序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
101 Apparatus for conditioning sand and like materials US15914137 1937-08-14 US2188798A 1940-01-30 SMITH BENJAMIN A
102 Sand handling and conditioning apparatus US61440032 1932-05-31 US1966116A 1934-07-10 GOLDBERG MAX W; DRISSEN WALLACE W
103 Process of conditioning sand for foundry use US70420824 1924-04-04 US1587621A 1926-06-08 GEORGE WALTHER
104 铸造用砂加热装置 CN200420024084.4 2004-01-07 CN2684967Y 2005-03-16 朱旭东
本实用新型涉及一种铸造行业使用的砂的加热装置。本实用新型的目的在于,提供一种加热温度高于300℃、高效率、低能耗、设备投资少、运行费用低的大吨位砂加热装置。本实用新型的技术方案是:一种铸造用砂加热装置,包括炉体,进砂口、排烟除尘口,炉膛和出砂口,进砂口设置在炉体顶部,燃烧口设置在炉体下部,同时所述炉体中部的炉膛内设有换热装置。本实用新型可用于铸造行业新、旧砂加热、焙烧
105 处理和冷却铸造型砂的装置 CN201520115399.8 2015-02-25 CN204770462U 2015-11-18 A·塞勒; S·格尔; P·艾里奇; 李峰
本实用新型涉及一种处理和冷却铸造型砂的装置,包括混合容器和可绕驱动轴旋转的混合工具,其中,提供用于将空气馈送入容器内部的空气供给管。为了提供一种改进的装置,通过该装置,尽可能在混合容器的整个横截面上产生更均匀的流体化层,此外,气流夹带的固体颗粒的比例将会降低,根据本实用新型,提出了混合工具具有沿垂直方向彼此间隔开的至少两个混合桨叶,且至少一个混合桨叶具有混合器叶片,该混合器叶片具有相对平倾斜的表面。
106 铸造砂冷却器 CN201520762085.7 2015-09-29 CN205414308U 2016-08-03 A·塞勒; H·S·格尔; F·李
本实用新型有关于一种铸造砂冷却器,铸造砂冷却器包括砂腔室,所述砂腔室具有空气入口和空气出口,所述空气入口可选地具有扇用于将空气进给到所述砂腔室内,所述空气出口可选地具有风扇用于将空气从所述砂腔室吸出。为了提供其中在冷却操作期间空气出口的砂排放量显著减少的改进的铸造砂冷却器,根据本实用新型,提出了一种动态筛分器,这种动态风力筛分器可绕轴线旋转并且被布置成使得通过所述空气出口离开所述砂腔室的基本上全部空气流动通过所述动态风力筛分器。
107 VERFAHREN ZUR REGENERIERUNG DES SANDS VON SANDFORMEN UND -KERNEN EP12758771.5 2012-08-24 EP2747914A1 2014-07-02 SCHWICKAL, Harald; HÜBNER, Matthias
In order to regenerate the sand regained from sand molds and/or sand cores which are produced from the sand and soluble glass as a binding agent and used in metal casting, the sand regained from sand molds and/or sand cores is subjected to a mechanical regeneration stage and a thermal regeneration stage, and a hardening agent for soluble glass is added during or after the mechanical regeneration stage.
108 GRANULAR BODY POLISHING DEVICE, FOUNDRY SAND REPRODUCING DEVICE, AND PARTICULATE GENERATION DEVICE EP10837653 2010-12-16 EP2514539A4 2013-05-22 MATSUKAWA YASUTSUGU
109 GRANULAR BODY POLISHING DEVICE, FOUNDRY SAND REPRODUCING DEVICE, AND PARTICULATE GENERATION DEVICE EP10837653.4 2010-12-16 EP2514539A1 2012-10-24 MATSUKAWA, Yasutsugu

It is an object to provide a granular body grinding device capable of grinding granular bodies efficiently and excellently and to provide a foundry sand reclamation device and a particulate generating device to which the granular body grinding device is applied.

A granular body grinding device comprises a case 10 for containing granular bodies 2; a drive shaft 23 supported by the case 10 to be rotationally drivable; a grinding disc 30 having a disc-like disc main body 31 that is fixed on the drive shaft 23 and that is formed with disc surfaces perpendicular to the axial direction of the drive shaft 23, and formed with a grinding surface 32 at the disc surface of at least one of the disc surfaces on both sides of the disc main body 31; and fluidizing means 40 for fluidizing the granular bodies 2 in a floating state by sending air from the a bottom surface portion of the case 10, to form a fluidized bed S in which at least a part of the grinding surface 32 is soaked.

110 A method for making sand covered with bentonite, the sand, and a method for recycling molding sand for a mold using the sand covered by bentonite EP02000706.8 2002-01-11 EP1222978A3 2007-10-17 Kanayama, Ryoji, c/oSintokogio Ltd.; Yoshida, Yasunori, c/oSintokogio Ltd.; Mori, Kuniyasu, c/oSintokogio Ltd.; Sugimoto, Kazuo, c/oSintokogio Ltd.; Ando, Yukikazu, c/oSintokogio Ltd.

Given green sand is obtained by a mixing operation that is carried out for a short period of time. Discarded sand is supplied as supplementary sand to a sand processing line, so that molding sand can be recycled. Green sand for a molding is used for facing sand or the pocket sand. Bentonite-covered sand is made by mixing reproduced sand, new sand, and discarded sand or any or all of them. The bentonite-covered sand is added to collected sand to supplement it. Also, the bentonite-covered sand is mixed with water, and used for facing sand or the pocket sand.

111 RECLAMATION TREATMENT OF BONDED PARTICULATES EP02720173.0 2002-04-05 EP1377400A2 2004-01-07 CLAYTON, Christopher
Apparatus for use in reclaiming particulate material from bonded particulate material comprises an outer compartment (3,101) arranged substantially concentrically about an inner compartment (2,102), means in one compartment for breaking up the bonded particulate material and means in the other compartment for removing the binder, and means (121) for transferring broken up material from one compartment to the other.
112 COLLECTED SAND PROCESSING METHOD EP01906349.4 2001-02-27 EP1260288A1 2002-11-27 YAMAMOTO, Shigeaki, c/o Sintokogio Ltd.; MORI, Kuniyasu, c/o Sintokogio Ltd.; KANAYAMA, Ryoji, c/o Sintokogio Ltd.; HARADA, Hisashi, c/o Sintokogio Ltd.; TOKITA, Hiroaki, c/o Sintokogio Ltd.; SUGIMOTO, Kazuo, c/o Sintokogio Ltd.; MATSUMOTO, Takehiko, c/o Sintokogio Ltd.; MAKINO, Hiroyasu, c/o Sintokogio Ltd.; YOSHIDA, Yasunori, c/o Sintokogio Ltd.

A method and apparatus are provided to process collected sand. This method and apparatus allow the moisture content to be adjusted and the addition of a binder to be facilitated to renew the collected sand as casting sand for future use. Also, defective castings are prevented when they are made by a main mold using the renewed casting sand. The sand-collecting means can be compact. The method is performed and the apparatus is operated by separating a main mold of green sand, after casting is conducted, into parts unaffected and affected by the molten metal heat, adjusting the moisture content of the part unaffected by molten metal heat for use as facing sand in the next main mold making, and adding a binder and adjusting the moisture content of the part affected by the molten metal heat for use as back sand in making the next main mold.

113 Verfahren und Vorrichtung zur Rückgewinnung von Kern- oder Formsand EP98121747.4 1998-11-16 EP0917921B1 2002-09-04 Scherer, Carmen; Koppenhöfer, Ralph
114 Verfahren und Vorrichtung zur Rückgewinnung von Kern- oder Formsand EP98121747.4 1998-11-16 EP0917921A1 1999-05-26 Scherer, Carmen; Koppenhöfer, Ralph

Die Erfindung betrifft ein Verfahren und eine Vorrichtung zum Regenerieren von Altsand sowie zum Rückgewinnen des Sandes aus Form- und Kernbruchstücken aus Gießereien. Um damit auch kleinere Mengenströme von Altsand wirtschaftlich lohnend regenerieren und auch groben Form- und Kernbruch sowie stark kontaminierter Altsand ohne Vorbehandlung oder Vorselektion problemlos behandeln zu können, werden erfindungsgemäß unzerkleinerte Form- und Kernbruchstücke sowie Altsand, die von artfremden Partikeln begleitet sein dürfen, in einem einzigen Verfahrensschritt in einem Heißwirbelbett mit einer Fluidationstiefe von mindestens dem Doppelten des Durchmessers der größten Form- oder Kernbruchstücke sowohl thermisch als auch durch mechanischen Einfluß der Wirbelbewegung in die Sandkörner zerlegt, wobei organische Begleitstoffe, insbesondere Bindemittel thermisch vergast und in dieser Form aus dem Heißwirbelbett ausgetragen werden. Der gereinigte Formsand wird in einem sich fluidisch an das Heißwirbelbett anschließenden Kühlwirbelbett, welches mit kalter Luft betrieben wird, rückgekühlt. Zerkleinerungs- oder vergasungsresistente Partikel werden an einem Trennmittel innerhalb des Heißwirbelbettes zurückgehalten und aus der weiterdriftenden Formsandfüllung selektiert und können von Zeit zu Zeit ausgetragen werden.

115 Systems and processes for pyrolyzing contaminants on foundry sand and combustion of the resulting gas EP94117116.7 1994-10-28 EP0656236B1 1998-12-09 Bury, Roland Paul Alfred Guiglain
116 Vorrichtung zum Kühlen von Giesserei-Formsand EP94102687.4 1994-02-23 EP0634238B1 1998-04-08 Kreft, Manfred
117 Procédé et dispositif de recyclage en continu de sable de fonderie lié à de la résine EP92450009.3 1992-07-15 EP0524120B1 1998-04-01 Pena, Pierre
118 Verfahren und Vorrichtung zum Kühlen von Giessereisand EP96104557.2 1996-03-22 EP0736349A2 1996-10-09 Kruse, Ernst O., Dipl.-Ing.

Es wird eine Kühleinrichtung für Giessereialtsand vorgeschlagen, die eine ständig unter Vacuum stehende Homogenisier- und Fördereinrichtung mit geregelter Wasserzugabe und eine Absaugstelle für den Wasserdampf aufweist. Das durch den Unterdruck verdampfende Wasser entzieht dem Sand die Verdampfungswärme. In einen Kondensator kondensiert der Dampf zu Wasser, das gekühlt und wiederverwendet wird.

Am Ein- und Auslauf der Fördereinrichtung sind Zwei-Kammer-Schleusen vorgesehen, durch die der Sand in den Unterdruckbereich bzw. wieder herausgelangt.

119 THERMAL RECLAMATION METHOD EP91908839.3 1991-05-03 EP0482161B1 1995-04-19 BAILEY, Ian, Arthur
A method of thermally reclaiming a base material from a mixture of the material and a combustible substance, wherein said substance is incinerated in a fluidised bed, comprises feeding said mixture directly into a lower part of the fluidised bed. Also described is thermal reclamation apparatus for thermally reclaiming a base material from a mixture of that material and a combustible substance, the apparatus comprising a fluidised bed, and means for feeding said mixture directly into a lower part of the fluidised bed. The method and apparatus are particularly suitable for the thermal reclamation of foundry sand or other base materials used in foundry processes.
120 A METHOD FOR MAKING MOULDS EP93907933.0 1993-03-29 EP0632753A1 1995-01-11 MELLING, Richard; DODD, Stephen Francis
A method for making a mould used in the manufacture of foundry castings comprises (a) providing a water-insoluble particulate material, such as sand; (b) combining the particulate material with a binder, preferably containing polyphosphate chains and/or borate ions and water; (c) heating the mixture to a temperature in excess of 100 °C; (d) forming the mixture into a desired shape; and removing water from the mixture, with air, at a temperature in excess of 100 °C. The method ensures that the volatilisation of the water does not cool the mixture and, therefore, the production cycle is hastened and efficiency is improved.
QQ群二维码
意见反馈