会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • 型枠群の搬送装置及び搬送方法
    • 运输设备和形式组的运输方法
    • WO2017208515A1
    • 2017-12-07
    • PCT/JP2017/005664
    • 2017-02-16
    • 新東工業株式会社
    • 金藤 公一大野 泰嗣
    • B22C23/00B22C25/00B22D30/00
    • B22C23/00B22C25/00B22D30/00
    • 型枠の熱膨張の影響を受けずに、型枠間の隙間を一定に保つ事ができる型枠群の 搬送装置及び搬送方法を提供する。直列状に配列された型枠群をプッシャーシリンダ(10)とクッションシリンダ(11)とにより挟み込み、1型枠又は複数型枠分のピッチずつ間歇搬送する型枠群の搬送装置である。クッションシリンダとして伸び端側の停止位置を任意に変更することができる伸縮位置認識機能及び途中停止機能付きのシリンダを備え、その上流側に、送り足らずの型枠を所定の位置に送り込むことにより、型枠搬出装置上の送り足らずの型枠も、型枠搬出装置(7)上の所定の位置に送り込む機能を有する枠送り用の位置決め装置(17)と、この枠送り用の位置決め装置にて所定の位置に送り込まれた型枠1枠を、プッシャーシリンダにて搬送された送り足らずの位置まで戻す機能を有する枠戻し装置(24)とを設けた。
    • 一种用于一组模具的输送装置和输送方法,所述输送装置和输送方法能够保持模具之间的间隙恒定而不受模具框架的热膨胀的影响。 将一组串联布置的模具组夹在推动缸(10)和缓冲缸(11)之间并间歇地输送对应于1型框架或多个框架的节距。 包括上述气缸的伸缩位置识别功能和中间停止功能可以任意改变的延伸端作为缓冲气缸的停止位置,在其上游,通过在小于进料进给到模具中的预定位置, 用于在未被充分供给的形式转印装置上供给框架的框架也具有将其供给到形式转印装置(7)上的预定位置的功能,以及定位装置 具有将送到预定位置的成形框架1框架返回到由推进器圆柱体未成交的较少进给位置的功能的框架返回装置(24)。
    • 3. 发明申请
    • METHOD OF OPERATING A METAL FOUNDRY, SYSTEM FOR PERFORMING THE METHOD, AND METAL FOUNDRY COMPRISING THE SYSTEM
    • 金属铸造操作方法,执行方法的系统和包含系统的金属铸造
    • WO2015033311A1
    • 2015-03-12
    • PCT/IB2014/064307
    • 2014-09-08
    • DISA INDUSTRIES A/S
    • HAUNSTRUP, Sten
    • B22D45/00B22C25/00B22D46/00B22D47/02
    • B22D47/02B22C25/00B22D45/005B22D46/00
    • The invention provides a method (200) of operating a metal foundry (2), In particular a green sand metal foundry (2):, so as to lower the environmental impact of the operation of the metal foundry. The meiai foundry (2) oompnses at least one metal foundry machine (10) such as at least one of a vertical green sand moulding machine (30). mould conveyor (50), shake out machine (60) or a sand cooler (70). The at least one metal foundry machine (10) produces at least one environmental disturbance: when used in the operation of the metal foundry {2), The 'method (200) comprises the steps of obtaining at least one measurement of the at least one. environmental disturbance (210), obtaining: at least one instruction tor the at least one metal foundry machine on the basis, of the at least one measurement (220), the at least one instruction being configured to cause a decrease of the at ieasf one environ¬ mental dfeturfo-anC6, and using the at least one instruction (280) to operate the at least one rnetai foundry machine (10),. The at least one instruction is prefeiahiy obtained using a lookup table or a function based en the at least one measurement. A system (100) for performing the method and a metal foundry (2): comprising the system are also provided.
    • 本发明提供了一种操作金属铸造(2)的方法(200),特别是绿砂铸造(2):,以便降低金属铸造厂的操作的环境影响。 至少一个金属铸造机(10),诸如至少一个垂直的生砂砂成型机(30),所述铸造厂(2)。 模具输送机(50),振动机(60)或砂轮冷却器(70)。 所述至少一种金属铸造机(10)产生至少一种环境扰动:当用于所述金属铸造(2)的操作时,所述方法(200)包括以下步骤:获得所述至少一个 。 在所述至少一个测量(220)中基于所述至少一个金属铸造机获得至少一个指令(220),所述至少一个指令被配置为导致所述至少一个金属铸造机 环境dfeturfo-anC6,并且使用至少一个指令(280)来操作所述至少一个rnetai铸造机器(10)。 至少一个指令是使用查找表或基于至少一个测量的函数获得的。 还提供了一种用于执行所述方法的系统(100)和包括所述系统的金属铸造(2)。
    • 8. 发明申请
    • FEEDING ARRANGEMENT FOR MOULDING BOXES
    • 供给装置FORM BOXES
    • WO1994026441A1
    • 1994-11-24
    • PCT/DE1994000504
    • 1994-05-05
    • KÜNKEL-WAGNER SERVICE UND VERTRIEBSGESELLSCHAFT MBH
    • KÜNKEL-WAGNER SERVICE UND VERTRIEBSGESELLSCHAFT MBHSUE, Jürgen
    • B22C25/00
    • B22C25/00
    • Feeding arrangements for moulding boxes are disclosed. The feeding process cyclically feeds the unfinished moulding boxes filled with moulding sand and models to the sand moulding machines. The moulding machines consolidate the sand, so that negative moulds of the models are created in the moulding boxes. Said negative moulds are assembled into complete sand moulds which are used as casting moulds (lost moulds). In order to shorten the cycle time of state-of-the-art moulding lines, an exchange device exchanges moulded moulding boxes (OK, 1) against not yet moulded moulding boxes (UK, 2). The exchange device lies between two moulding machines arranged one after the other in a moulding line section (F1, F3). Another moulding line section (F2) runs next to both said moulding line sections (F1, F3); upstream of the exchange device (9) it conveys unfinished moulding boxes and downstream of the exchange device (9) it conveys the moulding boxes moulded in the first moulding machine (5). During the exchange, the other not yet moulded moulding boxes (UK, 2) are supplied to the third moulding line section (F3) and to the second moulding machine (6). By simultaneously operating both moulding machines (5, 6) and by reducing the stroke - the distance of displacement (ET) - of the conveyor line sections (F1, F3, F2), the cycle time - the time alloted to each moulded moulding box - may be sharply reduced.