providing means of the server device performs the statistical processing The latter information is provided to the above-mentioned user terminals of each of the above foundry factories. 13. Such as 12. The casting support system, wherein the statistical processing component of the server device retrieves the plurality of pieces of information that meet at least one of the items included in the information, and performs the statistical processing on the plurality of pieces of information captured . 14. Such as 1. To 13. A casting support system according to any one of the preceding claims, comprising: the above-described mold manufacturing apparatus of the plurality of casting factories, wherein the servo apparatus is connected to the plurality of casting factories, and the mold manufacturing apparatus is connected via the first communication network, and the servo The information storage means of the device stores information relating to the casting received from the plurality of casting apparatuses of the casting factory. 15. A manufacturing method, which is a method of manufacturing a mold using a mold manufacturing apparatus of a foundry factory, and is used in a group. To 14. A method of manufacturing a mold for a mold manufacturing apparatus of a casting support system according to any one of the preceding claims. 16. Such as 15. In the manufacturing method, the mold manufacturing apparatus of the foundry is connected to a server device via a first communication network, and the server device is connected to a user terminal of each of the foundries via a second communication network, and the mold is The manufacturing apparatus is a device for manufacturing a mold using fire-resistant particles, a binder, and a curing agent, and the manufacturing method includes the steps of: the mold manufacturing apparatus acquires a temperature of the fire-resistant particles; and the mold manufacturing apparatus includes the casting factory Adjusting the composition and supply amount of the curing agent or the bonding agent under the conditions of the temperature of the refractory particles; and the server device receives and stores the operation state in each step of each device from the mold manufacturing device of the foundry Operation state information; the server device monitors the operation state in each of the steps of the devices by using the stored information, and detects an alarm or an abnormality; the server device transmits the detected alarm or abnormal information to the above User terminal; and the above use Since the above-described terminal information server apparatus receives the warning or anomalies and notifies the operator. 17. A casting support device that supports a founder in a casting mold manufacturing apparatus of the foundry, wherein the casting support device and the mold manufacturing device of the foundry are connected via a first communication network, and is used by a user of the foundry The user terminal is connected via a second communication network, and includes: a receiving member that receives casting information related to mold manufacturing from the mold manufacturing apparatus via the first communication network, the casting information including adjustment according to manufacturing conditions of the foundry a composition and supply amount of a hardener or a binder added to the refractory particles, and the above-described manufacturing conditions; an information storage member storing the received casting information; and providing means via the second communication network The user terminal provides a service based on the stored casting information. 18. Such as 17. The casting support device further includes a generating member that receives the hardening added to the fire-resistant particles according to the manufacturing conditions, if the manufacturing condition includes the temperature of the foundry and the manufacturing conditions of the mold to be manufactured. And the recommendation information of the composition and the supply amount of the above-mentioned adhesive, and the information providing component provides the recommendation information to the user terminal of the foundry. 19. Such as 18. In the casting support device, the generating member receives the type of the bonding agent, the shape of the mold to be produced, the curing speed of the mold, the temperature of the refractory particles, the ratio of reclaimed sand in the refractory particles, and the fire resistance. The information on at least one of the acid consumption of the particles and the ambient temperature and humidity of the foundry is updated based on the received information. 20. Such as 17. To 19. The casting support device according to any one of the preceding claims, wherein the supply amount of the above-mentioned binder or the hardener received by the receiving member is a tube for measuring the flow rate of the hardener in a non-contact manner from the outside of a pipe to which the hardener is supplied The clip-on flowmeter measures the measured value. twenty one. Such as 20. The casting support device further includes: an operation state acquisition means that acquires operation state information indicating an operation state of each device of the mold manufacturing apparatus of each of the foundry factories; and an accumulation means based on the acquired operation state information And the measured value of the supply amount of the hardener, the operation time of each device of the mold manufacturing apparatus and the measured value of the hardener are respectively accumulated; and the information providing member provides an operation time of each device of the mold manufacturing device Information relating to the cumulative value of the measured values of the hardener and information relating to the temperature of the fire-resistant particles. twenty two. Such as 21. The casting support device further includes: a predicting means for predicting a maintenance period of each of the devices based on the integrated value of the operating time; and a notifying means for notifying the user terminal of the maintenance period. twenty three. Such as 17. To 22. A casting support device according to any one of the preceding claims, further comprising: a notification member that detects an alarm based on information of each device acquired from the mold manufacturing device of the foundry factory, and sends the alarm to the user terminal of the foundry Notice. twenty four. Such as 17. To 23. The casting support device according to any one of the preceding claims, further comprising: a notification means, wherein the notification means receives the alarm information or the abnormality information of the respective devices from the mold manufacturing apparatus, and the person in charge of the apparatus confirms the alarm information or the abnormality information, and The responsible person of the above-mentioned foundry of the mold manufacturing apparatus notifies the above-mentioned responsible person of the apparatus that it has confirmed. 25. Such as 17. To 24. The casting support device according to any one of the preceding claims, further comprising a restriction member that sets a disclosure restriction level of the received information for each of the casting factories, and based on the disclosure restriction level, in the casting factory Each of the restrictions provides information or services provided to the user terminal by the information providing component. 26. Such as 17. To 25. In the casting support apparatus according to any one of the preceding claims, the information providing means supplies the information relating to the casting and the information related to the service to the operator terminal connected via the second communication network via the second communication network. 27. Such as 17. To 26. A casting support device according to any one of the preceding claims, further comprising statistical processing means for performing statistical processing on the information of the plurality of stored foundries, wherein the information providing means supplies the statistically processed information to each of the foundry factories The above user terminal. 28. Such as 27. The casting support device, wherein the statistical processing means extracts the plurality of pieces of information that meet at least one of the items included in the information, and performs the statistical processing on the plurality of pieces of information retrieved. 29. Such as 17. To 28. The casting support device according to any one of the above, wherein the mold manufacturing apparatus of the plurality of casting factories is connected via the first communication network, and the information storage member is stored in the mold manufacturing apparatus of the plurality of foundries. Information related to the above casting. 30. A method of processing a casting support device that supports a casting support device for casting in a casting mold manufacturing apparatus of a foundry factory, wherein the casting support device is connected to the mold manufacturing device of the foundry factory via a first communication network. And the user terminal used by the user of the foundry factory is connected via the second communication network, and the casting information is received from the mold manufacturing device via the first communication network, and the casting information is included in the casting factory. The composition and supply amount of the curing agent or the binder added to the refractory particles, and the manufacturing conditions, and the obtained casting information are stored in the memory device via the second communication network to the user The terminal provides a service based on the above-described foundry information stored. 31. Such as 30. In the processing method of the casting support device, the casting support device further receives the hardening added to the fire-resistant particles according to the manufacturing conditions, if the manufacturing conditions including the temperature of the foundry and the information about the mold to be manufactured are received. Recommended information on the composition and supply of the agent or the above-mentioned binder, and the above recommended information is provided to the above-mentioned user terminal of the foundry. 32. Such as 31. In the casting support device, the casting support device further receives a type indicating the type of the binder, a shape of the mold to be produced, a curing speed of the mold, a temperature of the refractory particles, and a ratio of reclaimed sand in the refractory particles. And information on at least one of the acid consumption of the fire-resistant particles and the ambient temperature and humidity of the foundry, and updating the recommended information based on the received information. 33. Such as 30. To 32. The method of processing a casting support device according to any one of the preceding claims, wherein the supply amount of the bonding agent or the curing agent received by the casting support device is measured by non-contacting from the outside of a pipe supplied with the curing agent The measured value obtained by measuring the flow rate of the pipe clamp type flowmeter. 34. Such as 33. In the processing method of the casting support device, the casting support device further acquires operation state information indicating an operation state of each device of the mold manufacturing device of each of the foundry factories, based on the acquired operation state information and the supply of the hardener And the measured value of each of the equipment of the mold manufacturing apparatus and the measured value of the hardening agent are respectively accumulated, and the running time of each equipment of the mold manufacturing apparatus and the integrated value of the measured value of the hardening agent are provided. Relevant information and information on the temperature of the above fire resistant particles. 35. Such as 34. In the processing method of the casting support device, the casting support device further predicts the maintenance period of each of the devices based on the integrated value of the operation time, and notifies the user terminal of the maintenance period. 36. Such as 30. To 35. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device detects an alarm based on information of each device acquired from the mold manufacturing device of the foundry, and notifies the user terminal of the foundry . 37. Such as 30. To 36. In the processing method of the casting support device according to any one of the above, the casting support device further receives the alarm information or the abnormality information of the respective devices from the mold manufacturing device, and the person in charge of the device confirms the alarm information or the abnormal information, and The responsible person of the above-mentioned foundry of the mold manufacturing apparatus notifies the above-mentioned responsible person of the apparatus that it has confirmed. 38. Such as 30. To 37. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device further sets a disclosure restriction level of the received information for each of the foundry factories, and based on the disclosure limit level, each of the casting factories A restriction on the information or services provided to the above user terminals. 39. Such as 30. To 38. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device further provides information for supporting the casting and information related to the service to the operator terminal connected via the second communication network via the second communication network . 40. Such as 30. To 39. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device further performs statistical processing on the information of the plurality of stored foundries, and supplies the statistically processed information to each of the casting factories User terminal. 41. Such as 40. In the processing method of the casting support device, the casting support device captures the plurality of pieces of information in which at least one item included in the information satisfies a predetermined condition, and performs the statistical processing on the plurality of pieces of information captured. 42. Such as 30. To 41. The method of processing a casting support device according to any one of the preceding claims, wherein the casting support device is connected to the plurality of casting factories, wherein the casting support device is connected to the plurality of castings The above-mentioned casting manufacturing apparatus of the factory receives the information related to the above casting. 43. A program for executing a program in a computer that implements a casting support device that supports casting in a mold manufacturing device of a foundry factory, wherein the casting support device and the mold manufacturing device of the foundry are via a first communication network The user terminal connected to the user of the foundry is connected via a second communication network, and the program is a program for receiving casting information related to mold manufacturing from the mold manufacturing device via the first communication network. The casting information includes a composition and a supply amount of a hardener or a binder added to the refractory particles adjusted according to the manufacturing conditions of the foundry, and the above-mentioned manufacturing conditions; storing the received casting information in a memory device; The second communication network provides a service based on the stored casting information to the user terminal. 44. Such as 43. And a program for causing the computer to execute the following procedure: if the manufacturing conditions including the temperature of the foundry and the information related to the mold to be manufactured are accepted, the hardening added to the fire-resistant particles is generated according to the manufacturing conditions described above. Recommended information on the composition and supply of the agent or the above-mentioned binder; the above recommended information is provided to the above-mentioned user terminal of the foundry. 45. Such as 44. And the program for causing the computer to execute the following procedure: receiving the type of the bonding agent, the shape of the mold to be produced, the curing speed of the mold, the temperature of the refractory particles, and the ratio of reclaimed sand in the refractory particles, The information on at least one of the acid consumption of the refractory particles and the ambient temperature and humidity of the foundry is updated based on the received information. 46. Such as 43. To 45. The program of any one of the above-mentioned adhesives or the hardeners received in the receiving program, wherein the flow rate of the hardener is measured in a non-contact manner from the outside of the piping supplying the hardener The clip-on flowmeter measures the measured value. 47. Such as 46. And a program for causing the computer to execute the following procedure: acquiring operation state information indicating an operation state of each device of the mold manufacturing device of each of the foundry factories; and obtaining the operation state information and the supply amount of the hardener based on the obtained operation state information The measured value is obtained by accumulating the operation time of each device of the mold manufacturing apparatus and the measured value of the hardener; and providing an integrated value of the operation time of each device of the mold manufacturing device and the measured value of the hardener; Information and information on the temperature of the above fire resistant particles. 48. Such as 47. And a program for causing the computer to further execute the following program: predicting a maintenance period of each of the devices based on the accumulated value of the running time; and notifying the user terminal of the maintenance period. 49. Such as 43. To 48. The program for causing the computer to execute the following procedure: detecting an alarm based on information of each device obtained from the above-described casting manufacturing apparatus of the foundry, and notifying the user terminal of the foundry. 50. Such as 43. To 49. Any one of the programs for causing the computer to execute the following procedure: if the alarm information or abnormality information of each device is received from the mold manufacturing device, the responsible person of the device confirms the alarm information or the abnormal information, and The person in charge of the above-mentioned foundry of the mold manufacturing apparatus notifies the above-mentioned responsible person of the apparatus that it has confirmed. 51. Such as 43. To 50. A program for causing a computer to perform the following procedure: setting a disclosure limit level of the above-mentioned information received for each of the above-mentioned foundries, and based on the disclosure limit level, for each of the above-mentioned foundries Limit the information or services provided to the above user terminals. 52. Such as 43. To 51. The program for causing the computer to execute the following procedure: The information supporting the casting and the information related to the service are supplied to the operator terminal connected via the second communication network via the second communication network. 53. Such as 43. To 52. Any one of the programs for causing the computer to perform the following procedure: statistically processing the information of the plurality of the foundry factories stored above; and providing the statistically processed information to the users of each of the foundry factories terminal. 54. Such as 53. And a program for causing the computer to execute the following program: performing the above statistical processing on the plurality of pieces of information captured by the plurality of items included in the information in the at least one item satisfying the pre-defined conditions. 55. Such as 43. To 54. A program for causing a computer to execute a program for storing the casting-related information received by the mold manufacturing apparatus of the plurality of casting factories via the first communication network.

3‧‧‧行動電話通信網3‧‧‧Mobile telephone communication network

5‧‧‧網際網路5‧‧‧Internet

7‧‧‧雲端7‧‧‧Cloud

9‧‧‧鑄造工廠9‧‧‧ foundry factory

10‧‧‧鑄模製造裝置10‧‧‧Mold making device

14‧‧‧閘道器14‧‧‧ gateway

20‧‧‧控制器20‧‧‧ Controller

21‧‧‧CPU21‧‧‧CPU

22‧‧‧記憶體22‧‧‧ memory

23‧‧‧儲存器23‧‧‧Storage

24‧‧‧I/O24‧‧‧I/O

25‧‧‧通信I/F25‧‧‧Communication I/F

26‧‧‧操作部26‧‧‧Operation Department

27‧‧‧顯示部27‧‧‧Display Department

30‧‧‧事務所30‧‧‧Office

32‧‧‧使用者終端32‧‧‧User terminal

40‧‧‧管理伺服器40‧‧‧Management Server

42‧‧‧資料庫42‧‧‧Database

50‧‧‧網頁伺服器50‧‧‧Web server

52‧‧‧網站52‧‧‧ website

60‧‧‧維修部門60‧‧‧Maintenance department

62‧‧‧電腦62‧‧‧ computer

70‧‧‧管理部門70‧‧‧Administration

72‧‧‧電腦72‧‧‧ computer

80‧‧‧經營銷售部門80‧‧‧Business Sales Department

82‧‧‧電腦82‧‧‧ computer

90‧‧‧電腦90‧‧‧ computer

91‧‧‧CPU91‧‧‧CPU

92‧‧‧記憶體92‧‧‧ memory

93‧‧‧儲存器93‧‧‧Storage

94‧‧‧I/O94‧‧‧I/O

95‧‧‧網路連接用介面95‧‧‧Internet connection interface

96‧‧‧匯流排96‧‧‧ Busbar

98‧‧‧程式98‧‧‧Program

100‧‧‧鑄造支援裝置100‧‧‧ casting support device

102‧‧‧接收部102‧‧‧ Receiving Department

104‧‧‧資訊存儲部104‧‧‧Information Storage Department

106‧‧‧提供部106‧‧‧Provisional Department

110a‧‧‧硬化劑A槽110a‧‧‧ hardener A tank

110b‧‧‧硬化劑B槽110b‧‧‧ hardener B tank

112a‧‧‧硬化劑A供給部112a‧‧‧ Hardener A Supply Department

112b‧‧‧硬化劑B供給部112b‧‧‧ Hardener B Supply Department

114‧‧‧配管114‧‧‧Pipe

116a‧‧‧硬化劑A用流量計116a‧‧‧Strainer A flowmeter

116b‧‧‧硬化劑B用流量計116b‧‧‧Strainer for hardener B

120‧‧‧黏結劑槽120‧‧‧Binder tank

122‧‧‧黏結劑供給部122‧‧‧Binder Supply Department

130‧‧‧料斗130‧‧‧ hopper

132‧‧‧砂溫感測器132‧‧‧ sand temperature sensor

140‧‧‧混練機140‧‧‧Machine

142‧‧‧控制盤142‧‧‧Control panel

144‧‧‧框144‧‧‧ box

152‧‧‧控制部152‧‧‧Control Department

154‧‧‧供給量獲取部154‧‧‧Supply Acquisition Department

156‧‧‧砂溫獲取部156‧‧‧ sand temperature acquisition department

158‧‧‧通信部158‧‧‧Communication Department

160‧‧‧輸入資料160‧‧‧ Input data

170‧‧‧輸出資料170‧‧‧Output data

200‧‧‧登錄畫面200‧‧‧ Login screen

210‧‧‧選單210‧‧‧ menu

220‧‧‧運行管理畫面220‧‧‧Run management screen

221‧‧‧日設備一覽221‧‧Day equipment list

222‧‧‧月設備一覽222‧‧‧ month equipment list

223‧‧‧年設備一覽223‧‧ Equipment list

224‧‧‧運行詳情日報224‧‧‧Running details daily

225‧‧‧運行詳情月報225‧‧‧Running details monthly report

226‧‧‧運行詳情年報226‧‧‧Running details annual report

227‧‧‧控制器即時監控畫面227‧‧‧ Controller real-time monitoring screen

228‧‧‧顯示更新按鈕228‧‧‧Display update button

230‧‧‧警報・維護管理畫面230‧‧‧Alarm and Maintenance Management Screen

231‧‧‧警報歷程231‧‧‧Alarm history

232‧‧‧異常時FAQ232‧‧ Exceptional FAQ

233‧‧‧維修記錄233‧‧‧ Maintenance records

234‧‧‧維修歷程234‧‧‧ Maintenance history

235‧‧‧更換時期資訊235‧‧‧Replacement period information

236‧‧‧故障預兆236‧‧‧Fault indication

240‧‧‧材料管理畫面240‧‧‧Material Management Screen

250‧‧‧顧客管理畫面250‧‧‧Customer Management Screen

260‧‧‧應用程式管理畫面260‧‧‧Application Management Screen

270‧‧‧管理者用選單270‧‧‧Manager menu

300‧‧‧主資訊300‧‧‧ Master Information

310‧‧‧公司主檔310‧‧‧Company master

320‧‧‧工廠主檔320‧‧‧Factory Master

330‧‧‧設備主檔330‧‧‧ equipment master file

340‧‧‧裝置主檔340‧‧‧ device master

350‧‧‧使用者主檔350‧‧‧User main file

360‧‧‧使用者設備主檔360‧‧‧User equipment master file

410‧‧‧運行管理部410‧‧‧Operation Management Department

412‧‧‧運行資訊記憶部412‧‧‧Running Information Memory Department

420‧‧‧維護管理部420‧‧‧Maintenance Management Department

422‧‧‧FAQ資訊記憶部422‧‧‧FAQ Information Memory Department

423‧‧‧維修記錄存儲部423‧‧‧Maintenance Record Storage Department

430‧‧‧顧客管理部430‧‧‧Customer Management Department

500‧‧‧產生部500‧‧‧ Department of Production

510‧‧‧輸出部510‧‧‧Output Department

512‧‧‧通知部512‧‧‧Notice Department

520‧‧‧統計處理部520‧‧‧Statistical Processing Department

530‧‧‧合計部530‧‧ ‧ General Department

532‧‧‧訂貨時期通知部532‧‧‧Ordering Period Notification Department

534‧‧‧訂貨時期通知畫面534‧‧‧Order time notification screen

540‧‧‧訂貨受理部540‧‧‧Order Acceptance Department

542‧‧‧訂貨處理部542‧‧‧Order Processing Department

546‧‧‧訂貨受理畫面546‧‧‧Order acceptance screen

S1‧‧‧造模步驟S1‧‧‧modeling steps

S2‧‧‧脫模步驟S2‧‧‧ demoulding step

S3‧‧‧澆注步驟S3‧‧‧ pouring steps

S11‧‧‧步驟S11‧‧ steps

S12‧‧‧步驟Step S12‧‧‧

S13‧‧‧步驟S13‧‧‧ steps

S21‧‧‧步驟S21‧‧‧ steps

S22‧‧‧步驟S22‧‧‧ steps

S23‧‧‧步驟S23‧‧‧Steps

S24‧‧‧步驟S24‧‧‧Steps

S25‧‧‧步驟S25‧‧‧ steps

S31‧‧‧步驟S31‧‧‧Steps

S32‧‧‧步驟S32‧‧‧ steps

S33‧‧‧步驟S33‧‧‧ steps

S41‧‧‧步驟S41‧‧‧ steps

S42‧‧‧步驟S42‧‧‧Steps

S43‧‧‧步驟S43‧‧‧Steps

S44‧‧‧步驟S44‧‧‧ steps

S101‧‧‧步驟S101‧‧‧Steps

S103‧‧‧步驟S103‧‧‧Steps

S105‧‧‧步驟S105‧‧‧Steps

S107‧‧‧步驟S107‧‧‧Steps

S109‧‧‧步驟S109‧‧‧Steps

S111‧‧‧步驟S111‧‧‧Steps

S113‧‧‧步驟S113‧‧‧ steps

S115‧‧‧步驟S115‧‧‧Steps

S117‧‧‧步驟S117‧‧‧Steps

U1、U2、U3‧‧‧使用者U1, U2, U3‧‧‧ users

上述目的及其他目的、特徵及優點根據以下敍述之較佳之實施形態、及其附帶之以下之圖式而變得更明確。 圖1係概念性地表示本發明之實施形態之鑄造支援系統之系統構成之圖。 圖2係模式性地表示本實施形態之鑄模製造裝置之概略圖。 圖3係用於說明本實施形態之鑄造工廠中之鑄模製造裝置之鑄模製造步驟的圖。 圖4係表示控制本實施形態之鑄模製造裝置之控制器之邏輯構成的功能區塊圖。 圖5係用於說明與砂溫對應之2種硬化劑之調配比之調整之圖。 圖6(a)、(b)係用於說明控制器20之輸入輸出資料之圖。 圖7係表示本實施形態之控制器之硬體構成之方塊圖。 圖8(a)、(b)係表示本實施形態之控制器之連接例之圖。 圖9係表示本實施形態之鑄造支援裝置之邏輯構成之功能區塊圖。 圖10係表示鑄造支援裝置向使用者終端提供之網頁之畫面構成之一例的圖。 圖11(a)、(b)係表示鑄造支援裝置提供之網頁之選單之例之圖。 圖12係表示本實施形態之鑄造支援系統之動作之一例之流程圖。 圖13係表示本實施形態之鑄造支援裝置之邏輯構成之功能區塊圖。 圖14係表示鑄造支援裝置提供之運行管理畫面之畫面構成之一例之圖。 圖15係表示鑄造支援裝置提供之運行詳情月報畫面之一例之圖。 圖16係表示鑄造支援裝置提供之運行詳情月報畫面之另一例之圖。 圖17(a)、(b)係表示鑄造支援裝置提供之運行詳情月報畫面之另一例之圖。 圖18係表示鑄造支援裝置提供之控制器即時監控畫面之一例之圖。 圖19係表示本實施形態之鑄造支援裝置之邏輯構成之功能區塊圖。 圖20係表示鑄造支援裝置提供之顧客管理畫面之系統導入目標一覽畫面之一例之圖。 圖21係表示鑄造支援裝置之主資訊之資料構造例之圖。 圖22係表示本實施形態之鑄造支援裝置之邏輯構成之功能區塊圖。 圖23係表示鑄造支援裝置提供之警報・維護管理畫面之畫面構成之一例之圖。 圖24(a)、(b)係用於說明鑄造支援裝置提供之砂溫曲線圖畫面中顯示之警報發生的圖。 圖25係表示實現本實施形態之鑄造支援裝置之電腦之構成之一例之圖。 圖26係表示控制本實施形態之鑄模製造裝置之控制器之邏輯構成之功能區塊圖。 圖27係表示本實施形態之鑄造支援裝置之邏輯構成之功能區塊圖。 圖28係表示本實施形態之控制器與鑄造支援裝置0之邏輯構成之功能區塊圖。 圖29係表示本實施形態之鑄造支援系統之警報或異常發生時之資訊顯示處理之程序之一例的流程圖。 圖30係表示本實施形態之鑄造支援裝置之邏輯構成之功能區塊圖。 圖31係表示本實施形態之鑄造支援裝置之邏輯構成之主要部分之功能區塊圖。The above and other objects, features and advantages of the present invention will become more apparent from Fig. 1 is a view conceptually showing a system configuration of a casting support system according to an embodiment of the present invention. Fig. 2 is a schematic view showing a mold manufacturing apparatus of the embodiment. Fig. 3 is a view for explaining a mold manufacturing step of the mold manufacturing apparatus in the foundry of the embodiment. Fig. 4 is a functional block diagram showing the logical configuration of a controller for controlling the mold manufacturing apparatus of the embodiment. Fig. 5 is a view for explaining adjustment of the blending ratio of two types of hardeners corresponding to the sand temperature. 6(a) and 6(b) are diagrams for explaining input and output data of the controller 20. Fig. 7 is a block diagram showing the hardware configuration of the controller of the embodiment. 8(a) and 8(b) are diagrams showing a connection example of the controller of the embodiment. Fig. 9 is a functional block diagram showing the logical configuration of the casting support device of the embodiment. FIG. 10 is a view showing an example of a screen configuration of a web page provided by the casting support device to the user terminal. 11(a) and 11(b) are diagrams showing an example of a menu of web pages provided by the casting support device. Fig. 12 is a flow chart showing an example of the operation of the casting support system of the embodiment. Fig. 13 is a functional block diagram showing the logical configuration of the casting support device of the embodiment. Fig. 14 is a view showing an example of a screen configuration of an operation management screen provided by the casting support device. Fig. 15 is a view showing an example of an operation detail monthly report screen provided by the casting support device. Fig. 16 is a view showing another example of the operation detail monthly report screen provided by the casting support device. 17(a) and 17(b) are diagrams showing another example of the operation detail monthly report screen provided by the casting support device. Fig. 18 is a view showing an example of a controller real-time monitoring screen provided by the casting support device. Fig. 19 is a functional block diagram showing the logical configuration of the casting support device of the embodiment. FIG. 20 is a view showing an example of a system introduction target list screen of the customer management screen provided by the casting support device. Fig. 21 is a view showing an example of the structure of the main information of the casting support device. Fig. 22 is a functional block diagram showing the logical configuration of the casting support device of the embodiment. FIG. 23 is a view showing an example of a screen configuration of an alarm/maintenance management screen provided by the casting support device. 24(a) and (b) are diagrams for explaining the occurrence of an alarm displayed on the sand temperature graph screen provided by the casting support device. Fig. 25 is a view showing an example of a configuration of a computer for realizing the casting support device of the embodiment. Fig. 26 is a functional block diagram showing the logical configuration of a controller for controlling the mold manufacturing apparatus of the embodiment. Fig. 27 is a functional block diagram showing the logical configuration of the casting support device of the embodiment. Fig. 28 is a functional block diagram showing the logical configuration of the controller and the casting support device 0 of the embodiment. FIG. 29 is a flowchart showing an example of a procedure of an information display process at the time of an alarm or an abnormality of the casting support system according to the embodiment. Fig. 30 is a functional block diagram showing the logical configuration of the casting support device of the embodiment. Fig. 31 is a functional block diagram showing the main part of the logical configuration of the casting support device of the embodiment.

Claims (19)

一種鑄造支援系統，其係支援鑄造工廠之鑄模製造裝置中之鑄造者，其具備： 上述鑄造工廠之鑄模製造裝置； 伺服器裝置，其與上述鑄模製造裝置經由第1通信網而連接；及 各上述鑄造工廠之使用者終端，其與上述伺服器裝置經由第2通信網而連接； 上述鑄模製造裝置係使用耐火性粒子、黏結劑、及硬化劑製造鑄模之裝置，其具有： 溫度獲取構件，其獲取上述耐火性粒子之溫度；及 控制構件，其根據各上述鑄造工廠之包含上述耐火性粒子之溫度之條件而調整上述硬化劑或上述黏結劑之組成及供給量；且 上述伺服器裝置具有： 資訊存儲構件，其自上述鑄造工廠之上述鑄模製造裝置接收並存儲與鑄造相關之資訊；及 資訊提供構件，其使用所存儲之上述資訊，向上述鑄造工廠之上述使用者終端提供支援鑄造之資訊及服務。A casting support system that supports a founder in a casting mold manufacturing apparatus of the foundry, comprising: a casting mold manufacturing apparatus of the foundry; and a servo apparatus connected to the mold manufacturing apparatus via a first communication network; The user terminal of the foundry is connected to the server device via a second communication network; the mold manufacturing device is a device for manufacturing a mold using fire-resistant particles, a binder, and a curing agent, and has a temperature acquiring member. Obtaining a temperature of the fire-resistant particles; and controlling a member for adjusting a composition and a supply amount of the curing agent or the binder according to conditions of a temperature of the fire-resistant particles in each of the foundries; and the server device has An information storage member that receives and stores information relating to casting from the above-described mold manufacturing apparatus of the foundry; and an information providing means that supplies the above-mentioned user terminal of the foundry to support casting using the stored information Information and services. 如請求項1之鑄造支援系統，其中 上述伺服器裝置還具備產生構件，該產生構件若受理包含上述鑄造工廠之氣溫及與要製造之鑄模相關之資訊的製造條件，則根據上述製造條件，產生對上述耐火性粒子添加之上述硬化劑或上述黏結劑之組成與供給量之推薦資訊，且 上述資訊提供構件將上述推薦資訊提供給該鑄造工廠之上述使用者終端。The casting support system according to claim 1, wherein the server device further includes a generating member that generates a manufacturing condition including the temperature of the foundry and the information related to the mold to be manufactured, according to the manufacturing condition And the recommended information of the composition and supply amount of the curing agent or the bonding agent added to the fire-resistant particles, and the information providing means supplies the recommendation information to the user terminal of the foundry. 如請求項2之鑄造支援系統，其中 上述伺服器裝置之上述產生構件係 受理表示上述黏結劑之種類、製造之鑄模之形狀、上述鑄模之硬化速度、上述耐火性粒子之溫度、上述耐火性粒子中再生砂之比率、上述耐火性粒子之酸消耗量、以及上述鑄造工廠之環境溫度及濕度中之至少任一個的資訊，並根據受理之上述資訊，更新上述推薦資訊。The casting support system according to claim 2, wherein the generating means of the server device receives the type of the bonding agent, the shape of the mold to be produced, the curing speed of the mold, the temperature of the fire-resistant particles, and the fire-resistant particles. The information on at least one of the ratio of the medium reclaimed sand, the acid consumption of the refractory particles, and the ambient temperature and humidity of the foundry, and the recommendation information is updated based on the received information. 如請求項1之鑄造支援系統，其中 上述鑄模製造裝置還具有供給量獲取構件，該供給量獲取構件獲取對上述耐火性粒子添加之上述黏結劑、或上述硬化劑之供給量之計測值。The casting support system according to claim 1, wherein the mold manufacturing apparatus further includes a supply amount acquiring member that acquires a measured value of a supply amount of the binder or the hardener added to the fire-resistant particles. 如請求項4之鑄造支援系統，其中 上述供給量獲取構件係 自供給上述硬化劑之配管之外部以非接觸之形式計測上述硬化劑之流量的管夾式流量計。The casting support system according to claim 4, wherein the supply amount acquiring means is a pipe-clip type flow meter that measures a flow rate of the hardener in a non-contact manner from outside the pipe to which the hardener is supplied. 如請求項4之鑄造支援系統，其中 上述伺服器裝置還具有： 動作狀態獲取構件，其獲取表示上述各鑄造工廠之上述鑄模製造裝置之各設備之動作狀態的動作狀態資訊；及 累計構件，其基於所獲取之上述動作狀態資訊及上述硬化劑之供給量之上述計測值，對上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值分別進行累計；且 上述資訊提供構件提供上述鑄模製造裝置之各設備之運行時間及上述硬化劑之計測值之累計值之相關資訊、及上述耐火性粒子之溫度之相關資訊。The casting support system according to claim 4, wherein the server device further includes: an operation state acquiring means that acquires operation state information indicating an operation state of each device of the mold manufacturing device of each of the foundry factories; and an accumulation member And accumulating the operation time of each device of the mold manufacturing apparatus and the measured value of the hardener according to the obtained operation state information and the measured value of the supply amount of the curing agent, respectively; and the information providing member provides the mold Information on the operating time of each device of the manufacturing apparatus and the integrated value of the measured value of the hardening agent, and information on the temperature of the fire-resistant particles. 如請求項6之鑄造支援系統，其中 上述伺服器裝置還具有： 預測構件，其基於上述運行時間之累計值，預測上述各設備之維修時期；及 通知構件，其將上述維修時期通知給上述使用者終端。The casting support system of claim 6, wherein the server device further includes: a predicting means for predicting a maintenance period of each of the devices based on the accumulated value of the operating time; and a notifying means for notifying the use of the maintenance period Terminal. 如請求項1之鑄造支援系統，其中 上述伺服器裝置還具有報知構件，該報知構件係基於自上述鑄造工廠之上述鑄模製造裝置所獲取之各設備之資訊，檢測警報，並向該鑄造工廠之上述使用者終端報知。The casting support system of claim 1, wherein the server device further includes a notification member that detects an alarm based on information of each device acquired from the mold manufacturing device of the foundry factory, and reports the alarm to the foundry The user terminal is notified. 如請求項1之鑄造支援系統，其中 上述鑄模製造裝置還具備將上述各設備之警報資訊或異常資訊發送至上述伺服器裝置的發送構件，且 上述伺服器裝置還具備通知構件，該通知構件若自上述鑄模製造裝置接收上述各設備之上述警報資訊或上述異常資訊，則上述伺服器裝置之負責者確認該警報資訊或異常資訊，並對該鑄模製造裝置之上述鑄造工廠之負責者通知上述伺服器裝置之上述負責者已確認。The casting support system according to claim 1, wherein the mold manufacturing apparatus further includes a transmission means for transmitting alarm information or abnormality information of each of the devices to the server device, and the server device further includes a notification means, and the notification means Receiving the alarm information or the abnormality information of each of the devices from the mold manufacturing apparatus, the person in charge of the server device confirms the alarm information or the abnormality information, and notifies the person in charge of the foundry of the mold manufacturing apparatus of the servo. The above responsible person of the device has confirmed. 如請求項1之鑄造支援系統，其中 上述伺服器裝置還具有限制構件，該限制構件係針對上述鑄造工廠中之每一個設定接收之上述資訊之公開限制級別，並基於該公開限制級別，針對上述鑄造工廠中之每一個限制藉由上述資訊提供構件向上述使用者終端提供之資訊或服務。The casting support system of claim 1, wherein the server device further has a restriction member that sets a disclosure restriction level of the received information for each of the casting factories, and based on the disclosure restriction level, Each of the foundries limits the information or services provided to the user terminal by the information providing component. 如請求項1之鑄造支援系統，其還具備經由上述第2通信網而連接於上述伺服器裝置之操作員終端，且 上述資訊提供構件將支援上述鑄造之資訊及與服務相關之資訊經由上述第2通信網而提供給上述操作員終端。The casting support system of claim 1, further comprising an operator terminal connected to the server device via the second communication network, wherein the information providing means supports the information related to the casting and the information related to the service via the 2 The communication network is provided to the above operator terminal. 如請求項1之鑄造支援系統，其中 上述伺服器裝置還具備對上述存儲之複數個上述鑄造工廠之上述資訊進行統計處理之統計處理構件，且 上述伺服器裝置之上述資訊提供構件將上述統計處理後之資訊提供給各上述鑄造工廠之上述使用者終端。The casting support system of claim 1, wherein the server device further includes statistical processing means for performing statistical processing on the information of the plurality of stored foundries, and wherein the information providing means of the server device performs the statistical processing The latter information is provided to the above-mentioned user terminals of each of the above foundry factories. 如請求項12之鑄造支援系統，其中 上述伺服器裝置之上述統計處理構件係擷取上述資訊中包含之至少一個項目滿足預先規定之條件之複數個上述資訊，對所擷取之上述複數個資訊進行上述統計處理。The casting support system of claim 12, wherein the statistical processing means of the server device retrieves the plurality of pieces of information obtained by the at least one item included in the information satisfying a predetermined condition Perform the above statistical processing. 如請求項1之鑄造支援系統，其具備複數個上述鑄造工廠之上述鑄模製造裝置， 上述伺服器裝置係與複數個上述鑄造工廠之上述鑄模製造裝置經由上述第1通信網而連接，且 上述伺服器裝置之上述資訊存儲構件存儲自複數個上述鑄造工廠之上述鑄模製造裝置接收到之與上述鑄造相關之資訊。A casting support system according to claim 1, comprising: said mold manufacturing apparatus of said plurality of said foundries; said server apparatus being connected to said plurality of casting factories by said first communication network, said servo The information storage means of the device stores information relating to the casting received from the plurality of casting apparatuses of the casting factory. 一種製造方法，其係使用鑄造工廠之鑄模製造裝置的鑄模之製造方法，且係使用組入有如請求項1至14中任一項之鑄造支援系統之鑄模製造裝置的鑄模之製造方法。A manufacturing method using a method of manufacturing a mold for a mold manufacturing apparatus of a foundry, and a method of manufacturing a mold in which a mold manufacturing apparatus of the casting support system according to any one of claims 1 to 14 is incorporated. 如請求項15之製造方法，其中 上述鑄造工廠之上述鑄模製造裝置係經由第1通信網而與伺服器裝置連接， 上述伺服器裝置係經由第2通信網而與各上述鑄造工廠之使用者終端連接， 上述鑄模製造裝置係使用耐火性粒子、黏結劑、及硬化劑製造鑄模之裝置， 且該製造方法包含如下步驟： 上述鑄模製造裝置獲取上述耐火性粒子之溫度； 上述鑄模製造裝置根據各上述鑄造工廠之包含上述耐火性粒子之溫度之條件而調整上述硬化劑或上述黏結劑之組成及供給量； 上述伺服器裝置自上述鑄造工廠之上述鑄模製造裝置接收並存儲表示各設備之各步驟中之動作狀態之動作狀態資訊； 上述伺服器裝置使用所存儲之上述資訊，監視上述各設備之上述各步驟中之上述動作狀態，檢測警報或異常； 上述伺服器裝置將檢測出之警報或異常之資訊發送至上述使用者終端；及 上述使用者終端自上述伺服器裝置接收上述警報或異常之資訊並通知給操作員。The manufacturing method of claim 15, wherein the mold manufacturing apparatus of the foundry is connected to a server device via a first communication network, and the server device is connected to a user terminal of each of the foundries via a second communication network The mold manufacturing apparatus is a device for manufacturing a mold using fire-resistant particles, a binder, and a curing agent, and the manufacturing method includes the steps of: obtaining a temperature of the fire-resistant particles by the mold manufacturing apparatus; Adjusting the composition and supply amount of the curing agent or the bonding agent in the casting factory including the temperature of the fire-resistant particles; and the server device receives and stores the steps indicating the respective devices from the mold manufacturing device of the foundry The operating state information of the operating state; the server device monitors the operating state in each of the steps of the respective devices using the stored information, and detects an alarm or an abnormality; the server device detects an alarm or an abnormality Information is sent to the above user terminal; and The user terminal receives the information of the alarm or abnormality from the server device and notifies the operator. 一種鑄造支援裝置，其係支援鑄造工廠之鑄模製造裝置中之鑄造者， 該鑄造支援裝置與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接，其具備： 接收構件，其自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 資訊存儲構件，其存儲所接收到之上述鑄造資訊；及 提供構件，其經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。A casting support device that supports a founder in a casting mold manufacturing apparatus of the foundry, wherein the casting support device and the mold manufacturing device of the foundry are connected via a first communication network, and is used by a user of the foundry The user terminal is connected via a second communication network, and includes: a receiving member that receives casting information related to mold manufacturing from the mold manufacturing apparatus via the first communication network, the casting information including adjustment according to manufacturing conditions of the foundry a composition and supply amount of a hardener or a binder added to the refractory particles, and the above-described manufacturing conditions; an information storage member storing the received casting information; and providing means via the second communication network The user terminal provides a service based on the stored casting information. 一種鑄造支援裝置之處理方法，其係支援鑄造工廠之鑄模製造裝置中之鑄造的鑄造支援裝置之處理方法， 上述鑄造支援裝置係 與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件， 將所接收到之上述鑄造資訊存儲於記憶裝置，並 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。A method of processing a casting support device that supports a casting support device for casting in a casting mold manufacturing apparatus of a foundry factory, wherein the casting support device is connected to the mold manufacturing device of the foundry factory via a first communication network. And the user terminal used by the user of the foundry factory is connected via the second communication network, and the casting information is received from the mold manufacturing device via the first communication network, and the casting information is included in the casting factory. The composition and supply amount of the curing agent or the binder added to the refractory particles adjusted by the production conditions, and the above-described manufacturing conditions, the received casting information is stored in the memory device, and is used to the above via the second communication network. The terminal provides a service based on the stored casting information described above. 一種程式，其用以使實現鑄造支援裝置之電腦執行程序， 上述鑄造支援裝置支援鑄造工廠之鑄模製造裝置中之鑄造， 上述鑄造支援裝置係與上述鑄造工廠之上述鑄模製造裝置經由第1通信網而連接，且 與上述鑄造工廠之使用者利用之使用者終端經由第2通信網而連接， 上述程序係如下程序： 自上述鑄模製造裝置經由上述第1通信網接收與鑄模製造相關之鑄造資訊，該鑄造資訊包含根據上述鑄造工廠之製造條件調整的、對耐火性粒子添加之硬化劑或黏結劑之組成與供給量、及上述製造條件； 將所接收到之上述鑄造資訊存儲於記憶裝置；及 經由上述第2通信網向上述使用者終端提供基於所存儲之上述鑄造資訊之服務。A program for executing a program in a computer that implements a casting support device that supports casting in a mold manufacturing device of a foundry factory, wherein the casting support device and the mold manufacturing device of the foundry are via a first communication network And connected to the user terminal used by the user of the foundry factory via the second communication network, the program being the following procedure: receiving, from the mold manufacturing apparatus, casting information related to mold manufacturing via the first communication network, The casting information includes a composition and a supply amount of a hardener or a binder added to the fire-resistant particles adjusted according to the manufacturing conditions of the foundry, and the above-mentioned manufacturing conditions; and the received casting information is stored in the memory device; A service based on the stored casting information is provided to the user terminal via the second communication network.
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