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    • 1. 发明申请
    • CORE SAND FILLING APPARATUS AND CORE SAND FILLING METHOD IN CORE MAKING MACHINE
    • 核心加工机芯芯填充装置及核心填充方法
    • WO2012165056A3
    • 2013-04-18
    • PCT/JP2012059832
    • 2012-04-04
    • SINTOKOGIO LTDKATO SHIGEYOSHI
    • KATO SHIGEYOSHI
    • B22C15/08B22C15/24B22D47/02
    • B22C19/04B22C7/06B22C13/08B22C15/24
    • A core sand filling apparatus in an under blow core making machine includes the core box; a blow head disposed under the core box so as to be capable of being elevated and lowered relative to the core box and partitioned into a sand blow chamber and a sand storage chamber in communication with each other; a compressed air supply section in communication with the sand blow chamber, and for supplying compressed air into the sand blow chamber; an aeration air supply section in communication with the sand blow chamber and for supplying aeration air into the sand blow chamber; an exhaust section in communication with the sand blow chamber, and for exhausting compressed air remaining within the sand blow chamber; and a sand-feeding air supply section in communication with the sand storage chamber and for supplying compressed air into the sand storage chamber.
    • 下吹芯机的芯砂灌装机包括芯盒; 设置在所述芯盒下方的能够相对于所述芯盒升降的吹塑头,并分隔成相互连通的吹沙室和砂储存室; 压缩空气供给部,其与所述吹沙室连通,并将压缩空气供给到所述吹沙室; 与所述吹沙室连通并用于向所述吹沙室供给曝气空气的曝气供气部; 排气部,其与所述吹沙室连通,以及排出残留在所述吹沙室内的压缩空气; 以及与砂储存室连通并将压缩空气供给到砂储存室中的送砂空气供给部。
    • 2. 发明申请
    • 鋳型造型装置
    • 模具成型设备
    • WO2015064236A1
    • 2015-05-07
    • PCT/JP2014/074549
    • 2014-09-17
    • トヨタ自動車株式会社新東工業株式会社
    • 前川 工渡邉 浩庸光武 正臣菅野 敏男栗田 洋行加藤 裕介
    • B22C13/08
    • B22C13/08B22C9/046B22C19/00
    • 【課題】簡単な構成で確実に発泡混合材を成形型のキャビティ内に適切に行き渡らせることができるとともに、小型化を図ることができる鋳型造型装置を提供する。 【解決手段】底部1aに開閉可能な射出口10を複数有しており発泡混合材を収容する収容槽1と、収容槽1の射出口10から発泡混合材が導入されるランナ20を射出口10と対応して複数有しており導入された発泡混合材を所定形状の鋳型を成形するキャビティ21を形成する成形型2と、成形型2と対応して配置されており収容槽1内の発泡混合材を加圧して成形型2のランナ20を介してキャビティ21内に射出させる加圧手段3とを備え、成形型2の割面22が、加圧手段3による加圧方向Pと平行に形成されており、成形型2の各ランナ20は、割面22に、入口20aからキャビティ21への出口20bに向かって互いに拡がるように、加圧手段3による加圧方向Pに対して傾斜して形成されている。
    • [问题]提供一种可以具有增加的致密性并且可以以可靠的方式并且通过简单的构造在模具的腔内适当地散布泡沫混合物的模具成形装置。 [解决方案]本发明提供有:容纳容器罐(1),其容纳发泡混合物,并且在底部部分(1a)上具有能够打开和关闭的多个喷射口(10); 模具(2),其形成将引入的发泡混合物成形为预定形状的模具并且具有与喷射口(10)对应的多个流道(20)的空腔(21),并且通过该模具引入发泡混合物 从容纳罐(1)的喷射口(10) 以及对应于所述模具(2)设置并且将所述发泡混合物压缩在所述容纳箱(1)内的加压装置(3),从而通过所述模具的流道(20)喷射到所述空腔(21) 2)。 模具(2)的分型平面(22)平行于加压装置(3)的加压方向(P)形成,并且模具(2)的每个流道(20)相对于加压装置 (3)的方向(P),以便在分离平面(22)处从入口(20a)到出口(20b)彼此分开延伸到空腔(21)。
    • 5. 发明申请
    • CORE SAND FILLING APPARATUS AND CORE SAND FILLING METHOD IN CORE MAKING MACHINE
    • 核心加工机芯芯填充装置及核心加注方法
    • WO2012165056A2
    • 2012-12-06
    • PCT/JP2012/059832
    • 2012-04-04
    • SINTOKOGIO, LTD.KATO, Shigeyoshi
    • KATO, Shigeyoshi
    • B22C15/08
    • B22C19/04B22C7/06B22C13/08B22C15/24
    • A core sand filling apparatus in an under blow core making machine includes the core box; a blow head disposed under the core box so as to be capable of being elevated and lowered relative to the core box and partitioned into a sand blow chamber and a sand storage chamber in communication with each other; a compressed air supply section in communication with the sand blow chamber, and for supplying compressed air into the sand blow chamber; an aeration air supply section in communication with the sand blow chamber and for supplying aeration air into the sand blow chamber; an exhaust section in communication with the sand blow chamber, and for exhausting compressed air remaining within the sand blow chamber; and a sand-feeding air supply section in communication with the sand storage chamber and for supplying compressed air into the sand storage chamber.
    • 下吹芯机的芯砂灌装机包括芯盒; 设置在所述芯盒下方的能够相对于所述芯盒升降的吹塑头,并分隔成彼此连通的砂吹室和砂储存室; 压缩空气供应部,其与所述吹沙室连通,并且用于将压缩空气供给到所述吹沙室中; 与所述吹沙室连通并用于向所述吹沙室供给曝气空气的曝气供气部; 排气部,其与所述吹沙室连通,并排出残留在所述吹沙室内的压缩空气; 以及与砂储存室连通并将压缩空气供给到砂储存室的送砂空气供给部。
    • 6. 发明申请
    • DEVICE AND PROCESS FOR PRODUCING READY-FOR-CASTING MASKS OR CORE STACKS
    • 用于生产GIESSFERTIGER面具装置和方法或 核心软件包
    • WO1994027762A1
    • 1994-12-08
    • PCT/DE1993001036
    • 1993-10-29
    • ADOLF HOTTINGER MASCHINENBAU GMBHLANDUA, WernerPICHLER, Werner
    • ADOLF HOTTINGER MASCHINENBAU GMBH
    • B22C25/00
    • B22C9/103B22C13/08B22C15/24
    • A device is disclosed for producing ready-for-casting masks or core stacks with at least two in-line core shooters (1) or shooting stations, in which the core shooters (1) have at least slightly differing tool sets (4) consisting of a top (2) and a bottom (3), and identical transfer sections (5) act on the one hand as the tool bottom (3) of the first core shooter (1) and on the other to convey the core (6) or core stack through the device on a transfer path (7). It is designed to prevent reject cores and start-up times on tool changing in such a way that each core shooter (1) has at least one parking station (8) for the transfer section (5) with the cores (6) thereon, and that the parking station (8) has a transfer section (5) which is isolated from the transfer path (7) during tool changing and can be re-included in the transfer path (7) at every other tool change so that, on transfer path (7), there are only transfer sections (5) bearing cores (6) or core stacks produced by the tool set (4) currently in use and that, in the parking stations (8), there are only transfer sections (5) bearing cores (6) or core stacks produced by the idle tool set (4) in the parking stations (8).
    • 甲Vorrrichtung用于生产具有giessfertiger掩模或核心组件的至少两个直线排列射芯机(1)或拍摄台,芯射手(1),两个在每种情况下,上部工具部分的(2)和下部工具部分现有的(3),至少略微不同的工具组(4 在一方面),和相同的传递部件(5),其为工具下部(3)的第一射芯机(1),其次为核心(6)或(7)通过所述装置中使用的传送路径上的核心组件的运输,是为了防止委员会芯和 启动时间时,对于传送部分(5)与在其上的铁芯(6),每个射芯机(1)的至少一个停放站(8)相关联的改变工具形成并且在停放站(8)(在从传送路径7的工具变化 )schleustes出和背面(但在传输路径7)einschleusbar重复换刀 它包括转印构件(5),使得在传输路径上(7)排他地使用中的工具集(4)芯制作(6)或携带转印部件(5)并进入所述停车站(8)仅与不芯包 插入位于工具组(4)由芯(6)或携带转印部件芯包(5)。
    • 8. 发明申请
    • INSTALLATION AND METHOD FOR PRODUCING READY-TO-USE CASTING SHELLS OR CORE ASSEMBLIES
    • 用于生产GIESSFERTIGER面具装置和方法或 核心软件包
    • WO1995015231A1
    • 1995-06-08
    • PCT/DE1994001421
    • 1994-12-01
    • ADOLF HOTTINGER MASCHINENBAU GMBHLANDUA, WernerPICHLER, Werner
    • ADOLF HOTTINGER MASCHINENBAU GMBH
    • B22C09/10
    • B22C15/24B22C9/103B22C13/08
    • The invention concerns an installation for the production of ready-to-use casting shells or core assemblies, comprising at least two linearly aligned core-shooting machines or stations (1), the core-shooting machines (1) having two tool assemblies (4) which differ from each other at least slightly and which each comprise an upper tool (2) and a lower tool (3), plus identical transfer elements (5) which act as the lower tool (3) of the first core-shooting machine (1) and also convey the core (6) or core assembly along a transfer track (7) through the installation. In order to reduce the space required while ensuring an extremely simple construction, the installation is designed in such a way that the tools being used (2, 3) of the first tool assembly (4) are exchanged for tools (2, 3) of the second tool assembly (4) at the first core-shooting machine (1) after the transfer element (5) has left the first core-shooting machine with the first core (6). The tools being used (2, 3) of the first tool assembly (4) are exchanged for tools (2, 3) of the second tool assembly (4) at the second core-shooting machine (1) after the transfer element (5) has left the second core-shooting machine with the first and second cores (6), etc., until the tools (2, 3) of the tool assembly (4) at the last core-shooting station have been exchanged, so that only cores (6) produced by the same tool assembly (4) are set down on a transfer element (5). The invention also concerns a method using the installation.
    • 用于制造具有giessfertiger掩模或芯组件的装置,所述至少两个直线排列射芯机(1)或拍摄台,芯射手(1)具有两个每个工具上部(2)和所述工具下部(3)由至少略微不同的工具组(4 在一方面),和相同的传递部件(5),其为工具下部(2)的所述第一Kernschiessmaschiene(1),其次为核心(6)或在传输路径上的核心组件的运输(7)通过装置中使用,其特征在于,以减少空间需求 形成简单的结构,使得所述工具在使用(2,3)的第一工具组(4)抵靠工具的(2,3)的第二工具组(4)的第一射芯机(1)是可移动的,并且使转印后部分的 (5)已经离开第一芯(6)在第一芯喷砂站,该Werkz在使用 euge(2,3)第一工具组(4)抵靠工具的(2,3),该第二射芯机上的第二工具组(4)根据(1)是可移动的,所述传送构件(5)与所述第一和第二芯(6)之后 第二芯拍摄台已经离开等,bishin用于改变工具(2,3)的可更换的工具组(4)在最后核心爆破站,使在转印部分(5)排他地使用相同的工具组(4)由芯(6) 可以存储。 还提供了一种相应的方法。